Sun Microsystems Switch CP3240 User Manual

Sun Netra CP3240 Switch  
Installation Guide  
Sun Microsystems, Inc.  
www.sun.com  
Part No. 820-3251-13  
September 2009, Revision A  
Submit comments about this document at: http://www.sun.com/hwdocs/feedback  
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Please  
Recycle  
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Figures  
Switch and RTM Faceplates 1–6  
Netra CP3240H-RTM-CU Airflow (Pa) 1–8  
Netra CP3240H-RTM-CU Airflow (InchesH20) 1–8  
Netra CP3240H-RTM-OP Airflow (Pa) 1–9  
Netra CP3240H-RTM-OP Airflow (InchesH20) 1–9  
Front Cable Management Bracket in Lower Position 1–11  
Injector/Ejector on the Switch (Open Position) 1–12  
Switch Functional Block Diagram 2–17  
Copper RTM Functional Block Diagram 2–19  
Fiber Optic RTM Functional Block Diagram 2–21  
Base Fabric Switch Subsystem 2–23  
Expansion Fabric Switch Subsystem 2–24  
AMC Port Map Diagram 2–26  
Switch Jumper Locations 3–7  
PCB Dimensions A–4  
Connector Locations (Topside) B–3  
ATCA Zone 1 Connector (J9) B–5  
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Tables  
Power Requirements 1–2  
Airflow Requirements 1–7  
ATCA Board Status LEDs 1–15  
Hot-Swap LED States 1–16  
Switch External Ports 2–18  
Zone 3 RTM Ports 2–18  
Copper RTM External Ports 2–20  
Copper RTM Port Restrictions 2–20  
Fiber Optic External RTM Ports 2–22  
Fiber Optic RTM Port Restrictions 2–22  
AMC Ethernet Port Availability 2–27  
AMC Site 1: AMC.0 Mid-size, AMC.2 Type E1, AMC.2 Type 5 (Optional), LED Module  
Support 2–27  
AMC Site #2 AMC.0 Mid-Size, AMC.2 Type E1, AMC.2 Type 5, Double module support, LED  
Module Support 2–28  
AMC Site 3: AMC.0 Mid-size, AMC.2 Type E1, Master Clock Generator Support, LED  
Support 2–29  
AMC Modules by Site 2–30  
AMC Port Restrictions for Copper RTMs 2–30  
AMC Port Restrictions for Fiber Optic RTMs 2–30  
Switch Configuration Jumper Settings 3–2  
P4 Cross-Connect Jumper Settings 3–2  
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P6 (1-2) Fabric Zero Reset Jumper Settings 3–3  
P6 (3-4) Base Zero Reset Jumper Settings 3–3  
P8 (1-2) Base Write-Protect Jumper Settings 3–3  
P8 (3-4) Fabric Write Protect Jumper Settings 3–4  
P9 IPMC Firmware Program Jumper Settings 3–4  
P10 (1-2) IPMC Reset Jumper Settings 3–4  
P10 (3-4) IPMC FWE Reserved Jumper Settings 3–5  
P11 (1-2) Forced-Board Enable Jumper Settings 3–5  
P11 (3-4) IPMC Board Reset Jumper Settings 3–5  
P12 (1-2) and P12 (3-4) Grounding Jumper Settings 3–6  
P13 Serial Direction Jumper Settings 3–6  
IPMI State Sensors 4–2  
0
4–2  
IPMI Sensor Logic 4–3  
IPMI Thresold Sensors 4–4  
uBoot Console Commands 4–6  
Basic CLI Commands 4–19  
Port Order List 4–22  
Absolute Maximum Electrical and Temperature Ratings A–2  
Normal Operating Electrical and Temperature Ratings A–2  
Board Dimensions and Weight A–3  
Connector Assignments B–2  
ATCA Zone 1 Connector (J9) Pins B–4  
ATCA Zone 2 P20 ZD Connector (J5) B–5  
ATCA Zone 2 P21 ZD Connector (J4) B–6  
ATCA Zone 2 P22 ZD Connector (J3) B–6  
ATCA Zone 2 P23 ZD Connector (J2) B–7  
ATCA Zone 2 P24 ZD Connector (J1) B–8  
Serial RJ-45 Connector (J13-Top) B–8  
Minimum Serial Cable Pinouts B–9  
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10/100/1000Base-T RJ-45 Connector (J13-3rd and Bottom) B–10  
10/100Base-TX RJ-45 Connector (J13-2nd) B–10  
ATCA Zone 3 RTM Connector (J8-Top)) B–11  
ATCA Zone 3 RTM Connector (J7-Middle) B–11  
ATCA Zone 3 RTM Connector (J6-Bottom) B–12  
Tables  
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xviii Sun Netra CP3240 Switch Installation Guide • September 2009  
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Preface  
The Sun Netra CP3240 Switch Installation Guide describes the installation and  
configuration of the Sun Netra CP3240 switch. This guide also includes information  
about software, environment specifications, connectors, and certifications.  
Before You Read This Document  
Obtain and read the following documents:  
Sun Netra CP3x40 Switch Safety and Compliance Manual (820-3505)  
Sun Netra CP3240 Switch Product Notes (820-3260)  
xix  
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How This Document Is Organized  
Chapter 1 provides unpacking instructions and initial setup information for the  
switch. It provides information and procedures needed to install and make the Sun  
Netra CP3240 switch operational.  
Chapter 2 introduces the key features of the switch. This chapter includes a product  
definition, a list of product features, and a functional block diagram with a brief  
description of each block. This chapter can be used to compare the features of the  
switch against the needs of a specific application.  
Chapter 3 describes the jumper settings on the switch. This chapter details factory  
default settings and provides information about tailoring the board to the needs of  
specific applications.  
Chapter 4 describes the software packages running on the switch. This section serves  
as a primer for using the software on the switch.  
Appendix A contains the electrical, environmental, and mechanical specifications for  
the switch.  
Appendix B This appendix provides a connector location illustration and connector  
pin out tables. A detailed description and pin out for each connector is given.  
Appendix C provides links to websites with information about many of the devices  
and technologies used in the switch.  
Appendix D presents UL, CE, and FCC agency approval and certification  
information for the switch.  
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Typographic Conventions  
Typeface  
Meaning  
Examples  
AaBbCc123  
The names of commands, files,  
and directories; on-screen  
computer output  
Edit your.loginfile.  
Use ls -ato list all files.  
% You have mail.  
AaBbCc123  
What you type, when contrasted % su  
with on-screen computer output  
Password:  
Book titles, new words or terms, Read Chapter 6 in the User’s Guide.  
AaBbCc123  
words to be emphasized.  
Replace command-line variables  
with real names or values.  
These are called class options.  
You must be superuser to do this.  
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UTF-8.  
Preface  
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Related Documentation  
The following table lists the documentation for this product. The online  
documentation is available at:  
http://docs.sun.com/app/docs/prod/cp3240.switch?l=en#hic  
Application  
Title  
Part Number  
Format  
Location  
Latest  
Sun Netra CP3x40 Switch Product 820-3260-xx PDF  
Online  
information  
Notes  
Ponter doc  
Sun Netra CP3240 Switch Getting  
Started Guide  
820-3254-xx Printed  
Shipping Kit  
Online  
Usage  
Sun Netra CP3240 Switch User’s  
Guide  
820-3252-xx PDF  
Reference  
Sun Netra CP3240 Switch Software 820-3253-xx PDF  
Online  
Reference Manual  
AMC Ponter Sun Netra CP3240 Advanced  
820-7260-xx Printed  
820-7261-xx PDF  
820-7262-xx PDF  
Shipping Kit  
doc  
Mezzanine Card Getting Started  
Guide  
AMC  
Installation  
Sun Netra CP3240 Advanced  
Mezzanine Card 10G Copper User’s  
Guide  
Online  
Online  
AMC  
Installation  
Sun Netra CP3240 Advanced  
Mezzanine Card 10G Optic User’s  
Guide  
AMC  
Reference  
Sun Netra CP3240 Advanced  
Mezzanine Card LED User’s Guide  
820-7263-xx PDF  
Online  
Online  
Safety  
Sun Netra CP3x40 Switch Safety  
and Compliance Manual  
820-3505-xx PDF  
The following table lists the documentation that is related to this product. The online  
documentation is available at:  
http://docs.sun.com/app/docs/prod/n900.srvr#hic  
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.
Application  
Title  
Part Number  
Format  
Location  
Latest  
Netra CT 900 Server Product Notes 819-1180-xx PDF  
Online  
information  
Pointer Doc  
Netra CT 900 Server Getting Started 819-1173-xx Printed  
Shipping kit  
Guide  
Overview  
Netra CT 900 Server Overview  
819-1174-xx PDF  
Online  
Online  
Installation  
Netra CT 900 Server Installation  
Guide  
819-1175-xx PDF  
Service  
Netra CT 900 Server Service Manual 819-1176-xx PDF  
Online  
Online  
Administration  
Netra CT 900 Server Administration 819-1177-xx PDF  
and Reference Manual  
Programming  
Safety  
Netra CT 900 Software Developer’s 819-1178-xx PDF  
Guide  
Online  
Netra CT 900 Server Safety and  
Compliance Guide  
819-1179-xx PDF  
819-1647-xx PDF  
816-7190-xx Printed  
Online  
Setup  
Netra CT 900 Server Hardware  
Setup Guide  
Online  
Safety  
Important Safety Information for  
Sun Hardware Systems  
Shipping kit  
Third-Party Web Sites  
Sun is not responsible for the availability of third-party web sites mentioned in this  
document. Sun does not endorse and is not responsible or liable for any content,  
advertising, products, or other materials that are available on or through such sites  
or resources. Sun will not be responsible or liable for any actual or alleged damage  
or loss caused by or in connection with the use of or reliance on any such content,  
goods, or services that are available on or through such sites or resources.  
Sun Welcomes Your Comments  
Sun is interested in improving its documentation and welcomes your comments and  
suggestions. You can submit your comments by going to:  
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Please include the title and part number of your document with your feedback:  
Sun Netra CP3240 Switch Installation Guide, part number 820-3251-13.  
xxiv Sun Netra CP3240 Switch Installation Guide • September 2009  
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CHAPTER  
1
Getting Started  
This chapter provides information and procedures needed to install and make the  
Sun Netra CP3240 switch operational. This chapter should be read before using the  
board.  
In addition to this chapter, refer to the following safety documentation:  
Netra CP3X20 Switch Safety and Compliance Manual (820-3505)  
Important Safety Information for Sun Hardware Systems (816-7190)  
Caution – When the system is plugged in, energy hazards are present on the  
midplane. Do not reach into the enclosure.  
Caution – Static electricity can damage electronic components. Wear a wrist strap  
grounded through one of the system’s ESD ground jacks when removing and  
replacing hot-swappable components.  
This chapter contains the following topics:  
1-1  
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1.1  
System Requirements  
The following sections briefly describe the minimum system requirements and the  
configurable features. Links are provided to other chapters and appendices  
containing more detailed information.  
1.1.1  
Connectivity  
The switch can work in any AdvancedTCA shelf. It is mainly designed to be used as  
hub blade, however, it can also operate a node or a full-mesh blade.  
1.1.1.1  
Hub Connectivity  
In AdvancedTCA. the hub board defines the system, so it is important that it be put  
in the correct slot. In all shelves there are two slots specifically designated for hub  
boards, logical slots 1 and 2. If the slots are not labeled, these slots are easily  
identifiable because they have a larger number of Zone 2 connectors than the other  
slots (the only slots with all five Zone 2 connectors).  
Base is always routed in a dual star. This means every node slot has a Base channel  
routed to each of the hub slots. Independent of how the Fabric is used, a hub board  
is always needed for Base. If full mesh node boards are used in a full mesh shelf, a  
hub board is not needed for Fabric.  
1.1.2  
Electrical and Environmental  
The switch has the following power requirements:  
TABLE 1-1  
State  
Power Requirements  
Power in Watts (W)  
Idle, no AMCs  
45W  
72W  
78W  
200W  
All ports linked with RTM, no AMCs  
All ports linked with RTM, heavy traffic, no AMCs  
Designed max power with 15W RTM, and 100W  
shared for all AMC sites  
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The 48VDC has a tolerance of 0VDC to 75VDC without damage. The switch will  
operate when 48VDC is 36VDC to 72VDC, inclusive.  
Caution – Any input voltage outside the range of 0VDC to 75VDC can damage the  
switch.  
The switch requires air flow. A minimum of 100 LFM should be kept on the board at  
all times. If an RTM is being used, active RTM cooling is not required.  
Caution – None of the integrated chips junction temperature should exceed 125˚C.  
The switch requires air flow to meet this requirement. Testing should be done in  
your shelf to find the quantity of air flow needed. 100 LFM is the recommended  
minimum quantity of air flow.  
The switch might contain materials that require regulation upon disposal. Please  
dispose of this product in accordance with local rules and regulations. For disposal  
or recycling information, please contact your local authorities or the Electronic  
Industries Alliance at http://www.eiae.org/.  
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1-3  
1.2  
Unpacking  
Check the shipping carton for damage. If the shipping carton or contents are  
damaged, notify the carrier and Sun. Retain the shipping carton and packing  
material for inspection by the carrier. Obtain authorization before returning any  
product to Sun. Refer to the Netra CP3240 Switch Getting Started Guide (820-3254) for  
return instructions.  
Caution – This board must be protected from static discharge and physical shock.  
Never remove any of the socketed parts except at a static-free workstation. Use the  
anti-static bag shipped with the product to handle the board. Wear a wrist strap  
grounded through one of the system's ESD ground jacks when installing or servicing  
system components.  
1.3  
Handling Switches  
Caution – The system is sensitive to static electricity. To prevent damage to the  
assembly, always connect an antistatic wrist strap between you and the system.  
Caution – Do not flex the switches; the surface-mounted components can break if  
the switch is bent.  
To minimize the amount of switch flexing, observe the following precautions:  
When removing a switch from an electrostatic discharge bag, keep it vertical until  
you place the switch on the electrostatic discharge mat.  
Do not place a switch on a hard surface. Use a cushioned antistatic mat. The  
switch connectors and components have very thin pins that bend easily.  
Be careful of small parts located on the component side of a switch.  
Do not use an oscilloscope probe on the components. The soldered pins are easily  
damaged or shorted by the probe point.  
Transport a switch in an antistatic bag.  
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Caution – The heat sinks on a switch can be damaged by incorrect handling. Do not  
touch the heat sinks while installing or removing a switch. Hold a switch only by the  
edges. If a heat sink is loose or broken, obtain a replacement switch.  
Caution – The heat sinks on a switch can be damaged by improper packaging.  
When storing or shipping a switch, ensure that the heat sinks have sufficient  
protection.  
1.4  
1.5  
Connectors  
The switch includes several connectors to interface to application-specific devices.  
Refer to the Chapter B for complete connector descriptions and pin outs.  
Jumper Options  
The switch provides several jumper configuration options for features. Location  
figures and descriptions are provided in Chapter 3.  
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1-5  
   
1.6  
Switch and RTM Faceplates  
The following shows the Sun Netra CP3240 switch and the copper RTM  
(XCP3240H-RTM-CU-Z) and the fiber optic RTM (XCP3240H-RTM-OP-Z).  
FIGURE 1-1 Switch and RTM Faceplates  
Copper RTM  
Fiber Optic  
RTM  
Switch  
Faceplate  
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1.6.1  
1.6.2  
Base 10/100/1000 Uplink Ports (RJ-45)  
There are two front panel Base 10/100/1000Base-T Ethernet uplink ports on the  
faceplate. They are ports number 18 and 19 on the Base network.  
10/100 Management Port (RJ-45)  
There is a 10/100 management Ethernet port on the faceplate. This port can be used  
to manage the Base and Fabric. This port and the 10/100 management port on the  
RTM can be used at the same time.  
1.6.3  
Serial Management Port (RJ-45)  
There is a RS-232 serial management port on the faceplate. This port can be used to  
manage the Base and Fabric. See Section 4.4, “Serial Select” on page 4-8 for  
information about how to switch between managing the Base and the Fabric.  
1.7  
RTM Airflows  
1.7.1  
RTM Airflow Requirements  
The following chart provides the RTM airflow requirements. No alarms are triggered  
at any of the listed temperatures for the given airflow.  
TABLE 1-2  
Airflow Requirements  
3
Watts  
m /min  
CFM  
Power Level  
25  
25˚C  
0.07  
28˚C  
0.07  
40˚C  
0.14  
55˚C  
0.14  
25˚C  
2.5  
28˚C  
2.5  
40˚C  
55˚C  
5
5
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1-7  
             
1.7.2  
RTM Pressure Drop Versus Airflows (Impedence  
Curves)  
The following graphs plot the impedance curves for the RTMs, per PICMG 3.0  
requirements.  
FIGURE 1-2 Netra CP3240H-RTM-CU Airflow (Pa)  
2
FIGURE 1-3 Netra CP3240H-RTM-CU Airflow (InchesH 0)  
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FIGURE 1-4 Netra CP3240H-RTM-OP Airflow (Pa)  
FIGURE 1-5 Netra CP3240H-RTM-OP Airflow (InchesH20)  
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1-9  
   
1.8  
Removing and Installing Switches  
This section describes how to remove and install switches.  
If you are hot-swapping the rear transition module for a switch, you must remove  
the switch from the front of the system before removing the rear transition module  
from the rear of the system. Do not remove the rear transition module without first  
removing the accompanying switch from the front.  
1.8.1  
Removing a Switch Set  
Following are the instructions for removing a switch and, if necessary, the  
accompanying rear transition module.  
1-10  
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1.8.1.1  
Removing a Switch From the Front of the Server  
1. Move the front cable management bracket to the lower position (FIGURE 1-6).  
FIGURE 1-6 Front Cable Management Bracket in Lower Position  
2. Disengage the injector/ejector mechanisms at the top and bottom of the board to  
notify software that the board is about to be removed. Wait for the Hot-Swap LED  
to light.  
FIGURE 1-7 shows the proper way to remove or insert a hot-swappable board into a  
system.  
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FIGURE 1-7 Injector/Ejector on the Switch (Open Position)  
injector/ejector mechanism  
3. Disconnect all cables connected to the switch.  
4. Loosen the two board retention screws that fasten the board to the enclosure.  
5. Open the ejectors fully, rotating the handles outward until the board disengages  
from the midplane.  
6. Slide the board evenly out of the enclosure.  
7. Determine if you are going to replace the rear transition module.  
If you are going to replace the rear transition module, go to “Removing a Rear  
If you are not going to replace the rear transition module, you must install a  
replacement switch or a filler panel to maintain the enclosures shielding and  
1-12  
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Note – As long as the switch is removed from the slot, and the system is running  
with only the single remaining switch, you do not have redundancy for that  
component. Both switches must be installed and running to have redundancy for  
that component.  
1.8.1.2  
Removing a Rear Transition Module for a Switch  
1. Remove the switch from the front of the server, if you have not already done so.  
instructions. Do not remove the rear transition module until you have first removed  
the switch.  
Note – Opening the handle on the RTM shuts down both the RTM and the switch.  
2. Disconnect any cables connected to the rear transition module for the switch.  
3. Loosen any retention screws that fasten the module to the enclosure.  
4. Open the ejectors fully, rotating the handles outward until the board disengages  
from the midplane.  
5. Slide the module evenly out of the enclosure.  
6. Install a replacement rear transition module or a filler panel to maintain the  
enclosure’s shielding and cooling performance.  
Caution – Failure to cover all rear panel slots with rear transition modules or filler  
panels can negatively impact the cooling of the system.  
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1.8.2  
Installing a Switch Set  
If you have a rear-access server, you must install the rear transition module before  
installing the front switch.  
If you want to install the rear transition module, go to Section 1.8.2.1, “Installing  
If you want to install a switch, go to Section 1.8.2.2, “Installing a Switch” on  
1.8.2.1  
Installing the Rear Transition Module for a Switch  
1. Choose an appropriate slot for the rear transition module.  
Rear transition modules must be installed inline behind the accompanying front  
board. For example, if the accompanying front board is installed in slot 7, its rear  
transition module must be installed at the back of the system in slot 7.  
2. Remove the filler panel, if necessary.  
3. Prepare the rear transition module by opening its injector/ejector handles.  
4. Carefully align the edges of the board with the guides in the slot.  
Look into the enclosure to verify correct alignment of the rails in the guides.  
Caution – Do not force the module into the slot. If it does not fit properly, check to  
ensure that you have the correct matching RTM for the switch.  
5. Keeping the board aligned in the guides, slide the board in until the  
injector/ejector mechanisms engage the retention bar.  
6. Simultaneously push in the board and rotate the injector/ejector handles to their  
closed positions (rotate inward) to seat the midplane connectors.  
7. Tighten the board retention screws to anchor the board in the shelf.  
8. Connect the cables to the rear transition module.  
1.8.2.2  
Installing a Switch  
1. Locate the switch slots.  
The switches can be inserted only in slot 7 or slot 8 in the Netra CT 900 server.  
2. Move the front cable management bracket to the lower position (FIGURE 1-6).  
3. Remove the filler panel, if necessary.  
1-14  
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4. Prepare the switch by opening its injector/ejector handles (FIGURE 1-7).  
5. Carefully align the edges of the board with the guides in the slot.  
Look into the enclosure to verify correct alignment of the rails in the guides.  
6. Keeping the board aligned in the guides, slide the board in until the  
injector/ejector mechanisms engage the retention bar.  
7. Simultaneously push in the board and rotate the injector/ejector handles to their  
closed positions (rotate inward) to seat the midplane connectors.  
If system power is on, the Hot-Swap LED should light up. The Hot-Swap LED  
should blink for several seconds, and then go off. If the Hot-Swap LED does not go  
off after several seconds, push harder on the injector/ejector handles to verify that  
they are pushed in all the way.  
8. Tighten the board retention screws to anchor the board in the shelf.  
9. Connect the cables to the switch.  
1.9  
Switch LEDs  
The following sections give the status information for all of the LEDs on the switch.  
1.9.1  
ATCA Board Status LEDs  
TABLE 1-3 describes the three LEDs defined by ATCA to monitor board status.  
TABLE 1-3  
ATCA Board Status LEDs  
LED  
Color  
Normal Operation  
Description  
OOS  
Red  
Off  
Out of service. This LED lights on a critical switch  
error, such that the board should be removed.  
OK  
A
Green  
On  
This LED is lit when the switch is booted and  
switching  
Amber Off  
Minor Error/User Defined. This LED can be defined  
by the user via software applicatons.  
Chapter 1 Getting Started 1-15  
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Note that both the OOS and MINOR LEDs are lit when the board is powered but not  
booted. This includes all Hot-Swap states M1 through M3. Refer to “Hot-Swap LED”  
1.9.2  
Hot-Swap LED  
This blue LED communicates the Hot-Swap status of the switch. TABLE 1-4 shows the  
different states of the Hot-Swap LED.  
TABLE 1-4  
Hot-Swap LED States  
Order  
Visible State  
State  
Description  
1
Solid  
M1 FRU Inactive The Intelligent Platform  
Management Interface (IPMI)  
microcontroller is booted, but the  
payload is not. The bottom latch is  
not fully closed.  
2
3
Blinking (from solid)  
M2 Activation  
Request  
The IPMI microcontroller has  
requested permission to boot the  
payload from the shelf  
management controller.  
Off  
M3-M4 Active  
The IPMI microcontroller has  
received permission to boot the  
payload, and has done so. This  
should be the state under normal  
operation.  
4
Blinking (from off)  
M5-M6  
Deactivation  
Request  
The IPMI microcontroller has  
requested permission to shut  
down the payload. Opening the  
bottom latch activates this state.  
Back to 1  
Note – A board should be hot-swapped only when the LED is solid blue.  
1-16  
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CHAPTER  
2
Overview  
This chapter introduces the key features of the switch and RTMs. This chapter  
includes a product definition, a list of product features, and functional block  
diagrams with brief descriptions. This chapter can be used to compare the features  
of the switch against the needs of a specific application.  
This chapter contains the following topics:  
2-1  
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2.1  
2.1.1  
2-2  
Features  
Part of Sun’s ATCA platform, the Sun Netra CP3240 switch complies with PICMG  
3.0 R2.0 ECN002 and PCIMG 3.1 Option 1 and Option 9. The Sun Netra CP3240  
switch implements two separate switched networks on a single PCB. By separating  
the Base and Fabric networks, the Sun Netra CP3240 switch provides a separate  
control plane and data plane. It provides 1Gigabyte Ethernet switching on the 3.0  
Base Fabric, and the 3.1 Expansion Fabric provides 1Gigabyte/10Gigabyte Ethernet  
switching. Both of these networks are fully managed with the robust FASTPATH  
management suite. Both networks support Layer 2 switching as well as Layer 3  
routing.  
The Sun Netra CP3240 switch can host three AdvancedMC mid-size modules. A  
variety of different AMC types can be used, including AMC.1, AMC.2, and AMC.3.  
Netra CP3240 switch supports connectivity to three AMCs and to RTMs with  
multiple 10Gigabyte-Ethernet links.  
The XCP3240H-RTM-CU-Z (copper) and XCP3240H-RTM-OP-Z (fiber optic) are  
Sun’s RTMs that are paired with the Sun Netra CP3240 switch.  
The following sections briefly outline the features of the Sun Netra CP3240 switch.  
General  
PICMG 3.0 AdvancedTCA form factor  
PICMG 3.0 R2.0 ECN002 compliant  
PICMG 3.0 compliant 10/100/1000Base-T Ethernet Base Fabric hub board  
PICMG 3.1 Option 1 (1000Base-BX) and Option 9 (10GBase-BX4) compliant  
Ethernet Expansion Fabric hub board  
Two separate subsystems providing two separate networks on a single PCB  
14-slot shelf supported  
Manage both switches with a single serial port and Ethernet management port  
Low power < 100 watts under heavy load (without AMCs)  
Operates with or without an RTM  
Changeable RTM to support different technologies (for example, RJ-45 versus SFP,  
XFP versus CX4)  
AdvancedTCA and AdvancedMC IPMI support with Pigeon Point Systems  
BMR-H8S-AMCc Board Manager  
Dual-image IPMI firmware  
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2.1.2  
Base Interface  
Broadcom BCM56503-based design  
Full gigabit non-blocking, wire-speed switching/routing  
Layer 2 switching  
Layer 3 routing  
27 ports:  
14 10/100/1000Base-T Ethernet ports for node slots  
1 10/100/1000Base-T Ethernet port for redundant switch  
2 10/100/1000Base-T Ethernet ports for front panel access  
2 10/100/1000Base-T Ethernet ports for rear panel access (with RTM)  
3 1000Base-BX Ethernet ports for AMC sites (AMC.2 Type E1 compliant)  
1 10/100/1000Base-T Ethernet port primary shelf manager  
1 10/100Base-TX Ethernet port for redundant shelf manager (cross-connect)  
1 10GBase-BX4 Ethernet port to the redundant hub board via the Update  
Channel  
2 10GBase-CX4 Ethernet ports for rear-panel access (with RTM)  
400MHz Freescale MPC8247 control CPU  
256MB PC100 SDRAM  
64MB on-board flash  
Hardware redundant flash for guaranteed flash recovery  
10/100BaseTX out-of-band management Ethernet port  
Front- and rear-access RJ-45 serial management port  
Full IPv6 support  
L2 and L3 Multicast support  
Chapter 2 Overview  
2-3  
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2.1.3  
Fabric Gigabit Interface  
Broadcom BCM56800-based design  
Full gigabit non-blocking, wire-speed switching/routing  
Layer 2 switching  
Layer 3 routing  
20 total ports:  
14 10GBase-BX4 Ethernet ports for node slots  
1 10GBase-BX4 Ethernet port for redundant switch  
1 10GBase-BX4 for AMC site (AMC.2 Type 5)  
4 10GBase-CX4 for rear-panel access (with RTM)  
Auto-negotiation between 1GbE (1000Base-BX 3.1 Option 1) and 10GbE  
(10GbEBase-BX4 3.1 Option 9)  
400MHz Freescale MPC8247 control CPU  
256MB PC100 SDRAM  
64MB on board flash  
Hardware redundant flash for guaranteed flash recovery  
10/100BaseTX out-of-band RJ-45 management Ethernet port  
Front- and rear-access RJ-45 serial management port  
Full IPv6 support  
L2 and L3 multicast support  
2-4  
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2.1.4  
AMC Sites  
Site 1 1000Base-BX to 3.0 network (AMC port 0) is ethernet port 22  
Site 2 1000Base-BX to 3.0 network (AMC port 0) is ethernet port 23  
Site 2 10GBase-BX to 3.1 network (AMC port 8-11) is ethernet port 16  
Site 3 1000Base-BX to 3.0 network (AMC port 0) is ethernet port 24  
Site 1: AMC.0 Mid-size, AMC.2 Type E1  
1000Base-BX to 3.0 network (AMC port 0)  
AMC ports 4-7 connected to AMC site 2  
SAS/SATA ports routed between AMCs (AMC port 2-3)  
Site 2: AMC.0 Mid-size, AMC.2 Type 5 and E1  
10GBase-BX4 to 3.1 network (AMC port 8-11)  
1000Base-BX to 3.0 network (AMC port 0)  
AMC ports 4-7 connected to AMC site 1  
SAS/SATA ports routed between AMCs (AMC port 2-3)  
Site 3: AMC.0 Mid-size, AMC.2 Type E1  
1 1000Base-BX to 3.0 network (AMC port 0)  
SAS/SATA ports routed between AMCs (AMC port 2-3)  
Update channel support for redundant master clock generators (AMC port 15)  
PCI-E Fabric clock support  
Chapter 2 Overview  
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2.2  
Switch Components  
The following sections list and describe key components of the Sun Netra CP3240  
switch.  
2.2.1  
Broadcom StrataXGS 3 BCM56503 Ethernet Switch  
The Sun Netra CP3240 switch uses Broadcom StrataXGS 3 BCM56503 for Base  
Ethernet switching/routing. This chip is an Ethernet switch with 24 1Gigabyte ports  
and 3 10Gigabyte ports. It provides non-blocking, wire-speed switching and routing  
on all ports under 100% load. The BCM56503 features many advanced features  
presented to the user via the FASTPATH software. See the Section 4.10, “FASTPATH”  
on page 4-18 for more information.  
2.2.2  
2.2.3  
Broadcom StrataXGS 3 BCM56800 Ethernet Switch  
The Sun Netra CP3240 switch uses Broadcom StrataXGS 3 BCM56800 for Fabric  
Ethernet switching/routing. This chip is an Ethernet switch with 20 10Gigabyte  
ports. It provides non-blocking, wire-speed switching and routing on all ports under  
100% load. The BCM56800 features many advanced features presented to the user  
via the FASTPATH software. See Section 4.10, “FASTPATH” on page 4-18 for more  
information.  
Broadcom BCM5464R and BCM5461S  
10/100/1000Base-T Ethernet PHY  
Quad and single ports respectively, the Broadcom PHYs provide the physical  
interfacing for 10/100/1000Base-T. They are low-power devices and provide features  
such as jumbo frames support, auto-MDIX, and cable testing.  
2-6  
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2.2.4  
2.2.5  
Freescale PowerQUICC II MPC8247  
Communications Processor  
The Freescale MPC8247 is a microprocessor designed for maximum flexibility. It  
features a dual core architecture with a PPC G2 LE core and a RISC core controlling  
the peripherals. Running at 400MHz with only 1 watt of power, the MPC8247  
provides high performance with incredibly low power consumption. Paired with the  
256MB PC100 SDRAM and 64MB flash, the CPU subsystem of the Sun Netra CP3240  
switch is more than enough to handle the switching application and future  
upgrades.  
Pigeon Point BMR-H8S-AMCc AdvancedTCA  
IPMI Subsystem  
The Sun Netra CP3240 switch uses the near-industry standard Pigeon Point Systems  
BMR-H8S-AMCc for dedicated IPMI management. It controls all interaction between  
the Sun Netra CP3240 switch and the shelf management controller. It fully supports  
the PICMG 3.0 R2.0 ECN002 and the AMC.0 R2.0 specifications. The  
BMC-H8S-AMCc provides all required management for the AMC modules, in  
addition to the voltage monitoring, temperature monitoring, e-Keying, and other  
services it provides for the Sun Netra CP3240 switch. Pigeon Point Systems is the  
leading provider of IPMI firmware for AdvancedTCA, and the firmware has been  
thoroughly tested to be fully compliant with the specification.  
Chapter 2 Overview  
2-7  
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2.3  
Protocols, RFCs, and MIBs Support  
The Sun Netra CP3240 switch features Level7 FastPath 2340 switching software,  
version 4.4.4 and newer. This software provides layer 2 switching, quality of service,  
IPv4 routing, IPv6 routing, and IP multicast.  
2.3.1  
FASTPATH Switching  
IEEE 802.1ab—Link Level Discovery  
IEEE 802.1D—Spanning Tree  
IEEE 802.1p—Ethernet Priority with User Provisioning and Mapping  
IEEE 802.1Q—Virtual LANs with Port-based VLANs  
IEEE 802.1S—Multiple Spanning Tree  
IEEE 802.1v—Protocol-based VLANs  
IEEE 802.1W—Rapid Spanning Tree  
IEEE 802.1X—Port-based Authentication  
IEEE 802.3—10 Base-T  
IEEE 802.3ab—1000 Base-T  
IEEE 802.3ac—VLAN Tagging  
IEEE 802.3ad—Link Aggregation  
IEEE 802.3ae—10 Gigabyte  
IEEE 802.3u—100 Base-T  
GARP—Generic Attribute Registration Protocol: Clause 12, 802.1D-2004  
GMRP—Dynamic L2 Multicast Registration: Clause 10, 802.1D-2004  
GVRP—Dynamic VLAN Registration: Clause 11.2, 802.1Q-2003  
IEEE 802.3x—Flow Control  
draft-ietf-magma-snoop-10.txt—Considerations for IGMP and MLD Snooping  
Switches  
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2.3.1.1  
Additional Layer 2 Functionality  
Broadcast/Multicast/Unknown Unicast storm recovery  
Double VLAN/vMAN tagging  
DHCP filtering  
Jumbo Ethernet frames  
Many-to-one port mirroring (Tx, Rx, both)  
Static MAC filtering  
MAC-based VLANs  
IP subnet-based VLANs  
Port description  
Protected ports  
Network and host DoS attack suppression  
2.3.1.2  
System Facilities  
Event and Error Logging Facility  
Run-time and configuration download capability  
PING utility  
XMODEM  
RFC 768—UDP  
RFC 783—TFTP  
RFC 791—IP  
RFC 792—ICMP  
RFC 793—TCP  
RFC 951—BootP  
RFC 1321—Message Digest Algorithm  
RFC 1534—Interoperation between BootP and DHCP  
RFC 2030—Simple Network Time Protocol (SNTP) V4 for IPv4, IPv6, and OSI  
RFC 2131—DHCP client/server  
RFC 2132—DHCP options and BootP vendor extensions  
RFC 2865—RADIUS client  
RFC 2866—RADIUS accounting  
RFC 2868—RADIUS attributes for Tunnel protocol support  
RFC 2869—RADIUS extensions  
rfc2869bis—RADIUS support for Extensible Authentication Protocol (EAP)  
Chapter 2 Overview  
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RFC 3164—BSD Syslog protocol  
RFC 3396—Encoding long options in the Dynamic Host Configuration Protocol  
(DHCPv4)  
RFC 3580—802.1X RADIUS usage guidelines  
2.3.1.3  
Switching MIBs  
RFC 1213 — MIB-II  
RFC 1493 — Bridge MIB  
RFC 1643 — Ethernet-like MIB  
RFC 2233 — The Interfaces Group MIB using SMI v2  
RFC 2618 — RADIUS authentication client MIB  
RFC 2620 — RADIUS accounting MIB  
RFC 2674 — VLAN MIB  
RFC 2737—Entity MIB version 2  
RFC 2819—RMON groups 1, 2, 3 and 9  
RFC 3291—Textual conventions for Internet Network Addresses  
RFC 3635—Definitions of managed objects for the Ethernet-like interface types  
IEEE 802.1X MIB (IEEE802.1-PAE-MIB)  
IEEE 802.3AD MIB (IEEE802.3-AD-MIB)  
FASTPATH Enterprise MIBs supporting switching features  
2.3.1.4  
Routing MIBs  
RFC 1724—RIP v2 MIB extension  
RFC 1850—OSPF MIB  
RFC 2096—IP forwarding table MIB  
RFC 2787—VRRP MIB  
RFC 2863—The Interfaces Group MIB  
FASTPATH Enterprise MIBs supporting routing features  
2-10  
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2.3.2  
FASTPATH Routing  
RFC 826—Ethernet ARP  
RFC 894—Transmission of IP Datagrams over Ethernet networks  
RFC 896—Congestion control in IP/TCP networks  
RFC 919—IP Broadcast  
RFC 922—IP Broadcast in the presence of subnets  
RFC 950—IP subnetting  
RFC 1027—Using ARP to implement Transparent Subnet Gateways (proxy ARP)  
RFC 1058—RIP v1  
RFC 1256—ICMP router discovery messages  
RFC 1321—Message Digest Algorithm  
RFC 1765—OSPF database overflow  
RFC 1812—Requirements for IP version 4 routers  
RFC 2082—RIP-2 MD5 authentication  
RFC 2131—DHCP relay  
RFC 2328—OSPFv2 (FASTPATH supports Broadcast interfaces.)  
RFC 2453—RIP v2  
RFC 3046—DHCP/BootP relay  
RFC 3101—OSPF “Not So Stubby Area” (NSSA) option  
RFC 3768—Virtual Router Redundancy Protocol  
Route redistribution across RIP and OSPF  
VLAN routing  
Weighted static routes  
Chapter 2 Overview 2-11  
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2.3.3  
FASTPATH Quality of Service  
2.3.3.1  
DiffServ  
RFC 2474—Definition of the Differentiated Services field (DS field) in the IPv4  
and IPv6 headers  
RFC 2475—Architecture for differentiated services  
RFC 2597—Assured Forwarding PHB Group  
RFC 3246—Expedited forwarding PHB (Per-Hop Behavior)  
RFC 3260—New terminology and clarifications for DiffServ  
Optional policy attributes:  
Assign matching traffic flow to a specific queue  
Redirect or mirror (flow-based mirroring) matching traffic flow to a specific port  
2.3.3.2  
Access Control Lists (ACLs)  
Permit/Deny actions for inbound or outbound IP traffic classification based on:  
Type of Service (TOS) or Differentiated Services (DS) DSCP field  
Source IP address  
Destination IP address  
TCP/UDP source port  
TCP/UDP destination port  
IP protocol number  
Permit/Deny actions for inbound or outbound Layer 2 traffic classification based on:  
Source MAC address  
Destination MAC address  
Ethertype  
802.1p user priority (outer and/or inner VLAN tag)  
VLAN identifier value or range (outer and/or inner VLAN tag)  
Optional rule attributes:  
Assign matching traffic flow to a specific queue  
Redirect or mirror (flow-based mirroring) matching traffic flow to a specific port  
Generate trap log entries (ACL logging) containing rule hit counts  
2-12  
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2.3.3.3  
Class of Service (CoS)  
Direct user configuration of the following:  
IP DSCP to traffic-class mapping  
Interface trust mode: 802.1p, IP DSCP, or untrusted  
Interface traffic-shaping rate  
Minimum and maximum bandwidth per queue  
Strict priority versus weighted (WRR/WFQ) scheduling per queue  
Tail drop versus weighted random early detection (WRED) queue depth  
management  
2.3.3.4  
Quality of Service MIBs  
RFC 3289—MIB for the Differentiated Services Architecture (read-only)  
Private MIBs for full configuration of DiffServ, ACL, and CoS functionality  
2.3.4  
FASTPATH Multicast  
RFC 1112—Host Extensions for IP multicasting  
RFC 2236—IGMPv2  
RFC 2362—PIM-SM  
RFC 2365—Administratively scoped boundaries  
RFC 3376—IGMPv3  
IP multicast traceroute  
Draft-ietf-pim-v2-dm-03—PIM-DM  
Draft-ietf-idmr-dvmrp-v3-10—DVMRP  
Static RP configuration  
Draft-holbrook-idmr-igmpv3-ssm-08.txt—IGMPv3/MLDv2 for SSM  
Draft ietf-magma-igmp-proxy-06.txt—IGMP/MLD-based multicast forwarding  
(IGMP/MLD Pproxying)  
Draft ietf-smm-arch-06.txt—Source specific multicast for IP  
Draft ietf-magma-igmpv3-and-routing-05.txt—IGMPv3 and Multicast Routing  
Protocol interaction  
Chapter 2 Overview 2-13  
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2.3.4.1  
Multicast MIBs  
RFC 2932—IPv4 multicast routing MIB  
RFC 2933—IGMP MIB  
RFC 2934—PIM MIB for IPv4  
Draft-ietf-magma-mgmd-mib-03.txt—Multicast Group Membership Discovery  
MIB  
Draft-ietf-idmr-dvmrp-mib-11.txt—DVMRP MIB  
IANA-RTP-PROTO-MIB  
FASTPATH Enterprise MIBs supporting multicast features  
2.3.5  
FASTPATH IPv6 Routing  
RFC 1981—Path MTU for IPv6  
RFC 2373—IPv6 addressing  
RFC 2460—IPv6 protocol specification  
RFC 2461—Neighbor discovery  
RFC 2462—Stateless autoconfiguration  
RFC 2463—ICMPv6  
RFC 2464—IPv6 over Ethernet  
RFC 2711—IPv6 router alert  
RFC 2740—OSPFv3 (FASTPATH supports Broadcast and Point-to-Point  
interfaces.)  
RFC 2893—Transition mechanisms for IPv6 hosts and routers (6over4 configured)  
RFC 3315—DHCPv6 (stateless + relay)  
RFC 3484—Default address selection for IPv6  
RFC 3493—Basic Socket Interface for IPv6  
RFC 3513—Addressing architecture for IPv6  
RFC 3542—Advanced Sockets API for IPv6  
RFC 3587—IPv6 Global Unicast Address format  
RFC 3736—Stateless DHCPv6  
Dual IPv4/IPv6 TCP/IP stack  
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2.3.5.1  
IPv6 Routing MIBs  
RFC 2465—IPv6 MIB  
RFC 2466—ICMPv6 MIB  
FASTPATH Enterprise MIBs supporting IPv6 features  
2.3.6  
FASTPATH Management  
RFC 854—Telnet  
RFC 855—Telnet option specifications  
RFC 1155—SMI v1  
RFC 1157—SNMP  
RFC 1212—Concise MIB definitions  
RFC 1867—HTML/2.0 forms with file upload extensions  
RFC 1901—Community based SNMP v2  
RFC 1908—Coexistence between SNMP v1 and SNMP v2  
RFC 2068—HTTP/1.1 protocol as updated by draft-ietf-http-v11-spec-rev-03  
RFC 2271—SNMP framework MIB  
RFC 2295—Transparent content negotiation  
RFC 2296—Remote variant selection; RSVA/1.0 state management cookies  
draft-ietf-http-state-mgmt-05  
RFC 2570—Introduction to SNMPv3  
RFC 2576—Coexistence between SNMP v1, v2 and v3  
RFC 2578—SMI v2  
RFC 2579—Textual conventions for SMI v2  
RFC 2580—Conformance statements for SMI v2  
RFC 3410—Introduction and applicability statements for Internet-Standard  
Management Framework  
RFC 3411—Architecture for describing SNMP management frameworks  
RFC 3412—Message processing and dispatching for SNMP  
RFC 3413—SNMP applications  
RFC 3414—User-based security model for SNMP v3  
RFC 3415—View-based access control model for SNMP  
RFC 3416—Version 2 of the protocol operations for SNMP  
Chapter 2 Overview 2-15  
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RFC 3417—Transport mappings for SNMP  
RFC 3418—MIB for SNMP  
Configurable management VLAN  
2.3.6.1  
2.3.6.2  
SSL 3.0 and TLS 1.0  
RFC 2246—TLS protocol, version 1.0  
RFC 2346—AES Ciphersuites for transport layer security  
RFC 2818—HTTP over TLS  
SSH 1.5 and 2.0  
Draft-ietf-secsh-transport-16—SSH Transport Layer Protocol  
Draft-ietf-secsh-userauth-17—SSH Authentication Protocol  
Draft-ietf-secsh-connect-17—SSH Connection Protocol  
Draft-ietf-secsh-architecture-14—SSH protocol architecture  
Draft-ietf-secsh-publickeyfile-03—SECSH Public Key File format  
Draft-ietf-secsh-dh-group-exchange-04—Diffie-Hellman Group Exchange for the  
SSH Transport Layer Protocol  
HTML 4.0 Specification—December, 1997  
Java and Java Script 1.3  
2.3.6.3  
Additional Management Features  
Industry Standard CLI with the following features:  
Scripting capability  
Command completion  
Context sensitive help  
User password encryption  
Multi-session Telnet server  
TACACS+  
Dual firmware image support  
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2.4  
Functional Diagrams and Port Maps  
2.4.1  
Switch  
FIGURE 2-1 Switch Functional Block Diagram  
Chapter 2 Overview 2-17  
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TABLE 2-1  
Switch External Ports  
Front Panel  
RJ-45 #1  
RJ-45 #2  
RJ-45 #3  
RJ-45 #4  
Port Type  
Fiber Optic AMC  
Module  
RJ-45  
RJ-45  
Logical Port  
Comments  
Serial RS-232  
Management  
Base 1GBE  
Base 1GBE  
RS-232  
10/100 Base T  
10/100/1000Base T RJ-45  
10/100/1000Base T RJ-45  
Base - 18  
Base - 19  
Standard I/F is copper  
Standard I/F is copper  
2.4.2  
Rear Transition Modules (RTM)s  
The Sun Netra CP3240 switch supports RTMs through ATCA Zone 3 connectors (see  
TABLE 2-2). The Sun Netra CP3240 switch was designed to support multiple RTM  
designs.  
4 Fabric 10Gigabyte, 2 Base 10Gigabyte, 2 Base 1Gigabyte, AMC I/O, and  
management ports are run to the RTM. Several voltage rails are supplied, and all of  
the signals needed to design an ECN002 compliant RTM are present.  
TABLE 2-2  
Zone 3 RTM Ports  
Base Ports  
1G Infrastructure  
1G SGMII  
1G SGMII  
None  
10G Infrastructure  
None  
Base Port 20  
Base Port 21  
Base Port 26  
Base Port 27  
None  
10G XAUI  
10G XAUI  
10G XAUI  
10G XAUI  
10G XAUI  
10G XAUI  
None  
Fabirc Port 17  
Fabirc Port 18  
Fabirc Port 19  
Fabirc Port 20  
1G SGMII  
1G SGMII  
1G SGMII  
1G SGMII  
The Sun Netra CP3240 switch is paired with either a copper or fiber optic RTM. The  
following sections describe each RTM.  
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2.4.2.1  
Copper RTM  
The XCP3240H-RTM-CU-Z is the Sun Netra CP3240 switch’s copper RTM pairing.  
This RTM supports all the ports the Sun Netra CP3240 switch provides using  
10GBase-CX4 for the 10Gigabyte and 10/100/1000Base-T for the 1Gigabyte ports.  
FIGURE 2-2 Copper RTM Functional Block Diagram  
Chapter 2 Overview 2-19  
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TABLE 2-3  
Copper RTM External Ports  
Port Type  
RTM  
Module  
CX4  
Logical Port  
Base - 27  
Base - 26  
Base - 20  
Base - 21  
Comments  
Base 10GBE  
Base 10GBE  
Base 1GBE  
Base 1GBE  
Management  
Serial RS-232  
XAUI  
XAUI  
CX4  
10/100/1000Base T  
10/100/1000Base T  
10/100 Base T  
RS-232  
RJ-45  
RJ-45  
RJ-45  
RJ-45  
CX4  
Standard I/F is copper  
Standard I/F is copper  
Fabric 10GBE  
Fabric 10GBE  
Fabric 10GBE  
Fabric 10GBE  
XAUI  
XAUI  
XAUI  
XAUI  
Fabric - 17  
Fabric - 18  
Fabric - 19  
Fabric - 20  
CX4  
CX4  
CX4  
TABLE 2-4  
Copper RTM Port Restrictions  
Port  
1G Infrastructure  
SERDES  
SERDES  
None  
1G Port  
10G Infrastructure  
10G Port  
Base Port 20  
Base Port 21  
Base Port 26  
Base Port 27  
Fabirc Port 17  
Fabirc Port 18  
Fabirc Port 19  
Fabirc Port 19  
Fabirc Port 20  
1000Base-T RJ45 None  
1000Base-T RJ45 None  
None  
None  
None  
None  
None  
None  
None  
None  
None  
XAUI  
XAUI  
XAUI  
XAUI  
XAUI  
XAUI  
XAUI  
10GBase-CX4  
10GBase-CX4  
10GBase-CX4  
10GBase-CX4  
10GBase-CX4  
10GBase-CX4  
10GBase-CX4  
None  
None  
None  
None  
None  
None  
2-20  
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2.4.2.2  
Fiber Optic RTM  
The XCP3240H-RTM-OP-Z is the Sun Netra CP3240 switch’s fiber optic RTM pairing.  
This RTM supports all the ports the Netra CP3240 switch provides using 10GBase-X  
for the 10Gigabyte and 1000Base-X for the 1Gigabyte ports.  
FIGURE 2-3 Fiber Optic RTM Functional Block Diagram  
Chapter 2 Overview 2-21  
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TABLE 2-5  
Fiber Optic External RTM Ports  
Port Type  
Fiber Optic RTM  
10/100 Base T  
10GBase-X  
Module  
RJ-45  
SFP+  
SFP+  
SFP  
Logical Port  
Comments  
Management  
Base 10GBE  
Base 10GBE  
Base 1GBE  
Base 1GBE  
Serial RS-232  
Not a module, 10/100Base T  
Cannot Support 1G Operation  
Cannot Support 1G Operation  
Can Support 1G SFP Copper  
Can Support 1G SFP Copper  
Can Support 1G SFP Copper  
Can Support 1G SFP Copper  
Can Support 1G SFP Copper  
Can Support 1G SFP Copper  
Not a module, RS232 Serial  
Base - 27  
Base - 26  
Base - 20  
Base - 21  
Fabric - 17  
Fabric - 18  
Fabric - 19  
Fabric - 20  
10GBase-X  
1000Base-X  
1000Base-X  
10GBase-X  
SFP  
SFP+  
SFP+  
SFP+  
SFP+  
RJ-45  
Fabric 10GBE  
Fabric 10GBE  
Fabric 10GBE  
Serial RS-232  
10GBase-X  
10GBase-X  
10GBase-X  
Serial RS232  
Note – For enabling 1G operation of Fabric ports 17-20, see Section 4.12, “Fiber  
TABLE 2-6  
Fiber Optic RTM Port Restrictions  
Port  
1G Infrastructure  
SERDES  
SERDES  
None  
1G Port  
10G Infrastructure  
None  
10G Port  
Base Port 20  
Base Port 21  
Base Port 26  
Base Port 27  
Fabric Port 17  
Fabric Port 18  
Fabric Port 19  
Fabric Port 20  
SFP LX SX  
SFP LX SX  
None  
None  
None  
None  
XAUI  
SFP+ LX SX LRM  
SFP+ LX SX LRM  
SFP+ LX SX LRM  
SFP+ LX SX LRM  
SFP+ LX SX LRM  
SFP+ LX SX LRM  
None  
None  
XAUI  
SERDES  
SERDES  
SERDES  
SERDES  
SFP LX SX  
SFP LX SX  
SFP LX SX  
SFP LX SX  
XAUI  
XAUI  
XAUI  
XAUI  
2-22  
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2.4.3  
Base Fabric Switch Subsystem  
FIGURE 2-4 Base Fabric Switch Subsystem  
PICMG 3.0 AdvancedTCA defines 10/100/1000Base-T Ethernet over the Base Fabric,  
called “Base” in this guide. The Base is designed to be the control plane for the shelf.  
Scaling from 10Mbps to 1000Mbps, the Base interface can accommodate a wide  
variety of node boards. The Base interface on the Sun Netra CP3240 switch is based  
around three main components: the Broadcom BCM56503, the Broadcom BCM5464x,  
and the Freescale MPC8247.  
Chapter 2 Overview 2-23  
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2.4.4  
Expansion Fabric Switch Subsystem  
FIGURE 2-5 Expansion Fabric Switch Subsystem  
PICMG 3.0 AdvancedTCA provides an agnostic mesh on the backplane called the  
Expansion Fabric. This interface is the data plane in the shelf. The Expansion Fabric  
is called “Fabric” in this guide. This fabric can be several different technologies  
defined by AdvancedTCA sub-specifications. The Sun Netra CP3240 switch is  
designed to comply with PICMG 3.1 Ethernet/Fibre Channel for AdvancedTCA Systems,  
options 1 and option 9. That means the Sun Netra CP3240 switch provides a single  
1/10Gigabyte port to each node board.  
The Fabric uses 10GBase-BX4 Ethernet to provide connectivity between boards  
though the backplane. The Fabric can scale down to 1Gigabyte and work with  
1000Base-BX boards. The Fabric subsystem is based around two main components:  
the Broadcom BCM56800 and the Freescale MPC8247.  
2-24  
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2.4.5  
AdvancedMC Sites  
PICMG AdvancedMC AMC.0 defines hot-swappable daughter cards to be used in  
PICMG architectures. The Sun Netra CP3240 switch supports three AMC sites so  
that the functionality of the Sun Netra CP3240 switch can be expanded. AMC.2  
(Ethernet) AMCs are supported with direct connections to the Base and Fabric  
subsystems. Other types of AMCs, such as AMC.1 (PCI-Express) or AMC.3  
(SAS/SATA), can be used as well. Nearly any type of AMC can be supported,  
because the Sun Netra CP3240 switch connects the AMCs sites directly together on  
certain ports.  
Chapter 2 Overview 2-25  
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2.4.5.1  
AMC Port Maps  
FIGURE 2-6 AMC Port Map Diagram  
2-26  
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TABLE 2-7  
AMC Ethernet Port Availability  
Slot  
Location  
Top  
1G Infrastructure  
1G Base SGMII  
1G Base SGMII  
1G Base SGMII  
10G Infrastructure  
AMC 1  
AMC 2  
AMC 3  
None  
Middle  
Bottom  
XAUI from BCM56800 Fabric Port 16  
None  
TABLE 2-8  
AMC Site 1: AMC.0 Mid-size, AMC.2 Type E1, AMC.2 Type 5 (Optional),  
LED Module Support  
Port  
0
Type  
Connected  
GB  
Base (3.0) switch  
1
Any  
Any  
Any  
Any  
Not connected  
2
Port 3 of AMC #3, usually used for SAS/SATA  
Port 3 of AMC #2, usually used for SAS/SATA  
Ports 4-7 of AMC #2, usually used for PCIE  
3
4
5
6
7
8
Not connected  
9
10  
11  
12  
13  
14  
15  
17  
18  
19  
20  
Custom LED board support  
Not connected  
Not connected  
Not connected  
Any  
Any  
Any  
Any  
RTM for future use  
RTM for future use  
RTM for future use  
RTM for future use  
FPGA and Zarlink  
TCLK1 CLK IN  
Chapter 2 Overview 2-27  
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TABLE 2-8  
AMC Site 1: AMC.0 Mid-size, AMC.2 Type E1, AMC.2 Type 5 (Optional),  
LED Module Support (Continued)  
TCLK2 CLK OUT FPGA and Zarlink  
TCLK3 CLK IN FPGA and Zarlink  
TCLK4 CLK OUT FPGA and Zarlink  
FCLK  
100MHz  
100MHz  
TABLE 2-9  
AMC Site #2 AMC.0 Mid-Size, AMC.2 Type E1, AMC.2 Type 5, Double  
module support, LED Module Support  
Port  
Type  
Connected  
0
GbE  
Base (3.0) switch  
1
Any  
Any  
Any  
Any  
Port 1 of AMC #3, usually used for GbE  
2
Port 2 of AMC #3, usually used for SAS/SATA  
Port 3 of AMC #1, usually used for SAS/SATA  
Ports 4-7 of AMC #1, usually used for PCIE  
3
4
5
6
7
8
10GbE  
Fabric (3.1) switch.  
9
10  
11  
12  
custom LED board support  
Not connected  
13  
14  
Not connected  
15  
Not connected  
17  
Any  
RTM for future use  
RTM for future use  
RTM for future use  
RTM for future use  
FPGA & Zarlink  
FPGA & Zarlink  
FPGA & Zarlink  
FPGA & Zarlink  
100MHz  
18  
Any  
19  
Any  
20  
Any  
TCLK1  
TCLK2  
TCLK3  
TCLK4  
FCLK  
CLK IN  
CLK OUT  
CLK IN  
CLK OUT  
PCIE CLK  
2-28  
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TABLE 2-10 AMC Site 3: AMC.0 Mid-size, AMC.2 Type E1, Master Clock Generator  
Support, LED Support  
Port  
Type  
GB  
Connected  
0
Base (3.0) switch  
1
Any  
Any  
Any  
Port 1 of AMC #2, usually used for GB  
Port 2 of AMC #2, usually used for SAS/SATA  
Port 2 of AMC #1, usually used for SAS/SATA  
Not connected  
2
3
4
5
Not connected  
6
Not connected  
7
Not connected  
8
Not connected  
9
Not connected  
10  
Not connected  
11  
Not connected  
12  
custom LED board support  
Not connected  
13  
14  
Not connected  
15  
Any  
Update channel, usually used for clock sync  
RTM for future use  
RTM for future use  
RTM for future use  
RTM for future use  
FPGA and Zarlink  
17  
Any  
18  
Any  
19  
Any  
20  
Any  
TCLK1  
TCLK2  
TCLK3  
TCLK4  
FCLK  
CLK IN  
CLK OUT  
CLK IN  
CLK OUT  
100MHz  
FPGA and Zarlink  
FPGA and Zarlink  
FPGA and Zarlink  
100MHz  
Chapter 2 Overview 2-29  
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2.4.5.2  
AMC Module Support by Site  
TABLE 2-11 AMC Modules by Site  
Site 1 (top most  
when the board is  
Site 3 (bottom most  
site when the board  
is vertical)  
AMC Module  
vertical)  
No*  
No*  
Yes  
Site 2 (middle)  
AMC10G-XFP  
AMC10G-CX4  
AMCLED001  
PCI-Express AMC  
Yes  
Yes  
Yes  
Yes  
Yes  
No  
No  
Yes  
No  
Yes  
Yes  
1G Common Options  
Ethernet AMC  
Yes  
10G Fat Pipe Ethernet AMC  
No*  
Yes  
No  
2.4.5.3  
AMC Port Restrictions for RTMs  
The following tables list AMC port restrictions for RTMs  
TABLE 2-12 AMC Port Restrictions for Copper RTMs  
1G Infrastructure  
1G Base Ports  
10G Infrastructure  
10G Fabric Ports  
BCM5464R Copper PHY Port  
22  
10/100/1000 BaseT/RJ-45 XAUI Pass through  
10/100/1000 BaseT/RJ-45 None  
10G Fabric XAUI CX4  
BCM5464R Copper PHY Port  
23  
None  
None  
BCM5464R Copper PHY Port  
24  
10/100/1000 BaseT/RJ-45 None  
Front panel Base Port 18  
Front panel Base Port 19  
J13 3rd  
BCM5464R Copper PHY  
BCM5464R Copper PHY  
J13 Bottom  
TABLE 2-13 AMC Port Restrictions for Fiber Optic RTMs  
1G Infrastructure  
SERDES  
1G Base Ports  
SFP - LX SX  
SFP - LX SX  
SFP - LX SX  
10G Infrastructure  
10G Fabric Ports  
SFP+ LRM  
None  
SERDES  
SERDES  
None  
10/100/1000 BaseT/RJ-45  
10/100/1000 BaseT/RJ-45  
2-30  
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CHAPTER  
3
Configuring Jumper Settings  
This chapter describes jumper settings for configuring the switch. Other  
configuration options are software controlled. Software configuration options are  
described in Chapter 4.  
This chapter contains the following topics:  
3-1  
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3.1  
Jumper Settings  
The following jumper settings are available for configuring the switch. Each of  
jumper settings is described in the subsections.  
TABLE 3-1  
Switch Configuration Jumper Settings  
Jumper  
P4  
Default  
L2  
Purpose  
Cross Connect Control  
Fabric Zero Reset Configuration Word  
Base Zero Reset Configuration Word  
Base Write Protect Disable  
Fabric Write Protect Disable  
IPMC Firmware Write  
IPMC Disable  
P6(1-2)  
P6(3-4)  
P8(1-2)  
P8(3-4)  
P9  
OFF  
OFF  
OFF  
OFF  
OFF  
OFF  
OFF  
OFF  
OFF  
OFF  
OFF  
P10(1-2)  
P10(3-4)  
P11(1-2)  
P11(3-4)  
P12  
IPMC FWE  
Forced Board Enable  
IPMC Board Reset Disable  
EMI Ground to Logic Ground  
Serial Direction  
P13  
3.1.1  
P4 Cross-Connect Control  
This jumper is used to control ShMC cross connect. ShMC cross connect is the  
ability to connect to two ShMCs at 10/100 each rather than use a single 10/100/1000  
for a single ShMC. The first ShMC port is number 1 on the Base. The second ShMC  
port is number 17 on the Base.  
TABLE 3-2  
P4 Cross-Connect Jumper Settings  
P4  
Default  
Function  
OFF  
1-2  
Software control of cross connect.  
Default  
Force cross connect enabled, base channel 1 is two 10/100BaseTX  
ports.  
3-4  
No cross connect; base channel 1 is 10/100/1000Base-T.  
3-2  
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3.1.2  
3.1.3  
3.1.4  
P6(1-2) Fabric Zero Reset Configuration Word  
This jumper is used to configure the Fabric Gigabyte CPU to use the default Reset  
Configuration Word, or use the one in the flash.  
TABLE 3-3  
P6 (1-2) Fabric Zero Reset Jumper Settings  
P6(1-2)  
ON  
Default  
Function  
Use default Reset Configuration Word (all zeros)  
Use Reset Configuration Word in flash  
OFF  
Default  
P6(3-4) Base Zero Reset Configuration Word  
This jumper is used to configure the Base CPU to use the default Reset  
Configuration Word, or use the one in the flash.  
TABLE 3-4  
P6 (3-4) Base Zero Reset Jumper Settings  
P6(3-4)  
ON  
Default  
Function  
Use default Reset Configuration Word (all zeros)  
Use Reset Configuration Word in flash  
OFF  
Default  
P8(1-2) Base Write Protect  
This jumper configures write protection on the Base reset configuration word.  
TABLE 3-5  
P8 (1-2) Base Write-Protect Jumper Settings  
P8(1-2)  
ON  
Default  
Function  
Disable the write protection of the Base reset configuration word  
Write protect the Base reset configuration word  
OFF  
Default  
Chapter 3 Configuring Jumper Settings  
3-3  
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3.1.5  
3.1.6  
P8(3-4) Fabric Write Protect  
This jumper configures write protection on the Fabric reset configuration word.  
TABLE 3-6  
P8 (3-4) Fabric Write Protect Jumper Settings  
P8(3-4)  
ON  
Default  
Function  
Disable the write protection of the Fabric reset configuration word  
Write protect the Fabric reset configuration word  
OFF  
Default  
P9 IPMC Firmware Program  
These jumpers configure IPMC firmware write actions via the debug serial port.  
TABLE 3-7  
P9 IPMC Firmware Program Jumper Settings  
P4  
Default  
Function  
OFF  
1-2  
3-4  
Default  
Normal operation  
Install to program IPMC firmware via the debug serial port  
Install to program IPMC firmware via the debug serial port  
3.1.7  
P10(1-2) IPMC Reset  
This jumper configures the IPMI subsystem reset function.  
TABLE 3-8  
P10 (1-2) IPMC Reset Jumper Settings  
P10  
(1-2)  
Default  
Function  
ON  
Disable IPMI subsystem (hold it in reset)  
Enable IPMI subsystem  
OFF  
Default  
3-4  
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3.1.8  
3.1.9  
P10(3-4) IPMC FWE  
These are reserved and should be left configured for the default setting.  
TABLE 3-9  
P10 (3-4) IPMC FWE Reserved Jumper Settings  
P10  
(3-4)  
Default  
Function  
ON  
OFF  
Default  
Normal operation  
P11(1-2) Forced-Board Enable  
This jumper controls whether the switch is forced on when it is powered up, or if the  
IPMI subsystem controls the power up of the switch. Forcing power to the board is  
not enough for the board to boot. The board could still be held in reset. Configre P11  
(3-4) jumper setting as well to bring the board out of reset.  
TABLE 3-10 P11 (1-2) Forced-Board Enable Jumper Settings  
P11  
(1-2)  
ON  
OFF  
Default  
Function  
Force power on. Use this to run without a ShMC.  
IPMI controls power to the board.  
Default  
3.1.10  
P11(3-4) IPMC Board Reset  
This jumper configres the IPMI to send a reset signal that will reset the entire board  
TABLE 3-11 P11 (3-4) IPMC Board Reset Jumper Settings  
P11  
(3-4)  
Default  
Function  
ON  
IPMI subsystem cannot reset the switch. Use this to run without a  
ShMC.  
OFF  
Default  
IPMI subsystem can reset the switch and hold it in reset.  
Chapter 3 Configuring Jumper Settings  
3-5  
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3.1.11  
P12(1-2) and P12 (3-4) EMI Ground to Logic  
Ground  
The switch and the entire AdvancedTCA shelf separate the ground of the chassis  
itself from digital ground for EMI protection. This jumper configures the two  
grounds.  
TABLE 3-12 P12 (1-2) and P12 (3-4) Grounding Jumper Settings  
P12  
(1-2)  
(3-4)  
OFF  
1-2  
Default  
Function  
Default  
Separate EMI ground and logic ground.  
Connect EMI ground to logic ground.  
Connect EMI ground to logic ground.  
3-4  
3.1.12  
P13 Serial Direction  
The front panel serial port and the RTM serial port are mutually exclusive; only one  
can be used at a time. The serial port can be forced to the front or the RTM, or it can  
be controlled by the software.  
TABLE 3-13 P13 Serial Direction Jumper Settings  
P13  
OFF  
1-2  
Default  
Function  
Default  
Software control of serial direction.  
Front serial port active; RTM serial port disabled.  
Front serial port disabled; RTM serial port active.  
3-4  
3-6  
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3.2  
Jumper Locations  
FIGURE 3-1 shows the locations of the jumper settings.  
FIGURE 3-1 Switch Jumper Locations  
Chapter 3 Configuring Jumper Settings  
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3-7  
   
3-8  
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CHAPTER  
4
Configuring Switch Software  
This chapter describes how to configure the switch software.  
The switch incorporates four main software components:  
IPMI firmware, which runs on a separate microcontroller.  
uBoot loads the boot for the system. It can be compared to a BIOS on a node  
board.  
Operating system (OS), which uses Monta Vista 3.1 Pro, based on the 2.4.20 Linux  
kernel.  
LVL7 Systems’ FASTPATH software, which provides all of the management and  
control features of the switch.  
The IPMI firmware, uBoot, and OS are covered in this chapter. FASTPATH is  
described, however, for detailed information and command syntax, refer to the Netra  
CP3240 Switch Command Reference Manual (820-3253).  
This chapter contains the following topics:  
4-1  
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4.1  
IPMI Firmware Sensors  
This section describes the IPMI firmware sensors.  
4.1.1  
State Sensors  
TABLE 4-1  
IPMI State Sensors  
Sensor  
Name  
Type  
Description  
Discrete States Returned  
FRU 0  
HOT_SWAP  
State  
hotswap discrete  
state  
M state, per ATCA spec  
TABLE 4-2  
0
1
2
3
4
RTM hotswap  
State  
State  
State  
State  
State  
hotswap discrete  
state  
M state, per ATCA spec  
AMC 0  
hotswap  
hotswap discrete  
state  
M state, per ATCA and AMC  
spec  
AMC 1  
hotswap  
hotswap discrete  
state  
M state, per ATCA and AMC  
spec  
AMC 2  
hotswap  
hotswap discrete  
state  
M state, per ATCA and AMC  
spec  
5
6
IPMB physical  
IPMB Link sensor  
Watchdog timer  
Defined in ATCA spec.  
BMC Watchdog State  
Discrete, Watchdog 2 (per the  
IPMI spec)  
11  
12  
13  
14  
15  
16  
17  
RTM Presence  
Base Early*  
Base Full*  
State  
State  
State  
State  
State  
State  
State  
Rear Module  
Present Signal  
State 01h = Device absent, 02h  
= Device present  
Base firmware  
signal  
Asserted indicates Uboot  
prompt  
Base firmware  
signal  
Asserted indicates Linux has  
booted  
Base Good*  
Fabric Early*  
Fabric Full*  
Fabric Good*  
Base firmware  
signal  
Asserted indicates FASTPATH  
has loaded  
Fabric firmware  
signal  
Asserted indicates Uboot  
prompt  
Fabric firmware  
signal  
Asserted indicates Linux has  
booted  
Fabric firmware  
signal  
Asserted indicates FASTPATH  
has loaded  
4-2  
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*These sensors represent the software state of the switch.  
The following tables lists the logic that drives these sensors.  
TABLE 4-3  
State  
IPMI Sensor Logic  
Timeout  
Failover Condition  
Early  
Full  
Good  
Initial power-on state  
uBoot initial state  
5 sec  
Uboot corrupted or  
erased  
0
0
1
5 sec  
Uboot finds no  
image  
0
0
0
uBoot console  
Linux booted  
n/a  
Failover timer stops  
Soft-off now occurs  
1
0
1
0
1
1
0
0
0
90 sec  
n/a  
Linux boot menu  
Failover timer stops  
(user interruption)  
FASTPATH booted  
Critical code update  
90 sec  
n/a  
Timer stops if this  
state is reached in  
time  
0
1
1
1
1
1
An update is in  
progress; the failover  
time stops  
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4.1.2  
Threshold Sensors  
TABLE 4-4  
IPMI Thresold Sensors  
Lower  
Upper  
Sensor  
Name  
Type  
Description Units  
Thresholds  
Thresholds  
#
Minor  
Major  
Critical  
Minor  
Major  
Critical  
7
+12.0V Thresh +12V  
Volts  
11.016  
10.21  
9.02  
13.45  
13.72  
13.77  
main  
power  
8
+3.3V  
+2.5V  
Thresh +3.3V line Volts  
Thresh +2.5V line Volts  
3.126  
2.308  
1.156  
3.02  
2.914  
2.106  
0.7546  
3.563  
2.701  
1.5582  
3.654  
2.808  
1.754  
3.805  
2.904  
1.9502  
9
2.202  
1.009  
10  
+1.25V Thresh +1.25V  
line  
Volts  
o
18  
19  
20  
Base  
CPU  
Temp  
Thresh Base CPU  
Temp  
C
n/a  
n/a  
n/a  
n/a  
n/a  
n/a  
n/a  
n/a  
n/a  
60  
55  
60  
70  
65  
70  
80  
75  
80  
o
RTM  
temp  
Thresh RTM  
Temperatu  
re  
C
o
Fabric  
CPU  
Thresh Fabric  
CPU Temp  
C
Temp  
21  
22  
23  
24  
25  
+1.5V  
+1.8V  
+1.0V  
+1.2V  
Thresh +1.5V line Volts  
Thresh +1.8V line Volts  
Thresh +1.0V line Volts  
Thresh +1.2V line Volts  
1.4014  
1.656  
0.902  
1.107  
n/a  
1.303  
1.509  
0.706  
1.009  
n/a  
1.1074  
1.303  
0.51  
1.6072  
1.9502  
1.1074  
1.303  
5.5  
1.7052  
2.107  
1.303  
1.4014  
6.023  
1.9012  
2.303  
1.509  
1.607  
6.517  
0.804  
n/a  
Site 1  
Pwr  
Cur  
Thresh AMC Slot Amps  
current  
sense  
26  
27  
Site 1  
Pwr  
Thresh AMC Slot Volts  
+12V  
n/a  
n/a  
n/a  
n/a  
n/a  
n/a  
13.048  
3.456  
13.44  
3.514  
13.608  
3.6  
Site 1  
MP  
Thresh AMC Slot Volts  
Managem  
ent Pwr  
28  
29  
Site 2  
Pwr  
Cur  
Thresh AMC Slot Amps  
n/a  
n/a  
n/a  
n/a  
n/a  
n/a  
5.5  
6.023  
13.44  
6.517  
current  
sense  
Site 2  
Pwr  
Thresh AMC Slot Volts  
+12V  
13.048  
13.608  
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TABLE 4-4  
Type  
IPMI Thresold Sensors (Continued)  
Lower  
Upper  
Thresholds  
Sensor  
Name  
Description Units  
Thresholds  
30  
Site 2  
MP  
Thresh AMC Slot Volts  
Managem  
n/a  
n/a  
n/a  
n/a  
n/a  
3.456  
5.5  
3.514  
6.023  
3.6  
ent Pwr  
31  
Site 3  
Pwr  
Cur  
Thresh AMC Slot Amps  
n/a  
6.517  
current  
sense  
32  
33  
Site 3  
Pwr  
Thresh AMC Slot Volts  
+12V  
n/a  
n/a  
n/a  
n/a  
n/a  
n/a  
13.048  
3.456  
13.44  
3.514  
13.608  
3.6  
Site 3  
MP  
Thresh AMC Slot Volts  
Managem  
ent Pwr  
4.2  
uBoot  
uBoot is the boot loader. Much like a BIOS, it brings the system to a usable state for  
the operating system (OS) to boot. It also performs a POST of the CPU subsystem. It  
can be used as a recovery console if the firmware image becomes corrupt or a  
firmware update fails. Several important environment variables are stored in uBoot,  
only some of which should ever be changed, namely noekeyand baudrate.  
4.2.1  
uBoot Console  
To get to a uBoot console, you must prevent the switch from booting into the OS.  
Shown here is an example of the start of a boot sequence.  
CPU: 400 MHz  
DRAM: 256 MB  
FLASH: 64 MB, Base, Primary Flash  
### JFFS2 loading 'image1' to 0x400000  
Scanning JFFS2 FS: . done.  
### JFFS2 load complete: 10026940 bytes loaded to 0x400000  
Booting ...  
Loading Ramdisk to 0fdf6000, end 0ff8d551 ... OK  
Press any key before ###JFFS2loading'image1'to0x400000appears.  
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There is only a one-second delay to press a key.  
When the uBoot prompt is displayed, you can then enter any of the following  
commands.  
TABLE 4-5  
Command  
uBoot Console Commands  
Result  
printor  
Shows the current environment variables.  
printenv  
set  
Followed by an environment variable, this command changes the  
<variable>  
environment variable.  
or setenv  
save or  
saveenv  
Writes the variables to flash. You must save the changes if you want them  
to persist through a reset.  
4.2.2  
E-Keying Control in uBoot  
See the Section 4.3.1, “e-Keying” on page 4-7 for a description of e-Keying, and how  
it is supported.  
To disable e-Keying, use the noekeyenvironment variable.  
List the ports to be disabled separated by only commas.  
set noekey 1,2,3,4  
Or use the word allto disable e-Keying completely.  
set noekey all  
To re-enable e-Keying clear the variable.  
set noekey  
After changing the environment variables you must always save if you would like  
the change to persist though a reset.  
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4.2.3  
Serial-Baud Rate Control in uBoot  
You can change the serial baud rate from within FASTPATH, the boot menu, or in  
uBoot. Changing it in uBoot is the only method that allows it to persist through a  
reset. Only standard baud rates are accepted.  
Note – Change the baud rate on the Fabric first, then on the Base. If the baud rate  
on the Fabric and Base do not match, the Fabric will not be accessible. If the Fabric is  
not accessible, change the baud rate on the Base until the Fabric is accessible.  
To change the baud rate in uBoot, enter the command as in the following example.  
set baudrate <115200>  
After changing the rate, you must save if you would like the change to persist  
though a reset.  
4.3  
Linux  
The switch uses Linux as an operating system. The Monta Vista 3.1 Pro 2.4.20 kernel  
is used. There are no settings to change, and the OS is completely transparent to the  
user.  
4.3.1  
e-Keying  
e-Keying is implemented as a Linux driver. The CPUs for both Base and Fabric have  
a direct connection to the IPMI controller, which is used to communicate e-Keying  
messages. The CPU is interrupted when an e-Keying event occurs. The driver  
handles these interrupts and disables ports based on the information it receives. This  
disables the port at the PHY level. e-Keying can be ignored by creating a uBoot  
environment variable as described in the Section 4.2.2, “E-Keying Control in uBoot”  
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4.3.2  
4.3.3  
e-Keying Bypass  
e-Keying can be ignored by creating a uBoot environment variable as described in  
ports are no longer enabled or disabled based on the e-Keying state. The e-Keying  
information is still shared with the shelf manager as usual, but now ports are  
enabled regardless if the shelf manager enables them or not.  
ATCA LEDs  
The ATCA LEDs can be turned on from several sources, one of which is a Linux  
driver. Both the Base and Fabric drive these LEDs. The red OOS LED is driven until  
FASTPATH has loaded, at which point the green Healthy LED is driven. The OOS  
LED signals are “OR” so that if one or more are active, the LED is on. The Healthy  
LED signals are “AND.” The Base and Fabric must be booted into FASTPATH as  
well as several hardware conditions must be met for this LED to be on.  
4.4  
Serial Select  
A single-serial port is provided to control both CPUs. The ` key, usually in the  
upper left key on the keyboard and the same key as ~, can be used to switch  
between controlling the Base (3.0) and the Fabric (3.1). The ` key works in uBoot,  
Linux, the BCM debug shell, and FASTPATH.  
When you switch between Base and Fabric [Base] or [Fabric] is printed to the  
console so that you know which one you are currently controlling.  
(switch Base) #  
(and then ENTER is pressed here)  
(switch Base) #[Fabric]  
(and then ENTER is pressed here)  
(switch Fabric) #[ Base ]  
(switch Base) #  
User:  
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4.5  
Serial Location  
The switch supports running its serial port to both the front panel and the RTM. It  
does not support both the front panel and RTM at the same time. You must  
configure the port to go to the location needed. By default, the port is routed to the  
front panel.  
4.5.1  
Changing Serial Location from UBoot  
In this example, the serial port direction is to the RTM.  
CODE EXAMPLE 4-1  
Serial Port Change from uBoot  
CPU: 400 MHz  
DRAM: 256 MB  
FLASH: 64 MB, Base, Primary Flash  
Use the [`] key above the TAB key to switch between BASE and FABRIC.  
[Break UBoot by pressing a key when the switch boots]  
=> set console rtm  
[set console to front for the front panel]  
=> save  
Saving Environment to Flash...  
Un-Protected 1 sectors  
Erasing Flash...  
. done  
Erased 1 sectors  
Writing to Flash... done  
Protected 1 sectors  
=> boot  
4.5.2  
Changing Serial Location from FASTPATH  
In this example, the serial port direction is changed to the RTM. Note that the  
change is instantaneous and lasts though a reboot.  
CODE EXAMPLE 4-2  
Serial Port Change from FASTPATH  
configure  
lineconfig  
serial location rtm  
[set location to front for the front panel]  
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4.6  
Boot Sequence  
The following is an example of a boot sequence.  
CODE EXAMPLE 4-3  
Boot Sequence Example  
CPU: 400 MHz  
DRAM: 256 MB  
FLASH: 64 MB, Base, Primary Flash  
### JFFS2 loading 'image1' to 0x400000  
Scanning JFFS2 FS: . done.  
### JFFS2 load complete: 10026500 bytes loaded to 0x400000  
Booting ...  
Loading Ramdisk to 0fdf6000, end 0ff8d4c2 ... OK  
Mounting /dev/mtdblock2 at /mnt/fastpath...done.  
Mounting tmpfs at /mnt/application...done.  
*****************************************************************  
***  
* Use the [`] key above the TAB to switch between BASE and FABRIC. *  
*****************************************************************  
***  
switch, Base, Primary Flash, image1  
Select startup mode. If no selection is made within 5 seconds,  
the Application will start automatically...  
--- Main Menu ---  
1 - Start Switch Application  
2 - Display Utility Menu  
Select (1, 2):  
Extracting Application from image1.....done  
Loading Application...done.  
SOC unit 0 attached to PCI device BCM56503_B2  
FASTPATH starting...started!  
(Unit 1)>  
User:  
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The switch takes approximately 50 seconds to boot to a console and be fully  
functional.  
4.6.1  
Boot Utility Menu  
There is a utility menu that can be used before FASTPATH boots. During boot there  
is a two-option menu displayed for five seconds. This menu allows access to the  
utility menu if you press number 2 and Enter.  
CODE EXAMPLE 4-4  
Boot Utility Menu Access  
switch, Base, Primary Flash, image2  
--- Utility Menu ---  
1 - Start Switch Application  
2 - Load Code Update Package using TFTP/FTP  
3 - Load Code Update Package using XMODEM/YMODEM/ZMODEM  
4 - Copy Primary Flash to Backup Flash  
5 - Select Serial Speed  
6 - Retrieve Error Log using TFTP  
7 - Retrieve Error Log using XMODEM/YMODEM/ZMODEM  
8 - Erase Current Configuration  
9 - Erase Permanent Storage  
10 - Select Boot Method  
11 - Activate Backup Image  
12 - Start Diagnostic Application  
13 - Reboot  
Select option (1-13):  
Most of the options are self explanatory based on their names. The following  
sections describe some of the options more fully.  
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4.6.1.1  
Load Code Update Package using TFTP/FTP  
FASTPATH can be updated from within FASTPATH itself, but it can also be updated  
from this menu.  
The update image must be on a TFTP server or FTP server.  
The server must be on the same network as the out-of-band management port.  
You need to have the IP of the server, the desired IP of the board being updated,  
the gateway (if needed), and the file name.  
Note – DHCP can be used to obtain an IP for the switch during this update. Enter  
dhcpas the IP address. This entry begins the update and provides status  
information as it is updating.  
4.6.1.2  
4.6.1.3  
Erase Current Configuration  
This is the same as clearconfigfrom within FASTPATH. This option can be used  
if the switch is in an unknown state, and restoring the default settings is desired.  
Erase Permanent Storage  
This command completely erases FASTPATH, any log files, and any configurations.  
It does not erase uBoot or Linux. Use of this command is never recommended.  
Updates can safely be installed without running this option, and configurations and  
log files are preserved.  
4.6.1.4  
Select Boot Method  
The switch supports three boot methods:  
from the local image on the flash  
from an image over the network  
from an image over the serial port  
The default option is booting from the flash. See Section 4.9, “Network Boot” on  
page 4-14 for more information.  
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4.6.1.5  
Start Diagnostic Application  
This option boots the Broadcom diag shell, currently SDK version 5.4.1. This  
environment is provided as is, with no support. Several commands provided in this  
shell are not supported and will not work. This shell is provided mainly for debug,  
testing, and diagnostics purposes. This shell has many low-level tests, and low-level  
register access. It can be used to check the integrity of particular boards. Help is  
provided in the shell with ??and commands followed by a single question mark.  
Some commands of interest are TestListand TestRun.  
4.7  
Primary and Backup Flash  
The switch features hardware flash redundancy. If the switch fails to boot from the  
primary flash for any reason, the onboard IPMC will reset the board and attempt to  
boot out of the backup flash. No user interaction is required.  
The switch backup flash comes preprogrammed with default settings. You can  
change what is loaded on the backup flash by using the CopyPrimaryFlashto  
BackupFlashcommand from the utility menu.  
4.8  
Dual Firmware Images  
The switch supports dual firmware images of the Base and Fabric software. While  
this feature does not provide high availability (the hardware redundant flash  
provides that), it does provide a way to store two copies of the firmware on the  
switch. This allows you to switch between firmware, as needed.  
4.8.1  
Booting the Non-Active Image  
Which image is active can be changed several ways.  
From the boot menu, the ActivateBackupImageoption can be used.  
From within FASTPATH the bootsystemcommand in combination with the  
updatebootcodecommands can be used.  
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4.8.2  
4.8.3  
Updating the Non-Active Image  
All of the update methods supported by the active image (image1 by default) are  
also supported for the non-active image (image2).  
Fabric 1G/10G Auto-negotiation  
The Fabric networks support both 1Gigabyte and 10Gigabyte operation. No  
configuration is required to put the switch into either a 1Gigabyte or 10Gigabyte  
mode. The switch will dynamically connect at the appropriate speed.  
4.9  
Network Boot  
The switch supports network booting. This feature can be used to test updates to  
FASTPATH without installing them. Updates containing changes to uBoot, Linux, or  
the IPMC must be installed to the flash before they can be used.  
1. Setup a TFTP server on the update network.  
Tftpd is the standard TFTP server for Linux and Solaris.  
For Windows, Solarwinds (http://www.solarwinds.net) offers a free TFTP server.  
2. Place the update image on the TFTP server.  
It will have a .tgz file extension.  
3. Connect to the serial management port of the network to be updated, and  
connect the MGMT port to the update network.  
4. Reboot the switch using the reboot button, hotswap handle, or reload  
command.  
5. As the switch boots, press number 2to enter the Utility Menu.  
6. Press number 8to change the boot method.  
7. Press number 3to select network as the boot method.  
8. Enter the information for your TFTP server.  
For host IP, you can enter dhcpif you would like to use DHCP to obtain a valid  
IP address.  
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9. Press number 1to boot the system.  
CODE EXAMPLE 4-5  
Example Console Output  
CPU: 400 MHz  
DRAM: 256 MB  
FLASH: 64 MB, Base, Primary Flash  
### JFFS2 loading 'image1' to 0x400000  
Scanning JFFS2 FS: . done.  
### JFFS2 load complete: 10026500 bytes loaded to 0x400000  
Booting ...  
Loading Ramdisk to 0fdf6000, end 0ff8d4c2 ... OK  
Mounting /dev/mtdblock2 at /mnt/fastpath...done.  
Mounting tmpfs at /mnt/application...done.  
*****************************************************************  
***  
* Use the [`] key above the TAB to switch between BASE and FABRIC. *  
*****************************************************************  
***  
switch, Base, Primary Flash, image1  
Select startup mode. If no selection is made within 5 seconds,  
the Application will start automatically...  
--- Main Menu ---  
1 - Start Switch Application  
2 - Display Utility Menu  
Select (1, 2): 2  
*****************************************************************  
***  
* Use the [`] key above the TAB to switch between BASE and FABRIC. *  
*****************************************************************  
***  
switch, Base, Primary Flash, image1  
--- Utility Menu ---  
1 - Start Switch Application  
2 - Load Code Update Package using TFTP/FTP  
3 - Load Code Update Package using XMODEM/YMODEM/ZMODEM  
4 - Copy Primary Flash to Backup Flash  
5 - Select Serial Speed  
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CODE EXAMPLE 4-5  
Example Console Output (Continued)  
6 - Retrieve Error Log using TFTP  
7 - Retrieve Error Log using XMODEM/YMODEM/ZMODEM  
8 - Erase Current Configuration  
9 - Erase Permanent Storage  
10 - Select Boot Method  
11 - Activate Backup Image  
12 - Start Diagnostic Application  
13 - Reboot  
Select option (1-13): 10  
Current Boot Method: FLASH  
1 - Flash Boot  
2 - Network Boot  
3 - Serial Boot  
4 - Exit without change  
Select option (1-4): 2  
Enter Server IP []:10.10.3.199  
Enter Host IP (# or dhcp) []:dhcp  
Enter Transfer Method (tftp or ftp) [ftp]:  
Enter Filename []:/switch.1.0.1.0.stk  
Accept changes? Press(Y/N): y  
*****************************************************************  
***  
* Use the [`] key above the TAB to switch between BASE and FABRIC. *  
*****************************************************************  
***  
switch, Base, Primary Flash, image1  
--- Utility Menu ---  
1 - Start Switch Application  
2 - Load Code Update Package using TFTP/FTP  
3 - Load Code Update Package using XMODEM/YMODEM/ZMODEM  
4 - Copy Primary Flash to Backup Flash  
5 - Select Serial Speed  
6 - Retrieve Error Log using TFTP  
7 - Retrieve Error Log using XMODEM/YMODEM/ZMODEM  
8 - Erase Current Configuration  
9 - Erase Permanent Storage  
10 - Select Boot Method  
11 - Activate Backup Image  
12 - Start Diagnostic Application  
13 - Reboot  
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CODE EXAMPLE 4-5  
Example Console Output (Continued)  
Select option (1-13): 1  
Creating tmpfs filesystem on tmpfs for download...done.  
Bringing up eth0 interface...done.  
HOST IPADDR=10.10.2.246  
Transferring '/switch.1.0.1.0.stk' from '10.10.3.199' via  
ftp...done.  
Bringing down eth0 interface...done.  
Extracting Application...done.  
Destroying tmpfs filesystem on tmpfs...done.  
Loading Application...done.  
SOC unit 0 attached to PCI device BCM56503_B2  
FASTPATH starting...started!  
(Unit 1)>  
User:  
10. Use option 8 of the Utility Menu to change the boot method back to flash, when  
desired.  
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4.10  
FASTPATH  
The switch features LVL7 Systems’ FASTPATH 2340 software, version 4.4.  
FASTPATH is a software package providing the robust management needed to  
control a modern switch-router. This section serves as a quick primer on using  
FASTPATH on the switch. FASTPATH is not covered in detail in this guide, but is  
covered in the Netra CP3240 Switch Command Reference Manual (820-3253).  
4.10.1  
Management Options  
The switch can be controlled by a CLI, a web interface, and through SNMP. All  
management interfaces, other than serial, can be enabled or disabled, provided over  
both the out-of-band management port and/or any in-band ports, and be limited to  
certain in-band ports.  
4.10.1.1  
CLI  
The switch provides an industry standard CLI. The CLI is provided over the serial  
port, telnet and SSH. This section only describes some basic commands. For detailed  
command syntax, refer to the Netra CP3240 Switch Command Reference Manual  
(820-3253).  
The CLI is mode based. It works similarly to a console in Linux or Windows.  
Commands are grouped under modes, and those commands only work when the  
user is in the current mode. There are very few global commands.  
To return to one mode higher than the current mode, use exit.  
For example to shutdown port 17, switch to enable mode, configure mode, interface  
17 mode, then issue the shutdowncommand. Use exitto return to configure  
mode, and exitagain to return to enable mode.  
Many commands have a noform. The noform is used to disable the command. With  
the previous example, to re-enable port 17, once you are in the interface 17 mode,  
you would issue the noshutdowncommand.  
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4.10.2  
Basic CLI Commands  
TABLE 4-6  
Basic CLI Commands  
Command  
Function  
Mode  
enable  
Switch to privilege mode. You must be in enabled default  
mode for most options.  
show port all  
Show status of the ports.  
privilege  
privilege  
privilege  
privilege  
privilege  
show interface ethernet 0/x  
clear counters  
Show detailed statistics on port 0/x.  
Clear all statistics.  
clear config  
Restore the default configuration.  
show running-config  
Show the current configuration of the switch.  
This command shows everything that is not set to  
the default value. The output is a script that can  
be copied to a file for later use, or for another  
switch.  
copy system:running-config  
nvram:startup-config  
Save the current configuration though a reboot.  
privilege  
serviceport protocol dhcp  
Use DHCP on the out-of band port. Only one of privilege  
the serviceport and network can use DHCP. To  
enable DHCP on one, you must disable it on the  
other. The same command works for network.  
serviceport protocol none  
Use user assigned IP NOTE: the same command privilege  
works for network.  
serviceport ip <ip> <netmask>  
Force an IP for serviceport.  
privilege  
<gateway>  
network parms <ip> <netmask>  
Force an IP for network.  
privilege  
<gateway>  
show network  
View the in-band management settings.  
View the out-of-band management settings.  
Change the serial baudrate.  
privilege  
privilege  
privilege  
show serviceport  
serial baudrate  
vlan database  
Switch to vlan database mode. Create and delete privilege  
VLANs here.  
vlan x  
exit  
Create a VLAN with number x.  
Return to one mode higher.  
vlan  
configure  
Switch to configure mode. You must be in  
configure mode to change most settings.  
privilege  
Chapter 4 Configuring Switch Software 4-19  
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TABLE 4-6  
Basic CLI Commands (Continued)  
Switch to interface mode. You must be in  
interface 0/x  
configure  
interface mode to change most port specific  
settings.  
vlan participation include x  
vlan pvid x  
Add interface to VLAN x.  
interface  
interface  
Change interface’s pvid to VLAN x.  
4.10.3  
Logins and Prompts  
FASTPATH supports multiple users with different security levels. By default, there  
is one admin user with no password. In the CLI, privilege mode is  
password-protected separately from the default mode, but also has a default of no  
password.  
4.10.3.1  
CLI Defaults  
A CLI is provided on the serial console, telnet console, and SSH console. The serial  
console is always enabled. The telnet console is enabled by default. SSH is  
disabled by default.  
Username:admin  
Password:  
>enable  
Password:  
#
The prompts always show the current mode. Here are a few examples.  
default mode  
# privilege mode  
# configure mode  
(interface 0/2)  
# interface 0/2 mode  
4.10.3.2  
Web Interface Defaults  
The username and password are the same as the CLI. The web interface is enabled  
by default. Java is enabled by default. HTTPS is disabled by default.  
4-20  
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4.10.3.3  
SNMP Defaults  
SNMP is enabled by default. The default read-only community string is public.  
The default read-write community string is private.  
4.10.4  
Secure Remote Access  
4.10.4.1  
SSH and SSL/TLS Keys  
The switch supports SSH for a secure CLI console as well as SSL/TLS for secure  
HTTP. By default, SSH and SSL are disabled. The switch cannot generate its own  
keys. Keys must be generated on an external PC, and uploaded to the switch via  
TFTP. Once the keys are on the switch, SSH and HTTPS must be enabled to be used.  
4.10.4.2  
Enabling SSH and SSL  
First, the certifications and keys must be uploaded to the switch using a command  
such as the following:  
copy tftp://<ip>/<file> <location>  
Upload the following files to the switch:.  
File  
Location  
rsa1.key  
rsa2.key  
dsa.key  
nvram:sshkey-rsa1  
nvram:sshkey-rsa2  
nvram:sshkey-dsa  
nvram:sslpem-dhweak  
nvram:sslpem-dhstrong  
nvram:sslpem-server  
dh512.pem  
dh1024.pem  
server.pem  
rootcert.pem nvram:sslpem-root  
Enable secure access (SSH/Telnet) and disable non-secure access (SSL/HTTP).  
ip ssh  
configure  
Chapter 4 Configuring Switch Software 4-21  
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lineconfig  
no transport input telnet  
exit  
ip http secure-server  
no ip http server  
4.10.5  
Default Settings  
The switch comes configured with a default configuration. This configuration boots  
the board to Layer 2 switching. This configuration is very basic and should be  
updated for your environment. The default settings are as follows:  
every port is in VLAN 1  
every port is configured in switching mode  
management interfaces are enabled  
spanning-tree is enabled on every port  
everything else is disabled  
The settings of the switch can be checked with the showrunning-config  
command. This command shows how the current configuration is different than the  
default configuration. This command can be very useful because the output is in  
script format. This output can be backed up or copied to another switch.  
4.10.6  
Port Ordering  
The ports are ordered the same way as the ATCA channels. The ATCA specification  
allows for backplanes to be routed differently. This means that logical slots and  
physical slots often do not match.  
The switch supports an abstraction layer that allows the port order to be changed.  
This allows vendors to match logical slots and physical slots independent of routing.  
Contact Sun if you would like a non-standard port order. Sun’s port ordering is  
shown in the following table for shelves with middle hub slots, that is, slots 7 and 8.  
TABLE 4-7  
Port Order List  
Shelf Physical Slot  
Base Port  
Fabric Port  
1
2
13  
11  
12  
10  
4-22  
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TABLE 4-7  
Port Order List (Continued)  
3
9
8
4
7
6
5
5
4
6
3
2
7
Netra CP3240  
Netra CP3240  
8
2
1
9
4
3
10  
6
5
11  
8
7
12  
10  
12  
14  
15  
16  
1
9
13  
11  
13  
14  
15  
none  
none  
14  
15  
16  
ShMC 1  
ShMC 2 (if cross connect) 17  
Note – If ports are ordered the same as the ATCA channels, Base and Fabric are  
always one number off. So, if a board is in slot 6, it is connected to Base channel 3  
and Fabric channel 2.  
Chapter 4 Configuring Switch Software 4-23  
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4.11  
Firmware Updates  
All of the firmware listed in this section is field upgradeable. There is a single  
update image that supports the Base firmware, Fabric firmware, and IPMC  
firmware. This update image must be installed twice though, once on the Base and  
once on the Fabric. The IPMC update happens during a Base update. Each firmware  
can be updated independently without affecting other firmware, for example,  
FASTPATH can be updated without touching uBoot and Linux.  
4.11.1  
Firmware List  
IPMC firmware  
Base Firmware  
uBoot  
Linux  
FASTPATH  
Fabric Firmware  
uBoot  
Linux  
FASTPATH  
4.11.2  
Firmware Upgrades  
For up-to-date instructions on upgrading the firmware packages, refer to the  
following documentation:  
Netra CP32X0 Product Notes (820-3260)  
README files within the download package  
4-24  
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4.12  
Fiber Optic RTM Configuration  
For the fiber optic RTM (XCP3240H-RTM-OP-Z) to work correctly, switch firmware  
1.2.1.0 or newer is required. The following sections describe support and  
requirements for configuring the RTM.  
4.12.1  
4.12.2  
Module Support  
The Fiber Optic RTM was designed to work with any standard compliant SFP or  
SFP+ module.  
Backplane Ports Versus RTM Optical Ports  
The Sun Netra CP3240 switch’s backplane ports are capable of auto-negotiating  
between 1G and 10G speeds without any user input. However, the RTM optical  
ports must be explicitly configured without auto-negotiation for 1G operation. This  
requirement is due to the underlying technology used in 10G interfaces.  
4.12.3  
10G Configuration for RTM Optical Port  
For 10G operation, an SFP+ module must be used and the port must be set to no  
auto-negotiate. For all 10G RTM ports, noauto-negotiateis the default  
setting.  
CODE EXAMPLE 4-6  
Enabling 10G Operation on RTM Optical Ports  
configure  
interface <0/xx>  
no auto-negotiate  
exit  
exit  
where <0/xx>is the port number of the RTM on Fabric. Valid entries are 0/17, 0/18,  
0/19, and 0/20.  
For each port on the RTM, enter the command.  
Chapter 4 Configuring Switch Software 4-25  
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4.12.4  
1G Configuration for RTM Optical Port  
For 1G operation, an SFP module must be used and the port (17-20) must be set to  
auto-negotiate. When you enable auto-negotiation, 1G operation is automatically  
enabled and 10G operation is automatically disabled.  
For all 10G RTM optical ports noauto-negotiateis the default setting. Therefore,  
1G operation must be explicitly enabled. Note that Base 10G port, 0/25 and 0/27 do  
not support 1G operation. The Fabric 10G RTM optical ports support both 1G and  
10G operation.  
CODE EXAMPLE 4-7  
Enabling 1G Operation on RTM Optical Ports  
configure  
interface <port numbers/range in 0/20 format>  
auto-negotiate  
exit  
exit  
where <0/xx>is the port number of the RTM on Fabric. Valid entries are 0/17, 0/18,  
0/19, and 0/20.  
For each port on the RTM, enter the command.  
4-26  
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APPENDIX  
A
Environment Specifications  
This appendix describes the electrical, environmental, and mechanical specifications.  
It includes connector descriptions and pin outs, as well as illustrations of the board  
dimensions and connector locations.  
A-1  
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A.1  
Electrical and Environmental  
The following sections provide tables and illustrations showing the electrical and  
environmental specifications.  
A.1.1  
Absolute Maximum Ratings  
The following values are stress ratings only. Do not operate at these maximums. See  
conditions.  
TABLE A-1 Absolute Maximum Electrical and Temperature Ratings  
Supply Voltage 48V  
0 VDC to -75VDC.  
Storage Temperature:  
-40˚ to +85˚ Celsius  
<95% at 40˚ Celsius  
Non-Condensing Relative Humidity:  
A.1.2  
Normal Operating Ranges  
TABLE A-2 Normal Operating Electrical and Temperature Ratings  
Description  
Range  
Nominal operating voltage  
-36 VDC to -72VDC  
Operating temperatures:  
• 60m below sea level up to 1800m above sea level*  
• from 1800m up to 4000m above sea level**  
-5˚ to +55˚ Celsius  
-5˚ to +40˚C  
Operating humidity  
<85% at 40˚ Celsius  
Idle power consumption (without links)  
45W  
Maximum power consumption with 15W RTM and  
no AMCs  
100W  
Maximum power consumption with 15W RTM and  
100W shared for all AMC sites)  
200W  
*The MTBF will be significantly reduced if operated above 45˚ C for more than 96 consecutive hours.  
**The MTBF will be significantly reduced if operated above 30˚ C for more than 96 consecutive hours.  
A-2  
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A.2Reliability  
Reliability prediction was done using Issue 6, Method I, Case 3 of the Bellcore  
Industrial Reliability program. The prediction assumed 25% operating temperature  
with 100% duty cycle, in a ground benign, controlled environment.  
MTBF: 122,173 hours  
2-year limited warranty  
A.3  
Mechanical  
This section includes the mechanical specifications for dimensions and weight.  
A.3.1  
Board Dimensions and Weight  
The switch meets the PICMG 3.0 AdvancedTCA Specification R2.0 ECN002 and  
AMC.0 R2.0 for all mechanical parameters.  
Mechanical dimensions are shown in the illustration and are outlined in the  
following table.  
TABLE A-3 Board Dimensions and Weight  
Item  
Dimensions or Weight  
PCB  
280mmx 322.5mm x2.4mm  
8U x 6HP (one slot)  
Board  
Weight  
2.12 kg (without AMCs)  
Appendix A Environment Specifications  
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A-3  
       
FIGURE A-1 PCB Dimensions  
A-4  
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APPENDIX  
B
Connectors  
This appendix describes the switch’s connectors you can use to interface to  
application-specific devices.  
B-1  
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B.1  
Connector Assignments  
TABLE B-1 Connector Assignments  
Connector  
Function  
J13 Top  
Serial MGMT Port RJ-45 (Base and Fabric)  
10/100 Ethernet MGMT Port RJ-45 (Base and Fabric)  
10/100/1000 Ethernet Port RJ-45 (Base)  
10/100/1000 Ethernet Port RJ-45 (Base)  
ATCA Zone 3 RTM Connector Top  
ATCA Zone 3 RTM Connector Middle  
ATCA Zone 3 RTM Connector Bottom  
ATCA Zone 1 Connector  
J13 2nd  
J13 3rd  
J13 Bottom  
J8  
J7  
J6  
J9  
J5  
J4  
J3  
J2  
J1  
ATCA Zone 2 P20 ZD Connector  
ATCA Zone 2 P21 ZD Connector  
ATCA Zone 2 P22 ZD Connector  
ATCA Zone 2 P23 ZD Connector  
ATCA Zone 2 P24 ZD Connector  
B-2  
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B.2  
Connector Locations (Topside)  
FIGURE B-1 Connector Locations (Topside)  
)
Appendix B Connectors  
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B-3  
   
TABLE B-2 ATCA Zone 1 Connector (J9) Pins  
Pin #  
1
Pin Name  
NC  
Pin #  
18  
19  
20  
21  
22  
23  
24  
25  
26  
27  
28  
29  
30  
31  
32  
33  
34  
Pin Name  
NC  
2
NC  
NC  
3
NC  
NC  
4
NC  
NC  
5
HA(0)  
HA(1)  
HA(2)  
HA(3)  
HA(4)  
HA(5)  
HA(6)  
HA(7)  
SCL_A  
SCD_A  
SCL_B  
SCD_B  
NC  
NC  
6
NC  
7
NC  
8
SHELF_GND  
GND  
9
10  
11  
12  
13  
14  
15  
16  
17  
NC  
VRTN_A  
VRTN_B  
EARLY_A  
EARLY_B  
NC  
-48V_A  
-48V_B  
FIGURE B-2 ATCA Zone 1 Connector (J9)  
B-4  
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B.3  
ATCA Zone 2 P20 ZD Connector (J5)  
TABLE B-3 ATCA Zone 2 P20 ZD Connector (J5)  
a
b
c
d
e
f
g
h
CLK1A+  
CLK1A-  
CLK1B+  
CLK1B-  
CLK2A+  
CLK2A-  
CLK2B+  
CLK2B-  
1
2
Clks  
AMC3  
AMC3  
AMC3  
AMC3  
CLK3A+  
Base  
CLK3A-  
Base  
CLK3B+  
Base  
CLK3B-  
Base  
P12_TX+  
P12_TX-  
P12_RX+  
P12_RX-  
Base  
Tx2  
10GbE+  
Base  
Base  
Tx2  
10GbE-  
Base  
Base  
Rx2  
10GbE+  
Base  
Base  
Rx2  
10GbE-  
Base  
Upd  
ate  
Ch  
and  
Clks  
Tx3  
Tx3  
Rx3  
Rx3  
3
10GbE+  
10GbE-  
10GbE+  
10GbE-  
Base  
Base  
Base  
Base  
Tx0  
Tx0  
Rx0  
Rx0  
Tx1  
Tx1  
Rx1  
Rx1  
4
10GbE+  
10GbE-  
10GbE+  
10GbE-  
10GbE+  
10GbE-  
10GbE+  
10GbE-  
Tx2  
Tx2  
Rx2  
Rx2  
Tx3  
Tx3  
Rx3  
Rx3  
10GbE  
[15]+  
Tx0  
10GbE  
[15]+  
Tx2  
10GbE  
[15]-  
10GbE  
[15]+  
Rx0  
10GbE  
[15]+  
Rx2  
10GbE  
[15]-  
10GbE  
[15]+  
Tx1  
10GbE  
[15]+  
Tx3  
10GbE  
[15]-  
10GbE  
[15]+  
Rx1  
10GbE  
[15]+  
Rx3  
10GbE  
[15]-  
5
Fabri  
c Ch  
15  
Tx0  
Rx0  
Tx1  
Rx1  
10GbE  
[15]-  
Tx2  
10GbE  
[15]-  
Rx2  
10GbE  
[15]-  
Tx3  
10GbE  
[15]-  
Rx3  
6
10GbE  
[14]+  
Tx0  
10GbE  
[14]+  
Tx2  
10GbE  
[14]-  
10GbE  
[14]+  
Rx0  
10GbE  
[14]+  
Rx2  
10GbE  
[14]-  
10GbE  
[14]+  
Tx1  
10GbE  
[14]+  
Tx3  
10GbE  
[14]-  
10GbE  
[14]+  
Rx1  
10GbE  
[14]+  
Rx3  
10GbE  
[14]-  
7
Fabri  
c Ch  
14  
Tx0  
Rx0  
Tx1  
Rx1  
10GbE  
[14]-  
Tx2  
10GbE  
[14]-  
Rx2  
10GbE  
[14]-  
Tx3  
10GbE  
[14]-  
Rx3  
8
10GbE  
[13]+  
Tx0  
10GbE  
[13]+  
10GbE  
[13]-  
10GbE  
[13]+  
Rx0  
10GbE  
[13]+  
10GbE  
[13]-  
10GbE  
[13]+  
Tx1  
10GbE  
[13]+  
10GbE  
[13]-  
10GbE  
[13]+  
Rx1  
10GbE  
[13]+  
10GbE  
[13]-  
9
Fabri  
c Ch  
13  
Tx0  
Rx0  
Tx1  
Rx1  
10GbE  
[13]-  
10GbE  
[13]-  
10GbE  
[13]-  
10GbE  
[13]-  
10  
B.4  
ATCA Zone 2 P21 ZD Connector (J4)  
TABLE B-4 ATCA Zone 2 P21 ZD Connector (J4)  
a
Tx2  
10GB  
b
c
d
e
f
g
h
Tx2  
10GB  
[12]-  
Rx2  
10GB  
[12]+  
Rx2  
10GB  
[12]-  
Tx3  
10GB  
[12]+  
Tx3  
10GB  
[12]-  
Rx3  
10GB  
[12]+  
Rx3  
10GB  
[12]-  
1
2
3
4
[12]+  
Fabri  
c Ch  
12  
Tx0  
Tx0  
Rx0  
Rx0  
Tx1  
Tx1  
Rx1  
Rx1  
10GB  
[12]+  
Tx2  
10GB  
[11]+  
Tx0  
10GB  
[12]-  
Tx2  
10GB  
[11]-  
Tx0  
10GB  
[12]+  
Rx2  
10GB  
[11]+  
Rx0  
10GB  
[12]-  
Rx2  
10GB  
[11]-  
Rx0  
10GB  
[12]+  
Tx3  
10GB  
[11]+  
Tx1  
10GB  
[12]-  
Tx3  
10GB  
[11]-  
Tx1  
10GB  
[12]+  
Rx3  
10GB  
[11]+  
Rx1  
10GB  
[12]-  
Rx3  
10GB  
[11]-  
Rx1  
Fabri  
c Ch  
11  
10GB  
[11]+  
10GB  
[11]-  
10GB  
[11]+  
10GB  
[11]-  
10GB  
[11]+  
10GB  
[11]-  
10GB  
[11]+  
10GB  
[11]-  
Appendix B Connectors  
B-5  
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TABLE B-4 ATCA Zone 2 P21 ZD Connector (J4)  
Tx2  
Tx2  
Rx2  
Rx2  
Tx3  
Tx3  
Rx3  
Rx3  
10GB  
[10]+  
Tx0  
10GB  
[10]-  
Tx0  
10GB  
[10]+  
Rx0  
10GB  
[10]-  
Rx0  
10GB  
[10]+  
Tx1  
10GB  
[10]-  
Tx1  
10GB  
[10]+  
Rx1  
10GB  
[10]-  
Rx1  
5
6
7
8
9
Fabri  
c Ch  
10  
10GB  
[10]+  
Tx2  
10GB  
[9]+  
Tx0  
10GB  
[9]+  
Tx2  
10GB  
[8]+  
Tx0  
10GB  
[10]-  
Tx2  
10GB  
[9]-  
Tx0  
10GB  
[9]-  
Tx2  
10GB  
[8]-  
Tx0  
10GB  
[10]+  
Rx2  
10GB  
[9]+  
Rx0  
10GB  
[9]+  
Rx2  
10GB  
[8]+  
Rx0  
10GB  
[10]-  
Rx2  
10GB  
[9]-  
Rx0  
10GB  
[9]-  
Rx2  
10GB  
[8]-  
Rx0  
10GB  
[10]+  
Tx3  
10GB  
[9]+  
Tx1  
10GB  
[9]+  
Tx3  
10GB  
[8]+  
Tx1  
10GB  
[10]-  
Tx3  
10GB  
[9]-  
Tx1  
10GB  
[9]-  
Tx3  
10GB  
[8]-  
Tx1  
10GB  
[10]+  
Rx3  
10GB  
[9]+  
Rx1  
10GB  
[9]+  
Rx3  
10GB  
[8]+  
Rx1  
10GB  
[10]-  
Rx3  
10GB  
[9]-  
Rx1  
10GB  
[9]-  
Rx3  
10GB  
[8]-  
Rx1  
Fabri  
c Ch  
9
Fabri  
c Ch  
8
1
0
10GB  
[8]+  
10GB  
[8]-  
10GB  
[8]+  
10GB  
[8]-  
10GB  
[8]+  
10GB  
[8]-  
10GB  
[8]+  
10GB  
[8]-  
B-6  
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B.5  
ATCA Zone 2 P22 ZD Connector (J3)  
TABLE B-5 ATCA Zone 2 P22 ZD Connector (J3)  
a
Tx2  
b
Tx2  
10GB  
[7]-  
Tx0  
10GB  
[7]-  
Tx2  
10GB  
[6]-  
Tx0  
10GB  
[6]-  
Tx2  
10GB  
[5]-  
Tx0  
10GB  
[5]-  
Tx2  
10GB  
[4]-  
Tx0  
c
Rx2  
d
e
Tx3  
f
g
Rx3  
h
Rx2  
10GB  
[7]-  
Tx3  
10GB  
[7]-  
Rx3  
10GB  
[7]-  
10GB  
[7]+  
Tx0  
10GB  
[7]+  
Tx2  
10GB  
[6]+  
Tx0  
10GB  
[6]+  
Tx2  
10GB  
[5]+  
Tx0  
10GB  
[5]+  
Tx2  
10GB  
[4]+  
Tx0  
10GB  
[4]+  
Tx2  
10GB  
[7]+  
Rx0  
10GB  
[7]+  
Rx2  
10GB  
[6]+  
Rx0  
10GB  
[6]+  
Rx2  
10GB  
[5]+  
Rx0  
10GB  
[5]+  
Rx2  
10GB  
[4]+  
Rx0  
10GB  
[4]+  
Rx2  
10GB  
[7]+  
Tx1  
10GB  
[7]+  
Tx3  
10GB  
[6]+  
Tx1  
10GB  
[6]+  
Tx3  
10GB  
[5]+  
Tx1  
10GB  
[5]+  
Tx3  
10GB  
[4]+  
Tx1  
10GB  
[4]+  
Tx3  
10GB  
[7]+  
Rx1  
10GB  
[7]+  
Rx3  
10GB  
[6]+  
Rx1  
10GB  
[6]+  
Rx3  
10GB  
[5]+  
Rx1  
10GB  
[5]+  
Rx3  
10GB  
[4]+  
Rx1  
10GB  
[4]+  
Rx3  
1
2
3
4
5
6
7
8
9
Fabri  
c Ch  
7
Rx0  
10GB  
[7]-  
Tx1  
10GB  
[7]-  
Rx1  
10GB  
[7]-  
Rx2  
10GB  
[6]-  
Tx3  
10GB  
[6]-  
Rx3  
10GB  
[6]-  
Fabri  
c Ch  
6
Rx0  
10GB  
[6]-  
Tx1  
10GB  
[6]-  
Rx1  
10GB  
[6]-  
Rx2  
10GB  
[5]-  
Tx3  
10GB  
[5]-  
Rx3  
10GB  
[5]-  
Fabri  
c Ch  
5
Rx0  
10GB  
[5]-  
Tx1  
10GB  
[5]-  
Rx1  
10GB  
[5]-  
Rx2  
10GB  
[4]-  
Tx3  
10GB  
[4]-  
Rx3  
10GB  
[4]-  
Fabri  
c Ch  
4
Rx0  
10GB  
[4]-  
Tx1  
10GB  
[4]-  
Rx1  
10GB  
[4]-  
10GB  
[4]-  
Tx2  
10GB  
[3]-  
Tx0  
Rx2  
10GB  
[3]-  
Tx3  
10GB  
[3]-  
Rx3  
10GB  
[3]-  
10GB  
[3]+  
Tx0  
10GB  
[3]+  
10GB  
[3]+  
Rx0  
10GB  
[3]+  
10GB  
[3]+  
Tx1  
10GB  
[3]+  
10GB  
[3]+  
Rx1  
10GB  
[3]+  
Fabri  
c Ch  
3
Rx0  
10GB  
[3]-  
Tx1  
10GB  
[3]-  
Rx1  
10GB  
[3]-  
1
0
10GB  
[3]-  
B.6  
ATCA Zone 2 P23 ZD Connector (J2)  
TABLE B-6 ATCA Zone 2 P23 ZD Connector (J2)  
a
Tx2  
b
c
d
e
Tx3  
f
g
h
Tx2  
10GB  
[2]-  
Rx2  
10GB  
[2]+  
Rx0  
10GB  
[2]+  
Rx2  
10GB  
[1]+  
Rx0  
10GB  
[1]+  
Rx2  
10GB  
[2]-  
Tx3  
10GB  
[2]-  
Rx3  
10GB  
[2]+  
Rx1  
10GB  
[2]+  
Rx3  
10GB  
[1]+  
Rx1  
10GB  
[1]+  
Rx3  
10GB  
[2]-  
10GB  
[2]+  
Tx0  
10GB  
[2]+  
Tx2  
10GB  
[1]+  
Tx0  
10GB  
[1]+  
10GB  
[2]+  
Tx1  
10GB  
[2]+  
Tx3  
10GB  
[1]+  
Tx1  
10GB  
[1]+  
1
2
3
4
Fabri  
c Ch  
2
Tx0  
10GB  
[2]-  
Rx0  
10GB  
[2]-  
Tx1  
10GB  
[2]-  
Rx1  
10GB  
[2]-  
Tx2  
10GB  
[1]-  
Rx2  
10GB  
[1]-  
Tx3  
10GB  
[1]-  
Rx3  
10GB  
[1]-  
Fabri  
c Ch  
1
Tx0  
10GB  
[1]-  
Rx0  
10GB  
[1]-  
Tx1  
10GB  
[1]-  
Rx1  
10GB  
[1]-  
Appendix B Connectors  
B-7  
Download from Www.Somanuals.com. All Manuals Search And Download.  
       
TABLE B-6 ATCA Zone 2 P23 ZD Connector (J2)  
ShM  
C
Port(  
s)  
SHMC  
BI_A+  
SHMC  
BI_A-  
SHMC  
BI_B+  
SHMC  
BI_B-  
SHMC  
SHMC  
BI_C- or  
SHMC2  
BI_A-  
SHMC  
BI_D+ or  
SHMC2  
BI_B+  
SHMC  
BI_D- or  
SHMC2  
BI_B-  
BI_C+ or  
SHMC2  
BI_A+  
5
6
7
8
BI_  
BI_  
BI_  
BI_ DB2-  
BI_ DB3-  
BI_ DB4-  
BI_ DB5-  
BI_ DB2-  
BI_  
BI_ DC2-  
BI_ DC3-  
BI_ DC4-  
BI_ DC5-  
BI_ DC2-  
BI_  
BI_  
Base  
Ch 2  
Base  
Ch 3  
Base  
Ch 4  
Base  
Ch 5  
Base  
Ch 6  
DA2+  
DA2-  
DB2+  
DC2+  
DD2+  
DD2-  
BI_  
DA3+  
BI_  
DA4+  
BI_  
DA5+  
BI_  
DA2+  
BI_  
DA3-  
BI_  
DA4-  
BI_  
DA5-  
BI_  
DA2-  
BI_  
DB3+  
BI_  
DB4+  
BI_  
DB5+  
BI_  
DB2+  
BI_  
DC3+  
BI_  
DC4+  
BI_  
DC5+  
BI_  
DC2+  
BI_  
DD3+  
BI_  
DD4+  
BI_  
DD5+  
BI_  
DD2+  
BI_  
DD3-  
BI_  
DD4-  
BI_  
DD5-  
BI_  
DD2-  
9
1
0
B-8  
Sun Netra CP3240 Switch Installation Guide • September 2009  
Download from Www.Somanuals.com. All Manuals Search And Download.  
B.7  
ATCA Zone 2 P24 ZD Connector (J1)  
TABLE B-7 ATCA Zone 2 P24 ZD Connector (J1)  
a
b
BI_  
DA7-  
BI_  
DA8-  
BI_  
DA9-  
BI_  
DA10-  
c
d
e
f
g
h
BI_  
DD7-  
BI_  
DD8-  
BI_  
DD9-  
BI_  
DD10-  
BI_  
DA7+  
BI_  
DA8+  
BI_  
DA9+  
BI_  
DA10+  
BI_  
DB7+  
BI_  
DB8+  
BI_  
DB9+  
BI_  
DB10+  
BI_ DB7-  
BI_  
DC7+  
BI_  
DC8+  
BI_  
DC9+  
BI_  
DC10+  
BI_ DC7-  
BI_  
DD7+  
BI_  
DD8+  
BI_  
DD9+  
BI_  
DD10+  
Base  
Ch 7  
Base  
Ch 8  
Base  
Ch 9  
Base  
Ch  
1
2
3
BI_ DB8-  
BI_ DB9-  
BI_ DC8-  
BI_ DC9-  
BI_  
DB10-  
BI_  
DC10-  
4
5
6
7
8
9
10  
Base  
Ch  
11  
Base  
Ch  
12  
Base  
Ch  
13  
Base  
Ch  
14  
Base  
Ch  
15  
BI_  
BI_  
BI_  
BI_  
BI_  
BI_  
BI_  
BI_  
DA11+  
DA11-  
DB11+  
DB11-  
DC11+  
DC11-  
DD11+  
DD11-  
BI_  
DA12+  
BI_  
DA12-  
BI_  
DB12+  
BI_  
DB12-  
BI_  
DC12+  
BI_  
DC12-  
BI_  
DD12+  
BI_  
DD12-  
BI_  
DA13+  
BI_  
DA13-  
BI_  
DB13+  
BI_  
DB13-  
BI_  
DC13+  
BI_  
DC13-  
BI_  
DD13+  
BI_  
DD13-  
BI_  
DA14+  
BI_  
DA14-  
BI_  
DB14+  
BI_  
DB14-  
BI_  
DC14+  
BI_  
DC14-  
BI_  
DD14+  
BI_  
DD14-  
BI_  
DA15+  
BI_  
DA15-  
BI_  
DB15+  
BI_  
DB15-  
BI_  
DC15+  
BI_  
DC15-  
BI_  
DD15+  
BI_  
DD15-  
Base  
Ch  
16  
BI_  
DA2+  
BI_  
DA2-  
BI_  
DB2+  
BI_ DB2-  
BI_  
DC2+  
BI_ DC2-  
BI_  
DD2+  
BI_  
DD2-  
1
0
B.8  
Serial RJ-45 Connector (J13 Top)  
This connector is the Cisco/Intel pinout.  
TABLE B-8 Serial RJ-45 Connector (J13-Top)  
Pin  
1
Signal  
RTS~  
DTR  
2
3
TXD  
4
GND  
GND  
5
Appendix B Connectors  
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B-9  
       
TABLE B-8 Serial RJ-45 Connector (J13-Top) (Continued)  
Pin  
6
Signal  
RXD  
DSR  
7
8
CTS~  
B.9  
Serial Cable  
The switch uses RJ-45 connectors for its serial ports. To connect to a PC’s DB9  
connector, a special cable or adapter is needed. These cables and adapters are  
available through various sources or can be made easily. The cable must cross over  
the TXD and RXD signals, as both the PC and switch are DTE. The minimum cable  
pinout is listed in the following table.  
TABLE B-9 Minimum Serial Cable Pinouts  
RJ-45  
DB9  
3
RXD to TXD  
TXD to RXD  
GND to GND  
6
3
5
2
5
B-10  
Sun Netra CP3240 Switch Installation Guide • September 2009  
Download from Www.Somanuals.com. All Manuals Search And Download.  
   
B.10 10/100/1000Base-T RJ-45 Connector (J13  
rd  
3 , J13 Bottom)  
TABLE B-10 10/100/1000Base-T RJ-45 Connector (J13-3rd and Bottom)  
Signal  
1
2
3
4
5
6
7
8
MDI_0+  
MDI_0-  
MDI_1+  
MDI_2+  
MDI_2-  
MDI_1-  
MDI_3+  
MDI_3-  
B.11  
10/100Base-TX RJ-45 Connector (J13  
2nd)  
TABLE B-11 10/100Base-TX RJ-45 Connector (J13-2nd)  
Signal  
1
2
3
4
5
6
7
8
Tx+  
Tx-  
Rx+  
unused  
unused  
Rx-  
unused  
unused  
Appendix B Connectors  
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B-11  
       
B.12 ATCA Zone 3 RTM Connector Top (J8)  
TABLE B-12 ATCA Zone 3 RTM Connector (J8-Top))  
a
b
c
d
e
f
g
h
Fabric MDC  
Fabric MDIO Base MDCGE Base MDIO GE Base MDC XE Base MDIO XE Base PHY RST~Fabric PHY  
RST~  
LED2 LED  
1
OOS LED  
LED3 GREEN LED3 RED LEDBLUE LED  
LED  
RSVD  
RTM PRSNT~ IPMI SDA  
RSVD RSVD  
SERIAL RTS~ SERIAL RX  
IPMI SCL  
2
3
4
5
6
7
8
9
SOFT OFF  
MGMT TX+  
RSVD  
RSVD  
RSVD  
RSVD  
SERIAL TX  
RSVD  
RSVD  
+3.3V  
RSVD  
MGMT TX-  
RSVD  
MGMT RX+  
RSVD  
MGMT RX-  
RSVD  
SERIAL CTS~  
RSVD  
RSVD  
RSVD  
+3.3V  
+2.5V  
+1.2V  
+12V  
RSVD  
RSVD  
+3.3V  
+2.5V  
+1.2V  
+12V  
+3.3V STBY  
+3.3V  
+3.3V STBY  
+3.3V  
RSVD  
RSVD  
RSVD  
+3.3V  
+3.3V  
+3.3V  
+2.5V  
+2.5V  
+2.5V  
+2.5V  
+2.5V  
+2.5V  
+1.2V  
+1.2V  
+1.2V  
+1.2V  
+1.2V  
+1.2V  
+1.2V  
+1.2V  
+1.2V  
+1.2V  
+12V  
+12V  
10  
B.13 ATCA Zone 3 RTM Connector (J7-  
Middle)  
TABLE B-13 ATCA Zone 3 RTM Connector (J7-Middle)  
a
b
c
d
e
f
g
h
AMC1 P20  
TX+  
AMC1 P20  
TX-  
AMC1 P20  
RX+  
AMC1 P20  
RX-  
AMC1 P19  
TX+  
AMC1 P19  
TX-  
AMC1 P19  
RX+  
AMC1 P19  
RX-  
1
AMC1 P18  
TX+  
AMC1 P18  
TX-  
AMC1 P18  
RX+  
AMC1 P18  
RX-  
AMC1 P17  
TX+  
AMC1 P17  
TX-  
AMC1 P17  
RX+  
AMC1 P17  
RX-  
2
AMC2 P20  
TX+  
AMC2 P20  
TX-  
AMC2 P20  
RX+  
AMC2 P20  
RX-  
AMC2 P19  
TX+  
AMC2 P19  
TX-  
AMC2 P19  
RX+  
AMC2 P19  
RX-  
3
AMC2 P18  
TX+  
AMC2 P18  
TX-  
AMC2 P18  
RX+  
AMC2 P18  
RX-  
AMC2 P17  
TX+  
AMC2 P17  
TX-  
AMC2 P17  
RX+  
AMC2 P17  
RX-  
4
AMC3 P20  
TX+  
AMC3 P20  
TX-  
AMC3 P20  
RX+  
AMC3 P20  
RX-  
AMC3 P19  
TX+  
AMC3 P19  
TX-  
AMC3 P19  
RX+  
AMC3 P19  
RX-  
5
AMC3 P18  
TX+  
AMC3 P18  
TX-  
AMC3 P18  
RX+  
AMC3 P18  
RX-  
AMC3 P17  
TX+  
AMC3 P17  
TX-  
AMC3 P17  
RX+  
AMC3 P17  
RX-  
6
Tx2 10GB  
[17]+  
Tx2 10GB  
[17]-  
Rx2 10GB  
[17]+  
Rx2 10GB  
[17]-  
Tx3 10GB  
[17]+  
Tx3 10GB  
[17]-  
Rx3 10GB  
[17]+  
Rx3 10GB  
[17]-  
7
Tx0 10GB  
[17]+  
Tx0 10GB  
[17]-  
Rx0 10GB  
[17]+  
Rx0 10GB  
[17]-  
Tx1 10GB  
[17]+  
Tx1 10GB  
[17]-  
Rx1 10GB  
[17]+  
Rx1 10GB  
[17]-  
8
Tx2 10GB  
[18]+  
Tx2 10GB  
[18]-  
Rx2 10GB  
[18]+  
Rx2 10GB  
[18]-  
Tx3 10GB  
[18]+  
Tx3 10GB  
[18]-  
Rx3 10GB  
[18]+  
Rx3 10GB  
[18]-  
9
Tx0 10GB  
[18]+  
Tx0 10GB  
[18]-  
Rx0 10GB  
[18]+  
Rx0 10GB  
[18]-  
Tx1 10GB  
[18]+  
Tx1 10GB  
[18]-  
Rx1 10GB  
[18]+  
Rx1 10GB  
[18]-  
10  
B-12  
Sun Netra CP3240 Switch Installation Guide • September 2009  
Download from Www.Somanuals.com. All Manuals Search And Download.  
       
B.14 ATCA Zone 3 RTM Connector (J6-  
Bottom)  
TABLE B-14 ATCA Zone 3 RTM Connector (J6-Bottom)  
a
b
c
d
e
f
g
h
Tx2 10GB  
[19]+  
Tx2 10GB  
[19]-  
Rx2 10GB  
[19]+  
Rx2 10GB  
[19]-  
Tx3 10GB  
[19]+  
Tx3 10GB  
[19]-  
Rx3 10GB  
[19]+  
Rx3 10GB  
[19]-  
1
Tx0 10GB  
[19]+  
Tx0 10GB  
[19]-  
Rx0 10GB  
[19]+  
Rx0 10GB  
[19]-  
Tx1 10GB  
[19]+  
Tx1 10GB  
[19]-  
Rx1 10GB  
[19]+  
Rx1 10GB  
[19]-  
2
Tx2 10GB  
[20]+  
Tx2 10GB  
[20]-  
Rx2 10GB  
[20]+  
Rx2 10GB  
[20]-  
Tx3 10GB  
[20]+  
Tx3 10GB  
[20]-  
Rx3 10GB  
[20]+  
Rx3 10GB  
[20]-  
3
Tx0 10GB  
[20]+  
Tx0 10GB  
[20]-  
Rx0 10GB  
[20]+  
Rx0 10GB  
[20]-  
Tx1 10GB  
[20]+  
Tx1 10GB  
[20]-  
Rx1 10GB  
[20]+  
Rx1 10GB  
[20]-  
4
BI_ DA20+  
BI_ DA20-  
BI_ DB20+  
BI_ DB20-  
BI_ DC20+  
BI_ DC20-  
BI_ DD20+  
BI_ DD20-  
5
BI_ DA21+  
BI_ DA21-  
BI_ DB21+  
BI_ DB21-  
BI_ DC21+  
BI_ DC21-  
BI_ DD21+  
BI_ DD21-  
6
Base 27 Tx2  
10GB+  
Base 27 Tx2  
10GB-  
Base 27 Rx0  
10GB+  
Base 27 Rx0  
10GB-  
Base 27 Tx3  
10GB+  
Base 27 Tx3  
10GB-  
Base 27 Rx1  
10GB+  
Base 27 Rx1  
10GB-  
7
Base 27 Tx0  
10GB+  
Base 27 Tx0  
10GB-  
Base 27 Rx2  
10GB+  
Base 27 Rx2  
10GB-  
Base 27 Tx1  
10GB+  
Base 27 Tx1  
10GB-  
Base 27 Rx3  
10GB+  
Base 27 Rx3  
10GB-  
8
Base 26 Tx2  
10GB+  
Base 26 Tx2  
10GB-  
Base 26 Rx0  
10GB+  
Base 26 Rx0  
10GB-  
Base 26 Tx3  
10GB+  
Base 26 Tx3  
10GB-  
Base 26 Rx1  
10GB+  
Base 26 Rx1  
10GB-  
9
Base 26 Tx0  
10GB+  
Base 26 Tx0  
10GB-  
Base 26 Rx2  
10GB+  
Base 26 Rx2  
10GB-  
Base 26 Tx1  
10GB+  
Base 26 Tx1  
10GB-  
Base 26 Rx3  
10GB+  
Base 26 Rx3  
10GB-  
10  
Appendix B Connectors  
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B-13  
   
APPENDIX  
C
Datasheet Reference  
This appendix provides links to datasheets, standards, and specifications for the  
technology designed into the switch.  
IEEE 802.3-2002 CDMA/CD (Ethernet) and Other IEEE 802.3/802.1  
Documents  
This document defines Ethernet and several of the protocols used in Ethernet. Any  
802 document can be obtained for free six months after it has been published, or, for  
a fee, a document can be obtained right after it is published.  
PICMG 3.0 AdvancedTCA  
AdvancedTCA specifications can be purchased from the PCI Industrial Computer  
Manufacturers Group (PICMG) for a nominal fee. A short form AdvancedTCA  
specification is also available on PICMG's Website.  
PICMG 3.1 AdvancedTCA Ethernet and Fibre Channel  
AdvancedTCA specifications can be purchased from the PCI Industrial Computer  
Manufacturers Group (PICMG) for a nominal fee.  
C-1  
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Broadcom Datasheets  
A non-disclosure agreement (NDA) with Broadcom is required to view their  
datasheets. Contact Broadcom for more information.  
MPC8272 PowerQUICC II Family Reference Manual  
This and other Freescale documents about the MPC8247 are available at:  
http://www.freescale.com/webapp/sps/site/prod_summary.jsp?code=  
IETF RFCs  
The IETF makes all RFCs freely available on their website:  
C-2  
Sun Netra CP3240 Switch Installation Guide • September 2009  
Download from Www.Somanuals.com. All Manuals Search And Download.  
APPENDIX  
D
Agency Certifications  
This appendix lists standards agencies and the certifications related to the switch.  
D.1  
D.2  
CE Certification  
The Sun Netra CP3240 switch and RTM meets the intent of Directive 89/336/EEC  
for Electromagnetic Compatibility [EN55024:1998, EN55022:1998] and Low-Voltage  
Directive 73/23/EEC for Product Safety [EN60950:2000]. A certificate of  
incorporation is available upon request. The final system configuration must be  
reconsidered as a whole per these directives.  
NEBS/ETSI  
The Sun Netra CP3240 switch and RTM has been designed to meet or exceed:  
Telcordia specification FR-2063 Issue 2 Dec 2002 “Network Building  
Requirements”  
Telcordia GR-63, Issue 3, March 2006, Network Equipment-Building System  
(NEBS) Requirements—Physical Protection  
Telcordia GR-1089, Issue 4, June 2006, Electromagnetic Compatibility And  
Electrical Safety Generic Criteria For Network Telecommunication Equipment  
ETSI EN 300 019-2-1 V2.1.2 (2000-09), -2-2 V2.1.1 (1999-09), -2-3 V2.2.2 (2003-04),  
Environmental conditions and environmental tests for telecommunication  
equipment; Part 2  
ETSI EN 300 119-5, V1.2.2 (2004-12), Part 4: Engineering requirements for subracks  
in miscellaneous racks and cabinets  
D-1  
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ETSI EN 300 132-2, September 1996, Equipment Engineering Power Supply  
Interface At The Input To Telecommunications Equipment; Part 2: Operated by  
direct current (dc)  
ETSI EN 300 753, October 1997, Acoustic Noise Emitted By Telecommunications  
Equipment  
Certification is dependent on your configuration.  
D.3  
Safety  
UL/cUL 60950-1 Safety for Information Technology Equipment (UL File  
#E130569)  
ST  
EN/IEC 60950-1:2001, 1 ED CB/CCA –scheme, Safety for Information  
Technology Equipment (TUV CB certificate and report)  
The following group and/or national deviations were considered:  
CENELEC Common Modifications, Annex ZA  
AU (Australia and New Zealand)  
CH (Switzerland)  
DE (Germany)  
DK (Denmark)  
ES (Spain)  
FI (Finland)  
GB (United Kingdom)  
IE (Ireland)  
KR (Korea)  
NO (Norway)  
SE(Sweden)  
rd  
China (deviations to IEC 60950 3 Ed. considered):  
Telcordia GR-63-CORE Network Equipment-Building System (NEBS)  
Requirements Issue 3 Mar 2006—Physical Protection (Designed to meet section  
4)  
Telcordia GR-1089-CORE Safety for Network Telecommunication Equipment  
Issue 4 Jun 2006 (meets Section 7)  
D-2  
Sun Netra CP3240 Switch Installation Guide • September 2009  
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D.4  
Emissions Test Regulations  
FCC Part 15, Subpart B Class A Commercial Equipment  
Industry Canada ICES-003 Class A Commercial Equipment  
CISPR 22/EN 55022:1998 Class A Radiated, Power line Conducted  
Telcordia GR-1089-CORE EMC For Network Telecommunication Equipment Issue  
4 Jun 2006 (Designed to meet Sections 2 and 3)  
D.4.1  
EN 50081-1 Emissions  
Telcordia GR-1089-CORE EMC For Network Telecommunication Equipment Issue  
4 Jun 2006 (designed to meet 3.2)  
EN55022:1998 Limits and Methods of Measurement of Radio Interference  
+A1:2000+A2:2003 Characteristics of Information Technology Equipment  
IEC CISPR22:2003 Limits and Methods of Measurement of Radio Interference  
Characteristics of Information Technology Equipment  
IEC CISPR 16-1:1999 Specification for radio disturbance and immunity measuring  
apparatus and methods - Part 1: Radio disturbance and immunity measuring  
apparatus  
IEC CISPR 16-2:1999 Specification for radio disturbance and immunity measuring  
apparatus and methods - Part 2: Methods of measurement of disturbances and  
immunity  
AS/NZS CISPR 22:2004 Limits and Methods of Measurement of Radio  
Disturbance Characteristics of Information Technology Equipment  
D.4.2  
EN 55024 Immunity  
Telcordia GR-1089-CORE EMC For Network Telecommunication Equipment Issue  
4 Jun 2006 (Sections 2.1 (ESD), designed to meet 2.2 (EFT), 3.3)  
EN 55024:1998 Information Technology Equipment – Immunity  
+A1:2001+A2:2003 characteristics limits and methods of measurements  
EN 300-386:2002 Electromagnetic compatibility and Radio spectrum Matters  
(ERM); Telecommunication network equipment; EMC requirements  
IEC 61000-4-2:2001 EMC - Part 4: Testing and measurement techniques - Section  
4.2 Electrostatic discharge immunity test - Basic EMC Publication. (+/- 8KV  
contact and +/-15KV air discharge)  
Appendix D Agency Certifications  
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D-3  
     
IEC 61000-4-3:2003 EMC - Part 4. Testing and measurement techniques - Section 3:  
Radiated, radio-frequency, electromagnetic field immunity test  
IEC 61000-4-4:2004 EMC - Part 4: Testing and measurement techniques - Section 4:  
Electrical fast transient/burst immunity test - Basic EMC Publication  
IEC 61000-4-5:2001 EMC - Part 4: Testing and measurement techniques - Section 5:  
Surge immunity test  
IEC 61000-4-6:1996 EMC - Part 4: Testing and measurement techniques - Section 6:  
+A1:2001 Immunity to conducted disturbances induced by radio frequency fields  
D.5  
Regulatory Information  
Caution – If you make any modification to the switch not expressly approved by  
Sun, you could void your warranty and/or regulatory authority to operate the  
component.  
D.5.1  
D.4.1FCC (USA)  
This product has been tested and found to comply with the limits for a Class A  
digital device pursuant to Part 15 of the FCC rules. These limits are designed to  
provide reasonable protection against harmful interference when the equipment is  
operated in a commercial environment.  
This product generates, uses, and can radiate radio frequency energy and, if not  
installed and used in accordance with the instruction manual, may cause harmful  
interference to radio communications. Operation of this equipment in a residential  
area is likely to cause harmful interference in which case the user will be required to  
correct the interference at the user’s own expense.  
This switch complies with Part 15 of the FCC Rules. Operation is subject to the  
following two conditions:  
1. This device may not cause harmful interference.  
2. This device must accept any interference received, including interference that  
may cause undesired operation.  
D-4  
Sun Netra CP3240 Switch Installation Guide • September 2009  
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D.5.2  
Industry Canada (Canada)  
This Class A digital apparatus meets all requirements of the Canadian Interference  
Causing Equipment Regulations. Operation is subject to the following two  
conditions:  
1. This device may not cause harmful interference.  
2. This device must accept any interference received, including interference that  
may cause undesired operation.  
Cet appareillage numérique de la classe A répond à toutes les exigences de  
l'interférence canadienne causant des règlements d'équipement. L'opération est  
sujette aux deux conditions suivantes:  
1. Ce dispositif peut ne pas causer l'interférence nocive.  
2. Ce dispositif doit accepter n'importe quelle interférence reçue, y compris  
l'interférence qui peut causer l'opération peu désirée.  
Appendix D Agency Certifications  
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D-5  
 
D-6  
Sun Netra CP3240 Switch Installation Guide • September 2009  
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Index  
A
C
cable management bracket  
H
I
installing  
L
LEDs  
R
removing  
S
switches  
switches, rear transition cards  
Index-1  
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Index-2  
Sun Netra CP3240 Switch Installation Guide • September 2009  
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