Extreme Networks Network Hardware 10018 User Manual

Pluggable Hardware  
Installation Guide  
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100287-00 Rev. 15  
Table of Contents  
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Preface  
Conventions  
This section discusses the conventions used in this guide.  
Text Conventions  
The following tables list text conventions that are used throughout this guide.  
Table 1: Notice Icons  
Icon  
Notice Type  
Alerts you to...  
Note  
Important features or instructions.  
Caution  
Warning  
New  
Risk of personal injury, system damage, or loss of data.  
Risk of severe personal injury.  
This command or section is new for this release.  
Table 2: Text Conventions  
Convention  
Description  
This typeface indicates command syntax, or represents information as it appears on  
the screen.  
Screen displays  
The words enter and  
type  
When you see the word “enter” in this guide, you must type something, and then press  
the Return or Enter key. Do not press the Return or Enter key when an instruction  
simply says “type.”  
[Key] names  
Key names are written with brackets, such as [Return] or [Esc]. If you must press two  
or more keys simultaneously, the key names are linked with a plus sign (+). Example:  
Press [Ctrl]+[Alt]+[Del]  
Words in italicized type Italics emphasize a point or denote new terms at the place where they are defined in  
the text. Italics are also used when referring to publication titles.  
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Preface  
Platform-Dependent Conventions  
Unless otherwise noted, all information applies to all platforms supported by ExtremeXOS software,  
which are the following:  
BlackDiamond® X8 series switch  
BlackDiamond 8800 series switches  
Cell Site Routers (E4G-200 and E4G-400)  
Summit® family switches  
SummitStack™  
When a feature or feature implementation applies to specific platforms, the specific platform is noted in  
the heading for the section describing that implementation in the ExtremeXOS command  
documentation. In many cases, although the command is available on all platforms, each platform uses  
specific keywords. These keywords specific to each platform are shown in the Syntax Description and  
discussed in the Usage Guidelines.  
Terminology  
When features, functionality, or operation is specific to a switch family, the family name is used.  
Explanations about features and operations that are the same across all product families simply refer to  
the product as the “switch.”  
Related Publications  
Documentation for Extreme Networks products is available at: www.extremenetworks.com. The  
following is a list of related publications currently available:  
ExtremeXOS User Guide  
ExtremeXOS Hardware and Software Compatibility Matrix  
ExtremeXOS Legacy CLI Quick Reference Guide  
ExtremeXOS ScreenPlay User Guide  
Using AVB with Extreme Switches  
BlackDiamond 8800 Series Switches Hardware Installation Guide  
BlackDiamond X8 Switch Hardware Installation Guide  
Extreme Networks Pluggable Interface Installation Guide  
Summit Family Switches Hardware Installation Guide  
Ridgeline Installation and Upgrade Guide  
Ridgeline Reference Guide  
SDN OpenFlow Implementation Guide  
SDN OpenStack Install Guide  
Some ExtremeXOS software files have been licensed under certain open source licenses. Information is  
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Preface  
Providing Feedback to Us  
We are always striving to improve our documentation and help you work better, so we want to hear  
from you! We welcome all feedback but especially want to know about:  
Content errors or confusing or conflicting information.  
Ideas for improvements to our documentation so you can find the information you need faster.  
Broken links or usability issues.  
If you would like to provide feedback to the Extreme Networks Information Development team about  
this document, please contact us using our short online feedback form. You can also email us directly at  
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1
Licensing Requirements  
Optical Interfaces Licensing Requirements  
The following notes describe the licensing requirements for 40G and 100G optical interfaces used in  
Extreme Networks hardware.  
Caution  
Beginning with EXOS 15.4, customers adding new unapproved third-party 40G or 100G  
optical interface modules to their Extreme Network switches will receive an informational  
message via SNMP/ Syslog. This message will indicate that they have an unapproved third-  
party 40G or 100G optic and that in EXOS 15.5 a third party 40G/100G feature license will be  
required for full functionality of the new hardware. Customers can purchase a feature license  
to remove this warning message.  
Caution  
Beginning with EXOS 15.5, customers will need to purchase a feature license to achieve full  
functionality of new unapproved third-party 40G or 100G optical interfaces. If customers do  
not purchase the feature license for these new modules, they will receive an informational  
message via SNMP/ Syslog. This message will indicate that they have an unapproved third-  
party 40G or 100G optic and that a feature license is required for full functionality of the new  
hardware. Customers will have 90 days to obtain the feature pack before the port's egress  
bandwidth is rate-limited to 25% of line rate.  
Warning  
Extreme Networks authorized and certified optical modules are tested to work in all  
supported Extreme Networks hardware and switching equipment. Extreme Networks does  
not provide any warranty or compliance statement pertaining to any third-party non-  
approved hardware. Use of non-approved optics modules and corresponding interface  
modules is solely at your own risk and without any liability, warrant, or service obligation by  
Extreme Networks. Extreme recommends use and integration of only manufacturer certified  
hardware as expressly referenced within the applicable Extreme Networks product  
documentation. In addition, any non-approved third-party optic modules in use by you shall  
be compliant with all regulatory standards as applicable to the location of operation that may  
include but not limited to NRTL, FCC CFR 21 1040.10, CDRH Letter of Approval, CE marked,  
EN60825-1 and or GR-468.  
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Licensing Requirements  
Licensing of Third-Party Optical Modules  
Extreme Networks optical modules are tested to work in all supported Extreme Networks switches. We  
recommend that all customers use Extreme Networks optical modules in their Extreme Networks  
switches. Extreme Networks assumes no liability for third-party optical modules. Although Extreme  
Networks does not block third-party optical modules, we cannot ensure that all third-party optical  
modules operate properly in all Extreme Networks switches. The customer assumes all risks associated  
with using third-party optical modules in Extreme Networks switches.  
Extreme Networks’ recommended policy is for its customers to purchase Extreme authorized and  
qualified optical devices as further described on Extreme’s then-current price lists. Historically, Extreme  
Networks customers were not technically restricted from integrated use of non-approved 3rd party  
optical devices to attach to high-speed ports. In keeping with standard industry practices, to maximize  
overall product quality and reduce servicing challenges, Extreme Networks will restrict the integration  
of non-qualified 3rd party optical devices within 40G and 100G product environments, unless you  
purchase the EXOS 3rd Party 40G/100G Optics feature license to allow such integration.  
Note  
Pursuit of such integration remains outside of Extreme’s standard committed terms of  
product warranty and support Direct customer support for such usage of high-speed  
unapproved 3rd party optical devices will continue to be limited, and considered out of  
scope.  
The use of 1G and 10G optic devices by customers is not affected by this new Feature Pack use  
requirement.  
Extreme Networks’ policy regarding the use of 3rd Party Optics can be viewed in our Pluggable  
This EXOS 15.5 release creates a new requirement for customers to purchase a feature license pack  
named “3rd Party Optics Feature License”. Like other feature-pack licenses, once you apply the license  
to a specific switch, the feature is enabled for the life of the switch. Without such a license, switches  
with 40G and 100G hardware ports that are inserted with unapproved 3rd Party optics modules will  
have 90 days before the egress traffic on that particular port is automatically limited to 25% of line rate.  
Note  
The restriction is flagged by show port conf command output, and warningmessages are  
issued when 3rd party 40G and 100G optical devices are inserted. The restriction is lifted  
when the “3rd Party Optics Feature License” license is installed.  
Note  
Purchase of an “EXOS 3rd Party Optics Feature License” seeks to enable the unrestricted use  
of unapproved 3rd party 40G & 100G optical transceiver for the life of the switch.  
The purchaser of the “EXOS 3rd Party Optics Feature License” is solely responsible for the use of optic  
devices that are compliant with applicable standards and safety requirements. The use of non-  
compliant optic modules may result in damage to the equipment or personal injury. Extreme Networks  
does not provide any warranty or compliance statement pertaining to any third party non-approved  
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Licensing Requirements  
hardware, including unapproved 3rd party optic modules. See applicable hardware manual for more  
detail of these requirements.  
The EXOS 3rd Party 40G/100G Optics Licensing feature has the following caveats and restrictions:  
The system reads and interprets the license information, and maintains a flag that indicates the  
presence of the optics license.  
When you insert the optical transceiver, if the 3rd Party optic license is installed no further action is  
necessary.  
If the device is an Extreme optical transceiver no further action is necessary.  
If the optical transceiver is restricted, the system sets a flag, R.  
If the optical transceiver is restricted, the system installs an egress rate limiter of 25% associated  
with the port.  
If the device is restricted, the system generates a warning EMS message that indicates the  
restriction.  
If you remove the optical transceiver, the following conditions occur:  
The system unsets the flag that indicates a restriction in the port.  
The system removes the egress rate limiter associated with the port, or restores a configured  
one.  
When you enable a port, the following conditions occur:  
The system determines if the port is restricted.  
The system generates a warning message to a console with restricted ports.  
The system generates a warning EMS message that indicates a restriction.  
When you enable a license, the system reads and interprets the new license information. If it  
determines the optics license is now active, and it was not active before, the following conditions  
occur:  
Sets the “optics license” present flag.  
Searches the port list for restricted ports.  
Removes the egress rate limiter associated with the port, or restores a configured one.  
Note  
This feature requires you to coordinate with other Extreme corporate processes, including  
how to generate a license generation and how to purchase a license  
All platforms that support 40G and 100g optical devices are supported with this feature. The current  
list of devices subject to restriction includes:  
QSFP+ SR4  
QSFP+ LR4  
QSFP+ Passive Copper 0.5m Cable  
QSFP+ Passive Copper 1m Cable  
QSFP+ Passive Copper 2m Cable  
QSFP+ Passive Copper 3m Cable  
QSFP+ Passive Copper 5m Cable  
QSFP+ Active Optical 10m Cable  
QSFP+ Active Optical 20m Cable  
QSFP+ Active Optical 100m Cable  
QSFP+ to SFP+ Fan Out Passive Copper 3m Cable  
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Licensing Requirements  
QSFP+ to SFP+ Fan Out Passive Copper 5m Cable  
QSFP+ to SFP+ Fan Out Passive Copper 1m Cable - QSFP+ end  
QSFP+ to SFP+ Fan Out Passive Copper 2m Cable - QSFP+ end  
CFP2 LR4  
CFP2 SR10  
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2
Extreme Networks SFP and SFP+  
Modules  
Overview of SFP and SFP+ Modules  
Extreme Networks switches and routers support small form factor pluggable (SFP) interface modules,  
also known as mini-GBICs. Extreme Networks devices support both optical and copper SFP and SFP+  
modules. The type of switch, router, or other component determines the compatible type of SFP or SFP  
+module.  
Use only Extreme Networks-certified SFP and SFP+ modules, available from Extreme Networks, in the  
SFP port on the switch or router.  
Types of Optical SFP and SFP+ Interfaces  
Extreme Networks switches support many interfaces. This includes the following types of optical SFP  
and SFP+ interfaces:  
SX and Industrial Grade SX SFP modules (see SX and Industrial Grade SX SFP Modules)  
LX and Industrial Grade LX SFP modules (see LX and Industrial Grade LX SFP Modules)  
ZX SFP module (see ZX SFP Module)  
1000BASE-BX bidirectional SFP modules (see 1000BASE-BX Bi-Directional SFP Modules)  
1000BASE-BX-D  
1000BASE-BX-U  
100FX SFP module for Gigabit Ethernet ports (see 1100FX SFP Module for Gigabit Ethernet Ports)  
Dual-speed 100FX/1000LX SFP module (see Dual-speed 100FX/1000LX SFP Module)  
LX100 SFP module (see LX100 SFP Module)  
100BASE-LX10 SFP module (see 100BASE-LX10 SFP Module)  
100BASE-BX bidirectional SFP modules (see 100BASE-BX Bi-Directional SFP Modules)  
100BASE-BX-D  
100BASE-BX-U  
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Extreme Networks SFP and SFP+ Modules  
100FX SFP module for 100-Mbps Ethernet (fast Ethernet) ports (see 100FX SFP Module for Fast  
SR SFP+ (see SR SFP+ Module)  
LR SFP+ (see LR SFP+ Module)  
ER SFP+ (see ER SFP+ Module)  
LRM SFP+ (see LRM SFP+ Module)  
ZR SFP+  
10/100/1000BASE-T copper SFP and industrial grade module  
The information in this guide about hardware platform support for each type of SFPs is current as of  
the date this guide was published. Support for specific SFP types may have been added to other  
switches or I/O modules besides those listed in this guide. For current information about hardware  
support and the minimum required software for SFPs, refer to the most recent version of the  
ExtremeXOS Hardware and Software Compatibility Matrix.  
Technical specifications for all SFP modules are listed in Technical Specifications.  
SX and Industrial Grade SX SFP Modules  
The SX (part no. 10051) and Industrial Grade SX (part no. 10051H) SFP modules provide a 1000BASE-X  
optical connection using LC connectors and multimode fiber cable up to 550 meters long.  
The SX SFP module conforms to the 1000BASE-SX standard.  
The SX SFP module operates at a commercial temperature range (-40C to 70C). The Industrial Grade  
SX SFP module operates at a wide temperature range (-40C to 85C).  
SX and Industrial Grade SX SFP modules are supported in the following Extreme Networks devices:  
BlackDiamond 8800 series switches  
BlackDiamond X8 switch  
BlackDiamond 10808 switch  
BlackDiamond 12800 series switches  
BlackDiamond 20800 series switches  
Summit X150 series switches  
Summit X250e series switches  
Summit X440 series switches  
Summit X450 series switches  
Summit X450a series switches  
Summit X450e series switches  
Summit X460 series switches  
Summit X480 series switches  
Summit X650-24x switch: ports 1 through 22, VIM1 module ports  
Summit X670 series switches  
E4G series routers (Ethernet ports)  
Summit WM3000 series controllers  
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Extreme Networks SFP and SFP+ Modules  
Optical Budget Calculation  
When you plan an installation using the SX SFP module, Extreme Networks recommends that 3 dB of  
the total budget be reserved for losses induced by cable splices or connectors and operating margin.  
There is no minimum attenuation or minimum cable length restriction.  
For technical specifications for the SX and Industrial Grade SX SFP, see Technical Specifications.  
LX and Industrial Grade LX SFP Modules  
The LX (Part No. 10052) and Industrial Grade LX (Part No. 10052H) SFP modules provide a 1000BASE-  
X optical connection using LC connectors and single-mode fiber (SMF) cable up to 10 km long.  
The LX SFP module conforms to the 1000BASE-LX standard.  
The LX SFP module operates at a commercial temperature range (-40C to 70C). The Industrial Grade  
SX SFP module operates at a wide temperature range (-40C to 85C).  
LX SFP modules are supported on the following Extreme Networks devices:  
BlackDiamond 8800 series switches  
BlackDiamond X8 switch  
BlackDiamond 10808 switch  
BlackDiamond 12800 series switches  
BlackDiamond 20800 series switches  
Summit X150 series switches  
Summit X250e series switches  
Summit X440 series switches  
Summit X450 series switches  
Summit X450a series switches  
Summit X450e series switches  
Summit X460 series switches  
Summit X480 series switches  
Summit X650-24x switch: ports 1 through 22, VIM1 module ports  
Summit X670 series switches  
E4G series routers (Ethernet ports)  
Optical Budget Calculation  
Measure cable plant losses with a 1310 nm light source and verify this to be within budget.  
When you calculate the maximum distance attainable using optical cable with a specified loss per  
kilometer (for example 0.25 dB/km), Extreme Networks recommends that 3 dB of the total budget be  
reserved for losses induced by cable splices or connectors, and operating margin. There is no minimum  
system budget or minimum cable length restriction because the maximum receive power is the same  
as the maximum transmit power. There is no minimum attenuation or minimum cable length restriction.  
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Extreme Networks SFP and SFP+ Modules  
For technical specifications for the LX and Industrial Grade LX SFP, see Technical Specifications.  
ZX SFP Module  
The ZX SFP module is a long-haul SFP that provides a 1000BASE-X optical connection using LC  
connectors and SMF cable up to 80 km long.  
ZX SFP modules are supported on the following Extreme Networks devices:  
BlackDiamond 8800 series switches  
BlackDiamond X8 switch  
BlackDiamond 10808 switch  
BlackDiamond 12800 series switches  
BlackDiamond 20800 series switches  
Summit X150 series switches  
Summit X250e series switches  
Summit X440 series switches  
Summit X450 series switches  
Summit X450a series switches  
Summit X450e series switches  
Summit X460 series switches  
Summit X480 series switches  
Summit X650-24x switch: ports 1 through 22, VIM1 module ports  
Summit X670 series switches  
E4G series routers (Ethernet ports)  
Optical Budget Calculation  
Measure cable plant losses with a 1550 nm light source and verify this to be within budget.  
When you calculate the maximum distance attainable using optical cable with a specified loss per  
kilometer (for example, 0.25 dB/km), Extreme Networks recommends that you reserve 3 dB of the  
total budget for losses induced by cable splices or connectors and operating margin. A minimum  
system budget or attenuation is required to prevent saturation of the receiver.  
For technical specifications for the ZX SFP, see Technical Specifications.  
1000BASE-BX Bi-Directional SFP Modules  
The 1000BASE-BX SFP modules include the 1000BASE-BX-U SFP module and the 1000BASE-BX-D  
SFP module.  
These two SFP modules are used together to permit a bidirectional Gigabit Ethernet connection using a  
single strand of SMF cable and LC connectors. The 1000BASE-BX-D SFP operates at wavelengths of  
1490 nm TX/1310 nm RX, and the 1000BASE-BX-U SFP operates at wavelengths of 1310 nm TX/1490  
nm RX. The 1000BASE-BX-U SFP module is always connected to the 1000BASE-BX-D SFP module. The  
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Extreme Networks SFP and SFP+ Modules  
maximum transmission distance for this connection is 10 km. The 1000BASE-BX SFP modules conform  
to the IEEE 802.3ah 1000BASE-BX10 standard.  
The 1000BASE-BX SFP modules are supported on the following Extreme Networks devices:  
BlackDiamond 8800 series switches  
BlackDiamond X8 switch  
BlackDiamond 10808 switch  
BlackDiamond 12800 series switches  
BlackDiamond 20800 series switches  
Summit X150 series switches  
Summit X250e series switches  
Summit X440 series switches  
Summit X450 series switches  
Summit X450a series switches  
Summit X450e series switches  
Summit X460 series switches  
Summit X480 series switches  
Summit X650-24x switch: ports 1 through 22, VIM1 module ports  
E4G series routers (Ethernet ports)  
For technical specifications for the 1000BASE-BX SFP, see Technical Specifications.  
1100FX SFP Module for Gigabit Ethernet Ports  
The 100FX SFP module for Gigabit Ethernet (GE) ports (part number 10063) provides optical links up  
to 2km long using multimode fiber cable.  
The 100FX SFP for GE ports conforms to the 100FX-MMF standard.  
The 100FX SFP modules are supported in the following Extreme Networks devices:  
BlackDiamond 8800 series switches  
G24x I/O module  
MSM-G8x module  
G48Xa I/O module  
BlackDiamond 20800 series switches  
Summit X440 series switches  
Summit X450-24x switch: ports 5 through 24 (not supported on combination ports)  
Summit X450a-24x, X450a-24xDC switches: ports 1 through 20 (not supported on combination  
ports)  
E4G series routers (Ethernet ports; not supported on E4G-400 combination ports)  
For technical specifications for the 100FX SFP for Gigabit Ethernet ports, see Technical Specifications.  
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Extreme Networks SFP and SFP+ Modules  
Dual-speed 100FX/1000LX SFP Module  
The dual-speed 100FX/1000LX SFP module operates at either 100 Mbps or 1000 Mbps over SMF links  
up to 10 km long.  
Operating at 100 Mbps, the dual-speed SFP conforms to the 100BASE-LX standard. Operating at 1000  
Mbps, the dual-speed SFP conforms to the 1000BASE-LX standard.  
The dual-speed 100FX/1000FX SFP modules are supported in the following Extreme Networks  
switches:  
BlackDiamond 8800 series switches  
BlackDiamond 12800 series switches  
BlackDiamond 20800 series switches  
Summit X440 series switches  
Summit X450-24x switch: ports 5 through 24 (not supported on combination ports)  
Summit X450a-24x, X450a-24xDC switches: ports 1 through 20 (not supported on combination  
ports)  
E4G series routers (Ethernet ports)  
Optical Budget Calculation  
The 100FX/1000LX SFP module complies with the 100FX-SMF standard.  
To use the 100FX/1000LX SFP module in 100FX-MMF operation, a minimum attenuation of 6 dB is  
required. After the SFP module is installed, connect a 6-dB attenuator to the transmitter side (Tx) of  
the SFP module. Next, connect the attenuator to the single-mode end of a mode conditioning patch  
cord. The mode conditioning patch cord transitions the SFP module from SMF to MMF operation.  
When in SMF operation, 100FX-SMF or 1000LX, measure cable plant losses with a 1310 nm light source  
and verify this to be within budget. When you calculate the maximum distance attainable using optical  
cable with a specified loss per kilometer (for example 0.25 dB/km), Extreme Networks recommends  
that 3 dB of the total budget be reserved for losses induced by cable splices or connectors and  
operating margin.  
Note  
The 100FX/1000LX SFP module detects link status based only on the presence of light in the  
receive cable. Therefore, if a single strand is broken, the link partner on the other port will not  
detect link down.  
For technical specifications for the 100FX/1000LX SFP, see Technical Specifications.  
LX100 SFP Module  
The LX100 SFP module provides a 1000BASE-X optical link up to 100km long using LC connectors and  
SMF cable.  
The LX-100 SFP modules are supported on the following Extreme Networks devices:  
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Extreme Networks SFP and SFP+ Modules  
BlackDiamond 8800 series switches  
BlackDiamond X8 switch  
BlackDiamond 10808 switch  
BlackDiamond 12800 series switches  
BlackDiamond 20800 series switches  
Summit X150 series switches  
Summit X250e series switches  
Summit X440 series switches  
Summit X450 series switches  
Summit X450a series switches  
Summit X450e series switches  
Summit X460 series switches  
Summit X480 series switches  
Summit X650-24x switch: ports 1 through 22, VIM1 module ports  
Summit X670 series switches  
E4G series routers (Ethernet ports)  
For technical specifications for the LX100 SFP, see Technical Specifications.  
100BASE-LX10 SFP Module  
The 100BASE-LX10 SFP module provides a 100-Mbps optical connection using LC connectors and SMF  
cable.  
The maximum transmission distance for this connection is 10 km.  
The LX10 SFP module is supported in the following Extreme Networks devices:  
Summit X250e series switches: all ports  
Summit X150 series switches: combination ports only  
Summit X460 series switches  
Summit X440 series switches  
Summit X480 series switches  
E4G series routers (Ethernet ports)  
For technical specifications for the 100BASE-LX10 SFP, see Technical Specifications.  
100BASE-BX Bi-Directional SFP Modules  
The 100BASE-BX SFP modules include the 100BASE-BX-U SFP module and the 100BASE-BX-D SFP  
module.  
These two SFP modules are used together in a Summit family switch to permit a bidirectional 100-  
Mbps Ethernet connection using a single strand of SMF cable and LC connectors. The 100BASE-BX-U  
SFP module is always connected to the 100BASE-BX-D SFP module. The 100BASE-BX-D SFP operates  
at wavelengths of 1550-nm TX/1310-nm RX wavelength), and the 1000BASE-BX-U SFP operates at  
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Extreme Networks SFP and SFP+ Modules  
wavelengths of 1310 nm TX/1550 nm RX. The maximum transmission distance for this connection is 10  
km. The 100BASE-BX SFP modules conform to the IEEE 802.3ah standard.  
The 100BASE-BX SFP modules are supported in the following Extreme Networks devices:  
Summit X250e series switches: all ports  
Summit X150 series switches: combination ports only  
Summit X440 series switches  
E4G series routers (Ethernet ports)  
For technical specifications for the 100BASE-BX bi-directional SFP, see Technical Specifications.  
100FX SFP Module for Fast Ethernet Ports  
The 100FX SFP module for fast Ethernet (FE) ports (part number 10067) provides a 100-Mbps optical  
link using LC connectors and 1310-nm multimode fiber (MMF) cable.  
The maximum transmission distance for this connection is 2 km.  
The 100FX SFP module for FE ports is supported in the following Extreme Networks devices:  
Summit X250e series switches: all ports  
Summit X150 series switches: combination ports only  
Summit X440 series switches  
E4G series routers (Ethernet ports)  
For technical specifications for the 100FX SFP module for fast Ethernet ports, see Technical  
SR SFP+ Module  
The SR SFP+ module provides a 10-Gbps optical connection using LC connectors and multimode fiber  
cable up to 300 meters long.  
The SR SFP+ module conforms to the 10GBASE-SR standard.  
The SR SFP+ module is supported in the following Extreme Networks switches and modules:  
BlackDiamond X8 switch  
Summit X650-24x switch  
VIM1-10G8X versatile interface module for the Summit X650 series switches  
XGM2-2sf option card in the Summit X350, X450a, and X450e series switches  
XGM3-2sf option card in the Summit X460 series switches  
Summit X670 series switches  
E4G series routers (Ethernet ports)  
For technical specifications for the SR SFP+, see Technical Specifications.  
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Extreme Networks SFP and SFP+ Modules  
LR SFP+ Module  
The LR SFP+ module provides a 10-Gbps optical connection using LC connectors and single-mode fiber  
cable up to 10 kilometers long.  
The LR SFP+ module conforms to the 10GBASE-LR standard.  
The LR SFP+ module is supported in the following Extreme Networks switches:  
BlackDiamond 8800 series switches  
BlackDiamond X8 switch  
Summit X650-24x switch (ports 1 through 24 on the front panel)  
VIM1-10G8X versatile interface module for the Summit X650 series switches  
XGM2-2sf option card in the Summit X350, X450a, and X450e series switches  
XGM3-2sf option card in the Summit X460 series switches  
Summit X670 series switches  
E4G series routers (Ethernet ports)  
For technical specifications for the LR SFP+, see Technical Specifications.  
ER SFP+ Module  
The ER SFP+ module provides a 10-Gbps optical connection using LC connectors and single-mode fiber  
cable up to 40 kilometers long.  
The ER SFP+ module conforms to the 10GBASE-ER standard.  
The ER SFP + module is supported in the following Extreme Networks switches:  
BlackDiamond 8800 series switches  
BlackDiamond X8 switch  
Summit X650-24x switch (ports 1 through 24 on the front panel)  
VIM1-10G8X versatile interface module in the Summit X650 series switches  
XGM2-2sf option card in the Summit X350, X450a, and X450e series switches  
XGM3-2sf option card in the Summit X460 series switches  
Summit X670 series switches  
E4G series routers (Ethernet ports)  
For technical specifications for the ER SFP+, see Technical Specifications.  
LRM SFP+ Module  
The LRM SFP+ module provides a 10-Gbps optical connection using LC connectors and multimode fiber  
cable up to 220 meters long. The LRM SFP+ module conforms to the 10GBASE-LRM standard.  
The LRM SFP+ module supports link lengths of 220 meters on legacy multimode fiber (MMF) cable. To  
ensure that specifications are met over Fiber Distributed Digital Interface (FDDI) grade OM1 and OM2  
fibers, the transmitter should be coupled through a mode conditioning patch cord. No mode  
conditioning patch cord is required for applications over OM3 fiber.  
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Extreme Networks SFP and SFP+ Modules  
The LRM SFP+ is supported in the following Extreme Networks switches:  
BlackDiamond 8800 series switches  
BlackDiamond X8 switch  
Summit X650-24x switch (ports 1 through 24 on the front panel)  
VIM1-10G8X versatile interface module in the Summit X650 series switches  
XGM2-2sf option card in the Summit X350, X450a, and X450e series switches  
XGM3-2sf option card in the Summit X460 series switches  
Summit X670V-48x switch  
E4G series routers (Ethernet ports)  
For technical specifications for the LRM SFP+, see Technical Specifications.  
ZR SFP+ Module  
ZR SFP+ Module The ZR SFP+ module is a long-haul SFP+ module that provides a 10GBASE-X optical  
connection using LC connectors and SMF cable up to 80 km long.  
ZR SFP+ modules are supported on the following Extreme Networks devices:  
BlackDiamond 8800 series switches  
BlackDiamond X8 switch  
Summit X650-24x switch (ports 1 through 24 on the front panel)  
VIM1-10G8X versatile interface module in the Summit X650 series switches  
XGM2-2sf option card in the Summit X350, X450a, and X450e series switches  
XGM3-2sf option card in the Summit X460 series switches  
Summit X670V-48x switch  
E4G series routers (Ethernet ports)  
Caution  
In cases where there are more than six available ports, only 50% of the available ports on the  
switch should be populated when using the SFP+ ZR optic. Populate the ports so that there is  
one empty port for every two vertical ports to evenly distribute the occupied ports.  
Warning  
To prevent permanent damage to the ZR SFP+ and other equipment: always check the  
optical input power of the receiver before inserting the fiber. The maximum optical input  
power for the receiver is -7 dBm. If you use optical loopback for diagnostics purposes, the  
loopback requires a minimum of 15 dB optical attenuation. The recommended attenuation  
range is 15 dB to 20dB.  
For optical budget calculation measure cable plant losses with a 1550 nm light source and verify this to  
be within budget. When you calculate the maximum distance attainable using optical cable with a  
specified loss per kilometer (for example, 0.25 dB/km), Extreme Networks recommends that you  
reserve 3 dB of the total budget for losses induced by cable splices or connectors and operating  
margin. A minimum system budget or attenuation is required to prevent saturation of the receiver.  
For technical specifications for the ZR SFP+, see Technical Specifications.  
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Extreme Networks SFP and SFP+ Modules  
10/100/1000BASE-T Copper SFP and Industrial Grade SFP Module  
The Extreme Networks 10/100/1000BASE-T copper SFP module is compatible with the Gigabit  
Ethernet standard and 1000 Base-T standard as specified in the IEEE 802.3ab standard. This SFP  
module provides a 100-Mbps connection using Category 5 cable.  
The 10/100/1000BASE-T copper SFP module operates at a commercial temperature range (0C to 70C).  
The Industrial Grade 10/100/1000BASE-T copper SFP module operates at a wide temperature range  
(-40C to 85C).  
Note  
If the 10/100/1000BASE-T copper SFP GBIC is plugged into a 10G SFP+ port, the GBIC will  
function only at 1G speeds.  
10/100/1000BASE-T SFP module is supported in the following Extreme Networks devices:  
BlackDiamond 8800 series switches  
Black Diamond X8 series switches  
Summit X440 series switches (not supported on combination ports)  
Summit X450 series switches (not supported on combination ports)  
Summit X450a series switches (not supported on combination ports)  
Summit X450e series switches (not supported on combination ports)  
Summit X460 series switches (not supported on combination ports)  
Summit X650 series switches  
Summit X650-24x switch: ports 1 through 22, VIM1 module ports  
Summit X650-24t switch: VIM1 module ports  
Summit X670-48x and X670V-48x switches  
E4G series routers (Ethernet ports; not supported on E4G-400 combination ports)  
For technical specifications for the ZR SFP+, see Technical Specifications.  
Prepare to Install or Replace an SFP Module  
Complete the following tasks before inserting the SFP module:  
1
Inspect and clean the fiber tips, coupler, and connectors.  
2
3
Prepare and clean an external attenuator, if needed.  
When handling fiber cables, take the following precautions to prevent damage to the cables:  
a
Do not stretch the fiber.  
b
Make sure the bend radius of the fiber is not less than 2 inches (5.08 cm).  
4
Extreme Networks recommends the following guidelines when installing or replacing SFP modules  
on an active network:  
a
Use the same type of SFP module at each end of the link, except for the 1000BASE-BX and  
100BSE-BX bi-directional SFP modules. The bi-directional SFP modules include a D-type and a  
U-type. You must use one D-type SFP and one U-type SFP together to allow for a single fiber  
bidirectional connection.  
b
Connect one end of the link to the Tx port. Without an attenuator, measure the total loss from  
the Tx port to the other site of the link. The total loss must not exceed the total optical system  
budget.  
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Extreme Networks SFP and SFP+ Modules  
Install an SFP Module  
You can add or remove SFP modules in your switch without powering off the system.  
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Extreme Networks SFP and SFP+ Modules  
and connectors.  
Note  
The bi-directional SFP modules combine two SFP optical devices that must be used as a pair  
to establish the bidirectional connection over a single fiber. Module C and Module D in Optical  
SFP Module Types and Connectors show the pair of SFPs for a bi-directional SFP module.  
Warning  
Optical SFPs contain Class 1 lasers. Invisible laser radiation can occur when laser connections  
areunplugged. Do not stare into the beam. This device is compliant with FCC 21 CFR 1040.10  
and EN60825-1A2:2001.  
Module A  
Module B  
Blue  
handle  
Purple  
handle  
Module C  
Module D  
Bi-directional mini-GBIC  
SH_019B  
Figure 1: Optical SFP Module Types and Connectors  
Figure 2: Copper SFP Module  
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Caution  
   
Extreme Networks SFP and SFP+ Modules  
1
Holding the SFP module by its sides, insert the SFP module into the port on the switch.  
2
Slide the SFP module into the port until you hear it click.  
If the SFP module has a handle, push up on the handle to secure the SFP module.  
Note  
Disconnect fiber-optic cable from an optical SFP module before removing the SFP module  
from the port.  
Connecting Fiber Cables  
Before you connect fiber cables to the dual-speed 100FX/1000LX SFP module or the LX100 SFP  
module, note the following information about these SFP modules  
100FX/1000LX SFP Module  
The 100FX/1000LX SFP module complies with the 100FX-SMF standard.  
In order to use the 100FX/1000LX SFP module in 100FX-MMF operation, a minimum attenuation of 6  
dB is required. After the SFP module is installed, connect a 6-dB attenuator to the transmitter side (Tx)  
of the SFP module. Then connect the attenuator to the single-mode end of a mode conditioning patch  
cord. The mode conditioning patch cord transitions the SFP module from SMF to MMF operation.  
LX100 SFP Module  
To prevent permanent damage to the LX100 SFP module, always check the optical input power of the  
receiver before you insert the fiber cable.  
The maximum optical input power is -9 dBm. If you use an optical loopback for diagnostics, the  
loopback requires a minimum of 12 dB optical attenuation. The recommended attenuation range is 12 to  
20 dB.  
Remove an SFP Module  
1
Disconnect the optical cable from the SFP module.  
Unlatch the SFP module in one of the following ways:  
2
a
On an SFP module similar to Module A in Optical SFP Module Types and Connectors, press and  
hold the black plastic tab at the bottom of the connector.  
b
On an SFP module similar to Module B, Module C, or Module D in Optical SFP Module Types and  
Connectors, rotate the front handle down.  
3
Pull the SFP module out of the port on the switch.  
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3
QSFP+ Modules  
QSFP+ Modules  
A QSFP+ module provides four 10-gigabit transmit and receive channels in a single pluggable optical  
module, for an aggregate bandwidth of 40 Gbps. QSFP+ modules are used in Extreme Networks  
BlackDiamond and Summit switches.  
1
Figure 3: QSFP+ Optical Module (Release Handle)  
You can insert or remove QSFP+ modules without powering down the system.  
The information in this guide about hardware platform support for QSFP+ modules is current as of the  
date this guide was published. Support for QSFP+ modules may have been added to other switches or  
I/O modules besides those listed in this guide. For current information about hardware support and the  
minimum required software for QSFP+ modules, refer to the most recent version of the ExtremeXOS  
Hardware and Software Compatibility Matrix.  
SR4 QSFP+ Module  
The SR4 QSFP+ R4 module provides a 40-Gbps optical connection using MTP® (MPO) optical  
connectors.  
This optical module integrates four data lanes in each direction with 40 Gbps aggregatebandwidth.  
Each lane can operate at 10.3125 Gbps up to 100 meters using OM3 fiber or upto150meters using OM4  
fiber. The SR4 QSFP+ module conforms to the 802.3ba D3.2 (40GBASE-SR4)standard.  
The SR4 QSFP+ module is supported in the following Extreme Networks switches and components:  
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QSFP+ Modules  
BlackDiamond X8 switch  
BlackDiamond 8900-40G6X-xm I/O module  
SummitStack-V80 stacking module installed in a Summit X460 series switch  
VIM2-SummitStack-V80 module installed in a Summit X480 series switch  
VIM3-40G module installed in a Summit X650 series switch  
VIM4-40GX module installed in a Summit X670V-48x switch  
For technical specifications for the QSFP+ module, see Technical Specifications.  
LR4 QSFP+ Module  
The LR4 QSFP+ module provides a 40-Gbps optical connection using LC optical connectors. This  
optical module integrates four data lanes in each direction with 40 Gbps aggregate bandwidth. Each  
lane can operate at 10.3125 Gbps up to 10Km using single mode fiber. The LR4 QSFP+ module conforms  
to the 802.3ba (40GBASE-LR4) standard.  
The LR4 QSFP+ module is supported in the following Extreme Networks switches and components:  
BlackDiamond X8 switch  
BlackDiamond 8900-40G6X-xm I/O module  
SummitStack-V80 stacking module installed in a Summit X460 series switch  
VIM2-SummitStack-V80 module installed in a Summit X480 series switch  
VIM3-40G module installed in a Summit X650 series switch  
VIM4-40GX module installed in a Summit X670V-48x switch  
For technical specifications for the QSFP+ module, see Technical Specifications.  
Install a QSFP+ Module  
You can install or remove QSFP+ modules in your switch without powering off the system.  
Warning  
QSFP+ modules contain Class 1M lasers. Invisible laser radiation can occur when laser  
connections areunplugged. Do not stare into the beam. This device is compliant with IEC  
60825-1 Amendment 2 and CFR21Section 1040.  
1
Remove the QSFP+ module from its antistatic container and remove the dust covers from the  
module optical connector.  
If your module has a protective pad covering the card-edge connector, remove it. Store the  
antistatic container, dust covers, and card-edge connector protective pad in a clean location from  
which they can be easily retrieved if you need to uninstall the module.  
2
3
Remove any rubber dust covers from the port where you are installing the QSFP+ module.  
Holding the QSFP+ module by its sides, insert the QSFP+ module into the port on the switch or  
module.  
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QSFP+ Modules  
Figure 4: Installing a QSFP+ Module (Summit family switch and BlackDiamond  
8800 series switch)  
4
5
Slide the QSFP+ module into the port until you hear it click into place (Installing a QSFP+ Module  
Push up on the handle to secure the QSFP+ module in the switch.  
Figure 5: Installed QSFP+ Module (Summit family switch and BlackDiamond 8800  
series switch)  
If you are installing only one QSFP+ module, make sure that all unoccupied ports are covered with a  
rubber dust cover, which is shipped with the Summit option card or BlackDiamond I/O module  
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QSFP+ Modules  
Remove a QSFP+ Module  
You can remove a QSFP+ module from your Extreme Networks switch without powering off the  
system.  
Note  
Disconnect fiber-optic cable from a QSFP+ module before removing the QSFP+ module from  
the port.  
1
Rotate the handle (bail latch) on the QSFP+ module downward.  
Figure 6: Removing a QSFP+ Module  
2
Pull the connector out of the port.  
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4
Direct-Attach Cables  
Direct-attach copper and fiber cables provide connections between unpopulated SFP+ and QSFP+  
ports.  
This section describes direct-attach cables that are used with Extreme Networks optical modules and  
includes the following sections:  
Regulatory compliance information for all cables is listed in Technical Specifications.  
Types of Direct-Attach Cables  
Extreme Networks switches support three types of direct-attach cables that connect to SFP+ or QSFP  
+modules:  
SFP+ direct-attach passive cable  
QSFP+ direct-attach passive copper cable  
QSFP+ direct-attach active fiber cable  
The type of device and compatible optical module determine the compatible type of direct-attach  
cable.  
Use only Extreme Networks-certified cables, available from Extreme Networks, to make connections to  
the SFP+ or QSFP+ port on the switch or I/O module.  
You can connect or disconnect direct-attach cables without powering down the system.  
SFP+ Direct-Attach Passive Cable  
The SFP+ direct-attach passive cable provides a 10-Gbps copper connection between unpopulated SFP  
+ ports  
The cable is available in lengths from 1 meter to 10 meters and is terminated in connectors that are  
inserted directly into the SFP+ cages in place of optical SFP+ modules.  
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Direct-Attach Cables  
SH_107  
Figure 7: Types of SFP+ Direct-Attach Cable (Type A and Type B)  
SFP+ Direct-Attach Cables lists the available SFP+ direct-attach cables and their model numbers.  
Table 3: SFP+ Direct-Attach Cables  
Model Number  
Length  
1 meter  
3 meters  
Model Number  
10306  
Length  
10304  
5 meters  
10 meters  
10305  
10307  
The SFP+ direct-attach cable is compatible with the following Summit devices and components:  
BlackDiamond X8 switch  
S-10G2Xc card in a BlackDiamond 8000 series MSM  
XGM2-2sf option card in a Summit X350, X450a, or X450e series switch  
XGM3-2sf option card in a Summit X460 series switch  
Summit X650-24x switch (front ports)  
VIM1-G8X versatile interface module in a Summit X650 series switch  
Summit X670-48x series switches (front ports)  
E4G series routers (XGM3S-2sf or XGM3SB-4sf option card required)  
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Direct-Attach Cables  
Connect an SFP+ Direct-Attach Cable  
To connect an SFP+ direct-attach cable:  
1
Holding the SFP+ connector by its sides, insert the connector into the port on the switch  
Figure 8: Connecting an SFP+ Direct-Attach Cable to a Front-Panel Port (Cable A  
and Cable B)  
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Direct-Attach Cables  
Figure 9: Connecting an SFP+ Direct-Attach Cable to an XGM2-2sf Option Card  
(Cable A and Cable B)  
2
Slide the connector into the port until you hear it click into place.  
Disconnect an SFP+ Direct-Attach Cable  
1
If the cable connector is similar to cable A in Types of SFP+ Direct-Attach Cable (Type A and Type  
B), push the release latch toward the port on the switch.  
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Direct-Attach Cables  
Figure 10: Disconnecting an SFP+ Direct-Attach Cable (Cable A)  
If the connector is similar to cable B in Types of SFP+ Direct-Attach Cable (Type A and Type B), pull  
the tab away from the switch port.  
RTN  
-48V  
(+)  
(–)  
SH_111  
Figure 11: Disconnecting an SFP+ Direct-Attach Cable (Cable B)  
2
Pull the connector out of the port.  
QSFP+ Direct-Attach Cables  
The QSFP+ direct-attach cables are available to provide the following types of connections:  
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Direct-Attach Cables  
Single-connection cables provide a 40-Gbps (4 x 10-Gbps) bidirectional copper or optical  
connection between unpopulated QSFP+ ports.  
Fan-out cables provide four 10-Gbps bidirectional copper connections to a single QSFP+port.  
These cables are available in lengths from 0.5meter to 100 meters and are terminated in connectors  
that are inserted directly into the QSFP+ or SFP+ cages in place of optical modules.  
The following table lists the available QSFP+ direct-attach cables and their model numbers.  
Table 4: QSFP+ Direct-Attach Cables  
Cable Description  
Model Number  
10311  
Length  
QSFP+ passive copper cable  
0.5 meter  
1 meter  
10312  
10313  
3 meters  
3 meters (26 AWG)  
5 meter  
10313A  
10323  
10315  
QSFP+ active optical cable  
10 meters  
20 meters  
100 meters  
1 meter  
10316  
10318  
QSFP+ fan-out passive copper cable  
10202  
10203  
10321  
2 meters  
3 meters  
5 meters  
10322  
The QSFP+ direct-attach cables are compatible with the following Extreme Networks switches and  
components:  
BlackDiamond X8 switch  
SummitStack-V80 stacking module in a Summit X460 series switch  
VIM2-SummitStack-V80 module in a Summit X480 series switch  
BlackDiamond 8900-40G6X-xm I/O module  
VIM3-40G4X module installed in a Summit X480 or X650 series switch  
VIM4-40G4X module installed in a Summit X670V series switch  
Connect a QSFP+ Direct-Attach Cable  
1
Holding the QSFP+ connector by its sides, insert the connector into the port on the switch (Installing  
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Direct-Attach Cables  
Figure 12: Connecting a QSFP+ Direct-Attach Cable to a SummitStack-V80 Module  
(Passive Copper Cable and Active Optical Cable)  
2
Push the connector into the port until you hear it click into place.  
Disconnect a QSFP+ Direct-Attach Cable  
1
Hold the connector firmly as you pull the release tab away from the stacking port (Removing a  
Figure 13: Disconnecting a QSFP+ Direct-Attach Cable (Passive Copper Cable and  
Active Optical Cable)  
2
Pull the connector out of the port.  
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5
Extreme Networks XFP Modules  
Overview of XFP Modules  
XFP modules are 10-gigabit modules that convert serial electrical signals to external serial optical or  
electrical signals. They are used in the following Extreme Networks devices:  
Summit X350, X450a, X450e, X460, and X480 series switches  
BlackDiamond 10G4Xa, 10G4Xc, and 10G8Xc I/O modules for the BlackDiamond 8800 series  
switches  
BlackDiamond GM-40XA, GM-40XB, and HM-2X24GA I/O modules for the BlackDiamond 20800  
series switch  
E4G-400 Cell Site Aggregation Routers (XGM3S-2xf module required)  
11  
2
2
Figure 14: XFP Module  
Table 5: XFP Module components  
1 = Card edge connector  
2 = Handle  
XFP modules can be installed or replaced in an Extreme Networks switch, I/O module, or router without  
powering off the system. All Extreme Networks XFP modules comply with IEEE 802.3ae standards and  
with the latest XFP multi-source agreement (MSA).  
Extreme Networks switches and modules support the following types of XFP modules:  
LR XFP module  
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Extreme Networks XFP Modules  
The LR XFP module uses single-mode fiber (SMF) cable for links up to 10 km long. It has an LC  
duplex connector.  
SR XFP module  
The SR XFP module uses multimode fiber (MMF) cable for links up to 300 m long. It has an LC  
duplex connector.  
ER XFP module  
The ER XFP module uses SMF cable for links up to 40 km long. It has an LC duplex connector.  
ZR XFP modules  
The ZR XFP module uses SMF cable for links up to 80 km long. It has an LC duplex connector.  
Tunable DWDM XFP modules  
The tunable DWDM XFP module uses SMF cable for links up to 80 km long. It has an LC duplex  
connector.  
For current information about hardware support for XFPs, refer to the most recent version of the  
ExtremeXOS Hardware and Software Compatibility Matrix.  
Technical specifications for XFP modules are listed in Technical Specifications.  
Install an XFP Module  
This section describes how to install an XFP module. You can install or remove an XFP module in your  
Extreme Networks switch without powering off the system.  
Warning  
XFP modules contain Class 1 lasers. Invisible laser radiation can occur when laser connections  
areunplugged. Do not stare into the beam. This device is compliant with FCC 21 CFR 1040.10  
and EN60825-1A2:2001.  
Caution  
To prevent ESD damage to the XFP module, always use an appropriately grounded ESD-  
preventive wrist strap when installing or removing the module. Handle the module by its  
sides only. Never touch the card-edge connectors at the insertion end of the module.  
1
Remove the X FP module from its antistatic container and remove the dust covers from the module  
optical connectors.  
If your module has a protective pad covering the card-edge connector, remove it. Store the  
antistatic container, dust covers, and card-edge connector protective pad in a clean location from  
which they can be easily retrieved if you need to uninstall the module.  
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Extreme Networks XFP Modules  
2
Remove any rubber dust covers from the port where you are installing the XFP module.  
On a Summit option card, move the handle to an upright position to access the XFP ports (see  
1
Figure 15: Accessing the XFP Ports  
3
4
Make sure that the XFP handle (bail latch) is rotated all the way up (see Installing an XFP Module  
Holding the module by its sides, partially insert the XFP module into the XFP port (see Installing an  
10GB  
ASE-X XFP  
Figure 16: Installing an XFP Module (Summit family switch and BlackDiamond 8800  
series switch)  
5
Slide the XFP module as far as possible into the slot until you hear it click, indicating that it is firmly  
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Extreme Networks XFP Modules  
10GB  
ASE-X XFP  
Figure 17: Installed XFP Module (Summit family switch and BlackDiamond 8800  
series switch)  
6
If you are installing only one XFP module, make sure that all unoccupied ports are covered with  
rubber dust covers, which are shipped with the option card or I/O module (see Installed XFP Module  
Note  
To prevent permanent damage to a ZR XFP or DWDM XFP, always check the optical input  
power of the receiver before inserting the fiber cable. The maximum optical input power  
for these XFPs is –7 dBm. If you use an optical loopback for diagnostics, the loopback  
requires a minimum of 15 dB optical attenuation. The recommended attenuation range is  
15 to 20 dB.  
To ensure that your XFP module is undamaged upon installation, you can correlate  
factory test data with your installation site test data by consulting the average power  
reference values shown on the XFP module test data sheet (Part No. 121080-00) enclosed  
with the module.  
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Extreme Networks XFP Modules  
Remove an XFP Module  
You can remove an XFP module from your Extreme Networks switch or I/O module without powering  
off the system. The XFP module is shown in XFP Module..  
Note  
Disconnect fiber-optic cable from an XFP module before removing the XFP module from the  
port.  
1
Rotate the handle (bail latch) on the XFP module downward (Removing an XFP Module).  
Carefully pull the XFP module out of the port.  
2
Figure 18: Removing an XFP Module  
3
4
Place the dust covers back into the XFP module connectors.  
Place the XFP module immediately into an antistatic container to protect it from ESD damage and  
dust.  
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6
Extreme Networks XENPAK  
Transceivers  
Overview of XENPAK Modules  
The BlackDiamond 8800 series switches, BlackDiamond 10808 switch, BlackDiamond 12800 series  
switches, and Summit family switches support several types of XENPAK transceiver modules. All of  
these modules conform to the 10Gigabit Ethernet standard defined by the IEEE 802.3ae as applicable  
Caution  
XENPAK modules contain Class 1 laser devices. Invisible laser radiation can occur when the  
connectorsare open. Do not stare into the beam. This device is compliant with FCC 21 CFR  
1040.10, 1040.11,andEN60825-1A2:2001.  
Extreme Networks switches and modules support the following types of XENPAK interfaces:  
Note  
CX4 XENPAKs are also supported by Extreme Networks devices; contact your vendor to  
obtain these.  
Use only Extreme Networks-approved XENPAK modules in all Extreme Networks devices.  
SR XENPAK  
The SR XENPAK supports multimode fiber (MMF) cable and has SC connectors. The SR XENPAK  
requires the software versions listed here.  
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Extreme Networks XENPAK Transceivers  
Table 6: BlackDiamond Switches  
Switch Model  
Required Software  
BlackDiamond 10808  
BlackDiamond 8800 series  
BlackDiamond 12804  
BlackDiamond 12802  
ExtremeXOS 11.1.1 or later  
ExtremeXOS 11.1.1 or later  
ExtremeXOS 11.4 or later  
ExtremeXOS 12.0 or later  
Table 7: Summit Switches  
Switch Model  
Required Software  
Summit X450 series  
Summit X450a series  
Summit X450e series  
ExtremeXOS 11.2.0 or later  
ExtremeXOS 11.2.0 or later  
ExtremeXOS 11.2.0 or later  
For technical specifications for the SR XENPAK, see Technical Specifications.  
LR XENPAK  
The LR XENPAK supports single-mode fiber (SMF) cable and has SC connectors. The LR XENPAK  
requires the software versions listed here.  
Table 8: BlackDiamond Switches  
Switch Model  
Required Software  
BlackDiamond 10808  
BlackDiamond 8800 series  
BlackDiamond 12804  
BlackDiamond 12802  
ExtremeXOS 11.1.1 or later  
ExtremeXOS 11.1.1 or later  
ExtremeXOS 11.4 or later  
ExtremeXOS 12.0 or later  
Table 9: Summit Switches  
Switch Model  
Required Software  
Summit X450 series  
Summit X450a series  
Summit X450e series  
ExtremeXOS 11.2.0 or later  
ExtremeXOS 11.2.0 or later  
ExtremeXOS 11.2.0 or later  
For technical specifications for the LR XENPAK, see Technical Specifications  
ER XENPAK  
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Extreme Networks XENPAK Transceivers  
The ER XENPAK supports SMF cable and has SC connectors. The ER XENPAK requires the software  
versions listed here.  
Table 10: BlackDiamond Switches  
Switch Model  
Required Software  
BlackDiamond 10808  
BlackDiamond 8800 series  
BlackDiamond 12804  
BlackDiamond 12802  
ExtremeXOS 11.1.1 or later  
ExtremeXOS 11.1.1 or later  
ExtremeXOS 11.4 or later  
ExtremeXOS 12.0 or later  
Table 11: Summit Switches  
Switch Model  
Required Software  
Summit X450 series  
Summit X450a series  
Summit X450e series  
ExtremeXOS 11.2.0 or later  
ExtremeXOS 11.2.0 or later  
ExtremeXOS 11.2.0 or later  
For technical specifications for the ER XENPAK, see Technical Specifications.  
ZR XENPAK  
The ZR XENPAK supports SMF cable and has SC connectors. The ZR XENPAK requires the software  
versions listed here.  
Table 12: BlackDiamond Switches  
Switch Model  
Required Software  
BlackDiamond 10808  
BlackDiamond 8800 series  
BlackDiamond 12804  
BlackDiamond 12802  
ExtremeXOS 11.3.1 or later  
ExtremeXOS 11.3.1 or later  
ExtremeXOS 11.4 or later  
ExtremeXOS 12.0 or later  
Table 13: Summit Switches  
Switch Model  
Required Software  
Summit X450 series  
Summit X450a series  
Summit X450e series  
ExtremeXOS 11.3.1 or later  
ExtremeXOS 11.3.1 or later  
ExtremeXOS 11.3.1 or later  
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Extreme Networks XENPAK Transceivers  
For technical specifications for the ZR XENPAK, see Technical Specifications.  
Warning  
To prevent permanent damage to the ZR XENPAK and other equipment: always check the  
optical input power of the receiver before inserting the fiber. The maximum optical input  
power for the receiver is -7 dBm. If you use optical loopback for diagnostics purposes, the  
loopback requires a minimum of 15 dB optical attenuation. Therecommended attenuation  
range is 15 dB to 20dB.  
LW XENPAK  
The LW XENPAK module requires the software versions listed here.  
Table 14: BlackDiamond Switches  
Switch Model  
Required Software Release  
ExtremeXOS 11.4.1 or later  
ExtremeXOS 11.4.1 or later  
ExtremeXOS 12.0 or later  
BlackDiamond 10808  
BlackDiamond 12804  
BlackDiamond 12802  
Table 15: Summit Switches  
Switch Model  
Required Software Release  
ExtremeXOS 11.5.0 or later  
ExtremeXOS 11.5.0 or later  
Summit X450a  
Summit X450e  
Note  
BlackDiamond 10808 switches and BlackDiamond 12804 switches running software earlier  
than ExtremeXOS 11.4.2.3 do not support jumbo-size frame for the LW XENPAK. These  
switches support only standard-size frame for the LW XENPAK.  
BlackDiamond 10808 switches and BlackDiamond 12804 switches running the latest version  
of ExtremeXOS 11.4 support jumbo-size frame for the LW XENPAK with a 5% decrease in  
performance, allowing for 95% of the maximum WAN PHY traffic.  
ExtremeXOS 11.5.0 or later supports the LW XENPAK at full functionality with 100%  
performance in the Summit X450a and X450e series switches.  
Caution  
The maximum input power (average receive power) should be less than 0.5 dBm.  
For technical specifications for the LW XENPAK, see Technical Specifications.  
Transmitter Clock Locking Mode  
The LW XENPAK module provides an interface connection between a 10-gigabit Ethernet and a 10-  
gigabit SONET/SDH network from a 10-gigabit Ethernet equipment port.  
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Extreme Networks XENPAK Transceivers  
The default transmitter clock locking mode of the LW XENPAK module is set to line timing mode. When  
in line timing mode, the LW XENPAK module transmitter clock is locked to the receiver-recovered  
clock. When the LW XENPAK is connected to the SONET/SDH network on the other side of optical  
cable, the LW XENPAK transmitter clock synchronizes with the SONET/SDH clock source, which helps  
reduce the pointer adjustment between the SONET/SDH network and the LW XENPAK.  
To prevent a clock reference loop, be sure that only one end of a link is using line timing mode and to  
use internal timing when testing with an optical loopback cable.  
LX4 XENPAK  
The LX4 XENPAK supports multimode MMF cable in intra-building connections and SMF cable for  
interbuilding connections.  
The LX4 XENPAK has SC connectors.  
The LX4 XENPAK requires the software versions listed here.  
Table 16: BlackDiamond Switches  
Switch Model  
Required Software  
BlackDiamond 10808  
BlackDiamond 8800 series  
BlackDiamond 12804  
BlackDiamond 12802  
ExtremeXOS 11.3.1 or later  
ExtremeXOS 11.3.1 or later  
ExtremeXOS 11.4 or later  
ExtremeXOS 12.0 or later  
Table 17: Summit Switches  
Switch Model  
Required Software  
Summit X450 series  
Summit X450a series  
Summit X450e series  
ExtremeXOS 11.3.1 or later  
ExtremeXOS 11.3.1 or later  
ExtremeXOS 11.3.1 or later  
For technical specifications for the LX4 XENPAK, see Technical Specifications.  
Installing and Removing a XENPAK Module  
Warning  
XENPAK modules become very hot after prolonged use. Be careful when removing a  
XENPAK module from the chassis or option card. If the XENPAK module is too hot to touch,  
disengage the XENPAK module and allow it to cool before removing it completely.  
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Extreme Networks XENPAK Transceivers  
This section describes installing and removing the XENPAK module (XENPAK Module). You can install  
or remove the XENPAK module from your Extreme Networks switch without powering off the system.  
Note  
On a Summit X450 series, X450a series, or X450e series switch, the XENPAK module is  
inserted into an optional module card. Although the module card is not hot-swappable, you  
can hot swap the XENPAK into and out of the module card on the Summit. For information  
about the optional module card for XENPAKs on a Summit X450 series, X450a series, or  
X450e series switch, see the Summit Family Switches Hardware Installation Guide.  
Card edge  
connector  
Figure 19: XENPAK Module  
Warning  
XENPAK modules contain Class 1 lasers. Invisible laser radiation can occur when laser  
connectionsareunplugged. Do not stare into the beam. This device is compliant with FCC 21  
CFR 1040.10, andEN60825-1A2:2001.  
Caution  
To prevent ESD damage to the XENPAK module, always use an appropriately grounded ESD-  
preventive wrist strap when installing or removing the module. Handle the module by its  
sides only. Never touch the card-edge connectors at the insertion end of the module.  
Install a XENPAK Module  
1
Remove the XENPAK module from its antistatic container and remove the dust covers from the  
module optical connectors.  
If your module has a protective pad covering the card-edge connector, remove it. Store the  
antistatic container, dust covers, and card-edge connector protective pad in a clean location from  
which they can be easily retrieved if you need to uninstall the module.  
2
3
4
Remove any dust covers from the port on the module into which you are installing the XENPAK  
module.  
Holding the module by its sides, insert the XENPAK module into the slot on the I/O module or  
Summit option card.  
Slide the XENPAK module as far back into the slot as possible, until you hear it click, indicating that  
it is firmly attached.  
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Extreme Networks XENPAK Transceivers  
5
Secure the XENPAK module to the I/O module or option card by turning the two captive screws  
clockwise until the screws are hand-tight.  
Note  
To ensure that your XENPAK module is undamaged upon installation, you can correlate  
factory test data with your installation site test data by consulting the average power  
reference values shown on the XENPAK module test data sheet (Part No. 121074-00)  
enclosed with your module.  
Remove a XENPAK Module  
1
Disconnect the optical cable from the XENPAK module.  
Warning  
XENPAK modules contain Class 1 lasers. Invisible laser radiation can occur when laser  
connections are unplugged. Do not stare into the beam.  
2
Loosen the two captive screws until they are completely free from the I/O module faceplate or the  
Summit option card.  
The captive screws remain attached to the XENPAK module.  
3
4
5
Gripping both captive screws, carefully pull the XENPAK module out of the slot.  
Place the dust covers back into the XENPAK module connectors.  
Place the XENPAK module immediately into an antistatic container to protect it from ESD damage  
and dust.  
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Extreme Networks CFP2 modules  
CFP2 Overview  
Extreme Networks' CFP2 modules provides transmit and receive channels in a single pluggable optical  
module, for an aggregate bandwidth of 100 Gbps. CFP2 modules are used in Extreme Networks  
BlackDiamond switches.There are two CFP2 modules available: SR10 and LR4. The CFP2 SR10 can be  
used for distances up to 150 meters, while the CFP2 LR4 can be used for distances up to 10 kilometers.  
You can insert or remove CFP2 modules without powering down the system.  
The information in this guide about hardware platform support for CFP2 modules is current as of the  
date this guide was published. Support for CFP2 modules may have been added to other switches or  
I/O modules besides those listed in this guide. For current information about hardware support and the  
minimum required software for CFP2 modules, refer to the most recent version of the ExtremeXOS  
Hardware and Software Compatibility and Recommendations Matrices.  
CFP2 Modules details  
CFP2 SR10  
The CFP2 SR10 is a ten channel pluggable, parallel, fiber optic transceiver for 100 Gigabit Ethernet  
applications. The transceiver supports high speed serial links over multi-mode fiber for link distances up  
to 100m with OM3 fiber or 150m with OM4 fiber.With an optional break-out cable, the CFP2 SR10  
module can support 10 10-Gigabit data lanes. The CFP2 SR10 uses a 24-fiber MPO fiber optic connector.  
The CFP2 SR10 is compliant to 100GbE specifications 802.3ba (100GBase-SR10, CAUI and CPPI) up to  
100m OM3 and 150m OM4 fiber. Mechanical dimensions, connecters, and footprint of the module  
conform to the CFP MSA CFP2 Hardware Specification Revision 1.0 July 31, 2013 standard.  
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Extreme Networks CFP2 modules  
Figure 20: CFP2 SR10 Optical Module (Bail latch Open Position)  
The CFP2 SR10 module is supported in the following Extreme Networks switches and components:  
BlackDiamond X8 switch  
For technical specifications for the CFP2 SR10 module, see Technical Specifications.  
CFP2 LR4 Module  
The CFP2 LR4 is an optic transceiver for 100Gbps Ethernet applications. The module supports 100  
Gigabit data rate that can reach up to 10 kilometers over standard single-mode fiber (SMF, G.652). Data  
is transmitted using four 25 Gigabit data lanes. The CFP2 LR4 uses an LC connector. Extreme Networks’  
CFP2 optical module form factor, optical/electrical connection, and digital diagnostic interface are  
designed according to IEEE 802.3ba standards. Mechanical dimensions, connecters, and footprint of the  
module conform to the CFP MSA CFP2 Hardware Specification Revision 1.0 July 31, 2013 standard.  
Figure 21: CFP2 LR4 Optical Module (Bail Latch Open Position)  
The CFP2 LR4 module is supported in the following Extreme Networks switches and components:  
BlackDiamond X8 switch  
For technical specifications for the CFP2 LR4 module, see Technical Specifications.  
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Extreme Networks CFP2 modules  
Installing a CFP2 Module  
You can install or remove CFP2 modules in your switch without powering off the system.  
Warning  
CFP2 modules contain Class 1M lasers. Invisible laser radiation can occur when laser  
connections areunplugged. Do not stare into the beam. This device is compliant with IEC  
60825-1 Amendment 2 and CFR21Section 1040.  
1
Remove the CFP2 module from its antistatic container and remove the dust covers from the module  
optical connector.  
If your module has a protective pad covering the card-edge connector, remove it. Store the  
antistatic container, dust covers, and card-edge connector protective pad in a clean location from  
which they can be easily retrieved if you need to uninstall the module.  
2
3
Remove any rubber dust covers from the port where you are installing the CFP2 module.  
Holding the CFP2 module by its sides, insert the CFP2 module into the port on the switch or module.  
The latch handle should be in the open position, with the handle up.  
Figure 22: Installing a CFP2 Module (CFP2 LR4 module shown)  
4
Slide the CFP2 module into the port until you hear it click into place. The front of the module should  
be flush against the front panel of the chassis.  
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Extreme Networks CFP2 modules  
5
Rotate the handle down 90 degrees to the closed position to secure the CFP2 module in the chassis.  
The handle should be flush against the front to the module.  
Figure 23: Installed CFP2 Module (BlackDiamond X8 series switch)  
If you are installing only one CFP2 module, make sure that all unoccupied ports are covered with a  
rubber dust cover.  
Removing a CFP2 Module  
You can remove a CFP2 module from your Extreme Networks switch without powering off the system.  
Note  
Disconnect fiber-optic cable from a CFP2 module before removing the CFP2 module from the  
port.  
1
Rotate the handle (bail latch) on the CFP2 module upward. Be sure that you rotate the bail latch up  
the full 90 degrees. The open position is perpendicular to the closed position..  
2
Pull the connector out of the port.  
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A
Safety Information  
warning  
Read the following safety information thoroughly before installing Extreme Networks  
products. Failure to follow this safety information can lead to personal injury or damage to  
the equipment.  
Only trained and qualified service personnel (as defined in IEC 60950-1 and AS/NZS 3260) should  
install, replace, or perform service to Extreme Networks switches and their components. Qualified  
personnel have read all related installation manuals, have the technical training and experience  
necessary to be aware of the hazards to which they are exposed in performing a task, and are aware of  
measures to minimize the danger to themselves or other persons.  
Fiber Optic Ports and Optical Safety  
The following safety warnings apply to all optical devices used in Extreme Networks equipment that  
are removable or directly installed in an I/O module or chassis system. These devices include, but are  
not limited to, gigabit interface converters (GBICs); SFP optical modules (mini-GBICs) and SFP+ optical  
modules; QSFP+ optical modules; XENPAK transceivers; and XFP laser optic modules  
Warning  
Laser optic modules become very hot after prolonged use. Take care when removing a laser  
optic module from the chassis or option card. If the laser optic module is too hot to touch,  
disengage the laser optic module and allow it to cool before removing it completely.  
When working with laser optic modules, always take the precautions listed below to prevent  
exposure to hazardous radiation:  
Never look at the transmit LED/laser through a magnifying device while it is powered on.  
Never look directly at a fiber port on the switch or at the ends of a fiber cable when they are  
powered on.  
Invisible laser radiation can occur when the connectors are open. Avoid direct eye exposure to the  
beam when optical connections are unplugged.  
Never alter, modify, or change an optical device in any way other than suggested in this document.  
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Safety Information  
GBIC, SFP (Mini-GBIC), SFP+, QSFP+, XENPAK, and XFP  
Regulatory Compliance  
Extreme Networks pluggable optical modules and direct-attach cables meet the following regulatory  
requirements.  
Class 1 or Class 1M Laser Product  
EN60825-1:2007 2nd Ed. or later, European standard  
FCC 21 CFR Chapter 1, Subchapter J in accordance with FDA & CDRH requirements  
Application of CE Mark in accordance with 2004/108/EEC EMC Directive and the 2006/95/EC Low  
Voltage Directives  
UL and/or CSA registered component for North America  
47 CFR Part 15, Class A when installed into Extreme products  
Sicherheitshinweise  
Warning  
Lesen Sie die folgenden Sicherheitshinweise aufmerksam durch, ehe Sie Extreme Networks-  
Produkte installieren. Eine Missachtung dieser Sicherheitshinweise kann zu Verletzungen oder  
zu einer Beschädigung des/r Geräte/s führen.  
Extreme Networks-Geräte und deren Komponenten dürfen nur durch geschulte und qualifizierte  
Wartungstechniker (wie in IEC 60950-1 und AS/NZS 3260 definiert) installiert, ausgetauscht oder  
gewartet werden.  
Dieses qualifizierte Personal muss den Inhalt aller zugehörigen Installationsanleitungen kennen sowie  
über die technische Ausbildung und Erfahrung verfügen, um die Gefahren, die mit der Ausführung einer  
Aufgabe assoziiert sind, zu kennen und zu wissen, wie sie diese Gefahren für sich selbst und Dritte  
minimieren können.  
LWL-Ports und optische Sicherheit  
Folgende Sicherheitswarnung gilt für alle optischen Geräte, die in Extreme Networks-Geräten  
eingesetzt werden und entweder herausnehmbar sind oder direkt in einem E/A-Modul oder im  
Chassissystem eingebaut sind. Solche Geräte sind nicht nur Gigabit-Interface-Konverter (GBICs),  
steckbare Kleinformfaktormodule (SFP) (oder Mini-GBICs), QSFP+ Module, XENPAK Sendeempfänger  
und laseroptische XFP-Module.  
Warning  
Laseroptische Module können bei längerem Gebrauch sehr heiß werden. Seien Sie beim  
Ausbau eines laseroptischen Moduls aus dem Modul oder der Optionskarte äußerst  
vorsichtig. Wenn das laseroptische Modul zum Anfassen zu heiß ist, trennen Sie das  
laseroptische Modul und lassen Sie es abkühlen, ehe Sie es komplett ausbauen.  
Ergreifen Sie beim Arbeiten mit laseroptischen Modulen die nachfolgenden  
Vorsichtsmaßnahmen, um eine Aussetzung gegenüber gefährlicher Strahlung zu vermeiden.  
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Safety Information  
Blicken Sie auf keinen Fall durch ein Vergrößerungsglas in die Sendediode/den Laser, solange die  
Sendediode aktiv ist.  
Blicken Sie auf keinen Fall in den LWL-Port am Switch oder auf die Stirnflächen eines aktiven LWL-  
Kabels.  
Bei offenen Anschlüssen kann unsichtbare Laserstrahlung abgegeben werden. Vermeiden Sie eine  
direkte Aussetzung der Augen gegenüber dem Strahl, wenn die optischen Anschlüsse offen (ohne  
Stecker) sind.  
Optische Geräte dürfen auf keine andere Weise als in diesem Dokument empfohlen verändert,  
modifiziert oder umgebaut werden.  
Konformität von GBIC, SFP (Mini-GBIC), QSFP+, XENPAK undXFP  
Steckbare optische Module von Extreme Networks und direkt angeschlossene Kabel erfüllen folgende  
gesetzliche Vorschriften:  
Laserprodukt der Klasse 1 oder Klasse 1M  
EN60825-1:2007 2. Ausgabe oder später, Europäische Norm  
FCC 21 CFR Kapitel 1, Paragraph J in Übereinstimmung mit FDA- und CDRH-Bestimmungen  
Anwendung des CE-Zeichens gemäß der EMV-Richtlinie 2004/108/EEC und der  
Niederspannungsrichtlinie 2006/95/EC  
UL und/oder CSA-geprüfte Komponente für Nordamerika  
47 CFR Teil 15, Klasse A bei Einbau in Extreme-Produkte  
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B
Technical Specifications  
SFP Specifications  
The SX and Industrial Grade SX SFPs conform to the 1000BASE-SX standard. SX SFP Specifications  
lists the specifications for the SX and SX Industrial Grade SFP interface.  
SX SFP Specifications  
Table 18: Transmitter  
Parameter  
Minimum  
-9.5 dBm  
830 nm  
Typical  
850 nm  
Maximum  
-4 dBm  
Average launch power  
Center wavelength  
860 nm  
Table 19: Receiver  
Parameter  
Minimum  
770 nm  
Typical  
850 nm  
Typical  
Maximum  
-17 dBm  
0 dBm  
Receive sensitivity  
Average receive power (max)  
Operating wavelength  
860 nm  
Table 20: Link  
Parameter  
Minimum  
Maximum  
7.5 dB  
Link power budget  
Operating distance  
550 m  
The LX and Industrial Grade LX SFPs conform to the 1000BASE-LX standard. LX SFP Specifications lists  
the specifications for the LX and LX Industrial Grade SFP interface.  
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Technical Specifications  
LX SFP Specifications  
Table 21: Transmitter  
Parameter  
Minimum  
-9.5 dBm  
1270 nm  
Typical  
1310 nm  
Maximum  
-3 dBm  
Average launch power  
Center wavelength  
1355 nm  
Table 22: Receiver  
Parameter  
Minimum  
1270 nm  
Minimum  
Typical  
1310 nm  
Typical  
Maximum  
-19 dBm  
-3 dBm  
Receive sensitivity  
Average receive power (max)  
Operating wavelength  
1355 nm  
Table 23: Link  
Parameter  
Maximum  
8 dB  
Link power budget  
Operating distance  
10 km  
ZX SFP Specifications lists the specifications for the ZX SFP interface.  
ZX SFP Specifications  
Table 24: Transmitter  
Parameter  
Minimum  
-2 dBm  
Typical  
0 dBm  
1550 nm  
Maximum  
3 dBm  
Average launch power  
Center wavelength  
1530 nm  
1570 nm  
Table 25: Receiver  
Parameter  
Minimum  
1530 nm  
Typical  
Maximum  
-24 dBm  
-3 dBm  
1570 nm  
80 km  
Receive sensitivity  
Average receive power (max)  
Operating wavelength  
Operating distance  
1550 nm  
1000BASE-BX Bi-directional SFP Specifications lists specifications for the 1000BASE-BX bi-directional  
SFPs. The 1000BASE-BX SFP modules conform to the IEEE 802.3ah 1000BASE-BX10 standard.  
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Technical Specifications  
1000BASE-BX Bi-directional SFP Specifications  
Table 26: Transmitter  
Parameter  
Minimum  
-9 dBm  
Typical  
Maximum  
-3 dBm  
Average launch power  
Center wavelength (1000BASE-BX10-D)  
Center wavelength (1OOOBASE-BX10-U)  
1480 nm  
1260 nm  
1490 nm  
1310 nm  
1550 nm  
1360 nm  
Table 27: Receiver  
Parameter  
Minimum  
Minimum  
Typical  
Typical  
Maximum  
-19 dBm  
-3 dBm  
Receive sensitivity  
Average receive power (max)  
Table 28: Link  
Parameter  
Maximum  
8 dB  
Link power budget  
Operating distance  
10 km  
Note  
The 1000BX bidirectional SFPs include two SFP optical devices, the 1000BASE-BX-U SFP and  
the 1000BASE-BX-D SFP, which must be used as a pair to allow for a single fiber bidirectional  
connection.  
100FX SFP (GE Ports) Specifications lists the specifications for the 100FX SFP module for Gigabit  
Ethernet (GE) ports. The 100FX SFP for GE ports conforms to the 100FX-MMF standard.  
100FX SFP (GE Ports) Specifications  
Table 29: Transmitter  
Parameter  
Minimum  
-20 dBm  
1270 nm  
Typical  
1310 nm  
Maximum  
-14 dBm  
1380 nm  
Average launch power  
Center wavelength  
Table 30: Receiver  
Parameter  
Minimum  
Typical  
Maximum  
-31 dBm  
-14 dBm  
Receive sensitivity  
Average receive power (max)  
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Table 31: Operating distance range over each fiber type:  
Parameter  
Minimum  
Typical  
Maximum  
2000 m  
2000 m  
62.5/125 mm MMF  
50/125 mm MMF  
2 m  
2 m  
Dual-speed 100FX/1000LX SFP Specifications lists the specifications for the dual-speed 100FX/1000LX  
SFP module for Gigabit Ethernet (GE) ports. Operating at 100 Mbps, the dual-speed SFP conforms to  
the 100BASE-LX10 standard. Operating at 1000 Mbps, the dual-speed SFP conforms to the 1000BASE-  
LX standard.  
Dual-speed 100FX/1000LX SFP Specifications  
Table 32: Dual-speed 100FX/1000LX SFP Specifications  
Parameter  
100FX  
1000LX  
Average launch power range with 9 um SMF  
Receiver power range with 9 um SMF  
Optical link budget with 9 um SMF  
Center wavelength range  
-8 dBm to -15 dBm  
-8 dBm to -25 dBm  
10 dB  
-3 dBm to -11 dBm  
-3 dBm to -19 dBm  
8 dB  
1270 to 1355  
1270 to 1355  
Operating distance range over each optical fiber type (see note below table):  
62.5/125 µm MMF  
50/125 µm MMF  
9/125 µm SMF  
2 to 2000 m  
2 to 2000 m  
2 to 10,000 m  
2 to 550 m  
2 to 550 m  
2 to 10,000 m  
Note  
The 100FX/1000LX SFP module complies with the 100FX-SMF standard. To use the 100FX/  
1000LX SFP module in 100FX-MMF operation, a minimum attenuation of 6 dB is required.  
After the SFP module is installed, connect a 6-dB attenuator to the transmitter side (Tx) of  
the SFP module. Next, connect the attenuator to the single-mode end of a mode conditioning  
patch cord. The mode conditioning patch cord transitions the SFP module from SMF to MMF  
operation.  
100BASE-LX10 SFP Specifications lists specifications for the LX100 SFP module.  
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LX100 SFP specifications  
Table 33: Transmitter  
Parameter  
Minimum  
1 dBm  
Typical  
3 dBm  
Maximum  
5 dBm  
Average launch power  
Center wavelength  
1480 nm  
1550 nm  
1580 nm  
Table 34: Receiver  
Parameter  
Minimum  
1260 nm  
Typical  
Maximum  
–30 dBm  
–9 dBm  
1580 nm  
100 km  
Receive sensitivity  
Average receive power  
Operating wavelength  
Operating distance  
1550 nm  
100BASE-LX10 SFP Specifications lists specifications for the 100BASE-LX10 SFP module.  
100BASE-LX10 SFP Specifications  
Table 35: Transmitter  
Parameter  
Minimum  
–15 dBm  
1260 nm  
Typical  
Maximum  
–8 dBm  
Average launch power  
Center wavelength  
–10 dBm  
1310 nm  
1360 nm  
Table 36: Receiver  
Parameter  
Minimum  
1260 nm  
Minimum  
Typical  
1310 nm  
Typical  
Maximum  
–25 dBm  
–8 dBm  
Receive sensitivity  
Average receive power  
Operating wavelength  
1360 nm  
Table 37: Link  
Parameter  
Maximum  
10 dB  
Link Power Budget  
Operating distance  
10 km  
100BASE-BX Bi-directional SFP Specifications lists specifications for the 100BX Bi-directional SFPs. The  
100BASE-BX SFP modules conform to the IEEE 802.3ae standard.  
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100BASE-BX Bi-directional SFP Specifications  
Table 38: Transmitter  
Parameter  
Minimum  
Maximum  
–8 dBm  
Average launch power  
–14 dBm  
1480 nm  
1260 nm  
Center wavelength (100BASE-BX10-D)  
Center wavelength (1OOBASE-BX10-U)  
1580 nm  
1360 nm  
Table 39: Receiver  
Parameter  
Minimum  
Maximum  
–8 dBm  
Receive sensitivity  
–28.2 dBm  
Average receive power (max)  
Table 40: Link  
Parameter  
Minimum  
Maximum  
14.2 dB  
10 km  
Link power budget  
Operating distance  
Note  
The 100BX bidirectional SFPs include two SFP optical devices, the 100BASE-BX-U SFP and  
the 100BASE-BX-D SFP, which must be used as a pair to allow for a single fiber bidirectional  
connection.  
100FX SFP (GE Ports) Specifications lists the specifications for the 100BASE-FX SFP module for fast  
Ethernet (FE) ports.  
100BASE-FX SFP for FE Ports Specifications  
Table 41: Transmitter  
Parameter  
Minimum  
-20 dBm  
1270 nm  
Maximum  
-14 dBm  
1380 nm  
Average launch power  
Center wavelength  
Table 42: Receiver  
Parameter  
Minimum  
-31 dBm  
Maximum  
-14 dBm  
Receive sensitivity  
Average receive power (max)  
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Table 43: Operating distance range over each fiber type:  
Parameter  
Minimum  
Maximum  
2000 m  
2000 m  
62.5/125 mm MMF  
50/125 mm MMF  
2 m  
2 m  
10/100/1000BASE-T Copper SFP Specifications lists specifications for the 10/100/1000BASE-T copper  
SFP module. The 10/100/1000BASE-T copper SFP module is compatible with the Gigabit Ethernet  
standard and 1000Base-T standard as specified in the IEEE 802.3ab standard.  
10/100/1000BASE-T Copper SFP Specifications  
Table 44: 10/100/1000BASE-T Copper SFP Specifications  
Parameter  
Value  
Supply current  
Link distance for each speed  
1 Gbps  
375 mA maximum  
100 m using Cat5 cable  
150 m using Cat5 cable  
250 m using Cat5 cable  
100 Mbps  
10 Mbps  
SFP+ Specifications  
The SR SFP+ module conforms to the 10GBASE-SR standard.  
SR SFP+ Specifications  
Table 45: Transmitter  
Parameter  
Minimum  
-7.3 dBm  
840 nm  
Typical  
850 nm  
Maximum  
-1 dBm  
Average launch power  
Center wavelength  
860 nm  
Table 46: Receiver  
Parameter  
Minimum  
840 nm  
Typical  
850 nm  
Maximum  
-11 dBm  
-1 dBm  
Receive sensitivity  
Average receive power (max)  
Operating wavelength  
860 nm  
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Table 47: Link  
Parameter  
Minimum  
Typical  
Maximum  
7.5 dB  
Link power budget  
Table 48: Operating distance range (depends on type and modal bandwidth):  
Parameter  
Minimum  
Typical  
Maximum  
62.5 mm MMF (160 MHz*km)  
62.5 mm MMF (200 MHz*km)  
50 mm MMF (400 MHz*km)  
50 mm MMF (500 MHz*km)  
50 mm MMF (2000 MHz*km)  
26 m  
33 m  
66 m  
82 m  
300 m  
LR SFP+ Specifications lists the specifications for the LR SFP+ module. The LR SFP+ module conforms  
to the 10GBASE-LR standard.  
LR SFP+ Specifications  
Table 49: Transmitter  
Parameter  
Minimum  
-8.2 dBm  
1260 nm  
Typical  
1310 nm  
Maximum  
0.5 dBm  
1355 nm  
Average launch power  
Center wavelength  
Table 50: Receiver  
Parameter  
Minimum  
–14.4 dBm  
1260 nm  
Typical  
1310 nm  
Maximum  
–1 dBm  
Average receive power (max)  
Center wavelength  
1355 nm  
–12.6 dBm  
10 km  
Maximum receiver sensitivity in OMA  
Operating distance  
ER SFP+ Specifications lists the specifications for the ER SFP+ module. The ER SFP+ module conforms  
to the 10GBASE-ER standard.  
ER SFP+ Specifications  
Table 51: Transmitter  
Parameter  
Minimum  
1530 nm  
Typical  
Maximum  
4 dBm  
Average launch power  
Center wavelength  
1550 nm  
1565 nm  
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Table 52: Receiver  
Parameter  
Minimum  
–15.8 dBm  
1530 nm  
Typical  
Maximum  
–1 dBm  
Average receive power (max)  
Center wavelength  
1550 nm  
1565 nm  
–14.1 dBm1  
40 km  
Maximum receiver sensitivity in OMA  
Operating distance  
LRM SFP+ Specifications lists specifications for the LRM SFP+ module. The LRM SFP+ module conforms  
to the 10GBASE-LRM standard  
LRM SFP+ Specifications  
Table 53: Transmitter  
Parameter  
Minimum  
–6.5 dBm  
1260 nm  
Maximum  
0.5 dBm  
1355 nm  
Average launch power  
Center wavelength  
Table 54: Receiver  
Parameter  
Minimum  
–6.5 dBm  
1260 nm  
Maximum  
0.5 dBm  
1355 nm  
1.5 dBm  
220 m  
Average receive power (max)  
Center wavelength  
Maximum receiver sensitivity in OMA  
Operating distance  
ZR SFP+ Specifications  
Table 55: ZR SFP+ Specifications  
Parameter  
Minimum  
Typical  
0
Maximum  
Average launch power  
Center wavelength  
–2 dBm  
1530 nm  
3 dBm  
1570nm  
–24 dBm  
-3 dBm  
1570  
1550 nm  
Receiver sensitivity in OMA  
Average Recieve Power (max)  
Operating Wavelenghth  
Operating Distance  
1530  
1550  
80 km  
1
OMA=10log10[2P{(A-1)/(A+1)}], A = 10(Er/10), P = 10(Pf/10)  
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QSFP+ Specifications  
The following lists the specifications for the SR4 QSFP+ module. The SR4 QSFP+ module conforms to  
the 802.3ba D3.2 (40GBASE-SR4) standard.  
This module is a Class 1M laser device.  
SR4 QSFP+ Specifications  
Table 56: Transmitter  
Parameter  
Minimum  
-7.6 dBm  
840 nm  
Typical  
850 nm  
Maximum  
2.4 dBm  
860 nm  
Average launch power, each lane  
Center wavelength  
Table 57: Receiver  
Parameter  
Minimum  
Typical  
850 nm  
Typical  
Maximum  
-5.4 dBm  
2.4 dBm  
860 nm  
Stressed receiver sensitivity in OMA, each lane  
Average receive power (max), each lane  
Operating wavelength  
-9.5 dBm  
840 nm  
Table 58: Link  
Parameter  
Minimum  
1.9 dB  
Maximum  
10 dB  
Link power budget  
Table 59: Operating distance over each fiber type:  
Parameter  
Minimum  
Typical  
Maximum  
OM3 fiber  
OM4 fiber  
100 m  
150 m  
LR4 QSFP+Specifications  
Table 60: LR4 QSFP+ Specifications  
Parameter  
Minimum  
Maximum  
Transmitter  
Average launch power, each lane  
Center wavelength  
-7.0 dBm  
1264.5 nm  
1284.5 nm  
1304.5 nm  
2.3 dBm  
1277.5 nm  
1297.5 nm  
1317.5 nm  
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Table 60: LR4 QSFP+ Specifications (continued)  
1324.5 nm  
1337.5 nm  
Receiver  
Stressed receiver sensitivity in OMA, each lane  
Average receive power each lane  
Operating wavelength  
-11.5 dBm  
-13.7 dBm  
1277.5 nm  
1297.5 nm  
1317.5nm  
1337.5 nm  
2.3 dBm  
1264.5 nm  
1284.5 nm  
1304.5 nm  
1324.5 nm  
Link  
Link power budget  
Operating distance:  
SMF (single mode fiber)  
6.7 dB  
10 km  
XFP Specifications  
The following lists the specifications for the LR XFP module.  
LR XFP Module Specifications  
Table 61: Transmitter  
Parameter  
Minimum  
-8.2 dBm  
1260 nm  
Typical  
1310 nm  
Maximum  
Average launch power  
Center wavelength  
0.5 dBm  
1355 nm  
Table 62: Receiver  
Parameter  
Minimum  
1260 nm  
Typical  
1310 nm  
Maximum  
0.5 dBm  
1355 nm  
Average receiver power (max)  
Center wavelength  
Stressed receiver sensitivity in OMA  
-10.3 dBm  
0.093 mW2  
Operating distance  
10 km  
ER XFP Module Specifications lists specifications for the ER XFP module.  
OMA=10log10[2P{(A-1)/(A+1)}], A = 10(Er/10), P = 10(Pf/10)  
2
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ER XFP Module Specifications  
Table 63: Transmitter  
Parameter  
Minimum  
–4.7 dBm  
1530 nm  
Typical  
Typical  
Maximum  
4 dBm  
Average launch power  
Center wavelength  
1565 nm  
Table 64: Receiver  
Parameter  
Minimum  
–11.8 dBm  
1260 nm  
Maximum  
–1 dBm  
Average receiver power (max)  
Center wavelength  
1580 nm  
14.1 dBm3  
40 km  
Maximum receiver sensitivity in OMA  
Operating distance  
SR XFP Module Specifications lists specifications for the SR XFP module.  
SR XFP Module Specifications  
Table 65: Transmitter  
Parameter  
Minimum  
-7.3 dBm  
840 nm  
Typical  
850 nm  
Maximum  
–1.3 dBm  
860 nm  
Average launch power  
Center wavelength  
Table 66: Receiver  
Parameter  
Minimum  
–9.9 dBm  
840 nm  
Typical  
Maximum  
–1 dBm  
Average receiver power (max)  
Center wavelength  
860 nm  
-11.1 dBm4  
300 m  
Maximum receiver sensitivity in OMA  
Operating distance  
3
4
OMA=10log10[2P{(A-1)/(A+1)}], A = 10(Er/10), P = 10(Pf/10)  
OMA=10log10[2P{(A-1)/(A+1)}], A = 10(Er/10), P = 10(Pf/10)  
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Table 67: Operating distance range (depends on type and modal bandwidth)  
Parameter  
Minimum  
Typical  
Maximum  
62.5 mm MMF (160 MHz*km)  
62.5 mm MMF (200 MHz*km)  
50 mm MMF (400 MHz*km)  
50 mm MMF (500 MHz*km)  
50 mm MMF (2000 MHz*km)  
26 m  
33 m  
66 m  
82 m  
300 m  
ZR XFP Module Specifications lists specifications for the ZR XFP module.  
ZR XFP Module Specifications  
Table 68: Transmitter  
Parameter  
Minimum  
0.5 dBm  
1530 nm  
Typical  
2 dBm  
Maximum  
4 dBm  
Average launch power  
Center wavelength  
1550 nm  
1565 nm  
Table 69: Receiver  
Parameter  
Minimum  
–24 dBm  
Typical  
Maximum  
–7 dBm  
Average receiver power (max)  
Center wavelength  
1550 nm  
Receiver sensitivity  
Operating distance  
80 km  
Tunable DWDM XFP Module Specifications lists specifications for the tunable DWDM XFP module. TX  
wavelength associated with each configurable channel on the tunable DWDM module.  
Tunable DWDM XFP Module Specifications  
Table 70: Transmitter  
Parameter  
Minimum  
–1 dBm  
Typical  
Maximum  
3 dBm  
Average launch power  
Center wavelength  
See TX  
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Table 71: Receiver  
Parameter  
Minimum  
Typical  
Maximum  
–7 dBm  
Average receiver power (max)  
Center wavelength  
1260 nm  
–24 dBm  
1600 nm  
Receiver sensitivity  
Operating distance  
80 km  
Table 72: TX Wavelengths and Channel Assignments for the Tunable DWDM XFP  
TX  
Channel  
TX  
Channel  
TX  
Channel  
TX  
Channel  
Wavelength  
Wavelength  
Wavelength  
Wavelength  
1568.77 nm  
1568.36 nm  
1567.95 nm  
1567.54 nm  
1567.13 nm  
1566.72 nm  
1566.31 nm  
1565.90 nm  
1565.50 nm  
1565.09 nm  
1564.68 nm  
1564.27 nm  
1563.86 nm  
1563.45 nm  
1563.05 nm  
1562.64 nm  
1562.23 nm  
1561.83 nm  
1561.42 nm  
1561.01 nm  
1560.61 nm  
1560.20 nm  
1559.79 nm  
1559.39 nm  
1558.98 nm  
1558.58 nm  
11  
1558.17 nm  
1557.77 nm  
1557.36 nm  
1556.96 nm  
1556.55 nm  
1556.15 nm  
1555.75 nm  
1555.34 nm  
1554.94 nm  
1554.54 nm  
1554.13 nm  
1553.73 nm  
1553.33 nm  
1552.93 nm  
1552.52 nm  
1552.12 nm  
1551.72 nm  
1551.32 nm  
1550.92 nm  
1550.52 nm  
1550.12 nm  
1549.72 nm  
1549.32 nm  
1548.91 nm  
1548.51 nm  
1548.11 nm  
24  
1547.72 nm  
1547.32 nm  
1546.92 nm  
1546.52 nm  
1546.12 nm  
1545.72 nm  
1545.32 nm  
1544.92 nm  
1544.53 nm  
1544.13 nm  
1543.73 nm  
1543.33 nm  
1542.94 nm  
1542.54 nm  
1542.14 nm  
1541.75 nm  
1541.35 nm  
1540.95 nm  
1540.56 nm  
1540.16 nm  
1539.77 nm  
1539.37 nm  
1538.98 nm  
1538.58 nm  
1538.19 nm  
1537.79 nm  
37  
1537.40 nm  
1537.00 nm  
1536.61 nm  
1536.22 nm  
1535.82 nm  
1535.43 nm  
1535.04 nm  
1534.64 nm  
1534.25 nm  
1533.86 nm  
1533.47 nm  
1533.07 nm  
1532.68 nm  
1532.29 nm  
1531.90 nm  
1531.51 nm  
50  
1150  
12  
2450  
25  
3750  
38  
5050  
51  
1250  
13  
2550  
26  
3850  
39  
5150  
52  
1350  
14  
2650  
27  
3950  
40  
5250  
53  
1450  
15  
2750  
28  
4050  
41  
5350  
54  
1550  
16  
2850  
29  
4150  
42  
5450  
55  
1650  
17  
2950  
30  
4250  
43  
5550  
56  
1750  
18  
3050  
31  
4350  
44  
5650  
57  
1850  
19  
3150  
32  
4450  
45  
5750  
58  
1531.12 nm  
1950  
20  
3250  
33  
4550  
46  
1530.72 nm  
1530.33 nm  
1529.94 nm  
1529.55 nm  
1529.16 nm  
1528.77 nm  
1528.38 nm  
5850  
59  
2050  
21  
3350  
34  
4650  
47  
5950  
60  
2150  
22  
3450  
35  
4750  
48  
6050  
61  
2250  
23  
3550  
36  
4850  
49  
6150  
2350  
3650  
4950  
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XENPAK Specifications  
The following lists specifications for the SR XENPAK module:  
SR XENPAK Module Specifications  
Table 73: Transmitter  
Parameter  
Minimum  
-7.3 dBm  
840 nm  
Typical  
850 nm  
Maximum  
–1.3 dBm  
860 nm  
Average launch power  
Center wavelength  
Table 74: Receiver  
Parameter  
Minimum  
–9.9 dBm  
840 nm  
Typical  
Maximum  
–1 dBm  
Average receiver power (max)  
Center wavelength  
860 nm  
-11.1 dBm5  
300 m  
Maximum receiver sensitivity in OMA  
Operating distance  
Table 75: Operating distance range (depends on type and modal bandwidth)  
Parameter  
Minimum  
Typical  
Maximum  
62.5 mm MMF (160 MHz*km)  
62.5 mm MMF (200 MHz*km)  
50 mm MMF (400 MHz*km)  
50 mm MMF (500 MHz*km)  
50 mm MMF (2000 MHz*km)  
26 m  
33 m  
66 m  
82 m  
300 m  
Note  
The launch power (measured using the average power method used by power meters) is  
measured at the factory. The average launch power minimum value is provided as a  
reference, not a pass/fail criterion.  
LR XENPAK Module Specifications lists specifications for the LR XENPAK module.  
5
OMA=10log10[2P{(A-1)/(A+1)}], A = 10(Er/10), P = 10(Pf/10)  
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LR XENPAK Module Specifications  
Table 76: Transmitter  
Parameter  
Minimum  
-8.2 dBm  
1260 nm  
Maximum  
0.5 dBm  
1355 nm  
Average launch power  
Center wavelength  
1310 nm  
Table 77: Receiver  
Parameter  
Minimum  
1260 nm  
Maximum  
0.5 dBm  
1355 nm  
Average receiver power (max)  
Center wavelength  
1310 nm  
Stressed receiver sensitivity in OMA  
-10.3 dBm  
0.093 mW6  
Operating distance  
10 km  
ER XENPAK Module Specifications lists specifications for the ER XENPAK module.  
Table 78: ER XENPAK Module Specifications  
Parameter  
Minimum  
-4.7 dBm  
Maximum  
4.0 dBm  
10.9 dB  
Average launch power  
Optical link budget  
Wavelength range  
1530 nm  
2 m  
1565 nm  
40 km  
Distance range:  
5 dBm attentuation  
Maximum receiver sensitivity in OMA  
-14.1 dBm  
Note  
The launch power (measured using the average power method used by power meters) is  
measured at the factory. The average launch power minimum value is provided as a  
reference, not a pass/fail criterion.  
ZR XENPAK Module Specifications lists specifications for the ZR XENPAK module.  
6
OMA=10log10[2P{(A-1)/(A+1)}], A = 10(Er/10), P = 10(Pf/10)  
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ZR XENPAK Module Specifications  
Table 79: Transmitter  
Parameter  
Minimum  
0 dBm  
Maximum  
4 dBm  
Optical output power  
Center wavelength  
1530 nm  
1565 nm  
Table 80: Receiver  
Parameter  
Minimum  
-22 dBm  
1530 nm  
Maximum  
-7 dBm  
Optical input power  
Operating wavelength  
1565 nm  
Table 81: General  
Parameter  
Minimum  
11 dB  
Maximum  
22 dB  
Optical link loss  
Optical dispersion  
Operating distance  
0 ps/nm  
1600 ps/nm  
80 km  
warning  
To prevent permanent damage to the ZR XENPAK and other equipment: always check the  
optical input power of the receiver before inserting the fiber. The maximum optical input  
power for the receiver is -7 dBm. If you use optical loopback for diagnostics purposes, the  
loopback requires a minimum of 10 dB optical attenuation. The recommended attenuation  
range is 10 dB to 15 dB.  
LX4 XENPAK Module Specifications lists specifications for the LX4 XENPAK module.  
LX4 XENPAK Module Specifications  
Table 82: Transmitter  
Parameter  
Minimum  
Maximum  
+ 5.5 dBm  
- 0.5 dBm  
Average launch power, 4 lanes  
Average launch power, per lane  
Optical modulation amplitude (OMA), per lane:  
SMF  
- 6.25 dBm  
- 6.75 dBm  
- 1.25 dBm  
- 1.25 dBm  
MMF  
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Technical Specifications  
Table 83: Receiver  
Parameter  
Minimum  
Maximum  
+ 5.5 dBm  
- 0.5 dBm  
- 14.45 dBm  
Average receive power, 4 lanes  
Average receive power, per lane  
Receive sensitivity (OMA), per lane  
Table 84: Optical link budget  
Parameter  
Minimum  
Maximum  
Wavelength range  
1269.0 nm  
1293.5 nm  
1318.0 nm  
1342.5 nm  
1282.4 nm  
1306.9 nm  
1331.4 nm  
1355.9 nm  
Table 85: Operating distance range:  
Parameter  
Minimum  
Maximum  
10 km  
SMF  
MMF  
300 m  
LW XENPAK Module Specifications lists specifications for the LW XENPAK module.  
LW XENPAK Module Specifications  
Table 86: Transmitter  
Parameter  
Measurement  
9.95328 GBd  
+/-20 ppm  
1260 to 1355 nm  
0.5 dBm  
Signaling speed (nominal)  
Signaling speed variation from nominal (max)  
Center wavelength (range)  
Average launch power (max)  
Average launch power (min)  
-8.2 dBm  
Table 87: Receiver  
Parameter  
Measurement  
1260 to 1600 nm  
0.5 dBm  
Center wavelength (range)  
Average receive power (max)  
Average receive power (min)  
-14.4 dBm  
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Technical Specifications  
Table 87: Receiver (continued)  
Parameter  
Measurement  
Receive sensitivity (max) in OMA  
Operating distance  
0.055 (-12.6) uW/dBm  
10 Km  
Caution  
The maximum input power (average receive power) should be less than 0.5 dBm)  
CFP2 Specifications  
The following lists the specifications for CFP2 modules.  
There are two CFP2 modules:  
SR10  
LR4  
These modules are Class 1M laser devices.  
CFP2 SR10 Specifications  
Table 88: Transmitter  
Parameter  
Minimum  
-6.5 dBm  
840 nm  
Typical  
Maximum  
4.0 dBm  
860 nm  
Average launch power, each lane  
Center wavelength  
-
-
Table 89: Receiver  
Parameter  
Minimum  
-5.4 dBm  
-9.5 dBm  
840 nm  
Typical  
Maximum  
-
Stressed receiver sensitivity in OMA, each lane  
Average receive power (max), each lane  
Operating wavelength  
-
-
-
2.4 dBm  
860 nm  
Table 90: Operating distance over each fiber type:  
Parameter  
Minimum  
Typical  
Maximum  
OM3 fiber  
OM4 fiber  
100 m  
150 m  
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Technical Specifications  
CFP2 LR4 Specifications  
Table 91: Transmitter  
Parameter  
Minimum  
-1.3 dBm  
1295 nm  
Typical  
Typical  
Maximum  
4.5 dBm  
1310 nm  
Average Output Power in OMA  
Center wavelength  
Table 92: Receiver  
Parameter  
Minimum  
-8.6 dBm  
Maximum  
4.5 dBm  
4.5 dBm  
1310 nm  
Receiver sensitivity in OMA  
Average receive power (max), each lane  
Operating wavelength  
1295 nm  
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