TrangoLINK-45™
Point-to-Point
Wireless Ethernet Bridge
USER MANUAL
June, 2007
Revision 1p3
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Table of Figures
Trango
Chapter 6 Firmware Upgrade Procedure..............................................................................................................39
Firmware File Names .............................................................................................. 39
Firmware Upgrade Password................................................................................... 39
Upgrade Procedure................................................................................................. 39
Example 1 Upgrade main image firmware to 1.0a6.................................................. 39
Appendix A
Using the HTTP Interface.........................................................................................................41
Configuration Screen – Minimum Required Settings to Establish a Wireless Link ......... 45
Appendix B
Specifications............................................................................................................................49
RF Parameters........................................................................................................ 49
Channels of Operation ............................................................................................ 50
Data Parameters..................................................................................................... 52
Regulatory Compliance ........................................................................................... 52
Mechanical............................................................................................................. 53
Environmental ........................................................................................................ 53
Power Parameters .................................................................................................. 53
Power Supply ......................................................................................................... 53
Antennas................................................................................................................ 54
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Preface
Preface
This manual covers the basic configuration and installation of the TrangoLINK-45 Wireless Point to Point Broadband
System, and applies to the following radio part numbers:
P5055M-19-xx
P5055M-23-xx
P5055M-EXT-xx
Radio unit with internal 19 dBi patch antenna array
Radio unit with internal 23 dBi patch antenna array
Radio unit with external RP-SMA antenna connectors
Where “xx” denotes the regulatory configuration of the unit as follows:
US: For use in the USA
IC: For use in Canada
EU: For use in the following EU member and non-member countries:
Austria, Belgium, Cyprus, Czech Republic, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Iceland (Non
Members), Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, Norway (Non Members), Poland, Portugal, Slovak Republic,
Slovenia, Spain, Sweden, Netherlands, United Kingdom, Switzerland (Non Members),Bulgaria, Romania
OE: OEM model for individual certification in other countries
Each radio unit is supplied with the proper mounting hardware, a power adapter, and POE box with LED indicators.
Cables must be supplied by the installer.
Two radio units are required to make a TrangoLINK-45 link. The P5055M-EXT-xx must be used in conjunction with an
approved external antenna (sold separately). Instead of an internal antenna, the P5055M-EXT-xx has two reverse polarity
SMA RF Connectors for the attachment of external antenna cables.
FCC Information
FCC ID: NCYP5055M
The TrangoLINK-45 System is used for point-to-point operation only.
NOTE: The P5055M-EXT-xx requires professional installation due to FCC limits on output power settings when
operating in the UNII band.
This device complies with Part 15 of the FCC Rules and Regulations. Operation is subject to the following two
conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received,
including interference that may cause undesired operation.
This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the
FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential
installation. This equipment generates, uses, and can radiate radio-frequency energy and, if not installed and used in
accordance with these instructions, may cause harmful interference to radio communications. However, there is no
guarantee that interference will not occur in any particular installation. If this equipment does cause harmful interference
to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to
correct the interference by one of more of the following measures:
1) Reorient the antenna.
2) Increase the separation between the affected equipment and the unit.
3) Connect the affected equipment to a power outlet on a different circuit from that which the receiver is connected to.
4) Consult the dealer and/or experienced radio/TV technician for help.
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Preface
Industry Canada InformationIndustry Canada InformationIndustry
Canada Information
WARNING:
Intentional or unintentional changes or modifications must not be made unless under the express consent of the party
responsible for compliance. Any such modifications could void the user’s authority to operate the equipment and will
void the manufacturer’s warranty. To comply with RF exposure requirements, the following antenna installation and
device operating configurations must be satisfied. The antenna for this unit must be fixed and mounted on outdoor
permanent structures with a separation distance of at least two meters from all persons. Furthermore, it must not be co-
located or operating in conjunction with any other antenna or transmitter.
Industry Canada Information
IC: 2945A-P5055M
Information for P5055M-EXT-IC
This device has been designed to operate with the antennas listed below, and having a maximum gain of 34 dBi.
Antennas not included in this list or having a gain greater than 34 dBi are strictly prohibited for use with this
device. The required antenna impedance is 50 ohms.
Approved Antennas:
Radiowaves model : SPD4-5.2
Radiowaves model : SPD3-5.2
Radiowaves model : SPD2-5.2
Radiowaves model : SPD1-5.2
To reduce potential radio interference to other users, the antenna type and its gain should be so chosen that the
equivalent isotropically radiated power (e.i.r.p.) is not more than that permitted for successful communication.
Warranty Information
Radios from Trango Broadband Wireless are warranted for one year from date of purchase. Please see
www.trangobroadband.com for a complete description of warranty coverage and limitations.
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Preface
Europe InformationEurope InformationEurope Information
Europe Information
We, Trango Systems, Inc.,
15070 Avenue of Science
Ste 200
San Diego, California, 92128 USA
Tel +1 858 653 3900
Fax +1 858 621 2725
Hereby declare that the product(s) listed below,
Product Name: Wireless Ethernet point to point radio with 19 dBi antenna
Model No: P5055M-19-EU
Product Name: Wireless Ethernet point to point radio with 23 dBi antenna
Model No: P5055M-23-EU
Product Name: Wireless Ethernet point to point radio with connectors
Model No: P5055M-EXT-EU
To which this declaration relates, are in conformity with the following standards and/or other normative documents:
EN 301 893 v1.3.1 (2005-08)
EN 301 489-17 v1.2.1 (2002-08)
EN 60950-1/IEC 60950-1:2001 First Edition
EN 50385: 2002
We hereby declare that all essential radio test suites have been carried out and that the above named products are in
conformity with all the essential requirements of Directive 1999/5/EC.
The conformity assessment procedure referred to in Article 10(5) and detailed in Annex IV of Directive 1999/5/EC
has been followed with the involvement of the following Notified Body:
Compliance Certification Services (ID#0984)
47173 Benicia St.
Fremont, CA 94538 USA
The –EU models will have the following label attached to them on the back of the individual radio unit and on the
packing box:
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Preface
Europe InformationEurope InformationEurope Information
Contact Information
Corporate Headquarters
Trango Broadband Wireless, a division of Trango Systems, Inc.
15070 Avenue of Science Suite 200
San Diego, CA 92128 USA
Web Sites
Sales Inquiries
email: [email protected]
Telephone: 1-858-653-3900
Technical Support
email: [email protected]
Telephone: 1-858-653-3900
Firmware Update Notices Mailing List
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Overview
DFS
Chapter 1 Overview
The TrangoLINK-45 is a point-to-point (PtP) wireless Ethernet transmission system which provides network
connectivity at speeds up to 45 Mbps depending on the transmission distance and noise floor. The TrangoLINK-45
utilizes OFDM technology and is designed for use in long range backhaul and wide area data networking applications.
Users are required to simply specify one P5055M unit type as master unit (MU) and one unit as remote unit (RU) to
establish a link. Each unit utilizes power-over-Ethernet (PoE) and is designed for outdoor environments. The cable
entry point can accommodate both Shielded twisted pair Cat5 (STP) and unshielded twisted pair Cat5 (UTP), with the
addition of conduit for tower mounting.
DFS
One of the key features of the TrangoLINK-45 is that it has Dynamic Frequency Selection (DFS) which allows it to be
operated in the 5.25 to 5.35 GHz and 5.47 to 5.7 GHz frequency ranges depending upon the regulatory requirements.
When operating in these frequencies ranges the MU will monitor the channel for radar transmissions and switch to a new
channel automatically if radar is detected. The RU will switch to the new channel as well and the link will be
automatically reconnected, typically in about 1 minute.
Each radio unit has a different threshold for detecting radar that corresponds to the radio’s antenna gain. For the
P5055M-19-xx models, the threshold is –46 dBm. Any radar signal arriving at the antenna on the operating channel that
has an amplitude greater than –46 dBm will cause the MU and it’s associated RU to switch to a randomly selected
channel that is tagged as a DFS channel in the channel table. For the P5055M-23-xx units, the threshold is is –42 dBm,
and for the P5055M-EXT-xx units the threshold is –37 dBm.
IMPORTANT NOTE: When operating in the DFS frequencies, the radio units will use automatic transmit power
control (ATPC) to maintain the RSSI at a level of approximately –62 dBm. For very short link distances it may not be
possible for the transmit power to be reduced below the Radar detection threshold and the radio may not be able to
establish a reliable link. Trango recommends that careful link budget planning be done to ensure that this
condition does not exist.
OFDM
The TrangoLINK-45 platform utilizes Orthogonal Frequency Division Duplex (OFDM) processing which offers link
stability and performance in the presence of multipath interference.
Adaptive Modulation
One of the key advantages of the TrangoLINK-45 series radio platform is utilization of multiple modulation schemes
including the following:
•
•
•
•
Binary Phase Shift Keying (BPSK)
Quadrature Phase Shift Keying (QPSK)
16 Quadrature Amplitude Modulation (16QAM)
64 Quadrature Amplitude Modulation (64QAM)
The TrangoLINK-45 system allows individual selection of the upstream and downstream modulation schemes. The
modulation schemes can be adjusted manually or automatically (automatic rate shifting) for changing propagation and
interference conditions. The higher order modulation schemes (64QAM) are typically deployed at reduced ranges while
lower order modulation schemes (BPSK) are implemented at long distances.
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Overview
ARQ
ARQ
Another key advantage of the TrangoLINK-45 platform is its Automatic Repeat Request (ARQ) transmission correction
scheme. The ARQ algorithm detects packet loss due to fading and interference conditions and requests the remote radio
to re-transmit specific packets.
Dual Polarity Antenna
TrangoLINK-45 radios feature built-in dual polarity antenna functionality. Users may select either horizontal or
vertical antenna polarity through the unit’s software. The feature of selecting antenna polarity provides greater spectral
flexibility and ability to mitigate interference.
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Overview
Range vs. Throughput
Range vs. Throughput
The following table shows approximate maximum ranges (at recommended fade margins) achievable with the
TrangoLINK-45 system using various antenna configurations. Longer ranges are achievable, but will result in lower fade
margins. To estimate theoretical throughput and fade margin for any distance, download the link budget / fade margin
ISM (5725 MHz to 5875 MHz) Line-of-Sight Range & Throughput
Antenna
5 miles
20 miles
30 miles
Integrated 23 dBi
15” Flat Panel
45 Mbps
(10 db fade margin)
11 Mbps
(14 db fade margin)
6 Mbps
(17 db fade margin)
External 27 dBi
2’ Dish
45 Mbps
(18 db fade margin)
20 Mbps
(18 db fade margin)
10 Mbps
(20 db fade margin)
External 30 dBi
3’ Dish
45 Mbps
(24 db fade margin)
26 Mbps
(20 db fade margin)
18 Mbps
(22 db fade margin)
External 34 dBi
4’ Dish
45 Mbps
(30 db fade margin)
32 Mbps
(20 db fade margin)
30 Mbps
(15 db fade margin)
U-NII (5470 MHz to 5725 MHz & 5250 MHz to 5350 MHz) Line-of-Sight Range & Throughput
Antenna
6 miles
10 miles
15 miles
Integrated 23 dBi
15” Flat Panel
20 Mbps
(10 db fade margin)
11Mbps
(12 db fade margin)
6Mbps
(9 db fade margin)
External 27 dBi
2’ Dish
31 Mbps
(11 db fade margin)
20 Mbps
(10 db fade margin)
11Mbps
(12 db fade margin)
External 30 dBi
3’ Dish
31 Mbps
(14 db fade margin)
20 Mbps
(13 db fade margin)
16Mbps
(12 db fade margin)
External 34 dBi
4’ Dish
45 Mbps
(10 db fade margin)
30 Mbps
(13 db fade margin)
20Mbps
(14 db fade margin)
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Overview
System Contents
System Contents
The TrangoLINK-45 system is available in two versions:
TrangoLINK-45-19-xx
TrangoLINK-45-23-xx
TrangoLINK-45-EXT-xx
-
-
-
Radios with integrated 19 dBi antennas (part numbers P5055M-19-xx)
Radios with integrated 23 dBi antennas (part numbers P5055M-23-xx)
Connectorized radios (part numbers P5055M-EXT-xx)
Each TrangoLINK-45 kit consists of two radios, two power-over-Ethernet (PoE) injectors, two AC adapters, port covers,
and mounting hardware. A dual-polarized integrated antenna is located behind the radome of the P5055M-19-xx and
P5055M–23-xx units.
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Overview
Location of Serial Number & MAC Address
Location of Serial Number & MAC Address
The serial number and MAC address label can be found on the back of each radio. The serial number and MAC address
is also provided within the system information (sysinfo) screen.
Trango Broadband Wireless
P5055M- 23-US
S/N: 000001420
Rev. A
MAC: 00 01 DE 00 02 F2
FCC ID: NCYP5055M
Canada: 2945AP5055M
THIS DEVICE COMPLIES WITH PART 15 OF THE FCC RULES: OPERATION IS
SUBJECT TO THE FOLLOWING CONDITIONS: (1) THIS DEVICE MAY NOT
CAUSE HARMFUL INTERFERANCE, AND (2) THIS DEVICE MUST ACCEPT
ANY INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION.
P5055M-23-US
Trango Broadband Wireless
P5055M- EXT-US
S/N: 000001421
Rev. A
MAC: 00 01 DE 00 02 F3
FCC ID: NCYP5055M
Canada: 2945AP5055M
THIS DEVICE COMPLIES WITH PART 15 OF THE FCC RULES: OPERATION IS
SUBJECT TO THE FOLLOWING CONDITIONS: (1) THIS DEVICE MAY NOT
CAUSE HARMFUL INTERFERANCE, AND (2) THIS DEVICE MUST ACCEPT
ANY INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION.
P5055M-EXT-US
Location of RJ-45/LED Port & IP Reset Button
The RJ-45 connector, diagnostic LEDs, and reset button are located at the bottom of the radio. Functionality of the
LEDs is described later in this text. The IP reset button resets IP configuration and password back to factory default.
The reset button does not reset any other parameters other than IP configuration and password. Typically a user would
only press the reset button when the IP configuration or password in unknown. Reset button must be held down for
approximately 10 seconds.
IP Reset Button
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Getting Started
Connections and Power
Chapter 2 Getting Started
It is always a good idea to first provision and test the radios on the bench before deploying them in the field. This is a
particularly useful exercise for the novice user.
Connections and Power
•
Connect a Cat-5 (straight through) Ethernet cable (we recommend shielded twisted pair) between the ODU (out
door unit) port of the J-box and the RJ-45 connector on the radio. Note that this cable will carry power-over-
Ethernet (PoE).
•
If connecting to a COMPUTER, use a Cross-Over Ethernet cable from the NET port of the J-box to the
computer’s Ethernet port.
If connecting to a HUB, SWITCH, or ROUTER, use a Straight-Thru cable.
Plug the AC adapter into an AC outlet.
•
Both green LEDs on the J-box should be lit, indicating power is present at the Power-over-Ethernet box as well as at the
radio.
You are now ready to configure the radio via the Ethernet port. After reboot, the Radio Power LED may take several
seconds before lighting. The radio requires approximately 45 seconds to boot.
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Getting Started
Configuration Tools
Configuration Tools
P5055M radios can be configured using either the Command Line Interface (CLI), or the Web Browser (HTTP)
interface. The CLI method provides slightly more functionality.
This text covers configuration through the CLI. For HTTP configuration please see Appendix A.
Telnet
Open a command prompt (DOS) session on your PC. Open a Telnet session by typing:
telnet <ip address of radio>
Example:
C:>telnet 192.168.100.100
ꢀ Note: All Trango radios are pre-configured at the factory with a default IP address of 192.168.100.100.
You will be greeted with current hardware and firmware information and prompted for a password. Type in the
password and press enter. The factory default read/write password is trango.
Welcome to Trango Broadband Wireless, TrangoLINK-45 DFS PtP-P5055M
2p0r1D07061104
Password:
Login as read/write.
#>
ꢀ Note: Type help for a listing of all CLI commands. Type help [<command>], for the syntax of a particular
command.
ꢀ Note: If you cannot access the radio management functions via the Ethernet port, check all cable connections and
ensure that your PC is set up with a properly routable subnet.
Changing Password
Three types of passwords are used in the TrangoLINK-45 system:
rw
ro
read write password. User can view and update all system parameters
read only password. User can view system information only
Upgrade
Firmware upgrade password. This password must be included in the file name of the main
image and web browser firmware files during the TFTP upload process.
Use the password <ro|rw|upgrade>command to change the various passwords.
Examples:
#> password rw
New Password (4 to 16 characters): *******
Confirm Password: *******
Success.
#> password ro
New Password (4 to 16 characters): ******
Confirm Password: ******
Success.
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Getting Started
Troubleshooting Ethernet Connections
Troubleshooting Ethernet Connections
If you cannot telnet into the radio or open an HTTP browser session, check your cable connections to ensure proper use
of cross-over vs. straight-through cable, and ensure your PC’s subnet is routable to the radio’s IP address.
System Information (sysinfo) Page
To display system configuration and status information type the command sysinfo.
The sysinfo screen is divided into 7 sections (0 –7)
Section
Description
Hardware/Firmware versions & system uptime (since reboot)
0
1
2
3
4
Mac, serial number, and IP configuration information
Opmode, RF info, speed, and peer connection status
RF channel table
Area code information denotes which channels and power limits are available based on region
code of the radio. Area code is set by the factory and can not be altered by the user.
ARQ status, encryption, Auto-rate shift, remarks, and LED RSSI function
Ethernet TX/RX statistics.
5
6
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Getting Started
System Information (sysinfo) Page
Sysinfo Example:
#> sysinfo
********************************* 0 *********************************
[Model] P5055M
[Area Code] 0
[Unit Type] RU
[Hardware Version] 5055
[Firmware Version] 2p0r1D07061104
[System Up Time] 7 day(s) 03:58:16
********************************* 1 *********************************
[MAC] 00 01 DE 61 59 F7
[S/N] 6380023
[IP] 10.8.2.149 [Subnet Mask] 255.255.255.224 [Gateway] 10.8.2.129
********************************* 2 *********************************
[Radio Temp] 34 C [PoE Voltage] 14.2 V
[Opmode] on [Default Opmode] on
[Active Channel] 22 h [Freq] 5840 MHz
[Speed] 6 Mbps [Tx Power] 0 dBm [Power Range] -10..22 dBm
[Peer ID] DE6159FA [Status] disconnect [RSSI] n/a
[Peer IP Config] n/a
[DFS Status] idle
********************************* 3 *********************************
Channel Table: (MHz, n/a: not available in current area)
[Ch#01] 5265 dfs [Ch#02] 5285 dfs [Ch#03] 5305 dfs [Ch#04] 5325 dfs
[Ch#05] 5500 dfs [Ch#06] 5520 dfs [Ch#07] 5540 dfs [Ch#08] 5560 dfs
[Ch#09] 5580 dfs [Ch#10] 5600 dfs [Ch#11] 5620 dfs [Ch#12] 5640 dfs
[Ch#13] 5660 dfs [Ch#14] 5680 dfs [Ch#15] 5700 dfs [Ch#16] 5735
[Ch#17] 5755
[Ch#21] 5835
[Ch#18] 5775
[Ch#22] 5840
[Ch#19] 5795
[Ch#23] 5840
[Ch#20] 5815
[Ch#24] 5840
Default Channel Table:
[Ch#01] 5265 dfs [Ch#02] 5285 dfs [Ch#03] 5305 dfs [Ch#04] 5325 dfs
[Ch#05] 5500 dfs [Ch#06] 5520 dfs [Ch#07] 5540 dfs [Ch#08] 5560 dfs
[Ch#09] 5580 dfs [Ch#10] 5600 dfs [Ch#11] 5620 dfs [Ch#12] 5640 dfs
[Ch#13] 5660 dfs [Ch#14] 5680 dfs [Ch#15] 5700 dfs [Ch#16] 5735
[Ch#17] 5755
[Ch#21] 5835
[Ch#18] 5775
[Ch#22] 5840
[Ch#19] 5795
[Ch#23] 5840
[Ch#20] 5815
[Ch#24] 5840
********************************* 4 *********************************
[Area Code] 0
RF Band #1 (5180..5260 MHz) Disabled
RF Band #2 (5265..5325 MHz) [Power Range] -10..10/10/10/10 dBm
RF Band #3 (5500..5700 MHz) [Power Range] -10..10/10/10/10 dBm
RF Band #4 (5735..5840 MHz) [Power Range] -10..22/21/19/17 dBm
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Getting Started
System Information (sysinfo) Page
********************************* 5 *********************************
[Tx MIR] 50000 Kbps
[ARQ] on
[Encrypt] off [Key] 0011 2233 4455 6677 8899 AABB CCDD EEFF
[Auto Rate Shift] on
[Auto Scan MU] off
[RSSI LED] on
[Remarks] Remarks
********************************* 6 *********************************
[Eth Config] ANEG
[Eth Status] 100 FDX
[Eth In] 35,262,413 bytes 3 Kbps
[Eth Out] 9,201,047 bytes 51 Kbps
[RF In] 0 bytes 0 Kbps
[RF Out] 0 bytes 0 Kbps
[ARQ Retransmission] 0 pkts
Success.
#>
To view only a particular section of the sysinfo screen, type sysinfo followed by the desired section number.
Example:
#> sysinfo 2
********************************* 2 *********************************
[Radio Temp] 34 C [PoE Voltage] 14.2 V
[Opmode] on [Default Opmode] on
[Active Channel] 22 h [Freq] 5840 MHz
[Speed] 6 Mbps [Tx Power] 0 dBm [Power Range] -10..22 dBm
[Peer ID] DE6159FA [Status] disconnect [RSSI] n/a
[Peer IP Config] n/a
[DFS Status] idle
Success.
#>
Each of the parameters within the sysinfo screen is defined below
Section 0
[Model]
Radio Model # (P5055M)
[Unit Type]
User defined Unit Type (MU or RU)
Hardware version set by factory (5010)
Current firmware version loaded in radio
Time since last reboot or power cycle
[Hardware Version]
[Firmware Version]
[System Up Time]
Section 1
[MAC]
MAC address of radio
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Getting Started
System Information (sysinfo) Page
[S/N]
Serial Number of Radio
[IP]
[Subnet Mask]
[Gateway]
User defined IP Address of radio
User entered IP Subnet Mask
User entered IP address of the default router or gateway on the local
Ethernet segment
Section 2
[PoE Voltage]
[Radio Temp]
[Opmode]
[Default Opmode]
[Active Channel]
[Freq]
The voltage the ODU received from the Jbox.
The internal radio temperature in Celsius
Operation mode of the radio: ON = transmitting, OFF= not transmitting
Opmode which the radio defaults to after reboot.
Active RF Channel and Antenna polarization
Frequency of active channel
[Speed]
Modulation Speed (6,12,18,24,36, 54 Mbps)
Transmit Power
Allowable power range for chosen Frequency (dBm)
MAC Address of remote radio
[Tx Power]
[Power Range]
[Peer ID]
[Status]
[RSSI]
[Peer IP Config]
[DFS Status]
Connection status of remote radio (connected or disconnected)
Measured signal strength from remote radio (dBm)
Remote radio’s IP subnet, and default Gateway configuration
The current status of DFS.
Section 3
Channel Table: (MHz, n/a: not available in current area)
[Ch#01] 5265 dfs [Ch#02] 5285 dfs [Ch#03] 5305 dfs [Ch#04] 5325 dfs
[Ch#05] 5500 dfs [Ch#06] 5520 dfs [Ch#07] 5540 dfs [Ch#08] 5560 dfs
[Ch#09] 5580 dfs [Ch#10] 5600 dfs [Ch#11] 5620 dfs [Ch#12] 5640 dfs
[Ch#13] 5660 dfs [Ch#14] 5680 dfs [Ch#15] 5700 dfs [Ch#16] 5735
[Ch#17] 5755
[Ch#21] 5835
[Ch#18] 5775 [Ch#19] 5795
[Ch#22] 5840 [Ch#23] 5840
[Ch#20] 5815
[Ch#24] 5840
Section 4
[Area Code]
Region (country code). Defines allowable frequencies. Area code is set by
the manufacturer and can not be altered by the user.
Disabled
[Power Range] -4..7/7/7/7 dBm
Disabled
RF Band #1 (5180..5240 MHz)
RF Band #2 (5260..5325 MHz)
RF Band #3 (5480..5720 MHz)
RF Band #4 (5735..5835 MHz)
[Power Range] -4..21/19/18/17 dBm
Section 5
[Tx MIR]
Maximum Information Rate (Mbps). User may set Tx MIR in MU and RU
to different values.
[ARQ]
[Encrypt]
Automatic Retransmit Request (On or Off)
Encryption (On or Off)
[Key]
Hexadecimal Encryption Key (must match in MU and RU)
Automatic Rate Shift (adaptive modulation) (On or Off)
Auto Scan MU (RU setting only) (On or Off)
Enable or disable RSSI LEDs on bottom of radio. Disabling RSSI LEDs
improves system performance.
[Auto Rate Shift]
[Auto Scan MU]
[RSSI LED]
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Getting Started
[Remarks]
System Information (sysinfo) Page
User entered remarks up to 256 characters. Field accepts alpha numeric’s
only. Special characters (!@#$%^&*()\?/) require quotations.
Section 6
[Eth Config]
[Eth Status]
[Eth In]
[Eth Tx]
[RF Rx]
Configuration setting of Ethernet port which will also be ANEG
The current status of Ethernet port 100FDX/100HDX/10FDX/10HDX
Counter for Ethernet packets which entered via the Ethernet port
Counter for Ethernet packets which exited via the Ethernet port
Counter for Ethernet packets which entered via the wireless link
Counter for Ethernet packets which exited via the wireless link
Counter for the number of packets retransmitted via ARQ.
[RF Tx]
[ARQ Retransmissions]
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Configuration
Key Concepts
Chapter 3 Configuration
Key Concepts
Prior to configuring the radios it is important to understand several key concepts:
Master Unit (MU)
Remote Unit (RU)
The MU is typically considered the primary radio within the link. For management purposes
it is recommended to install the MU closest to the head-end of the network.
The RU is typically installed at the remote end of the link. The primary distinction between
the MU and RU is that when the radios are not associated, the MU will transmit and the RU
will listen until the wireless link is established.
Peer ID
The Peer ID is defined as the MAC address of the opposite radio. In other words, the Peer ID
of the MU is the RU’s MAC address and the Peer ID of the RU is the MU’s MAC address.
Authentication is controlled by the MAC address of each radio.
Opmode
The radio has two modes of operation:
1) Opmode OFF – The radio is in a state which will not allow the establishment of
a link with another radio. This state is mainly used for administration and pre-
installation site survey
2) Opmode ON – The radio is in a state which allows it to establish a link to
another radio if the proper settings are made. This is the normal “in service”
state of the radio.
Default Opmode
Opmode (on or off) which the radio enters after reboot. Note: if you telnet into a radio
within 30 seconds after reboot, the radio will remain in opmode OFF even if the default
opmode is ON.
Essentials to Establish a Wireless Link
Configuration of the TrangoLINK-45 system is simple and at a minimum requires the following settings:
1. Designate one radio’s unit type (utype) as the Master Unit (MU) and one unit as the Remote Unit (RU).
2. Program Peer ID in each radio.
3. Set MU and RU to same channel and antenna polarization
4. Set default Opmode to “ON” so that radio will automatically enter opmode after reboot.
5. Turn radios Opmode “ON”.
If all of these parameters are met, and if the MU and RU are within range and properly aligned, the wireless link will
automatically establish itself and Ethernet traffic will begin to pass between the radios.
Master Unit Configuration
Start a telnet session with one of the radios. Follow these steps for configuration.
1. Set the Unit Type (utype) to MU in one radio. (default for all radios is RU)
#> utype mu
Success.
#>
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Configuration
Remote Unit Configuration
2. Set the Peer ID with the MAC address of the RU. Only use the last 8 digits of the MAC address.
#> peerid de1B7850
Success.
#>
3. Set channel and polarization. (in this example set the channel to 2 and polarization to H).
#> freq 2 h
Ch# 23 h (5280 MHz)
Success.
4. Set default Opmode to ON.
#> defaultopmode on
Success.
5. Reboot the radio
#> reboot
(NOTE: It is critical to reboot after the utype has been changed before turning Opmode “On”)
After the radio reboots, start another telnet session with the radio and proceed as follows:.
1. Turn Opmode ON.
#> opmode on
Success.
.
Remote Unit Configuration
Configure the RU in the same manner as the MU. Since the default unit type (utype) is RU, you do not need to set this
parameter.
1. Set the Peer ID with the MAC address of the MU. Only use the last 8 digits of the MAC address.
#> peerid de1B7842
Success.
#>
2. Set channel and polarization. (in this example set the channel to 2 and polarization to H).
#> freq 2 h
Ch# 2 h (5280 MHz)
Success.
3. Set default Opmode to “ON.”
#> defaultopmode on
Success.
4. Reboot the radio
#> reboot
(NOTE: It is critical to reboot after the utype has been changed before turning Opmode “On”)
After the radio reboots, start another telnet session with the radio and proceed as follows:.
1. Turn Opmode ON.
#> opmode on
Success.
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Configuration
Establishing a Wireless Link
Establishing a Wireless Link
If the MU and RU are properly configured and in opmode “ON”, the two radios will automatically begin the
authentication process and become connected. To determine if the two radios are connected, type the sysinfo 2
command.
Example:
#> sysinfo 2
********************************* 2 *********************************
[Radio Temp] 34 C [PoE Voltage] 14.2 V
[Opmode] on [Default Opmode] on
[Active Channel] 22 h [Freq] 5840 MHz
[Speed] 6 Mbps [Tx Power] 0 dBm [Power Range] -10..21 dBm
[Peer ID] DE1B784B [Status] connected [RSSI] -75 dBm
[Peer IP Config] 10.254.1.3 255.255.255.248 10.254.1.1
[DFS Status] idle
Success.
#>
The [status] field indicates whether the MU and RU are connected or disconnected. If connected, the MU and RU will
automatically start passing Ethernet traffic over the wireless link.
Changing IP Address
Use the ipconfig command to change the radio’s ip address, subnet mask and gateway.
Syntax: ipconfig [<ip> <subnet> <gateway>]
Example:
#> ipconfig 10.8.2.140 255.255.255.240 10.8.2.129
New configuration: [ip] 10.8.2.140 [subnet mask] 255.255.255.240 [gateway]
10.8.2.129
save and activate ? (y/n) [ATTN] Telnet session will be terminated in 30
seconds.
Success.
#>
LEDs
LEDs are visible on the unit’s PCB between the reset button and the RJ-45 connector. The function of each
LED is described below:
LNK (green)
Green: On solid for an established 10BaseT or 100BaseT Ethernet Link.
SPEED
Green: Solid if 100BaseT, Blinks only if there is activity (TX or RX) on the network when a 100 MBit
connection is established. Off if a 10BaseT connection is established or if there is 10BaseT activity.
RSSI (4 LEDs)
Amber: Four LEDs
In all modes except “Survey”, the unit’s four yellow LEDs indicate the level of RF signal being
received from a VALID MU or RU as appropriate.
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Configuration
RF Link Loopback Test (linktest command)
Yellow LED 1 : Begins blinking when RSSI is greater or equal to –90 dBm. On continuously at –85
dBm. This is the Leftmost LED
Yellow LED 2 : Begins blinking when RSSI is greater or equal to –80 dBm. On continuously at –75
dBm.
Yellow LED 3 : Begins blinking when RSSI is greater or equal to –70 dBm. On continuously at –65
dBm.
Yellow LED 4 : Begins blinking when RSSI is greater or equal to –60 dBm. On continuously at –55
dBm. This is the rightmost LED.
If no VALID MU or RU signal is detected the LEDs will not be on at all.
In addition, these 4 LEDs shall flash ON for 2 seconds, then OFF for 2 seconds to indicate the 'factory
reset' button has been activated and the reset successful.
ASSOCiation LED (green):
The ASSOC led blinks at the following rates:
- Once every second when unit is powered on but opmode is OFF.
- Twice per second while in opmode ON and scanning for an MU or RU.
- Solid after unit is associated with the RU or MU.
RF Link Loopback Test (linktest command)
The linktest command is the primary tool to assess the quality of the link when opmode is on. The linktest command
tests the throughput and packet error rate (PER) on the current channel for each direction at all speeds and reports results.
This command also provides RSSI for both ends of the wireless link. The command can be run from either the MU or
the RU. . The linktest uses FEC but does NOT use ARQ, so all errors on the link are reported. Throughput numbers
represent the absolute maximum bi-directional capacity including the management header (which is not available for
user payload) so actual user throughput measurements will be slightly less.
In running the linktest command the user must specify the modulation speed for each end of the link.
Command format: linktest <loc speed> <peer speed>
Valid modulation speeds are: 6,12,18,24,36,48, and 54 Mbps. Lower speeds will result in fewer dropped packets.
Example:
# linktest 24 24
local tx rate = 24 Mbps
peer tx rate = 24 Mbps
packet size = 1600 bytes
# of packets per period = 1000
# of Cycle = 10
0> [tx] 1000 [rx] 1000 [rssi] -37 peer: [tx] 1000 [rx] 1000 [rssi] -40 -> 22.01 Mbps
1> [tx] 1000 [rx] 1000 [rssi] -37 peer: [tx] 1000 [rx] 1000 [rssi] -40 -> 22.01 Mbps
2> [tx] 1000 [rx] 1000 [rssi] -37 peer: [tx] 1000 [rx] 1000 [rssi] -40 -> 22.01 Mbps
3> [tx] 1000 [rx] 1000 [rssi] -37 peer: [tx] 1000 [rx] 1000 [rssi] -40 -> 22.01 Mbps
4> [tx] 1000 [rx] 1000 [rssi] -37 peer: [tx] 1000 [rx] 1000 [rssi] -40 -> 22.01 Mbps
5> [tx] 1000 [rx] 1000 [rssi] -37 peer: [tx] 1000 [rx] 1000 [rssi] -40 -> 22.01 Mbps
6> [tx] 1000 [rx] 1000 [rssi] -37 peer: [tx] 1000 [rx] 1000 [rssi] -40 -> 22.01 Mbps
7> [tx] 1000 [rx] 1000 [rssi] -37 peer: [tx] 1000 [rx] 1000 [rssi] -40 -> 22.00 Mbps
8> [tx] 1000 [rx] 1000 [rssi] -36 peer: [tx] 1000 [rx] 1000 [rssi] -40 -> 22.01 Mbps
9> [tx] 1000 [rx] 1000 [rssi] -37 peer: [tx] 1000 [rx] 1000 [rssi] -40 -> 22.01 Mbps
--> [tx] 10000 [rx] 10000 [rssi] -36 peer: [tx] 10000 [rx] 10000 [rssi] -40
--> [Local PER] 0.00 % [Peer PER] 0.00 %
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Configuration
RF Link Loopback Test (linktest command)
Success.
#>
In this example the linktest was run at 24 Mbps at each end of the link. The results indicated 10 cycles of 1000 packets
were transmitted and received from each end of the link without error. Actual achievable throughput is measured at 22
Mbps.
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Configuration
Link Speed & Power Settings
Link Speed & Power Settings
Users may change the radio’s over-the-air data rate and conducted output power using the speed and power
commands. Keep in mind that the lower data rates offer higher receiver sensitivity and higher allowable
conducted RF power in the ISM band. The following table shows the relation between speed settings,
modulation scheme, receiver sensitivity, and allowable maximum power settings for each frequency band. The
lowest power setting for all bands is –10 dBm.
- US / IC MODELS*
Speed
Setting
(over-the-air
rate) (Mbps)
Modulation
Scheme
Receiver
Sensitivity
(dB)
Max Power
5.18 to 5.24 GHz
(dBm)
Max Power
5.265- 5.325, 5.5 to 5.7 GHz 5.735 to 5.84
Max Power
(DFS-UNII) (dBm)
GHz (ISM)
(dBm)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
6
BPSK
QPSK
QPSK
-92
-87
-85
-84
-80
-75
-73
NA
NA
NA
NA
NA
NA
NA
+21
+19
+19
+18
+18
+17
+17
12
18
24
36
48
54
16QAM
16QAM
64QAM
64QAM
* NOTE: IC Model does not include the following frequency range 5600-5650MHz
- EU MODELS
Speed
Setting
(over-the-air
rate) (Mbps)
Modulation
Scheme
Receiver
Sensitivity
(dB)
Max Power
5.18 to 5.24 GHz
(ETSI) (dBm)
Max Power
5.26- 5.32, 5.5 to 5.7 GHz
(ETSI) (dBm)
Max Power
5.725 to
5.85 GHz
(dBm)
-92
-87
-85
-84
-80
-75
-73
NA (-EXT) ,+0 (-23), +4(-19)
NA (-EXT) ,+0 (-23), +4(-19)
NA (-EXT) ,+0 (-23), +4(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
6
BPSK
QPSK
QPSK
NA
NA
NA
NA
NA
NA
NA
12
18
24
36
48
54
NA (-EXT) ,+0 (-23), +4(-19)
NA (-EXT) ,+0 (-23), +4(-19)
NA (-EXT) ,+0 (-23), +4(-19)
NA (-EXT) ,+0 (-23), +4(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
16QAM
16QAM
64QAM
64QAM
- OE MODELS
Max Power
Speed
Setting
(over-the-air
rate) (Mbps)
Modulation
Scheme
Receiver
Sensitivity
(dB)
Max Power
5.26- 5.32, 5.5 to 5.7 GHz
(ETSI) (dBm)
Max Power
5.725 to
5.85 GHz
(dBm)
5.18 to 5.24 GHz
(ETSI) (dBm)
-92
-87
-85
-84
-80
-75
-73
+14
+13
+13
+14
+13
+13
6
BPSK
QPSK
QPSK
+21
+19
+19
+18
+18
+17
+17
12
18
24
36
48
54
+12
+12
+11
+11
+12
+12
+11
+11
16QAM
16QAM
64QAM
64QAM
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Configuration
MU Autoscan Feature Description
In this example the user sets the power to 19dBm and the speed to 24 Mbps:
#> power 19
Execution in progress...
.
19 dBm (-4..19)
Success.
#> speed 24
24 Mbps
Success.
#>
MU Autoscan Feature Description
This feature allows the RU to actively search all channels and polarizations for its peer MU in the event of a
disassociation. This feature is useful if the user frequently changes the channel/polarization of the MU . If enabled, the
autoscanmu routine in the RU performs a search for the peer MU by actively scanning all available channels and
polarizations. NOTE: Autoscanning is always active when operating on DFS channels.
Notes regarding the autoscanmu feature:
•
•
•
•
•
•
•
The RU will not activate the autoscan process after first 60 seconds of turning on opmode.
The RU will start the auto scan process If RU loses association for more than 10 seconds,.
The whole process will scan ALL (DFS and non DFS) available frequencies and polarizations in channel tables.
For each frequency, radio will survey both polarizations, H and V. It will record the following information:
association
average RSSI of receiving P5055M packets
After scanning all available frequencies in channel plan, the radio will select the channel based on the strongest
average RSSI for receiving packets.
•
If no channel is selected after completing the cycle, the process will start again.
IMPORTANT NOTE FOR -EU MODELS:
The RF transmit power limits are lower for the lower (5.26 to 5.35 GHz) band than the upper (5.5 to 5.7 GHz
band) by 7 dB.
It is possible that after a radar event occurs on a link operating in the upper band, the MU may choose a channel
in the lower band. The max transmit power will be reduced on both ends of the link by 7 dB. If the link budget
does not support this reduced transmit power, the link may not re-establish or may re-establish at a much lower
speed.
It is recommended that fade margins greater than 10 dB always be used to prevent this.
Example:
#> autoscanmu on
Success.
#>
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Configuration
Automatic Rate Shifting Feature Description
Automatic Rate Shifting Feature Description
With autorateshift feature enabled, the radios will automatically renegotiate the modulation method and speed
speed to maximize wireless link integrity. The link speed will vary depending on two factors: 1) the number of
ARQ errors received, 2)successful processing of special link assessment packets sent in both the current and
next higher speed. The radio will shift to the next higher in speed when no errors are detected. The radio will
shift down in speed if error rate is excessive.
Notes regarding the autorateshift feature:
1. The radio will begin initial speed test when upon association to peer radio. There are 40 steps and around 50
seconds to complete this initial test. The radio will send link assessment packets (3600 byte packets at a rate of
100 packets per second) at the highest speed (54 Mbps). The radio will deliver payload at the speed which is
specified before association. If the assessment packet dropping rate is higher than 10 percent, the speed test will
decrease the speed for assessment packets. If the current payload speed is higher than the speed of assessment
packet, the radio will set the current payload speed to be the same as the assessment packet’s speed. If the
current payload speed is lower than the assessment packet’s speed and more than 500 assessment packets have
been transmitted, the radio will set the payload speed to be the same as assessment packet’s speed.
2. After completion of initial speed test, the radio will set the payload speed to be the same as the final speed of
initial speed test.
3. The radio will check link quality and adjust payload speed periodically.
a. The radio will increase payload speed every 60 seconds, if
i. Speed test which is running at higher speed is successful. –and-
ii. Payload’s ARQ retransmit rate is less than 10 percent.
b. Radio will decrease payload speed every 10 seconds, if
i. Speed test which is running at payload speed is failure. –and-
ii. Payload’s ARQ retransmit rate is higher than 10 percent.
4. Payload speed can be changed manually when auto rate shift is on. But the speed setting will not be sustained.
Example:
#> autorateshift on
Success.
#>
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Configuration
Encryption Feature Description
Encryption Feature Description
The TrangoLINK-45 system offers 128 bit proprietary encryption which may be turned on or off by the user.
The HEX encryption key must be set in both the MU and RU. Users can expect faster payload speeds with
encryption turned off as compared to with encryption turned on.
Example:
#> encrypt on
Success.
#> encrypt key 1111 2222 3333 4444 5555 6666 7777 8888
argc = 10
Success.
#>
MIR Feature Description
Maximum Information rate is configurable on both the MU and RU. The MIR function is performed on the
transmit side only and is based on a one second timing interval. During each one second timing interval, the
total bits transferred is compared to the MIR limit configured by the user. When the limit is exceeded, no more
data is sent and the packets in the queue will be dropped. This function is useful for reserving more bandwidth
in one direction than the other. If left wide open, the system will respond to bandwidth demand as needed,
allowing the full bandwidth of the channel to be used by either direction.
Example:
#> mir 10000
Success.
#>
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Configuration
Command Reference Listing
Command Reference Listing
The complete command set reference is provided below. You can also view a complete listing of all CLI commands by
typing help.
Command Syntax
antenna [h|v]
Description
Set or display antenna setting. H=Horizontal polarity, V=vertical
polarity.
arq [on|off]
Enable or disable Auto Retransmit Request (ARQ). With ARQ
enabled, the TrangoLINK-45 system will retransmit packets which
are detected as missing or corrupted. Default setting=ON.
Enable or disable automatic rate shift feature. With autorateshift
enabled, the radios will automatically renegotiate speed setting to
maximize wireless link integrity. Default setting=OFF.
autorateshift [on|off]
Notes:
•
Radio will start to perform diagnostic speed test
approximately 50 seconds after association.
Radio will set new speed after finishing speed test.
Radio will check link quality for increasing speed every 60
seconds.
•
•
•
•
•
•
•
Radio will check link quality for decreasing speed every 10
seconds.
Link quality is based on ARQ retransmit statistics and speed
assessment packets.
Radio’s speed can be changed manually when auto rate shift
is on, however the speed will not be sustained.
If auto rate shift is turned on after association, the radio will
not perform speed test.
If auto rate shift is turned off after associated, radio will not
perform regular link quality assessment.
autoscanmu [on|off]
Enable or disable auto scan MU (RU only). Default setting=OFF .
When autoscanmu is turned on, the RU will automatically scan all
channels and polarizations searching for its peer MU. Once the RU
detects the MU it will stop scanning and lock onto the channel of the
MU. The autoscan feature is useful in cases where the user changes
the channel at the MU because the RU will automatically search for
the new channel of the MU. Note: auto-scanning may take as long
as 5 minutes.
Notes:
•
•
•
•
RU will not perform auto scan during the first 60 sec after
opmode is turned on.
RU will initiate auto scan cycle after losing sync for 10
seconds.
RU will scan all “available channels” and antenna
polarizations.
After finishing scan cycle, RU will pick the best channel
and antenna by a) has sync and b) has highest packet rssi.
Afterwards RU will change to that channel with max power.
If no channel is selected after finishing scan cycle, RU will
initiate auto scan cycle again after 10 seconds.
•
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Configuration
Command Reference Listing
defaultopmode [on|off]
Set or display default opmode. Radio must be set to opmode ON to
establish wireless link.
Default setting=OFF
encrypt [on|off]
Enable or disable proprietary 128 bit tx encryption.
Default setting=OFF
encrypt key <key>
Change encryption key (128 bits)
<key> = xxxx xxxx xxxx xxxx xxxx xxxx xxxx xxxx
Exit telnet session
exit
freq [<ch#> <antenna>]
freq writechannel <ch#> <freq>…
freq writechannel default
help [<command>]
Set or display channel and antenna selection.
Modify channel table, up to 6 channels at a time.
Restore factory default channel table.
Display command usage and syntax.
Change ip configuration.
ipconfig [<ip> <subnet> <gateway>]
<ip> = ip address
<subnet> = subnet mask
<gateway> = gateway ip address
linktest <local tx rate> <peer tx rate>
[<pkt size> [<# of pkt> [<# of
cycle>]]]
RF link loopback test .
This is the primary loopback test utility for evaluating over-the-air
link quality. Provides link reliability information and dropped packet
statistics. Standard linktest transmits 1600 byte packets, 1000
packets per second for 10 cycles. User can specify packet size,
quantity of packets, number of cycles
<tx rate> = 6,12,18,24,36,48,54 Mbps
mir [<kbps>]
Set or display tx maximum information rate (MIR). MU and RU
can be set with different mir for asymmetric upload and
download.
<kbps> = 100..50000
opmode [on|off]
Set or display operation mode (on or off)
password <ro|rw|upgrade>
Change password.
<ro> = for read-only
<rw> = for read-write
<upgrade> = for upgrading firmware
peerid [<peer device id>]
power [<dBm>]
Set or display peer device id.
Set or display tx power..
<dBm> is limited by area (ref: “sysinfo 4”)
reboot
Reboot unit.
remarks
reset
rssi
rssiled [on|off]
speed [<tx rate>]
Enter user remarks up to 80 characters.
Restore all factory defaults except ipconfig and passwords.
Display RF relative signal strength indication (rssi) from peer radio.
Enable or disable rssi LED update.
Set or display tx rate
<tx rate> = 6,12,18,24,36,48,54 Mbps
survey [<sec>]
Display noise floor for current channel .
<sec> = period 10..3600
default = 10
survey <sec> all
survey <sec> [<ch#> [..]]
sysinfo
Display noise floor for all available channels.
Display noise floor for selected channels.
Display all system information.
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Configuration
Command Reference Listing
sysinfo [[<part #> [<part #> [..]]]]
Display system information and status
<part #> = 0..6
part 0: up time and version information
part 1: MAC address and IP configuration
part 2: RF link status
part 3: channel table
part 4: region code and power limitations
part 5: switch settings and remarks
part 6: statistics
syslog
Display system log.
tftpd [on|off]
utype [mu|ru]
Enable or disable tftpd (used for firmware upgrades).
Set or display unit type.
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Deployment & Installation
Site Selection
Chapter 4 Deployment & Installation
Once you are familiar with the basic operation of the radios you are ready for deployment in the field. The deployment process
consists of the following steps:
•
•
•
•
•
Site Selection
Site survey at MU and RU sites
MU installation
RU installation and antenna alignment
Link test
Site Selection
Proper site selection for your MU will help ensure a successful deployment. Site selection will depend on a wide variety of
factors, but from the radio’s performance standpoint, please consider the following:
•
Path from MU to RU should provide unobstructed line-of-sight (LOS), thus it is advisable to place MU as high as
possible on a tall building or tower.
•
•
•
Ethernet cable limit is 100 meters from Ethernet device (router, switch) to radio.
Radios should never be deployed without proper grounding.
Consider nearby sources of interference that could degrade the performance of the radio. Mount radios as far from
sources of interference as possible.
Site survey
The radios provide an on-board site survey tool which measure the average and peak noise levels on any given channel.
To use the survey tool, the radio must be in Opmode “OFF.” The survey can be performed for any specified amount of
time (in seconds), and for specific channels or for all channel/antenna polarization combinations.
Prior to performing the site survey, place the radio in the installation spot, and aim the radio in the desired direction.
The survey command will display the average and peak noise floor for each channel as well as average and peak RSSI
received during the same period for 802.11 packets.
Users may run any of the following variations of the survey command:
survey
display noise floor for current channel based on 10 second scan.
display noise floor for current channel for period <sec> 10..3600 seconds
display noise floor for all available channels where <sec> = period per channel
display noise floor for selected channels (max 4) where <sec> = period per channel
<ch#> = channel number
survey [<sec>]
survey <sec> all
survey <sec> [<ch#> [..]]
Example:
#> survey 10 all
Press 'q' to stop.
noise floor (peak/avg dBm) rssi by pkt (peak/avg dBm)
Ch 1 h 5265 : -97 / -98
Ch 1 v : -97 / -98
Ch 2 h 5285 : -97 / -98
Ch 2 v : -97 / -98
Ch 3 h 5305 : -97 / -98
Ch 3 v : -97 / -98
Ch 4 h 5325 : -98 / -98
Ch 4 v : -97 / -98
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
Ch 5 h 5500 : -98 / -98
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Deployment & Installation
Channel Planning
Ch 5 v
Ch 6 h 5520 : -98 / -98
: -98 / -98
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
n/a / n/a
Ch 6 v
Ch 7 h 5540 : -98 / -98
Ch 7 v : -98 / -98
Ch 8 h 5560 : -98 / -98
Ch 8 v : -98 / -98
Ch 9 h 5580 : -98 / -98
Ch 9 v : -98 / -98
Ch 10 h 5600 : -98 / -98
Ch 10 v : -98 / -98
Ch 11 h 5620 : -98 / -98
Ch 11 v : -98 / -98
Ch 12 h 5640 : -98 / -98
Ch 12 v : -98 / -98
Ch 13 h 5660 : -98 / -98
Ch 13 v : -98 / -98
Ch 14 h 5680 : -98 / -98
Ch 14 v : -98 / -98
Ch 15 h 5700 : -98 / -98
Ch 15 v : -98 / -98
Ch 16 h 5735 : -63 / -98
Ch 16 v : -71 / -98
Ch 17 h 5755 : -91 / -98
Ch 17 v : -98 / -98
Ch 18 h 5775 : -98 / -98
Ch 18 v : -98 / -98
Ch 19 h 5795 : -98 / -98
Ch 19 v : -98 / -98
Ch 20 h 5815 : -98 / -98
Ch 20 v : -98 / -98
Ch 21 h 5835 : -98 / -98
Ch 21 v : -98 / -98
Ch 22 h 5840 : -98 / -98
Ch 22 v : -98 / -98
Ch 23 h 5840 : -98 / -98
Ch 23 v : -98 / -98
Ch 24 h 5840 : -98 / -98
: -98 / -98
Ch 24 v
Success.
#>
: -98 / -98
Channel Planning
Based on the results of the site survey at each end of the link, choose a channel which offers the lowest noise floor. In order to
reliably operate in the higher speed modes, clean spectrum is essential.
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Deployment & Installation
RSSI Command and Antenna Alignment
RSSI Command and Antenna Alignment
Once the site survey is completed, you are ready to install your radios. Typically it is best to install the MU first. To
properly align the radios, use the built-in RSSI tool to achieve maximum signal strength.
1. Ensure MU and RU are in Opmode “ON.”
2. Connect to the RU.
3. Login and type the command rssi. As you read the RSSI, move the antenna in
the horizontal and vertical planes until the maximum RSSI reading is achieved
4. If it is not possible to receive an adequate RSSI reading, it may be necessary to
reorient the MU (up/down, left/right), to increase the output power of the MU, or
to move the RU to a location with better line-of-sight conditions to the MU.
5. Once you are satisfied with the RSSI reading, tighten down the RU in the
optimum position.
Example:
#> rssi
Press any key to stop.
0> MU -75 dB
1> MU -75 dB
2> MU -73 dB
3> MU -72 dB
4> MU -70 dB
5> MU -70 dB
6> MU -69 dB
7> MU -70 dB
8> MU -70 dB
9> MU -67 dB
10> MU -67 dB
Success.
RU -75 dB
RU -75 dB
RU -73 dB
RU -71 dB
RU -70 dB
RU -69 dB
RU -70 dB
RU -70 dB
RU -70 dB
RU -68 dB
RU -67 dB
Connected
Connected
Connected
Connected
Connected
Connected
Connected
Connected
Connected
Connected
Connected
Users can also view the RSSI LEDs on the bottom of the radio. See the configuration section of this manual for more
information.
Setting Maximum RF Power for Legal Operation in the U-NII Bands (-EXT only)
Due to FCC restrictions the professional installer must manually set the maximum power for the 5.25 to 5.35 GHz
and 5.47 to 5.725 GHz U-NII bands based upon which external antenna antenna is being used.
In all cases, EIRP cannot exceed +28 dBm. Antenna Gain + Radio Max Power Setting = 28 - Antenna gain + cable loss.
As an example, if the radio is being installed with a 34 dBi antenna with a 1 dB loss cable, then the radio max U-NII
power must be fixed to –5 dBm. The following chart provides additional details.
Antenna Gain Maximum Allowed
–cable loss
U-NII Tx Power
26
30
33
+2 dBm
0 dBm
-5 dBm
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Deployment & Installation
Mounting Hardware
Port Plug and Port Plate (Hardware)
Prior to deployment, insert the silicone port plug around the Cat-5 Cable and insert into the radio’s port opening. Next,
screw the port plate over the silicone plug as shown in the photographs below.
Mounting Hardware
Radios are supplied with mounting hardware for pole installations. See diagram below for proper use of the mounting
hardware.
8.50 MAX
10.00°
UPTILT
25.00°
DOWNTILT
Mounting Hardware Assembly for Integrated Antenna P5055-23-xx
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Deployment & Installation
Connecting External Antenna on EXT Model
Mounting Hardware Assembly for P5055M-EXT-xx
Connecting External Antenna on EXT Model
The P5055-EXT-xx is equipped with two reverse-polarity SMA connectors on the top for attachment to an external
antenna. Each SMA connector is labeled with either “V” for Vertical or “H” for Horizontal polarization. Connect each
cable to the appropriate “H” and “V” ports on both the antenna and the radio.
Weatherizing
It is important to properly seal each antenna connection to protect against moisture and corrosion. Each TrangoLINK-45 radio
is shipped with a packet of Coax-Seal connector sealant which should be applied over each of the SMA connectors. Coax-
Seal is a gum-like tape which is applied by wrapping around the connector and then compressed/molded to form a single
cohesive protective covering over the connector.
NOTE: IT IS IMPORTANT THAT THE COAXSEAL IS OVERLAPPING THE CASE TO PREVENT WATER
FROM COLLECTING IN THE RECESSED AREA OF THE CONNECTOR
To properly apply the Coax-Seal product first wrap the connector/case as shown:
Secondly, compress the Coax-Seal product to mold into a single protective covering:
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Deployment & Installation
Grounding
Grounding
Proper mounting of the radio includes consideration for grounding. Please note that if
the radio is attached to a metal pole that is earth-grounded, no other grounding is
necessary. If the radio is not earth-grounded via the mounting bracket, you must
attach a grounding wire to the grounding stud on the radio as in the adjacent diagram.
Grounding Wire
Cat-5 Cabling Considerations
Shielded twisted pair Cat-5 cable is recommended for all installations. The shield within the Cat-5 cable does not need to be
grounded if the radio itself is grounded. It is important to consider that most Cat-5 cable will deteriorate over time if exposed
to the weather (especially direct sunlight). It is recommended that installers place all Cat-5 cables inside conduit. Plastic
conduit is sufficient. If metal conduit is used, it is not necessary to use shielded Cat-5 cable.
Important! Please note that the silicon strain relief has a small gap when the cable is
installed. This is normal.
!
It is important to provide strain relief and drip loop for STP Cat-5 cables. Do not mount the
radio upside down as water will enter the bottom of the radio and cause permanent damage
!
!
Important! The Power-over-Ethernet injector is not a weatherized device and must be
located either indoors or in a weather-protected cabinet.
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SNMP
SNMP
Chapter 5 SNMP
SNMP
The TrangoLINK-45 supports SNMP (Simple Network Management Protocol). Network management consists of the
following 3 categories: configuration, Link and Association monitoring and Alarms. Besides this proprietary
Management Information Base (MIB) the TrangoLINK-45 also supports a large part of the MIB-II OIDs.
Review the Trango MIB (TRANGO-P5M-MIB.mib) available on our website for the complete listing of all MIB objects
available.
These capabilities allow the system administrator to provide superior service through higher network accessibility and
integrated performance monitoring.
Depending on your Network Node Manager (NNM) it may be necessary to append a “.0” onto the end of each of the
OIDs listed below for proper operation.
Objects for Configuration
1.3.6.1.4.1.5454.1.40.1.1.1
Name
verUnitType
Description
Returns radios unit type
(0 = RU, 1= MU)
1.3.6.1.4.1.5454.1.40.1.8.3
1.3.6.1.4.1.5454.1.40.1.3
1.3.6.1.4.1.5454.1.40.1.4
sysswAutoScanMUSignal
sysDefaultOpmode
Returns value of Auto Scan switch
(0 = off,1 = on)
Returns defaultOpmode setting
(0 = off,1 = on)
Returns current opmode setting
(0 = off,1 = on)
sysCurrentOpmode
1.3.6.1.4.1.5454.1.40.1.5
1.3.6.1.4.1.5454.1.40.1.13.1
1.3.6.1.4.1.5454.1.40.1.13.2
1.3.6.1.4.1.5454.1.40.1.13.3
1.3.6.1.4.1.5454.1.40.1.13.4
1.3.6.1.4.1.5454.1.40.2.1
1.3.6.1.4.1.5454.1.40.2.2
1.3.6.1.4.1.5454.1.40.2.3
1.3.6.1.4.1.5454.1.40.2.4
1.3.6.1.4.1.5454.1.40.2.5
1.3.6.1.4.1.5454.1.40.1.14
sysActivateOpmode
sysipconfigIpAddress
sysipconfigSubnet
sysipconfigDefaultGateway
sysipconfigChange
rfPeerDeviceID
rfActiveChannel
rfActivePolarization
rfSpeed
Turns opmode on
Sets IP address
Sets subnet
Set default gateway
Activates IP address change
Configure PeerID
Displays current channel
Displays current antenna polarization
Displays current Speed setting
Displays current transmit power (dBm)
Display radios remarks
rfTxPower
sysRemarks
Objects for Link and Association Monitoring
1.3.6.1.4.1.5454.1.40.2.12
1.3.6.1.4.1.5454.1.40.2.13
rfRSSI
rfAssociated
Displays RSSI value (dBm)
Displays current association status
(0 = disassociated,1 = associated)
Reboots RU
1.3.6.1.4.1.5454.1.40.3.2
1.3.6.1.4.1.5454.1.40.3.3
ruReboot
ruDistance
Displays current ru distance
Objects for Bandwidth Monitoring
1.3.6.1.4.1.5454.1.40.1.9.1
1.3.6.1.4.1.5454.1.40.1.9.2
1.3.6.1.4.1.5454.1.40.1.9.3
1.3.6.1.4.1.5454.1.40.1.9.4
Objects for Alarm Monitoring
1.3.6.1.4.1.5454.1.40.3.4.1.1
1.3.6.1.4.1.5454.1.40.3.4.1.2
1.3.6.1.4.1.5454.1.40.3.4.2
1.3.6.1.4.1.5454.1.40.3.4.3
systrafficEthInOctets
Displays Ethernet in (bytes)
Displays Ethernet out (bytes)
Displays RF in (bytes)
systrafficEthOutOctets
systrafficRfInOctets
systrafficRfOutOctets
Displays RF out (bytes)
trapTrapDstEntry
trapTrapDstEnabling
trapTrapIpAddress
trapTrapCommStr
Enable/Disable trap
Set destination trap IP
Set trap community string
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Firmware Upgrade Procedure
Firmware File Names
Chapter 6 Firmware Upgrade Procedure
Trango Broadband Wireless will from time to time release firmware upgrades for the TrangoLINK-45 series radios. The
latest released firmware can be downloaded from http://www.trangobroadband.com/support/downloads.htm.
Firmware releases consists of two files: Main image firmware and Web (HTTP interface) firmware.
Firmware File Names
Firmware files are released in the format shown below. This example consists of main image and web firmware versions
2p0r1.
Main Image:
Web
p5055m_main_2p0r1D07061104_Pupgrade
Firmware Version: 2p0r1D07061104
File Size: 2,107,904 bytes
p5055m_web_1p3D07051701_Pupgrade
File Size: 143,872 bytes
Firmware Upgrade Password
The firmware filenames include the upgrade password (the characters after the ‘_P’ in the file name) The default
upgrade password in the TrangoLINK-45 radios is upgrade. Users may change the upgrade password within the radios
using the password upgrade command. Firmware release files from Trango Broadband Wireless will always be names
with the default upgrade password of upgrade. If the user changes the upgrade password in the radio, then the firmware
file name must be changed as well in order to upgrade the radios.
Upgrade Procedure
1. Place firmware files in easily accessible path in your computer.
2. In order to provide the most stable wireless conditions possible during the upgrade process it is recommended to
set the radio speed to the minimum (6 Mbps) in both the MU and RU. Turn autorateshifting off during the
upgrade.
3. Turn on the radio’s tftp daemon
4. From computer’s command prompt, tftp the firmware file into the radio using binary mode.
5. After file is successfully tftp’d to the radio, the radio will automatically reboot itself and load the new firmware
IMPORTANT: DO NOT POWER CYCLE OR INTERUPT THE REBOOT PROCESS IN ANY MANNER.
WAIT AT LEAST THREE MINUTES TO ENSURE AUTOMATIC REBOOT COMPLETION. LOSS OF
POWER DURING THE REBOOT SEQUENCE WILL RESULT IN A CORRUPTED/INCOMPLETE
FIRMWARE LOAD WHICH WILL REQUIRE REFLASHING AT THE FACTORY.
6. Repeat process for other radio
7. Repeat process for web file.
Example 1 Upgrade main image firmware to 1.0a6
FROM RADIO TELNET SESSION
Welcome to Trango Broadband Wireless, TrangoLINK-45 PtP-P5055M 2p0r1D07061104
Password:
Login as read/write.
#> tftpd on
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Firmware Upgrade Procedure
Example 1 Upgrade main image firmware to 1.0a6
Success.
#>
FROM COMPUTER COMMAND PROMPT SESSION
C:\TrangoLINK-45>dir
Volume in drive C is Local Disk
Volume Serial Number is 7802-AAF7
Directory of C:\TrangoLINK-45
06/16/2007 08:29a
06/16/2007 08:29a
06/11/2007 04:31 PM
05/17/2007 05:44 PM
<DIR>
<DIR>
.
..
2,107,904 p5055m_main_2p0r1D07061104_Pupgrade
143,872 p5055m_web_1p3D07051701_Pupgrade
2 File(s)
2,251,776 bytes
2 Dir(s) 20,217,208,832 bytes free
C:\TrangoLINK-45>tftp -i 10.254.1.2 put p5m_ p5055m_main_2p0r1D07061104_Pupgrade
Transfer successful: 1868288 bytes in 9 seconds, 2107904 bytes/s
C:\TrangoLINK-45>
NOTE: AT THIS POINT WAIT THREE MINUTES BEFORE PROCEEDING
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Appendix A
Appendix A Using the HTTP Interface
Open a browser session and type in the IP address of one of the radios. Default IP address is 192.168.100.100.
Leave the User name field blank and enter read write or read only Password. Press OK. Default password is trango.
After logging on, the system information screen will be displayed.
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Appendix A
Navigation links are shown on the left side of the browser screen. Navigable links include:
System Information
Configuration
Site Survey
Link Control
Help
The lower left portion of the screen shows the unit’s current opmode, connection, channel, and antenna status.
The main body of the System Information displays most of the key parameters. To alter these parameters use the
Configuration page.
To log off of the web browser interface, close the browser and the HTTP session will be automatically terminated.
Description of System Information entries. To view this information within the radio, click the Help link.
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Appendix A
Model:
Model number.
Unit Type:
P5055M unit type either MU (master) or RU (remote).
Hardware version is factory-set and can not be changed by user.
Current firmware version loaded in the radio.
Time since radio was last rebooted or powered.
MAC address of the radio.
Hardware Version:
Firmware Version:
System Up Time:
MAC:
IP, Subnet Mask, Gateway:
Opmode:
IP, subnet mask, and gateway of radio
Current operation of the radio.\"On\" indicates transmitting. \"Off\" indicates
not transmitting.
Default Opmode:
Peer ID:
Opmode which radio enters after reboot or power cycle.
User entered MAC address of the peer unit. In the MU, Peer ID is the MAC
address of the RU. In the RU, Peer ID is the MAC address of the MU.
Status:
RSSI:
Status of Remote Unit. Connected (wireless link established) or disconnected
(wireless link not established).
Relative Signal Strength Indicator. Displays signal strength received from the
Remote Unit. 'n/a' indicates Remote Unit is not connected.
Tx MIR:
Transmit Maximum Information Rate to the peer unit.
Channel:
RF Channel
Tx Power:
Channel Table:
Transmit power
Set of channels based on the area code setting. Channels which are lined-
out are not available for use based on area code setting.
Area Code:
Country code – defines set of available channels and maximum power
based on regulatory restrictions. Setting can not be changed by user.
Auto Rate Shift:
Auto Scan MU:
RSSI LED:
Remarks:
Eth In:
See definition in Configuration section
See definition in Configuration section.
See definition in Configuration section.
See definition in Configuration section.
.
Counter for Ethernet packets which entered via the Ethernet port of the radio.
Counter for Ethernet packets which exited via the Ethernet port of the radio.
Counter for Ethernet packets which entered over-the-air into the radio.
Eth Out:
RF In:
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Appendix A
RF Out:
Counter for Ethernet packets which exited over-the-air out the radio.
Configuration Page
IP Address:
The IP address of this radio; used to manage the radio's application layer.
The subnet mask of the radio.
Subnet Mask:
Gateway:
The default gateway of the radio.
Default Opmode:
Operation mode of the radio after power cycle. When Opmode is \"On\" the
radio will attempt to make a wireless connection. When Opmode is \"Off\" the
radio is not transmitting, but can be managed from the wired side. In addition
to setting Default Opmode to \"Off\", Opmode can be set to \"Off\" by
interrupting the radios boot-up cycle in the first 30 seconds after power up
Peer ID:
Switch:
User entered MAC address of the partner unit.
Checked means active
Auto Rate Shifting
When enabled, radio will automatically shift TX rate up or down depending
on link quality.
Autoscan MU
RSSI LED
(RU Only). If this switch is enabled, when not connected to MU, the RU will
automatically automatically scan all available channels and frequencies
Enables and disables RSSI LEDs. Disabling the LEDs provides slight
improvement to radio performance. Typically RSSI LEDs should be enabled
during alignment and disabled during normal operation.
Active Channel/Polarization: The current channel and polarization of the radio when Opmode is \"On\".
Speed:
Power:
Range:
Transmit over-the-air raw data rate.
Transmit RF power setting.
Allowable range of the transmit power based on the current settings of the
active channel and the speed.
Remarks:
A descriptive text field for general use (i.e. the location of the unit). It does
not affect system performance.
MIR:
Set Maximum Information Rate for network traffic.
ARQ: .
Auto Retransmit Request. When enabled, dropped packets are detected at
the receiver and retransmitted by the transmitter.
Encrypt: .
Encryption. Enables and disables proprietary 128 bit over-the-air encryption.
128 Encryption Key. Must match in both MU and RU.
Activates radio's Opmode to "On"-transmitting.
Key: .
Activate Opmode On:
Activate Opmode Off:
Activates radio's Opmode to "Off" not-transmitting.
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Appendix A
Reboot:
Reboot the unit.
Close All Telnet Sessions:
Close all the active telnet sessions.
Configuration Screen
All user configurable parameters can be entered from the Configuration Screen and this is the only screen used to
provision a wireless link between the two radios.
Configuration Screen – Minimum Required Settings to Establish a Wireless Link
To configure a wireless link, user must (at a minimum) enter the following information:
Unit Type:
Set one radio as the MU and one radio as the RU. Click on “Change Unit Type” to save the
setting.
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Appendix A
IP Configuration:
Default Opmode:
Peer ID:
Each radio should be set up with a unique IP address to enable remote management. Click on
“Change IP Config” to save the setting.
Should be “On”. Radio will enter default opmode approximately 30 seconds after complete
reboot cycle. Opmode must be “On” for radios to transmit and wirelessly connect.
Enter the last 8 digits of the peer units MAC address. P5055M radios will only wirelessly
connect to the peer ID with the specified MAC address.
Active Channel:
Select a channel & antenna polarization. Both MU and RU should be set to the same channel
unless RU’s “Auto Scan Master Unit Signal Enable” is enabled. If Auto Scan is enabled, the
RU will automatically scan all channels and polarizations searching for it’s peer MU. Once
the MU is detected, the RU will automatically set its active channel and antenna polarization
to that of the MU.
Click “Save and Activate Settings” to save settings.
If all settings are entered correctly, and if radios are within operating range – the MU and RU will automatically
wirelessly connect and Ethernet traffic will begin to pass across the wireless link.
To verify connection status, refer to the System Information page. The status can be viewed in the left-hand margin
portion of all HTTP screens. Signal strength (RSSI) received from the peer radio is also provided on this screen.
Connection Status
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Appendix A
Site Survey Page
The site survey function measures overall noise floor as well as in-band noise containing data packets. Noise is reported
in terms of average and peak dBm for the period tested. The user specifies duration of the test in minutes as well as the
antenna port. To run a site survey, the radio must be in Opmode OFF.
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Appendix A
Link Control
The Link Control page features the RF Link Loopback / Speed Test. In this test, the user specifies the transmission rate
(in Mbps) in both the local radio and the peer radio as well as the duration time (in minutes) for the test. During the test,
the local radio will transmit packets across the wireless link. The peer radio will retransmit equivalent packets back to
the local radio. The test will measure and report error rate and actual throughput as measured in Mbps. The following
link test was run for 60 seconds with a specified TX rate of 54 Mbps per end.
To run a link loopback test, both radios must be in Opmode ON and status “Connected”
In this example, the error rate was 0 packets from MU to RU and 0 packets from RU to MU. Measured aggregate
bandwidth is 43.39 Mbps.
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Appendix B
Specifications
Appendix B Specifications
RF Parameters
RF Conducted Power and Receiver sensitivity for 1x10-3 Frame error rate with ARQ active:
- US / IC MODELS*
Speed
Setting
(over-the-air
rate) (Mbps)
Modulation
Scheme
Receiver
Sensitivity
(dB)
Max Power
5.18 to 5.24 GHz
(dBm)
Max Power
5.265- 5.325, 5.5 to 5.7 GHz 5.735 to 5.84
Max Power
(DFS-UNII) (dBm)
GHz (ISM)
(dBm)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
+2 (-EXT) ,+6 (-23), +10(-19)
6(5)
BPSK
QPSK
QPSK
-92
-87
-85
-84
-80
-75
-73
NA
NA
NA
NA
NA
NA
NA
+21
+19
+19
+18
+18
+17
+17
12(11)
18(16)
24(20)
36(31)
48(40)
54(45)
16QAM
16QAM
64QAM
64QAM
*Note IC models excludes 5.600-5.650GHz frequency range.
- EU MODELS
Speed
Setting
(over-the-air
rate) (Mbps)
Modulation
Scheme
Receiver
Sensitivity
(dB)
Max Power
5.18 to 5.24 GHz
(ETSI) (dBm)
Max Power
5.26- 5.32, 5.5 to 5.7 GHz
(ETSI) (dBm)
Max Power
5.725 to
5.85 GHz
(dBm)
-92
-87
-85
-84
-80
-75
-73
NA (-EXT) ,+0 (-23), +4(-19)
NA (-EXT) ,+0 (-23), +4(-19)
NA (-EXT) ,+0 (-23), +4(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
6(5)
BPSK
QPSK
QPSK
NA
NA
NA
NA
NA
NA
NA
12(11)
18(16)
24(20)
36(31)
48(40)
54(45)
NA (-EXT) ,+0 (-23), +4(-19)
NA (-EXT) ,+0 (-23), +4(-19)
NA (-EXT) ,+0 (-23), +4(-19)
NA (-EXT) ,+0 (-23), +4(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
+3 (-EXT) ,+7 (-23), +11(-19)
16QAM
16QAM
64QAM
64QAM
- OE MODELS
Max Power
Speed
Setting
(Max Tput)
(Mbps)
Modulation
Scheme
Receiver
Sensitivity
(dB)
Max Power
5.26- 5.32, 5.5 to 5.7 GHz
(ETSI) (dBm)
Max Power
5.725 to
5.85 GHz
(dBm)
5.18 to 5.24 GHz
(ETSI) (dBm)
-92
-87
-85
-84
-80
-75
-73
+14
+13
+13
+14
+13
+13
6(5)
BPSK
QPSK
QPSK
+21
+19
+19
+18
+18
+17
+17
12(11)
18(16)
24(20)
36(31)
48(40)
54(45)
+12
+12
+11
+11
+12
+12
+11
+11
16QAM
16QAM
64QAM
64QAM
NOTE: Numbers in parentheses are actual max user aggregate throughput speeds
Trango Broadband Wireless — TrangoLINK-45
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Appendix B
Specifications
RF Data Rate:
Error Correction:
Modulation:
6, 12, 18, 24, 36, 48, 54 MBPS User selectable
FEC & ARQ
6 MBPS DBPSK OFDM for header, 6-54 MBPS OFDM for payload
Channels of Operation
Storable Channels:
24 memory locations
Center frequency ranges:
(-US models)
Band 1:
NA
Band 2:
Band 3:
Band 4:
5.265 to 5.325 GHz (DFS)
5.500 to 5.700 GHz (DFS)
5.735 to 5.840 GHz
(-IC models)
Band 1:
NA
Band 2:
5.265 to 5.325 GHz (DFS)
Band 3:
Band 4:
5.500 to 5.700 GHz (DFS) excluding 5.600-5.650GHz
5.735 to 5.840 GHz
(-EU models)
Band 1:
Band 2:
Band 3:
Band 4:
5.180 to 5.240 GHz
5.260 to 5.320 GHz (DFS)
5.500 to 5.700 GHz (DFS)
NA
(-OE models)
Band 1:
5.180 to 5.240 GHz
Band 2:
Band 3:
Band 4:
5.260 to 5.320 GHz (DFS)
5.500 to 5.700 GHz (DFS)
5.735 to 5.840 GHz
Tuning resolution:
5 MHz increments
Default Channel assignments:
(-US Models)
Channel 1: 5.265 GHz
Channel 2: 5.285 GHz
Channel 3: 5.305 GHz
Channel 4: 5.325 GHz
Channel 5: 5.500 GHz
Channel 6: 5.520 GHz
Channel 7: 5.540 GHz
Channel 8: 5.560 GHz
Channel 9: 5.580 GHz
Channel 10: 5.600 GHz
Channel 11: 5.620 GHz
Channel 12: 5.640 GHz
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Appendix B
Specifications
Channel 13: 5.660 GHz
Channel 14: 5.680 GHz
Channel 15: 5.700 GHz
Channel 16: 5.735 GHz
Channel 17: 5.755 GHz
Channel 18: 5.775 GHz
Channel 19: 5.795 GHz
Channel 20: 5.815 GHz
Channel 21: 5.835 GHz
Channel 22: 5.840 GHz
Channel 23: 5.840 GHz
Channel 24: 5.840 GHz
(-IC Models)
Channel 1: 5.265 GHz
Channel 2: 5.285 GHz
Channel 3: 5.305 GHz
Channel 4: 5.325 GHz
Channel 5: 5.500 GHz
Channel 6: 5.520 GHz
Channel 7: 5.540 GHz
Channel 8: 5.560 GHz
Channel 9: 5.580 GHz
Channel 10: Disabled
Channel 11: Disabled
Channel 12: Disabled
Channel 13: 5.660 GHz
Channel 14: 5.680 GHz
Channel 15: 5.700 GHz
Channel 16: 5.735 GHz
Channel 17: 5.755 GHz
Channel 18: 5.775 GHz
Channel 19: 5.795 GHz
Channel 20: 5.815 GHz
Channel 21: 5.835 GHz
Channel 22: 5.840 GHz
Channel 23: 5.840 GHz
Channel 24: 5.840 GHz
(-EU Models)
Channel 1: 5.180 GHz
Channel 2: 5.200 GHz
Channel 3: 5.220 GHz
Channel 4: 5.240 GHz
Channel 5: 5.260 GHz
Channel 6: 5.280 GHz
Channel 7: 5.300 GHz
Channel 8: 5.320 GHz
Channel 9: 5.500 GHz
Channel 10: 5.520 GHz
Channel 11: 5.540 GHz
Channel 12: 5.560 GHz
Channel 13: 5.580 GHz
Channel 14: 5.600 GHz
Channel 15: 5.620 GHz
Channel 16: 5.640 GHz
Channel 17: 5.660 GHz
Trango Broadband Wireless — TrangoLINK-45
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Appendix B
Specifications
Channel 18: 5.680 GHz
Channel 19: 5.700 GHz
Channel 20: Disabled
Channel 21: Disabled
Channel 22: Disabled
Channel 23: Disabled
Channel 24: Disabled
(-OE Models)
Channel 1: 5.180 GHz
Channel 2: 5.200 GHz
Channel 3: 5.220 GHz
Channel 4: 5.240 GHz
Channel 5: 5.260 GHz
Channel 6: 5.280 GHz
Channel 7: 5.300 GHz
Channel 8: 5.320 GHz
Channel 9: 5.500 GHz
Channel 10: 5.520 GHz
Channel 11: 5.540 GHz
Channel 12: 5.560 GHz
Channel 13: 5.580 GHz
Channel 14: 5.600 GHz
Channel 15: 5.620 GHz
Channel 16: 5.640 GHz
Channel 17: 5.660 GHz
Channel 18: 5.680 GHz
Channel 19: 5.700 GHz
Channel 20: 5.740 GHz
Channel 21: 5.760 GHz
Channel 22: 5.780GHz
Channel 23: 5.820 GHz
Channel 24: 5.840 GHz
Data Parameters
Format:
10/100 BaseT IEEE 802.3 Ethernet compliant
Ethernet packet: Up to 1518 byte packets
Regulatory Compliance
FCC Standards
FCC 15.109
FCC 15.203 Antenna
FCC 15.207
FCC 15.209
FCC 15.401 through 15.407(2) U-NII Band transmitter –
FCC 15.247 ISM transmitter
ETSI
EN 301-489-17 EMC
EN 301 893 Radio Compliance
EN 60950 Safety
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Appendix B
Specifications
EN 50385
Canada Standards
RSS-210
RSS-102
ICES-003
Mechanical
Material:
Powdercoated Aluminum case/back with UV Stabilized ABS radome
(P5055-19,-23)
Size:
8.5" x 7.75" for P5055M-19-xx
15” x 15” for P5055M-23-xx
5” X 5” for P5055M-EXT –xx
Weight:
P5055M-19-xx: 4 lb
P5055M-23-xx: 7 lb
P5055M-EXT-xx: 4 lb
Mounting:
Custom pole/flat surface mounting with elevation adjustment.
Environmental
Operating Temp:
-40 to 60 deg C
Storage:
-40 to 85 deg C
Humidity:
NEMA Rating:
Shock:
100 % when sealed properly
NEMA 4
Sustain 3 axis drop from 5 feet
Power Parameters
Input Voltage:
Input voltage range at unit is 15 VDC to 24 VDC max. Power is supplied
on Ethernet cable using junction box provided with up to 330 foot 24 AWG
STP cable.
Current Cons.:
Max 600 mA in transmit and receive modes using 24 V standard adapter (12 W) with
short Ethernet cable from Junction box to radio.
Power Supply
Type:
Switch mode wall mount transformer
Safety:
PSE, UL, CUL, GS
EMI:
FCC Class B, VCC-II, CE
Input:
90 – 255 VAC
Plug Type:
Output:
Max current:
Includes 4 plug blades for to allow use in US, Europe, UK and Australia
24 VDC +/- 1 V
1000 mA
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Appendix B
Specifications
Antennas
Integrated 19 dBi Antenna (for P5055M-19-xx)
Frequency range:
4950-5850 MHz
Gain:
19 dBi +/- 1 dB
Front/Back Ratio
E-Plane Beamwidth:
H-Plane Beamwidth:
Polarization:
>30 dB
> 18 degrees typical
> 18 degrees typical
Vertical and Horizontal
Port/Port Isolation:
Cross Pol Rejection:
VSWR:
20 dB typ
20 dB typ
<1.7:1
Package:
Dimensions:
Weight:
Alumininum backplate with plastic radome.
8.5" x 7.75" x 1.25" (216mm x 197mm x 32mm)
2 lbs (.91Kg)
Mounting Provisions:
Azimuth/El Adjust:
Sealing:
Mounting kit supplied for up to 3”diam pole or flat surface
+/-30 degrees
Water tight to 1 meter IEC 529/IP67
-40 deg F to +160 deg F (-40 deg C to +60 deg C)
Temp Range:
Wind speed operational: 100 mph (160 km/hr)
Wind speed survival : 140 mph (220 km/hr)
Integrated 23 dBi Antenna (for P5055M-23-xx)
Frequency range:
Gain:
4950-5850 MHz
23 dBi +/- 1 dB
Front/Back Ratio
E-Plane Beamwidth:
H-Plane Beamwidth:
Polarization:
>35 dB
> 9 degrees typical
> 9 degrees typical
Vertical and Horizontal
Port/Port Isolation:
Cross Pol Rejection:
VSWR:
40 dB typ
25 dB typ
<1.7:1
Package:
Dimensions:
Weight:
Alumininum backplate with plastic radome.
14.6”x 14.6”x 1.58” (371mm x 371mm x 40mm)
5.5 lbs (2.5 kg)
Mounting Provisions:
Azimuth/El Adjust:
Sealing:
Mounting kit supplied for up to 3”diam pole or flat surface
+/-30 degrees
Water tight to 1 meter IEC 529/IP67
-40 deg F to +160 deg F (-40 deg C to +60 deg C)
Temp Range:
Wind speed operational: 100 mph (160 km/hr)
Wind speed survival : 140 mph (220 km/hr)
FCC Certified External Antennas (for P5055M-EXT-xx)
Radiowaves models:
SPD4-5.2, SPD3-5.2, SPD2-5.2, SPD1-5.2
See Radiowaves, Inc. for specifications and details
Trango Broadband Wireless — TrangoLINK-45
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