project proyecto de radio installation report
TRANSCRIPT
Page 1 of 31
Project PROYECTO DE RADIO
PTP LINKPlanner Installation Report
01 May 2013
kilo
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kilometers
center = 07.23274N 072.90890W
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Cambium Networks - PTP LINKPlanner
CERRO ORIENTEMUTISCUA
ALTAR SAN ANTONIO
SAN GIL
SAN PEDRO
BUCARAMANGA
Table of Contents
1. Project Summary 3
2. CERRO ORIENTE to MUTISCUA 6
3. ALTAR SAN ANTONIO to SAN GIL 11
4. SAN GIL to SAN PEDRO 16
5. SAN PEDRO to BUCARAMANGA 21
6. MUTISCUA to ALTAR SAN ANTONIO 26
Disclaimer 31
Page 2 of 31
1. Project Summary
Project: PROYECTO DE RADIO
General Information
Customer Name LUIS NUÑEZ Y LAURA ARAQUE
Company Name UNIPAMPLONA
Address LUIS
Phone 12334567789
Cell Phone 123456789
Email [email protected]
Page 3 of 31
Network Mapki
lom
eter
s
kilometers
center = 07.23274N 072.90890W
0 10.0 20.0 30.0-10.0-20.0-30.0
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-20.0
-30.0
-40.0
Cambium Networks - PTP LINKPlanner
CERRO ORIENTEMUTISCUA
ALTAR SAN ANTONIO
SAN GIL
SAN PEDRO
BUCARAMANGA
Project PROYECTO DE RADIO - 1. Project Summary LINKPlanner version 3.5.3 Installation Report
Page 4 of 31
Link nameProduct Local antenna Remote antenna
Max aggregate IPthroughput (Mbps)
CERRO ORIENTEto MUTISCUA
PTP58500 105Mbps
CambiumNetworksIntegrated DualPolar Antenna
CambiumNetworksIntegrated DualPolar Antenna 82.44
ALTAR SANANTONIO to SANGIL PTP58500 105
Mbps
CambiumNetworksIntegrated DualPolar Antenna
CambiumNetworksIntegrated DualPolar Antenna 82.12
SAN GIL to SANPEDRO
PTP58500 105Mbps
CambiumNetworksIntegrated DualPolar Antenna
CambiumNetworksIntegrated DualPolar Antenna 59.25
SAN PEDRO toBUCARAMANGA
PTP58500 105Mbps
CambiumNetworksIntegrated DualPolar Antenna
CambiumNetworksIntegrated DualPolar Antenna 86.71
MUTISCUA toALTAR SANANTONIO PTP58500 105
Mbps
CambiumNetworksIntegrated DualPolar Antenna
CambiumNetworksIntegrated DualPolar Antenna 59.64
Part Number Qty Description
C058050B0055
PTP 58500 25Mbps Integrated (ETSI/RoW) - Link Complete.Equivalent to WB2857 & WB2859
WB2978 10 LPU End Kit PTP 250/300/500 (2 kits required per Link)
WB3176 5 328 ft (100 m) Reel Outdoor Copper Clad CAT5E (Recommended for PTP)
WB3585 5 PTP 300/500 Series 25 Mbps to 105 Mbps Upgrade Key - Link
Project PROYECTO DE RADIO - 1. Project Summary LINKPlanner version 3.5.3 Installation Report
Page 5 of 31
2. CERRO ORIENTE to MUTISCUA
Summary
Link Name CERRO ORIENTE to MUTISCUA
Customer Company Name UNIPAMPLONA
Link Type No Profile
Equipment Type PTP58500 105 Mbps
Maximum Obstruction 0 meters
Link Distance 9.045 kilometers
Free Space Path Loss 126.84 dB
Excess Path Loss 0.00 dB
User IP Throughput Expectation Aggregate Aggregate 82.44 Mbps assuming PTP-500 Seriesrunning the 500-05-02 software
RF Frequency Band 5.8 GHz (5725 to 5850 MHz)
RF Channel Bandwidth 15 MHz
Path Profile
0.5 1 1.5 2 2.5 3 3.5 4 4.5 5 5.5 6 6.5 7 7.5 8 8.5 9Range on path (kilometers)
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Cambium Networks - PTP LINKPlanner
Link Configuration
Bandwidth 15 MHz
E1/T1 None
Optimization IP
Sync Disabled
Symmetry Symmetric
Dual Payload Enabled
Master CERRO ORIENTE
Page 6 of 31
Link Configuration (continued)
Slave MUTISCUA
Installation Notes for CERRO ORIENTE
Coordinates 07.33367N 072.70073W
Antenna Height 10.0 meters AGL
Antenna Type Cambium Networks Integrated Dual Polar Antenna
Bearing to MUTISCUA 259.52° from True North
Link Name CERRO ORIENTE to MUTISCUA
Link Location CERRO ORIENTE
Telecomms Interface None
Dual Payload Enabled
Master Slave Mode Master
Link Mode Optimization IP Traffic
TDD Synchronization Mode Disabled
Max Transmit Power 10 dBm while aligning10 dBm in normal operation
Platform Variant Integrated Antenna
Channel Bandwidth 15 MHz
Link Symmetry Symmetric
BNC Target Voltage -0.76 to -0.66 Volts
Predicted Receive Power -71 dBm ± 5 dB while aligning
Predicted Link Loss 126.96 dB ± 5.00 dB
Installation Notes for MUTISCUA
Coordinates 07.31878N 072.78128W
Antenna Height 10.0 meters AGL
Antenna Type Cambium Networks Integrated Dual Polar Antenna
Bearing to CERRO ORIENTE 79.51° from True North
Link Name CERRO ORIENTE to MUTISCUA
Link Location MUTISCUA
Telecomms Interface None
Dual Payload Enabled
Master Slave Mode Slave
Link Mode Optimization IP Traffic
TDD Synchronization Mode Disabled
Max Transmit Power 10 dBm while aligning10 dBm in normal operation
Platform Variant Integrated Antenna
Project PROYECTO DE RADIO - 2. CERRO ORIENTE to MUTISCUA LINKPlanner version 3.5.3 Installation Report
Page 7 of 31
Installation Notes for MUTISCUA (continued)
Channel Bandwidth 15 MHz
BNC Target Voltage -0.76 to -0.66 Volts
Predicted Receive Power -71 dBm ± 5 dB while aligning
Predicted Link Loss 126.96 dB ± 5.00 dB
Installation Instruction
Perform the following checks during the installation (Check the deployment guide and the User Guide.)
1. Check with a GPS that you are installing at the correct location.
2. Check carefully the direction to the other end of the link. Either use a corrected compass or use the GPSwaypoint feature about 300 meters from the installation location.
3. When aligning antennas, it is important to find the centre of the main beam. This is done by adjusting theantenna at each end of the link in turn and monitoring the receive level until the peak is found. Once thepeak level is found, it should be checked against the prediced receive power to ensure that the antennashave not been aligned on a side lobe.
4. An hour after disarm check that the mean value for the link loss is as predicted (126.96 dB ± 5.00 dB).Also check that the received power is not greater than -58dBm.
CERRO ORIENTE Performance *
Mean IP Throughput Predicted 41.22 Mbps
Mean IP Throughput Required 5.00 Mbps
Minimum IP Throughput Required 1.00 Mbps
Minimum IP Throughput Availability Predicted 100.0000% (unavailable for 15 secs/year)
MUTISCUA Performance *
Mean IP Throughput Predicted 41.22 Mbps
Mean IP Throughput Required 5.00 Mbps
Minimum IP Throughput Required 1.00 Mbps
Minimum IP Throughput Availability Predicted 100.0000% (unavailable for 15 secs/year)
* Multipath availability calculated using ITU-R
Project PROYECTO DE RADIO - 2. CERRO ORIENTE to MUTISCUA LINKPlanner version 3.5.3 Installation Report
Page 8 of 31
ModeMax
AggregateUser IP
Throughput(Mbps)
MaxUser IP
Throughputin EitherDirection(Mbps)
CERRO ORIENTE MUTISCUA
FadeMargin
(dB)
IPThroughputAvailability
(%) *
Receivetime inMode(%)
FadeMargin
(dB)
IPThroughputAvailability
(%) *
Receivetime inMode(%)
64QAM0.83Dual 101.40 50.70 -1.18 12.3093 12.3093 -1.18 12.3093 12.3093
64QAM0.67Dual 80.32 40.16 2.71 97.6679 85.3586 2.71 97.6679 85.3586
16QAM0.75Dual 60.60 30.30 5.98 99.9523 2.2844 5.98 99.9523 2.2844
16QAM0.50Dual 39.50 19.75 9.72 99.9954 0.0431 9.72 99.9954 0.0431
QPSK0.75Dual 30.24 15.12 12.74 99.9985 0.0031 12.74 99.9985 0.0031
64QAM0.83Sngl 50.06 25.03 2.09 0.0004 0.0004 2.09 0.0004 0.0004
64QAM0.67Sngl 39.50 19.75 5.82 0.0005 0.0000 5.82 0.0005 0.0000
16QAM0.75Sngl 30.24 15.12 9.04 0.0005 0.0000 9.04 0.0005 0.0000
16QAM0.50Sngl 19.70 9.85 12.76 0.0005 0.0000 12.76 0.0005 0.0000
QPSK0.75Sngl 14.42 7.21 15.76 99.9997 0.0007 15.76 99.9997 0.0007
QPSK0.50Sngl 9.14 4.57 17.23 99.9998 0.0001 17.23 99.9998 0.0001
BPSK0.50Sngl 3.88 1.94 22.35 100.0000 0.0001 22.35 100.0000 0.0001
* Multipath availability calculated using ITU-R
Regulatory Conditions
Regulation ETSI
Region Code 25
Max EIRP 33.00 dBm
Project PROYECTO DE RADIO - 2. CERRO ORIENTE to MUTISCUA LINKPlanner version 3.5.3 Installation Report
Page 9 of 31
Regulatory Conditions (continued)
Output Power 10.00 dBm
Part Number Qty Description
C058050B0051
PTP 58500 25Mbps Integrated (ETSI/RoW) - Link Complete.Equivalent to WB2857 & WB2859
WB2978 2 LPU End Kit PTP 250/300/500 (2 kits required per Link)
WB3176 1 328 ft (100 m) Reel Outdoor Copper Clad CAT5E (Recommended for PTP)
WB3585 1 PTP 300/500 Series 25 Mbps to 105 Mbps Upgrade Key - Link
Project PROYECTO DE RADIO - 2. CERRO ORIENTE to MUTISCUA LINKPlanner version 3.5.3 Installation Report
Page 10 of 31
3. ALTAR SAN ANTONIO to SAN GIL
Summary
Link Name ALTAR SAN ANTONIO to SAN GIL
Customer Company Name UNIPAMPLONA
Link Type No Profile
Equipment Type PTP58500 105 Mbps
Maximum Obstruction 0 meters
Link Distance 9.131 kilometers
Free Space Path Loss 126.93 dB
Excess Path Loss 0.00 dB
User IP Throughput Expectation Aggregate Aggregate 82.12 Mbps assuming PTP-500 Seriesrunning the 500-05-02 software
RF Frequency Band 5.8 GHz (5725 to 5850 MHz)
RF Channel Bandwidth 15 MHz
Path Profile
0.5 1 1.5 2 2.5 3 3.5 4 4.5 5 5.5 6 6.5 7 7.5 8 8.5 9Range on path (kilometers)
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Cambium Networks - PTP LINKPlanner
Link Configuration
Bandwidth 15 MHz
E1/T1 None
Optimization IP
Sync Disabled
Symmetry Symmetric
Dual Payload Enabled
Master ALTAR SAN ANTONIO
Page 11 of 31
Link Configuration (continued)
Slave SAN GIL
Installation Notes for ALTAR SAN ANTONIO
Coordinates 07.30445N 072.91213W
Antenna Height 10.0 meters AGL
Antenna Type Cambium Networks Integrated Dual Polar Antenna
Bearing to SAN GIL 225.06° from True North
Link Name ALTAR SAN ANTONIO to SAN GIL
Link Location ALTAR SAN ANTONIO
Telecomms Interface None
Dual Payload Enabled
Master Slave Mode Master
Link Mode Optimization IP Traffic
TDD Synchronization Mode Disabled
Max Transmit Power 10 dBm while aligning10 dBm in normal operation
Platform Variant Integrated Antenna
Channel Bandwidth 15 MHz
Link Symmetry Symmetric
BNC Target Voltage -0.76 to -0.66 Volts
Predicted Receive Power -71 dBm ± 5 dB while aligning
Predicted Link Loss 127.04 dB ± 5.00 dB
Installation Notes for SAN GIL
Coordinates 07.24613N 072.97065W
Antenna Height 10.0 meters AGL
Antenna Type Cambium Networks Integrated Dual Polar Antenna
Bearing to ALTAR SAN ANTONIO 45.05° from True North
Link Name ALTAR SAN ANTONIO to SAN GIL
Link Location SAN GIL
Telecomms Interface None
Dual Payload Enabled
Master Slave Mode Slave
Link Mode Optimization IP Traffic
TDD Synchronization Mode Disabled
Max Transmit Power 10 dBm while aligning10 dBm in normal operation
Platform Variant Integrated Antenna
Project PROYECTO DE RADIO - 3. ALTAR SAN ANTONIO to SAN GIL LINKPlanner version 3.5.3 Installation Report
Page 12 of 31
Installation Notes for SAN GIL (continued)
Channel Bandwidth 15 MHz
BNC Target Voltage -0.76 to -0.66 Volts
Predicted Receive Power -71 dBm ± 5 dB while aligning
Predicted Link Loss 127.04 dB ± 5.00 dB
Installation Instruction
Perform the following checks during the installation (Check the deployment guide and the User Guide.)
1. Check with a GPS that you are installing at the correct location.
2. Check carefully the direction to the other end of the link. Either use a corrected compass or use the GPSwaypoint feature about 300 meters from the installation location.
3. When aligning antennas, it is important to find the centre of the main beam. This is done by adjusting theantenna at each end of the link in turn and monitoring the receive level until the peak is found. Once thepeak level is found, it should be checked against the prediced receive power to ensure that the antennashave not been aligned on a side lobe.
4. An hour after disarm check that the mean value for the link loss is as predicted (127.04 dB ± 5.00 dB).Also check that the received power is not greater than -58dBm.
ALTAR SAN ANTONIO Performance *
Mean IP Throughput Predicted 41.06 Mbps
Mean IP Throughput Required 5.00 Mbps
Minimum IP Throughput Required 1.00 Mbps
Minimum IP Throughput Availability Predicted 100.0000% (unavailable for 15 secs/year)
SAN GIL Performance *
Mean IP Throughput Predicted 41.06 Mbps
Mean IP Throughput Required 5.00 Mbps
Minimum IP Throughput Required 1.00 Mbps
Minimum IP Throughput Availability Predicted 100.0000% (unavailable for 15 secs/year)
* Multipath availability calculated using ITU-R
Project PROYECTO DE RADIO - 3. ALTAR SAN ANTONIO to SAN GIL LINKPlanner version 3.5.3 Installation Report
Page 13 of 31
ModeMax
AggregateUser IP
Throughput(Mbps)
MaxUser IP
Throughputin EitherDirection(Mbps)
ALTAR SAN ANTONIO SAN GIL
FadeMargin
(dB)
IPThroughputAvailability
(%) *
Receivetime inMode(%)
FadeMargin
(dB)
IPThroughputAvailability
(%) *
Receivetime inMode(%)
64QAM0.83Dual 101.38 50.69 -1.26 11.2174 11.2174 -1.26 11.2174 11.2174
64QAM0.67Dual 80.30 40.15 2.62 97.3052 86.0878 2.62 97.3052 86.0878
16QAM0.75Dual 60.58 30.29 5.89 99.9496 2.6444 5.89 99.9496 2.6444
16QAM0.50Dual 39.48 19.74 9.64 99.9953 0.0457 9.64 99.9953 0.0457
QPSK0.75Dual 30.22 15.11 12.66 99.9985 0.0032 12.66 99.9985 0.0032
64QAM0.83Sngl 50.04 25.02 2.00 0.0004 0.0004 2.00 0.0004 0.0004
64QAM0.67Sngl 39.48 19.74 5.74 0.0005 0.0000 5.74 0.0005 0.0000
16QAM0.75Sngl 30.22 15.11 8.95 0.0005 0.0000 8.95 0.0005 0.0000
16QAM0.50Sngl 19.68 9.84 12.67 0.0005 0.0000 12.67 0.0005 0.0000
QPSK0.75Sngl 14.40 7.20 15.68 99.9997 0.0007 15.68 99.9997 0.0007
QPSK0.50Sngl 9.12 4.56 17.15 99.9998 0.0001 17.15 99.9998 0.0001
BPSK0.50Sngl 3.88 1.94 22.27 100.0000 0.0002 22.27 100.0000 0.0002
* Multipath availability calculated using ITU-R
Regulatory Conditions
Regulation ETSI
Region Code 25
Max EIRP 33.00 dBm
Project PROYECTO DE RADIO - 3. ALTAR SAN ANTONIO to SAN GIL LINKPlanner version 3.5.3 Installation Report
Page 14 of 31
Regulatory Conditions (continued)
Output Power 10.00 dBm
Part Number Qty Description
C058050B0051
PTP 58500 25Mbps Integrated (ETSI/RoW) - Link Complete.Equivalent to WB2857 & WB2859
WB2978 2 LPU End Kit PTP 250/300/500 (2 kits required per Link)
WB3176 1 328 ft (100 m) Reel Outdoor Copper Clad CAT5E (Recommended for PTP)
WB3585 1 PTP 300/500 Series 25 Mbps to 105 Mbps Upgrade Key - Link
Project PROYECTO DE RADIO - 3. ALTAR SAN ANTONIO to SAN GIL LINKPlanner version 3.5.3 Installation Report
Page 15 of 31
4. SAN GIL to SAN PEDRO
Summary
Link Name SAN GIL to SAN PEDRO
Customer Company Name UNIPAMPLONA
Link Type No Profile
Equipment Type PTP58500 105 Mbps
Maximum Obstruction 0 meters
Link Distance 14.641 kilometers
Free Space Path Loss 131.03 dB
Excess Path Loss 0.00 dB
User IP Throughput Expectation Aggregate Aggregate 59.25 Mbps assuming PTP-500 Seriesrunning the 500-05-02 software
RF Frequency Band 5.8 GHz (5725 to 5850 MHz)
RF Channel Bandwidth 15 MHz
Path Profile
1 2 3 4 5 6 7 8 9 10 11 12 13 14Range on path (kilometers)
-10123456789
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Cambium Networks - PTP LINKPlanner
Link Configuration
Bandwidth 15 MHz
E1/T1 None
Optimization IP
Sync Disabled
Symmetry Symmetric
Dual Payload Enabled
Master SAN GIL
Page 16 of 31
Link Configuration (continued)
Slave SAN PEDRO
Installation Notes for SAN GIL
Coordinates 07.24613N 072.97065W
Antenna Height 10.0 meters AGL
Antenna Type Cambium Networks Integrated Dual Polar Antenna
Bearing to SAN PEDRO 251.88° from True North
Link Name SAN GIL to SAN PEDRO
Link Location SAN GIL
Telecomms Interface None
Dual Payload Enabled
Master Slave Mode Master
Link Mode Optimization IP Traffic
TDD Synchronization Mode Disabled
Max Transmit Power 10 dBm while aligning10 dBm in normal operation
Platform Variant Integrated Antenna
Channel Bandwidth 15 MHz
Link Symmetry Symmetric
BNC Target Voltage -0.80 to -0.70 Volts
Predicted Receive Power -75 dBm ± 5 dB while aligning
Predicted Link Loss 131.21 dB ± 5.00 dB
Installation Notes for SAN PEDRO
Coordinates 07.20494N 073.09664W
Antenna Height 10.0 meters AGL
Antenna Type Cambium Networks Integrated Dual Polar Antenna
Bearing to SAN GIL 71.86° from True North
Link Name SAN GIL to SAN PEDRO
Link Location SAN PEDRO
Telecomms Interface None
Dual Payload Enabled
Master Slave Mode Slave
Link Mode Optimization IP Traffic
TDD Synchronization Mode Disabled
Max Transmit Power 10 dBm while aligning10 dBm in normal operation
Platform Variant Integrated Antenna
Project PROYECTO DE RADIO - 4. SAN GIL to SAN PEDRO LINKPlanner version 3.5.3 Installation Report
Page 17 of 31
Installation Notes for SAN PEDRO (continued)
Channel Bandwidth 15 MHz
BNC Target Voltage -0.80 to -0.70 Volts
Predicted Receive Power -75 dBm ± 5 dB while aligning
Predicted Link Loss 131.21 dB ± 5.00 dB
Installation Instruction
Perform the following checks during the installation (Check the deployment guide and the User Guide.)
1. Check with a GPS that you are installing at the correct location.
2. Check carefully the direction to the other end of the link. Either use a corrected compass or use the GPSwaypoint feature about 300 meters from the installation location.
3. When aligning antennas, it is important to find the centre of the main beam. This is done by adjusting theantenna at each end of the link in turn and monitoring the receive level until the peak is found. Once thepeak level is found, it should be checked against the prediced receive power to ensure that the antennashave not been aligned on a side lobe.
4. An hour after disarm check that the mean value for the link loss is as predicted (131.21 dB ± 5.00 dB).Also check that the received power is not greater than -58dBm.
SAN GIL Performance *
Mean IP Throughput Predicted 29.63 Mbps
Mean IP Throughput Required 5.00 Mbps
Minimum IP Throughput Required 1.00 Mbps
Minimum IP Throughput Availability Predicted 99.9993% (unavailable for 3.7 mins/year)
SAN PEDRO Performance *
Mean IP Throughput Predicted 29.63 Mbps
Mean IP Throughput Required 5.00 Mbps
Minimum IP Throughput Required 1.00 Mbps
Minimum IP Throughput Availability Predicted 99.9993% (unavailable for 3.7 mins/year)
* Multipath availability calculated using ITU-R
Project PROYECTO DE RADIO - 4. SAN GIL to SAN PEDRO LINKPlanner version 3.5.3 Installation Report
Page 18 of 31
ModeMax
AggregateUser IP
Throughput(Mbps)
MaxUser IP
Throughputin EitherDirection(Mbps)
SAN GIL SAN PEDRO
FadeMargin
(dB)
IPThroughputAvailability
(%) *
Receivetime inMode(%)
FadeMargin
(dB)
IPThroughputAvailability
(%) *
Receivetime inMode(%)
64QAM0.83Dual 100.08 50.04 -5.43 0.0270 0.0270 -5.43 0.0270 0.0270
64QAM0.67Dual 79.28 39.64 -1.55 7.4947 7.4677 -1.55 7.4947 7.4677
16QAM0.75Dual 59.80 29.90 1.73 90.4295 82.9348 1.73 90.4295 82.9348
16QAM0.50Dual 38.98 19.49 5.47 99.8356 9.4061 5.47 99.8356 9.4061
QPSK0.75Dual 29.84 14.92 8.49 99.9746 0.1390 8.49 99.9746 0.1390
64QAM0.83Sngl 49.40 24.70 -2.17 0.0000 0.0000 -2.17 0.0000 0.0000
64QAM0.67Sngl 38.98 19.49 1.57 0.0004 0.0004 1.57 0.0004 0.0004
16QAM0.75Sngl 29.84 14.92 4.79 0.0005 0.0000 4.79 0.0005 0.0000
16QAM0.50Sngl 19.44 9.72 8.50 0.0005 0.0000 8.50 0.0005 0.0000
QPSK0.75Sngl 14.22 7.11 11.51 99.9938 0.0187 11.51 99.9938 0.0187
QPSK0.50Sngl 9.02 4.51 12.98 99.9964 0.0027 12.98 99.9964 0.0027
BPSK0.50Sngl 3.82 1.91 18.10 99.9993 0.0028 18.10 99.9993 0.0028
* Multipath availability calculated using ITU-R
Regulatory Conditions
Regulation ETSI
Region Code 25
Max EIRP 33.00 dBm
Project PROYECTO DE RADIO - 4. SAN GIL to SAN PEDRO LINKPlanner version 3.5.3 Installation Report
Page 19 of 31
Regulatory Conditions (continued)
Output Power 10.00 dBm
Part Number Qty Description
C058050B0051
PTP 58500 25Mbps Integrated (ETSI/RoW) - Link Complete.Equivalent to WB2857 & WB2859
WB2978 2 LPU End Kit PTP 250/300/500 (2 kits required per Link)
WB3176 1 328 ft (100 m) Reel Outdoor Copper Clad CAT5E (Recommended for PTP)
WB3585 1 PTP 300/500 Series 25 Mbps to 105 Mbps Upgrade Key - Link
Project PROYECTO DE RADIO - 4. SAN GIL to SAN PEDRO LINKPlanner version 3.5.3 Installation Report
Page 20 of 31
5. SAN PEDRO to BUCARAMANGA
Summary
Link Name SAN PEDRO to BUCARAMANGA
Customer Company Name UNIPAMPLONA
Link Type No Profile
Equipment Type PTP58500 105 Mbps
Maximum Obstruction 0 meters
Link Distance 8.396 kilometers
Free Space Path Loss 126.20 dB
Excess Path Loss 0.00 dB
User IP Throughput Expectation Aggregate Aggregate 86.71 Mbps assuming PTP-500 Seriesrunning the 500-05-02 software
RF Frequency Band 5.8 GHz (5725 to 5850 MHz)
RF Channel Bandwidth 15 MHz
Path Profile
0.5 1 1.5 2 2.5 3 3.5 4 4.5 5 5.5 6 6.5 7 7.5 8Range on path (kilometers)
0
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Cambium Networks - PTP LINKPlanner
Link Configuration
Bandwidth 15 MHz
E1/T1 None
Optimization IP
Sync Disabled
Symmetry Symmetric
Dual Payload Enabled
Master SAN PEDRO
Page 21 of 31
Link Configuration (continued)
Slave BUCARAMANGA
Installation Notes for SAN PEDRO
Coordinates 07.20494N 073.09664W
Antenna Height 10.0 meters AGL
Antenna Type Cambium Networks Integrated Dual Polar Antenna
Bearing to BUCARAMANGA 195.59° from True North
Link Name SAN PEDRO to BUCARAMANGA
Link Location SAN PEDRO
Telecomms Interface None
Dual Payload Enabled
Master Slave Mode Master
Link Mode Optimization IP Traffic
TDD Synchronization Mode Disabled
Max Transmit Power 10 dBm while aligning10 dBm in normal operation
Platform Variant Integrated Antenna
Channel Bandwidth 15 MHz
Link Symmetry Symmetric
BNC Target Voltage -0.75 to -0.65 Volts
Predicted Receive Power -70 dBm ± 5 dB while aligning
Predicted Link Loss 126.30 dB ± 5.00 dB
Installation Notes for BUCARAMANGA
Coordinates 07.13181N 073.11707W
Antenna Height 10.0 meters AGL
Antenna Type Cambium Networks Integrated Dual Polar Antenna
Bearing to SAN PEDRO 15.59° from True North
Link Name SAN PEDRO to BUCARAMANGA
Link Location BUCARAMANGA
Telecomms Interface None
Dual Payload Enabled
Master Slave Mode Slave
Link Mode Optimization IP Traffic
TDD Synchronization Mode Disabled
Max Transmit Power 10 dBm while aligning10 dBm in normal operation
Platform Variant Integrated Antenna
Project PROYECTO DE RADIO - 5. SAN PEDRO to BUCARAMANGA LINKPlanner version 3.5.3 Installation Report
Page 22 of 31
Installation Notes for BUCARAMANGA (continued)
Channel Bandwidth 15 MHz
BNC Target Voltage -0.75 to -0.65 Volts
Predicted Receive Power -70 dBm ± 5 dB while aligning
Predicted Link Loss 126.30 dB ± 5.00 dB
Installation Instruction
Perform the following checks during the installation (Check the deployment guide and the User Guide.)
1. Check with a GPS that you are installing at the correct location.
2. Check carefully the direction to the other end of the link. Either use a corrected compass or use the GPSwaypoint feature about 300 meters from the installation location.
3. When aligning antennas, it is important to find the centre of the main beam. This is done by adjusting theantenna at each end of the link in turn and monitoring the receive level until the peak is found. Once thepeak level is found, it should be checked against the prediced receive power to ensure that the antennashave not been aligned on a side lobe.
4. An hour after disarm check that the mean value for the link loss is as predicted (126.30 dB ± 5.00 dB).Also check that the received power is not greater than -58dBm.
SAN PEDRO Performance *
Mean IP Throughput Predicted 43.35 Mbps
Mean IP Throughput Required 5.00 Mbps
Minimum IP Throughput Required 1.00 Mbps
Minimum IP Throughput Availability Predicted 100.0000% (unavailable for 9 secs/year)
BUCARAMANGA Performance *
Mean IP Throughput Predicted 43.35 Mbps
Mean IP Throughput Required 5.00 Mbps
Minimum IP Throughput Required 1.00 Mbps
Minimum IP Throughput Availability Predicted 100.0000% (unavailable for 9 secs/year)
* Multipath availability calculated using ITU-R
Project PROYECTO DE RADIO - 5. SAN PEDRO to BUCARAMANGA LINKPlanner version 3.5.3 Installation Report
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ModeMax
AggregateUser IP
Throughput(Mbps)
MaxUser IP
Throughputin EitherDirection(Mbps)
SAN PEDRO BUCARAMANGA
FadeMargin
(dB)
IPThroughputAvailability
(%) *
Receivetime inMode(%)
FadeMargin
(dB)
IPThroughputAvailability
(%) *
Receivetime inMode(%)
64QAM0.83Dual 101.58 50.79 -0.52 30.2857 30.2857 -0.52 30.2857 30.2857
64QAM0.67Dual 80.46 40.23 3.36 99.2681 68.9825 3.36 99.2681 68.9825
16QAM0.75Dual 60.70 30.35 6.63 99.9759 0.7078 6.63 99.9759 0.7078
16QAM0.50Dual 39.56 19.78 10.38 99.9973 0.0213 10.38 99.9973 0.0213
QPSK0.75Dual 30.28 15.14 13.39 99.9990 0.0017 13.39 99.9990 0.0017
64QAM0.83Sngl 50.14 25.07 2.74 0.0005 0.0005 2.74 0.0005 0.0005
64QAM0.67Sngl 39.56 19.78 6.48 0.0005 0.0000 6.48 0.0005 0.0000
16QAM0.75Sngl 30.28 15.14 9.69 0.0005 0.0000 9.69 0.0005 0.0000
16QAM0.50Sngl 19.72 9.86 13.41 0.0005 0.0000 13.41 0.0005 0.0000
QPSK0.75Sngl 14.44 7.22 16.42 99.9998 0.0004 16.42 99.9998 0.0004
QPSK0.50Sngl 9.14 4.57 17.88 99.9999 0.0001 17.88 99.9999 0.0001
BPSK0.50Sngl 3.88 1.94 23.01 100.0000 0.0001 23.01 100.0000 0.0001
* Multipath availability calculated using ITU-R
Regulatory Conditions
Regulation ETSI
Region Code 25
Max EIRP 33.00 dBm
Project PROYECTO DE RADIO - 5. SAN PEDRO to BUCARAMANGA LINKPlanner version 3.5.3 Installation Report
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Regulatory Conditions (continued)
Output Power 10.00 dBm
Part Number Qty Description
C058050B0051
PTP 58500 25Mbps Integrated (ETSI/RoW) - Link Complete.Equivalent to WB2857 & WB2859
WB2978 2 LPU End Kit PTP 250/300/500 (2 kits required per Link)
WB3176 1 328 ft (100 m) Reel Outdoor Copper Clad CAT5E (Recommended for PTP)
WB3585 1 PTP 300/500 Series 25 Mbps to 105 Mbps Upgrade Key - Link
Project PROYECTO DE RADIO - 5. SAN PEDRO to BUCARAMANGA LINKPlanner version 3.5.3 Installation Report
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6. MUTISCUA to ALTAR SAN ANTONIO
Summary
Link Name MUTISCUA to ALTAR SAN ANTONIO
Customer Company Name UNIPAMPLONA
Link Type No Profile
Equipment Type PTP58500 105 Mbps
Maximum Obstruction 0 meters
Link Distance 14.536 kilometers
Free Space Path Loss 130.96 dB
Excess Path Loss 0.00 dB
User IP Throughput Expectation Aggregate Aggregate 59.64 Mbps assuming PTP-500 Seriesrunning the 500-05-02 software
RF Frequency Band 5.8 GHz (5725 to 5850 MHz)
RF Channel Bandwidth 15 MHz
Path Profile
1 2 3 4 5 6 7 8 9 10 11 12 13 14Range on path (kilometers)
-10123456789
1011
Heig
ht
Above S
ea L
evel (m
ete
rs) MUTISCUA ALTAR SAN ANTONIO
Cambium Networks - PTP LINKPlanner
Link Configuration
Bandwidth 15 MHz
E1/T1 None
Optimization IP
Sync Disabled
Symmetry Symmetric
Dual Payload Enabled
Master MUTISCUA
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Link Configuration (continued)
Slave ALTAR SAN ANTONIO
Installation Notes for MUTISCUA
Coordinates 07.31878N 072.78128W
Antenna Height 10.0 meters AGL
Antenna Type Cambium Networks Integrated Dual Polar Antenna
Bearing to ALTAR SAN ANTONIO 263.75° from True North
Link Name MUTISCUA to ALTAR SAN ANTONIO
Link Location MUTISCUA
Telecomms Interface None
Dual Payload Enabled
Master Slave Mode Master
Link Mode Optimization IP Traffic
TDD Synchronization Mode Disabled
Max Transmit Power 10 dBm while aligning10 dBm in normal operation
Platform Variant Integrated Antenna
Channel Bandwidth 15 MHz
Link Symmetry Symmetric
BNC Target Voltage -0.80 to -0.70 Volts
Predicted Receive Power -75 dBm ± 5 dB while aligning
Predicted Link Loss 131.14 dB ± 5.00 dB
Installation Notes for ALTAR SAN ANTONIO
Coordinates 07.30445N 072.91213W
Antenna Height 10.0 meters AGL
Antenna Type Cambium Networks Integrated Dual Polar Antenna
Bearing to MUTISCUA 83.73° from True North
Link Name MUTISCUA to ALTAR SAN ANTONIO
Link Location ALTAR SAN ANTONIO
Telecomms Interface None
Dual Payload Enabled
Master Slave Mode Slave
Link Mode Optimization IP Traffic
TDD Synchronization Mode Disabled
Max Transmit Power 10 dBm while aligning10 dBm in normal operation
Platform Variant Integrated Antenna
Project PROYECTO DE RADIO - 6. MUTISCUA to ALTAR SAN ANTONIO LINKPlanner version 3.5.3 Installation Report
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Installation Notes for ALTAR SAN ANTONIO (continued)
Channel Bandwidth 15 MHz
BNC Target Voltage -0.80 to -0.70 Volts
Predicted Receive Power -75 dBm ± 5 dB while aligning
Predicted Link Loss 131.14 dB ± 5.00 dB
Installation Instruction
Perform the following checks during the installation (Check the deployment guide and the User Guide.)
1. Check with a GPS that you are installing at the correct location.
2. Check carefully the direction to the other end of the link. Either use a corrected compass or use the GPSwaypoint feature about 300 meters from the installation location.
3. When aligning antennas, it is important to find the centre of the main beam. This is done by adjusting theantenna at each end of the link in turn and monitoring the receive level until the peak is found. Once thepeak level is found, it should be checked against the prediced receive power to ensure that the antennashave not been aligned on a side lobe.
4. An hour after disarm check that the mean value for the link loss is as predicted (131.14 dB ± 5.00 dB).Also check that the received power is not greater than -58dBm.
MUTISCUA Performance *
Mean IP Throughput Predicted 29.82 Mbps
Mean IP Throughput Required 5.00 Mbps
Minimum IP Throughput Required 1.00 Mbps
Minimum IP Throughput Availability Predicted 99.9993% (unavailable for 3.7 mins/year)
ALTAR SAN ANTONIO Performance *
Mean IP Throughput Predicted 29.82 Mbps
Mean IP Throughput Required 5.00 Mbps
Minimum IP Throughput Required 1.00 Mbps
Minimum IP Throughput Availability Predicted 99.9993% (unavailable for 3.7 mins/year)
* Multipath availability calculated using ITU-R
Project PROYECTO DE RADIO - 6. MUTISCUA to ALTAR SAN ANTONIO LINKPlanner version 3.5.3 Installation Report
Page 28 of 31
ModeMax
AggregateUser IP
Throughput(Mbps)
MaxUser IP
Throughputin EitherDirection(Mbps)
MUTISCUA ALTAR SAN ANTONIO
FadeMargin
(dB)
IPThroughputAvailability
(%) *
Receivetime inMode(%)
FadeMargin
(dB)
IPThroughputAvailability
(%) *
Receivetime inMode(%)
64QAM0.83Dual 100.10 50.05 -5.37 0.0286 0.0286 -5.37 0.0286 0.0286
64QAM0.67Dual 79.28 39.64 -1.48 8.3329 8.3043 -1.48 8.3329 8.3043
16QAM0.75Dual 59.82 29.91 1.79 91.4012 83.0683 1.79 91.4012 83.0683
16QAM0.50Dual 38.98 19.49 5.54 99.8419 8.4407 5.54 99.8419 8.4407
QPSK0.75Dual 29.84 14.92 8.55 99.9751 0.1332 8.55 99.9751 0.1332
64QAM0.83Sngl 49.40 24.70 -2.10 0.0000 0.0000 -2.10 0.0000 0.0000
64QAM0.67Sngl 38.98 19.49 1.63 0.0004 0.0004 1.63 0.0004 0.0004
16QAM0.75Sngl 29.84 14.92 4.85 0.0005 0.0000 4.85 0.0005 0.0000
16QAM0.50Sngl 19.44 9.72 8.57 0.0005 0.0000 8.57 0.0005 0.0000
QPSK0.75Sngl 14.22 7.11 11.57 99.9938 0.0182 11.57 99.9938 0.0182
QPSK0.50Sngl 9.02 4.51 13.04 99.9965 0.0026 13.04 99.9965 0.0026
BPSK0.50Sngl 3.82 1.91 18.17 99.9993 0.0028 18.17 99.9993 0.0028
* Multipath availability calculated using ITU-R
Regulatory Conditions
Regulation ETSI
Region Code 25
Max EIRP 33.00 dBm
Project PROYECTO DE RADIO - 6. MUTISCUA to ALTAR SAN ANTONIO LINKPlanner version 3.5.3 Installation Report
Page 29 of 31
Regulatory Conditions (continued)
Output Power 10.00 dBm
Part Number Qty Description
C058050B0051
PTP 58500 25Mbps Integrated (ETSI/RoW) - Link Complete.Equivalent to WB2857 & WB2859
WB2978 2 LPU End Kit PTP 250/300/500 (2 kits required per Link)
WB3176 1 328 ft (100 m) Reel Outdoor Copper Clad CAT5E (Recommended for PTP)
WB3585 1 PTP 300/500 Series 25 Mbps to 105 Mbps Upgrade Key - Link
Project PROYECTO DE RADIO - 6. MUTISCUA to ALTAR SAN ANTONIO LINKPlanner version 3.5.3 Installation Report
Page 30 of 31
Disclaimer
Cambium Networks assumes no responsibility for the accuracy of the information produced by the Cambium PTP LINKPlanner. Reference toproducts or services which are not provided by Cambium Networks is for information purposes only and constitutes neither an endorsementnor a recommendation. All information provided by the Cambium PTP LINKPlanner is provided without warranty of any kind, either expressedor implied.
All product or service names are the property of their respective owners. © Cambium Networks. 2013
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