Test Scenarios
This section describes the basic test scenarios available in the Colosseum system. These scenarios are designed with controlled parameters for testing and calibration purposes.
All Paths 0 dB (1009)
Overview
Version |
Test |
RF ID |
1009 |
RF Description |
Single tap; small scale |
Noise power BW (MHz) |
5 |
Usable BW for transmissions (MHz) |
80 |
Traffic ID |
10090 |
Traffic Description |
Bodycam |
Center Frequency |
1000.0 MHz |
Number of Nodes |
10 |
Narrative
Test scenario that yields constant 0 dB path-loss (besides the contributions of the hardware components of Colosseum). Duration is set to 1200 seconds, but it is cyclable and can last as long as needed.
This is a simple 10-node scenario where all paths between all nodes have the same loss for the whole duration of the scenario.
Notes
No GPS is provided by this scenario.
Power levels assume default radio configurations.
Scenario Parameters
Label |
Value |
|---|---|
Modeled Location |
N/A |
Scenario Duration |
1200.0 s |
Scenario Repeats at End? |
True |
Number of Nodes |
10 |
Number of Teams |
1 |
Government Controlled Radios |
0 |
Center Frequency |
1000.0 MHz |
Max Scenario Bandwidth |
80.0 MHz |
SRN Separation Range |
N/A |
Node Mobility |
Fixed |
Link Reciprocity |
True |
Self Channel (Gain to Own Antenna) |
1 |
Antenna Pattern |
Omni |
Number of Antennas Per Node |
2 |
Antenna Spacing |
0.1 m |
Traffic Flow Detail
Bodycam video traffic for 1190 seconds with 83.66 packets per second and 1400 bytes per packet.
All Paths 0 dB (10009)
Overview
Version |
Test |
RF ID |
10009 |
RF Description |
Single tap; small scale |
Scenario BW (MHz) |
10 |
Traffic ID |
100090 |
Traffic Description |
Bodycam |
Center Frequency |
1000.0 MHz |
Number of Nodes |
25 |
Narrative
Test scenario that yields constant 0 dB path-loss. Duration is set to 700 seconds, but it is cyclable and can last as long as needed.
This is a simple 25-node scenario where all paths between all nodes have the same loss for the whole duration of the scenario.
Notes
No GPS is provided by this scenario.
Power levels assume default radio configurations.
Scenario Parameters
Label |
Value |
|---|---|
Modeled Location |
N/A |
Scenario Duration |
700.0 s |
Scenario Repeats at End? |
True |
Number of Nodes |
25 |
Number of Teams |
1 |
Government Controlled Radios |
0 |
Center Frequency |
1000.0 MHz |
Max Scenario Bandwidth |
10.0 MHz |
SRN Separation Range |
N/A |
Node Mobility |
Fixed |
Link Reciprocity |
True |
Self Channel (Gain to Own Antenna) |
1 |
Antenna Pattern |
Omni |
Number of Antennas Per Node |
2 |
Antenna Spacing |
0.1 m |
Traffic Flow Detail
Bodycam traffic for 690 seconds with 83.66 packets per second and 1400 bytes per packet.
All Paths 0 dB (10024)
Overview
Version |
Test |
RF ID |
10024 |
RF Description |
Single tap; small scale |
Noise power BW (MHz) |
10 |
Usable BW for transmissions (MHz) |
80 |
Traffic ID |
100240 |
Traffic Description |
Bodycam |
Center Frequency |
2400.0 MHz |
Number of Nodes |
10 |
Narrative
Test scenario that yields constant 0 dB path-loss. Duration is set to 1200 seconds, but it is cyclable and can last as long as needed.
This is a simple 10-node scenario where all paths between all nodes have the same loss for the whole duration of the scenario.
Notes
No GPS is provided by this scenario.
Power levels assume default radio configurations.
Scenario Parameters
Label |
Value |
|---|---|
Modeled Location |
N/A |
Scenario Duration |
1200.0 s |
Scenario Repeats at End? |
True |
Number of Nodes |
10 |
Number of Teams |
1 |
Government Controlled Radios |
0 |
Center Frequency |
2400.0 MHz |
Max Scenario Bandwidth |
80.0 MHz |
SRN Separation Range |
N/A |
Node Mobility |
Fixed |
Link Reciprocity |
True |
Self Channel (Gain to Own Antenna) |
1 |
Antenna Pattern |
Omni |
Number of Antennas Per Node |
2 |
Antenna Spacing |
0.1 m |
Traffic Flow Detail
Bodycam traffic for 1190 seconds with 83.66 packets per second and 1400 bytes per packet.
Test Scenario -50dbFS (9971)
Overview
Version |
Test |
RF ID |
9971 |
RF Description |
Single tap; large scale |
Noise power BW (MHz) |
10 |
Usable BW for transmissions (MHz) |
80 |
Traffic ID |
99711 |
Traffic Description |
None |
Center Frequency |
1000.0 MHz |
Number of User Nodes |
5 |
Narrative
Test scenario that yields constant -50 dBFS received power under default configuration. 5 minute duration.
This is a simple 5-node scenario where all paths between all nodes have the same loss for the duration of the scenario.
Notes
No traffic is provided by this scenario.
No GPS is provided by this scenario.
Power levels assume default radio configurations.
Node Placement
The table below indicates which node id’s map to which team position.
Position |
Label |
Node # |
|---|---|---|
1 |
Gateway |
1 |
2 |
Node |
2 |
3 |
Node |
3 |
4 |
Node |
4 |
5 |
Node |
5 |
Scenario Parameters
Label |
Value |
|---|---|
Modeled Location |
N/A |
Scenario Duration |
300.0 s |
Scenario Repeats at End? |
True |
Number of Nodes |
5 |
Number of Teams |
1 |
Government Controlled Radios |
0 |
Center Frequency |
1000.0 MHz |
Max Scenario Bandwidth |
80.0 MHz |
SRN Separation Range |
N/A |
Node Mobility |
Fixed |
Link Reciprocity |
True |
Self Channel (Gain to Own Antenna) |
1 |
Antenna Pattern |
Omni |
Number of Antennas Per Node |
2 |
Antenna Spacing |
0.1 m |
Traffic Flow Detail
There is no traffic in this test scenario.
Mandated Outcome Parameters
There are no mandated outcomes in this test scenario.
Test Scenario -70dbFS (9972)
Overview
Version |
Test |
RF ID |
9972 |
RF Description |
Single tap; large scale |
Noise power BW (MHz) |
10 |
Usable BW for transmissions (MHz) |
80 |
Traffic ID |
99721 |
Traffic Description |
None |
Center Frequency |
1000.0 MHz |
Number of User Nodes |
5 |
Narrative
Test scenario that yields constant -70 dBFS received power under default configuration. 5 minute duration.
This is a simple 5-node scenario where all paths between all nodes have the same loss for the duration of the scenario.
Notes
No traffic is provided by this scenario.
No GPS is provided by this scenario.
Power levels assume default radio configurations.
Node Placement
The table below indicates which node id’s map to which team position.
Position |
Label |
Node # |
|---|---|---|
1 |
Gateway |
1 |
2 |
Node |
2 |
3 |
Node |
3 |
4 |
Node |
4 |
5 |
Node |
5 |
Scenario Parameters
Label |
Value |
|---|---|
Modeled Location |
N/A |
Scenario Duration |
300.0 s |
Scenario Repeats at End? |
True |
Number of Nodes |
5 |
Number of Teams |
1 |
Government Controlled Radios |
0 |
Center Frequency |
1000.0 MHz |
Max Scenario Bandwidth |
80.0 MHz |
SRN Separation Range |
N/A |
Node Mobility |
Fixed |
Link Reciprocity |
TRUE |
Self Channel (Gain to Own Antenna) |
1 |
Antenna Pattern |
Omni |
Number of Antennas Per Node |
2 |
Antenna Spacing |
0.1 m |
Traffic Flow Detail
There is no traffic in this test scenario.
Mandated Outcome Parameters
There are no mandated outcomes in this test scenario.
Test Scenario -90dbFS (9973)
Overview
Version |
Test |
RF ID |
9973 |
RF Description |
Single tap; large scale |
Noise power BW (MHz) |
10 |
Usable BW for transmissions (MHz) |
80 |
Traffic ID |
99731 |
Traffic Description |
None |
Center Frequency |
1000.0 MHz |
Number of User Nodes |
5 |
Narrative
Test scenario that yields constant -90 dBFS received power under default configuration. 5 minute duration.
This is a simple 5-node scenario where all paths between all nodes have the same loss for the duration of the scenario.
Notes
No traffic is provided by this scenario.
No GPS is provided by this scenario.
Power levels assume default radio configurations.
Node Placement
The table below indicates which node id’s map to which team position.
Position |
Label |
Node # |
|---|---|---|
1 |
Gateway |
1 |
2 |
Node |
2 |
3 |
Node |
3 |
4 |
Node |
4 |
5 |
Node |
5 |
Scenario Parameters
Label |
Value |
|---|---|
Modeled Location |
N/A |
Scenario Duration |
300.0 s |
Scenario Repeats at End? |
True |
Number of Nodes |
5 |
Number of Teams |
1 |
Government Controlled Radios |
0 |
Center Frequency |
1000.0 MHz |
Max Scenario Bandwidth |
80.0 MHz |
SRN Separation Range |
N/A |
Node Mobility |
Fixed |
Link Reciprocity |
TRUE |
Self Channel (Gain to Own Antenna) |
1 |
Antenna Pattern |
Omni |
Number of Antennas Per Node |
2 |
Antenna Spacing |
0.1 m |
Traffic Flow Detail
There is no traffic in this test scenario.
Mandated Outcome Parameters
There are no mandated outcomes in this test scenario.