Communications — Space Hardware Marketplace — Page 31

Communications

TA1056

Triad RF Systems

Frequency 20 MHz · Gain 50 dB · Supply voltage 27…30 V

20-1000 MHz, 40 W SISO GaN power amplifier for wideband military and commercial radio systems.

Communications

TA1049

Triad RF Systems

Frequency 700 MHz · Gain 40 dB · Supply voltage 9…36 V

700-6000 MHz, 10 W SISO GaN power amplifier with wide bandwidth for military and commercial applications.

Communications

TA1029

Triad RF Systems

Frequency 6,400 MHz · Gain 58 dB · Supply voltage 9…36 V

6400-7100 MHz, 25 W GaN power amplifier (end of life / discontinued, information provided for reference only).

Communications

TA1007

Triad RF Systems

Frequency 500 MHz · Gain 39 dB · Supply voltage 11…13 V

500-2800 MHz, 5 W GaAs power amplifier module supporting simple CW/FM through highly modulated 64/256QAM signals.

Communications

TA1017

Triad RF Systems

Frequency 1,700 MHz · Gain 27 dB · Supply voltage 10…30 V

1700-2400 MHz, 32 W SISO GaN power amplifier for military and commercial radio systems.

Communications

Umbra S-Band Radio

Umbra Lab Inc.

Frequency 2,025…2,110 MHz · Mass 0.3 kg · Power 15.7 W · Supply voltage 28 V

Space-qualified Unified S-Band transceiver for command and telemetry, remotely configurable on-orbit, with 2 W output power.

Communications

L-Band Hybrid Coupler

WiRan

Frequency 1,000…1,600 MHz · Mass 60 kg · Power 30 W · Operating temperature -75…90 °C

CubeSat-compatible L-band 90-degree hybrid coupler, 1000-1600 MHz, high isolation and power handling.

Communications

L-Band Splitter

WiRan

Frequency 1,000…1,600 MHz · Mass 25 kg · Power 10 W · Operating temperature -55…85 °C

CubeSat-compatible L-band 2-way power splitter/combiner, 1000-1600 MHz, flight-proven TRL9.

Communications

X-Band Hybrid Coupler

WiRan

Frequency 7,100…8,500 MHz · Mass 35 kg · Power 30 W · Operating temperature -75…90 °C

CubeSat-compatible X-band 90-degree hybrid coupler, 7100-8500 MHz, high power handling.

Communications

X-Band Splitter

WiRan

Frequency 7.1…8.5 MHz · Mass 30 kg · Power 30 W · Operating temperature -75…90 °C

CubeSat-compatible X-band 2-way power splitter/combiner, 7.1-8.5 GHz, alodine-coated aluminum housing.

Communications

X-Band Diplexer (DXB)

WiRan

Frequency 7,145…7,235 MHz · Mass 70 kg · Power 15 W · Operating temperature -75…90 °C

SMA female X-band diplexer, 7145-7235/8350-8500 MHz, designed under ESA supervision for CubeSat Earth Observation.

Communications

X-Band Diplexer (DXA)

WiRan

Frequency 7,145…7,235 MHz · Mass 115 kg · Power 15 W · Operating temperature -40…70 °C

CubeSat-compatible X-band diplexer, 7145-7235/8350-8500 MHz, SMP male connectors, >80 dB rejection.

Communications

X-Band Antenna

WiRan

Frequency 7,145…7,235 MHz · Gain 0.5 dB · Mass 39 kg · Power 15 W

CubeSat-compatible X-band patch antenna covering 7145-7235 and 8000-8500 MHz for high-rate Earth Observation downlink.

Communications

S-Band Hybrid Coupler

WiRan

Frequency 2,000…2,300 MHz · Mass 32 kg · Power 30 W · Operating temperature -75…90 °C

CubeSat-compatible S-band 90-degree hybrid coupler, 2000-2300 MHz, up to 30 W power handling.

Communications

S-Band Splitter

WiRan

Frequency 2,000…2,500 MHz · Mass 25 kg · Power 10 W · Operating temperature -55…85 °C

CubeSat-compatible S-band 2-way power splitter/combiner, 2000-2500 MHz, low insertion loss.

Communications

S-Band Diplexer

WiRan

Frequency 2,025…2,068 MHz · Mass 220 kg · Power 2.5 W · Operating temperature -40…75 °C

CubeSat-compatible S-band diplexer with two ordering codes (DSA/DSB) for uplink/downlink duplexing, >75 dB isolation.

Communications

S-Band Antenna

WiRan

Frequency 2,025…2,290 MHz · Gain 1 dB · Mass 87 kg · Power 10 W

CubeSat-compatible S-band patch antenna covering 2025-2290 MHz with RHCP polarisation, TRL9 flight-proven.

Communications

WarpHub InterSat

WARPSPACE Inc.

Data throughput1 Gbps (WarpHub InterSat) vs. 500 Mbps-1 Gbps (conventional RF)
Time from request to data deliveryWithin 30 minutes (WarpHub InterSat) vs. several hours to 1+ day (conventional RF)
Access availabilityNear real-time, up to continuous (WarpHub InterSat) vs. ~10 minutes per hour (conventional RF, LEO ground-station pass)

MEO optical inter-satellite data-relay network delivering LEO Earth-observation data to the ground in near real time.