SpacePath to
Showcase Full Spectrum of Outdoor
Millimetre-Wave Amplifiers
SpacePath Communications
(‘SpacePath’), a provider of high-performance
satellite uplink amplifiers and associated
equipment for the global SATCOM market, will be
showcasing its high-power millimetre-wave
travelling wave tube amplifiers (TWTA) at
Satellite 2024 in Washington DC.
SpacePath’s very high-power
TWTA amplifiers, coupled with broadband
millimetre-wave frequencies, enables
significantly higher data rates for commercial,
military and scientific missions.
The company’s latest
millimetre-wave amplifiers on display at
Satellite 2024 will include:
•
550W K-band TWTA (22.5-23.5 GHz) for
lunar and deep-space missions
•
750W Ka-band TWTA (27.5-31.0 GHz) for
high-throughput satellite and military
applications
•
200W Q-band TWTA (43.5-45.5 GHz) for
military SATCOM
Completing SpacePath’s
broad product offering, existing millimetre wave
products include:
•
400W K-band TWTA (22.5-23.5 GHz)
•
650/550W Ka-band TWTA (27.5-31.0 GHz)
•
180/190W Q-band TWTA (43.5-45.5 GHz)
•
250W V-band TWTA (47.2-51.4 GHz)
SpacePath’s
third-generation high-power amplifier technology
incorporates many market-leading features to
streamline maintenance, drive down cost and
simplify overall system operation.
These include:
•
Modular construction for ease of assembly
and service
•
Revolutionary compressed carbon cooling
for smaller, lighter form factor
•
Plug-n-play compatibility with
competitor’s command interface
Colin Bolton, director of
business development, SpacePath Communications,
said: “The growth markets for high-power
amplifiers are in high-throughput satellite
networks at Ka- and Q/V-band as well as military
and scientific missions at K- and Q-band. At
Satellite 2024, we’ll be showcasing our new
millimetre-wave amplifiers which feature the
highest power available to serve these demanding
market segments.”
SpacePath’s high
performance uplink amplifiers cover all
mission-critical segments including
high-throughput satellite (HTS), mobile
satellite, fixed-earth stations and military
satellite communications.
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