Uplink
Block Upconverters (BUC)
Outdoor BUCs: C-band 25–100 W with SCPI, web and SNMP control, and compact Ku-band 2–6 W.
Product portfolio
TESART covers the full RF chain of a satellite earth station — block upconverters, LNBs, high-power amplifiers, frequency converters and switch matrices — plus payload in-orbit test systems, a satcom-on-the-move terminal in development, and the RF cable assemblies that connect it all.
Outdoor RF units and rack equipment for the uplink and downlink chain of a satellite earth station.
Uplink
Outdoor BUCs: C-band 25–100 W with SCPI, web and SNMP control, and compact Ku-band 2–6 W.
Downlink
Dual-band 10.7–12.75 GHz, noise figure 0.9 dB typ., external 10 MHz reference.
Uplink
Solid-state transmitters from 100 W to several kilowatts, backed by our own service and spares stock.
Conversion
Rack-mount up/downconverters between L-band IF and C, X, Ku, Ka and Q-band, with low phase noise.
Signal routing
Any-to-any or custom switching architectures, 8×8 to 16×64 and custom sizes, 500–2500 MHz, 50 or 75 Ω.
Signal routing
Electromechanical DC–40 GHz: dual SP4T to SP8T units and 1×36 and 4×36 switch trees.
In-orbit test systems for verifying spacecraft payload performance after launch and in service.
Payload test
Automated payload verification: G/T, EIRP, SFD, AM/AM and transponder frequency response.
Electronically steered flat-panel terminals for GEO connectivity while moving.
Satcom-on-the-move
Electronically steered Ku-band array for GEO links on the move — no moving parts.
Semi-rigid and flexible cable assemblies that connect the chain, to 50 GHz.
RF interconnect
Semi-rigid and flexible assemblies to 50 GHz, including phase-stable test grade.
Partnership & enquiries
Send us your frequency band, power level and interface requirements. Our RF engineers will propose a configuration and share datasheets.