Space Hardware Marketplace

RSA-2500B

The RSA-2500B is a 1RU rack-mount spectrum analyzer designed for remote monitoring and control in SATCOM facilities, offering…

PSA-4200C

A portable C-band spectrum analyzer for satellite, TV/radio broadcasting, CATV, wireless, TCSM, and GPS signal monitoring, with LNA/LNB…

PSA-2500C Portable Spectrum Analyzer

Portable spectrum analyzer covering 5 MHz–2300 MHz with Li-Ion battery, for satellite installation and testing.

MSNG-2500C Mini Rack Mount Spectrum Analyzer

The MSNG-2500C is a mini rack mount spectrum analyzer designed for monitoring and measuring communication and broadcast carriers,…

EVO-RSA Rev B

The EVO-RSA is a rack-mount, extended-band RF spectrum analyzer with up to 12 inputs, built on a new…

EVO-CLM (Rev B) Compact Spectrum Analyzer

Compact spectrum analyzer built on DSP/FPGA platform, supports Ethernet/USB, 900–3000 MHz or 400–3000 MHz.

DRSA-2500B / TRSA-2500B Dual/Triple Spectrum Analyzer

Dual or triple embedded spectrum analyzers in 1U rack, for simultaneous multi-carrier satellite signal monitoring.

ATZC-10-100 C-Band VSAT Transmitter SSPA

The ATCi ATZC-10-100 C-Band VSAT Transmitter series offers a wide range of output power options from 10 to…

ATCi Parabolic Antenna 4.5m C/Ku-Band Prime Focus Rx

The ATCi 4.5 Meter C/Ku-Band Prime Focus Receive-Only Antenna is a precise, quality state-of-the-art antenna for satellite ground…

ATCi Parabolic Antenna 3.7m C/Ku-Band Prime Focus Rx

The ATCi 3.7 Meter C/Ku-Band Prime Focus Receive-Only Antenna delivers high performance for satellite communications ground stations. Manufactured…

Phoenix Eye OmniPNT

• CapabilityGPS-denied Alternative Positioning, Navigation & Timing (APNT)
• Signal sourcesSun, moon, planets, pulsars, satellites, signals of opportunity
• Hardware integrationLuneburg lens systems (best results); ESAs with known sideline measurements

GPS-denied Alternative Positioning, Navigation and Timing (APNT) software that determines location using celestial radio sources.

Phoenix Eye WhisperHunter

• Target applicationIntelligence, Surveillance & Reconnaissance (ISR)
• Problem addressedGrating lobes from carrier phase differences in ESA receivers
• BenefitAntenna design freedom, hybrid multi-device meshes, higher signal sensitivity

ISR-focused signal detection software addressing grating-lobe limitations in Electronically Scanned Antenna receivers.

Phoenix Eye™ Digital Signal Processing Software Suite

• Signalboost - functionLow Probability of Intercept/Detect (LPI/D) capability for tactical radio communications; detects signals tens of dB below the noise floor
• Signalboost - originProprietary COTS software developed for deep space comms, adapted for tactical radio
• Signalprint - functionUnique identification ('fingerprinting') of specific transmitters, even if identical in design, manufacture, configuration, software and crypto

A suite of proprietary COTS digital signal processing software modules for secure, low-probability-of-intercept communications, transmitter identification, electronically scanned…

Phoenix Eye SignalPrint

• CapabilityUnique RF transmitter fingerprinting / identification
• Use caseDetect spoofed/cloned transmitters despite identical hardware and crypto
• Software typeProprietary COTS DSP software

RF transmitter fingerprinting software that uniquely identifies individual radios even when hardware, firmware and crypto are identical.

Phoenix Eye SyncWave

• Grating lobe removalContinuous elimination of carrier phase differences on baseband data
• Signal source compatibilityAny digitized signal with synchronized sampling clocks (dishes, arrays)
• Input channelsUnlimited (limited by computing capability)

DSP software that removes grating lobes from electronically scanned antenna receivers, enabling coherent combination of any digitized signal.

Cowbell Suborbital Test Rocket

• Length12 meters
• Target test altitude~21,000 meters (suborbital)
• PropulsionRocketStar Aerospike Engine

12-meter aerospike-powered developmental suborbital test rocket intended to fly from Cape Canaveral's Launch Complex 48.

RocketStar Aerospike Engine

• Thrust gain vs. bell-cone25-35% more thrust, no extra fuel
• Performance gain~20% better than conventional rocket engines
• Thrust vectoringIndividually controlled combustion chambers; no gimbals/actuators needed

Patent-pending 3D-printed aerospike rocket engine producing 25-35% more thrust than conventional bell-cone engines with built-in thrust vectoring.

FireStar Fusion Drive

• Base thrusterFireStar Foundation Drive (water-fueled pulsed plasma)
• Fusion fuel additiveBoron (aneutronic fusion in exhaust)
• Thrust improvement~50% higher than FireStar Foundation Drive

Fusion-enhanced evolution of the FireStar water-fueled pulsed plasma thruster, delivering roughly 50% more thrust via aneutronic boron fusion.