Orbital 26 GHz Space-Based SmallSat Receiver To be used in space-to-space crosslinks, earth-to-space telemetry, tracking and control (TT&C), and earth-to-space communications uplinks/ downlinks, among others. • Ultra-low phase noise • Phase locked frequency synthesized local oscillator (LO) • CubeSat form factor 4 x 4 inches A companion ground terminal K-band EO LNB is also available. The 26 GHz space-based small satellite receiver from Orbital Research delivers high performance for big-bandwidth LEO missions and earth observation (EO) systems. This agile frequency converter is a perfect front-end for software defined radios (SDRs) and on-board processors in the K-band SmallSat market. When paired with a Tethers International SWIFT SDR, our SmallSat receiver is a complete turn-key communications payload system - or it can be customized to suit your form factor. The device can be used for LEO, MEO, sun synchronous or polar orbit missions and allows for inorbit changes to mission profiles. 26 GHz Space-Based SmallSat Receiver - LNBKASQ | v19.11.14 PAGE 1

orbital RESEARCH PHASE NOISE RF Frequency Band IF Frequency Band Bandwidth Local Oscillator Noise Figure Gain Max Ripple 10 MHz In Band Spurs Signal Image Rejection LO Leakage Input LO Leakage Output P1DB Output OIP3 From 24 to 27 GHz 4000 to 4500 MHz 500 MHz bands Frequency synthesized 2.5 dB -32 dBc/Hz -62 dBc/Hz -72 dBc/Hz -82 dBc/Hz -92 dBc/Hz -102 dBc/Hz K-BANDS COVERED 24.65 to 24.75 GHz Earth to Space, Inter-Satellite 25.50 to 27.00 GHz EO Space to Earth, Inter * Customizable to frequency band required Input Connector Output Connector DC Input Voltage Range For more information to order...