• Switches: Wideband, Solid-State, Pin Diode-based Switches, reflective/non-reflective configurations
• High-Power Switches: HF/UHF/L-Band frequencies, Pin-Diode controlled
• Variable Attenuators: Switched-pad DCAs and pin-diode VVAs
• Limiters: Pin-diode-based limiters, including switched limiters and limiter attenuators
• Phase Shifters: Pin Diode or MMIC-based

Modules and Subassemblies, examples:

• Front End: Front-end module for short-range data link system in the C-Band RF
• Modulators 0.5-18GHz: Dual channel broadband modulator, used mainly to shift down the frequency of broadband RF signals.   Three separate sample modules are available, covering 0.5-2GHz, 2-6GHz, and 6-18GHz frequencies
• Demodulators 0.5-18GHz: Dual channel broadband demodulator, used mainly to mix two RF signals. 
  Three separate sample modules are available, covering
  0.5-2GHz, 2-6GHz, and 6-18GHz frequencies
• TRMs X Band: X-band transmit and receive module, typically incorporated into a phased array antenna.  Two separate sample modules are available, high-power TRM X-Band, and 2-watt TRM X-Band
• TRMs 6-18GHz: Broadband transmit-and-receive module, typically incorporated into a phased array antenna in radar, directional finder, EW and ELINT systems
• Transceivers: The transceiver module includes transmit and receive channels.  Two sample modules are provided: Wideband Receiver and Ka-band Integrated Transceiver
• Signal Strength Detection: The module detects and measures an RF signal at frequency range of 0.8 to 1 and 1.8 to 2 GHz (CDMA and PCS)
• Matrices: Matrix switches: NxN ports, customized to the customer’s specification at any combination. Typically, they are used for connecting multiple RF signals to multiple RF receivers. Three example specifications are available: 4x4 C-band switch matrix, 22 L-band ports switch matrix for antenna selectors, and 21x12 non-blocking switch, connecting any 21 inputs to any 12 outputs
• RF Distribution Unit: The distribution assembly receives HF/RF inputs from two monitoring antennas, amplifies and improves the signals, and divides them among 24 receivers
• RF Processing Units: An airborne module that receives RF signals from several antennas and switches the filtered signals to designated switch ports