The Virtex6 ADC Board is designed for four channel A/D conversion and digital post-processing. It supports several serial high speed interfaces like CPRI, PCIe, SATA, SRIO and Ethernet.

The Virtex5 SX95 Board is an extension module for the FFP Basic+ Board and the LTE-S Board, but it also can be used for standalone applications.

LTE-S Hardware Plattform Combined DSP/FPGA platform for development of next generation radio interfaces like 3G LTE.

The Prototyping Board FFP Basic builts the basis for our FPGA building set. The FFP Basic has been developed using powerful Xilinx Virtex II Pro chips. This FPGA types combine a high amount of logic ressources with integrated Power PC cores. This is completed with different interfaces to enable maximum flexibility to the user.

Extension module for the FFP Basic+ Board: The TMS320C6474-DSP Module is an extension module for the FFP Basic+ Board It consists of two DSP add-on boards (type Main and type Extension), which are designed for use on a single extension slot of the FFP Basic+ Board.

The primary purpose of the Q7 AMC is to integrate Q7 based processor modules in a MicroTCA environment.

The new mainboard FFP Basic+ puts an enhanced standard to develop high sophisticated solutions in research and development. With the FFP Basic+ board the well-proven FFP building set is adapted to the modern challenge in prototyping.

The ASP-Measurement-adaptor board can be used in common with the following FPGA platforms: iaf FFP basic CHIPIt Gold Edition

The ADDA-MGT-Board is designed for A/D conversion, D/A conversion and for pre- and post-processing of data streams like digital I/Q modulation and demodulation.

The 2GSPlus ADC Module is designed for A/D conversion from 1GSamples up to 3GSamples.

The Virtex4 SX35 Board has been mainly developed as interface board between 1GSPS ADC resp. 1GSPS DAC board and FFP Basic.

The 2GSPlus DAC Module is designed for D/A conversion from 1GSamples up to 4GSamples

The 22 RF-Transceiver is designed for 3G-LTE prototyping systems as well as for software defined radio (SDR) development purposes. It supports simultaneous transmission and receiption of two antennas in frequency-duplex-mode.