The board has been realized to acquire inertial position data from several standard IMUs and from an internal GPS receiver. Data is processed by means of an on-board DSP (ADSP21469 SHARC) and it can be sent to a radio-modem for remote localization purposes.
Wideband acquisition and SDR processing board – D00215-01A
This board has been designed as a test bed for radar receivers or SDR (Software Designed Radio) communication receiver. The suitability for wideband signal processing or sub-sampling technique developing is guaranteed by the high data-rate of the on-board ADC (ADS5400IPZP) and by the processing capabilities of the on-board FPGA VIRTEX VI (6VSX315T) and Freescale Power PC communicator (MPC8349).
BOARD D00240-01A
The board D00240-01A mounts a powerful FPGA VIRTEX VII, a I/Q ADC with a resolution of 14 bits and maximum sampling rate of 300 MHz. In addition it is provided with a double Digital to Analog converter for managing complex baseband signals.
The board was born to implement a half-duplex wideband modem but it is also capable of implementing complex DSP algorithms for SDR, radar and communications.
BOARD D00234-01A
The board D00234-01A is a complex architecture with two input stages and one output section. It can be employed as a versatile test bed for a wideband radar receiver or a SDR (Software Defined Radio) communication receiver/waveform generator.
The board can acquire I/Q baseband signals (implementing channel diversity) and generate the I/Q output baseband waveform. It is equipped with fast Analog to Digital Converter having a dynamic of 14 bits and sampling frequency up to 300 MHz.
The board mounts three powerful FPGAs (Virtex VI) in charge to implement complex DSP algorithms.
The board was born to implement a half-duplex wideband modem but it is also capable of implementing complex DSP algorithms for SDR, radar and communications.