Cutting Edge Custom Mixed Signal DSP Hardware
CompactPCI Serial System/Peripheral Mixed Signal DSP Cards 3U-160 Quad Input Quad Output RF Card Xilinx Zynq UltraScale+ XCZU15 MPSoC having an integrated Quad Core 64-bit FPU ARM with an Analog Devices ADRV9026 SDR chip with four receivers plus two observation channels and four transmitters. ARM runs U-boot, GNU/Linux, BLAS, and LAPACK. Interfaces include PCIe, Gigabit Ethernet, UART, USB 2, and SDHC. Typically controlled via SCPI over Ethernet. Sixteen 16.3 Gbps SERDES directly connect the FPGAs to the backplane, supporting a full 9 card mesh with 32.6 Gbps duplex communication between each pair of cards in each direction. GMSK radio with analog canceller control plus digital cancellation having >100 dB self interference cancellation for same frequency simultaneous transmission and reception, or >100 dB external interference cancellation for antijam. 3U-160 Dual Input Dual Output Wideband Baseband Card Xilinx Zynq UltraScale+ XCZU15 MPSoC having an integrated Quad Core 64-bit FPU ARM with a dual 1.25 GSPS 14-bit ADC and two 2.5 GSPS 16-bit DACs. ARM runs U-boot, GNU/Linux, BLAS, and LAPACK. Interfaces include PCIe, Gigabit Ethernet, UART, USB 2, and SDHC. Typically controlled via SCPI over Ethernet. Sixteen 16.3 Gbps SERDES directly connect the FPGAs to the backplane, supporting a full 9 card mesh with 32.6 Gbps duplex communication between each pair of cards in each direction. Emulates L-band fading channel propagation between up to 16 radios. 6U-160 Single Input Six Output Baseband Card Quad Core 64-Bit FPU PowerPC and two Virtex-7 FPGAs with 2 high speed ADCs and 6 high speed DACs. PowerPC runs U-boot, GNU/Linux, BLAS, and LAPACK. Interfaces include PCIe, Gigabit Ethernet, RS-232/RS-422, USB 2, and SDHC. Typically controlled via SCPI over Ethernet. Twenty Eight 10 Gbps SERDES directly connect the FPGAs to the backplane, supporting 280 Gbps duplex communication in each direction. Low Latency Baseband Filter-Equalizer includes two time interleaved 400 MSPS 14-Bit ADCs and six 2.3 GSPS 14-Bit DACs with on-board full dynamic range anti-aliasing filters and RF loopback. Prototype board shows 90+ dB isolation in 20 MHz to 300 MHz passband up to 400 MHz, 60+ dB isolation up to 3 GHz can be improved by changing anti-aliasing filters or RF loopback. Typical uncalibrated performance shows -50 dBc image rejection, 0.7 dB 6.7 nS peak to peak flatness. Calibrated performance is <-80 dBc image rejection, 0.1 dB 0.2 nS flatness. Spurs include <-60 dBc ADC harmonics, <-60 dBc DAC SFDR, <-80 dBFS unrelated digital spurs. Custom CompactPCI Serial Backplane Custom CompactPCI Serial Backplane Provides Full Mesh High Speed Serial for up to nine System Cards. System SPI Controlled Variable Voltage Supply for Fan Speed Control.

Cutting Edge Custom Mixed Signal DSP Hardware

CompactPCI
Serial Mixed Signal UWB Board in Chassis

CompactPCI
Serial Mixed Signal UWB Board

CompactPCI
Serial Mixed Signal DSP Board

CompactPCI Serial System/Peripheral Mixed Signal DSP Cards

3U-160 Quad Input Quad Output RF Card

Xilinx Zynq UltraScale+ XCZU15 MPSoC having an integrated Quad Core 64-bit FPU ARM with an Analog Devices ADRV9026 SDR chip with four receivers plus two observation channels and four transmitters.
ARM runs U-boot, GNU/Linux, BLAS, and LAPACK. Interfaces include PCIe, Gigabit Ethernet, UART, USB 2, and SDHC. Typically controlled via SCPI over Ethernet.
Sixteen 16.3 Gbps SERDES directly connect the FPGAs to the backplane, supporting a full 9 card mesh with 32.6 Gbps duplex communication between each pair of cards in each direction.
GMSK radio with analog canceller control plus digital cancellation having >100 dB self interference cancellation for same frequency simultaneous transmission and reception, or >100 dB external interference cancellation for antijam.

3U-160 Dual Input Dual Output Wideband Baseband Card

Xilinx Zynq UltraScale+ XCZU15 MPSoC having an integrated Quad Core 64-bit FPU ARM with a dual 1.25 GSPS 14-bit ADC and two 2.5 GSPS 16-bit DACs.
ARM runs U-boot, GNU/Linux, BLAS, and LAPACK. Interfaces include PCIe, Gigabit Ethernet, UART, USB 2, and SDHC. Typically controlled via SCPI over Ethernet.
Sixteen 16.3 Gbps SERDES directly connect the FPGAs to the backplane, supporting a full 9 card mesh with 32.6 Gbps duplex communication between each pair of cards in each direction.
Emulates L-band fading channel propagation between up to 16 radios.

6U-160 Single Input Six Output Baseband Card

Quad Core 64-Bit FPU PowerPC and two Virtex-7 FPGAs with 2 high speed ADCs and 6 high speed DACs.
PowerPC runs U-boot, GNU/Linux, BLAS, and LAPACK. Interfaces include PCIe, Gigabit Ethernet, RS-232/RS-422, USB 2, and SDHC. Typically controlled via SCPI over Ethernet.
Twenty Eight 10 Gbps SERDES directly connect the FPGAs to the backplane, supporting 280 Gbps duplex communication in each direction.
Low Latency Baseband Filter-Equalizer includes two time interleaved 400 MSPS 14-Bit ADCs and six 2.3 GSPS 14-Bit DACs with on-board full dynamic range anti-aliasing filters and RF loopback.
Prototype board shows 90+ dB isolation in 20 MHz to 300 MHz passband up to 400 MHz, 60+ dB isolation up to 3 GHz can be improved by changing anti-aliasing filters or RF loopback.
Typical uncalibrated performance shows -50 dBc image rejection, 0.7 dB 6.7 nS peak to peak flatness. Calibrated performance is <-80 dBc image rejection, 0.1 dB 0.2 nS flatness.
Spurs include <-60 dBc ADC harmonics, <-60 dBc DAC SFDR, <-80 dBFS unrelated digital spurs.

Custom CompactPCI Serial Backplane

Custom CompactPCI Serial Backplane Provides Full Mesh High Speed Serial for up to nine System Cards.
System SPI Controlled Variable Voltage Supply for Fan Speed Control.