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COTS Based High Performance Radar and EW Development Platform. HPEC September 2011 Mikael Taveniku, XCube Gunnar Hillerstrom, Swedish Defence Research Agency. COTS EW/Radar Development Platform. Adarate FPGA Front end & analog interface (ADC/DAC). NVIDIA Floating point DSP & HMI
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COTS Based High Performance Radar and EW Development Platform HPEC September 2011 Mikael Taveniku, XCube Gunnar Hillerstrom, Swedish Defence Research Agency XCube 2011
COTS EW/Radar Development Platform Adarate FPGA Front end & analog interface (ADC/DAC) NVIDIA Floating point DSP & HMI - GPGPU GTX590 Adapteva (future) Complex CPU/DSPintensive processing - ATDSP (future) / Others - Virtex6 130LXT – 475SXT - 2x National ADC083000 (selectable) - 2x Analog devices AD9739 - 2x 1Gbit Ethernet - PCI-express Data Storage and Control XCube Development Platform - Control / Record / Replay Software - Dual Xeon CPU - Up to 144GByte Memory - >4.4GByte/s Throughput - >8 GByte/s Burst - 96TB removable storage (shown) XCube 2011
Demo Setup (LPI Radar Simulation & Detection) HRFT Standalone Signal Generator Transmit DAC Host Processing 2.4Gsps - 8 bit data 8 Channels 150MHz (I/Q-data) Window FFT waterfall 1200MByte/s throughput (and storage) Control PC Radar (FMCW) / Frequency Hop (FH) External Interfaces Buffering and Processing Disk Manager Other HRFT Internal disk Diskwriter GP-GPU DMA Receiver ADC FPGA Frontend PCIe Disk Scheduler Stream Buffers Interface Manager Processor Array (future FMC) disk Diskwriter Tight Timing Decoupling High Throughput XCube