64-bit CompactPCI boards with Texas Instruments C64xx fixed-point DSP, large user-configurable Virtex-II Pro FPGA, high-speed I/O, PMC sites and advanced system interfaces. Integrated designs ensure best possible chip connectivity.
Ultra-fast signal capture, generation and co-processing - Spartan 3 and Virtex-5 FPGA, huge DDR/QDR memory, multi-lane PCI Express with a private J16 user I/O port. Excellent choice for SDR, signal intelligence, RADAR, radio test equipment.
Ultra-fast signal capture, generation and co-processing - Virtex-II Pro FPGA, ample DDR memory, 64/66 PCI with a private JN4 64-bit user I/O port. Excellent choice for SDR, signal intelligence, RADAR, radio test equipment.
64-bit PCI & CompactPCI boards with Texas Instruments~ C6711 or 6713 floating-point DSP, a fixed set of high-quality analog I/O and numerous system-level features for fast integration in advanced systems. Novel architectures deliver minimum data and maximum data throughput.
64-bit PCI boards with Texas Instruments 6713 floating-point DSP, a fixed set of high-quality analog I/O and system-level features optimized for highly deterministic stimulus response measurements and flexible waveform generation. Novel architecture delivers latency and maximum data throughput.
PCI & CompactPCI DSP boards with Texas Instruments C6x01 or C6713, optional FPGA, a broad range of OMNIBUS modular I/O and a truly open-architecture for integrating custom I/O.
PCI & CompactPCI Data Streaming Cards, fully configured from a host application and featuring wide choice of analog and digital I/O. Perfect for high-end data acq systems requiring high-speed and efficient data processing in desktop or industrial PC running Windows.
Powerful data logging systems which directly control an NTFS disk subsystem to support gap-free storage or playback of analog or digital signals acquired using the Innovative X-series XMC modules. A dedicated PCI Express SATA RAID controller interfaces to conventional hard disk drives supporting data flow rates up to 500 MB/s, sustained.