Abaco has an extensive track record in helping our customers turn sensor-acquired data into actionable information in the shortest time and at the lowest bandwidth in a broad range of digital and analog applications.
Take advantage of FPGA cards built on open standards and with a high degree of configurability in order to address a wide range of applications - without the expense and extensive development time of custom in-house developments.
FMCs bring modularity to high performance I/O - whether you need high bandwidth ADCs and DACs for radar applications, Gigabit Ethernet for digital communications, or clock and trigger distribution for multi-board synchronization.
Utilize our Board Support Packages to get your hardware implementation underway as quickly as possible. The BSP gives you the control, flexibility and power to develop solutions for your most demanding digital signal processing applications.
Build an electronic warfare solution from the largest FMC portfolio on the market and leading edge DSP boards that are modular, minimize latency and come with built in security features—all built on open standards.
Head on over to our support pages, where you’ll find key contacts, how to obtain documentation, information on warranty and repairs, contract samples, details of our Product Lifecycle Management and Configuration Management programs – and much more.
There is probably no one-size-fits-all design approach for ESM and SIGINT systems – but how should they be right-sized and optimized? This solutions brief provides some suggestions, and looks at the role RFSoC technology can play.
A 6U VPX RF processing system, the VP460 features the transformational Xilinx® Zynq® Ultrascale+™ RF system-on-chip (RFSoC) technology and the latest Xilinx Virtex™ Ultrascale+ High Bandwidth Memory (HBM) FPGA device. The RFSoC ZU29DR device used on the VP460 includes 16 integrated analog-to-digital converters at 2GSPS, 16 digital-to-analog converters at 6.4 GSPS, a user- programmable FPGA fabric, and multi-core Zynq ARM® processing subsystem.
Partial Reconfiguration allows FPGAs to dynamically change modules without disrupting other parts of the design. This white paper describes the special considerations throughout the design process when using the new Xilinx RFSoC technology.
In a rapidly changing technology environment, developers of advanced electronic warfare solutions face a sometimes bewildering array of choices. It’s not just about RF performance, though. Here, we describe some of the options and trade-offs.
The VP430 Development Kit is designed to speed, simplify and reduce the cost of developing advanced electronic warfare applications. It does this by pre-integrating the VP430 Direct RF Processing System with the VPX370 Development System and an SBC326 3U VPX single board computer to enable a fast start.
The pressure to deliver leading edge electronic warfare solutions in the shortest possible time has never been greater. Increasingly, that means COTS solutions – more readily available and at lower cost than in-house development. Here, we look at some options.