Technology Corner
Leadership Technologies
TEK Microsystems is at the forefront of developing and delivering technologies that serve the compute and I/O processing needs of high performance embedded applications. Primarily focused on the Military market space, Tekmicro products provide solutions that bring a new level of performance to VME/VXS platforms.
TEK Microsystems has prepared a
complete white paper on the features and
advantages of the QuiXilica V5 VXS Architecture.
Featured Technology Articles:
High resolution range-Doppler radar demonstrator based on a commercially available FPGA card”, proceedings Radar 2008, Adelaide, Australia. pdf
Serial FPDP sensor data link scales up to 20 gigabytes per second
FPGA Computing Solutions Help Radar Systems Keep Pace
FPGAs Push Integrated Data Recorder Systems Beyond Number Crunching
SDR applications: One size does not fit all
10 Gbit Ethernet Fuels Network-Centric VXS Systems
Migrating to Virtex-5 Without Falling Off The Cliff
FPGAs Shine In Defense Signal Processing Apps
VITA 42 XMC on Path Toward ANSI Standard
SIGINT Systems Take Flight
FPGAs Enable Real-Time Data Recording for Sensor Processing Applications
FPGAs Implement Storage Interfaces for Data Recording Systems
Advanced FPGA Systems Enable Real-Time Adaptive Beamforming for Phased-Array Radar
FPGAs Edge Out GPPs for Advanced Signal Processing Apps
Implementing FPGA clusters and mesh architectures
Switched Fabric Schemes Enable Right-Sizing to an Application
VXS VITA 41 melds fabrics and FPGAs: Achieving tomorrow's backplane performance today
Data Acquisition Systems Track Signal Processing Technology
 CEO/CTO of TEK Microsystems Andrew Reddig sees three major trends in embedded high performance computing that will impact the VME market:
* Switch fabric interconnect: With Serial RapidIO, InfiniBand, and PCI Express becoming real, traditional bus architectures will add switched fabric interconnect using truly open standards such as VXS (VITA 41) and XMC (VITA 42) to create scalable solutions that address the ever-increasing demands of high performance signal processing applications.
* FPGA processing: The combination of high gate density and multi-gigabit I/O bandwidth in devices such as Xilinx' Virtex 5 FPGAs will enable the development of combined PowerPC-FPGA processing engines, bringing order-of-magnitude improvements in processing density and system throughput for both I/O modules and VME processor cards.
* Intelligent I/O: Using today's FPGAs, I/O modules can now incorporate PowerPC-based server intelligence and flexible core-based switched fabric interconnect to create a new paradigm for customizable I/O with built-in intelligent stream management.
Finally, the emerging focus on truly open industry standards will allow the development of software infrastructure to manage fabric, FPGA, processor and memory resources seamlessly across different systems, applications and manufacturers.
Tekmicro's products incorporate all of these technologies and bring a new level of performance to the VME platform, offering interconnect bandwidth of 2.5 GB/s per 6U slot, processing densities up to
10M FPGA gates along with GHz-class G4 and G5 processors and I/O bandwidths of 5 GB/s using dual XMC sites.
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