DE5a-NET
This platform was designed and developed by Terasic and US Electronic Trading Company. It is targeted at High Frequency Trading (HFT) and financial acceleration crafted application. The DE5a-Net uses a powerful Altera Arria 10 FPGA. It delivers ultra-low latency, 10/40 GigE, PCIe interfacing, high performance per watt for data analytics, and algorithmic acceleration. The QDRII and DDR3 memory provides lower application latency and higher application throughput.
The DE5a-Net is also a great High Performance Computing (HPC) platform. It can be widely used in Medical Imaging, Bioscience, Data Warehousing, Military, Data Compression, and much more.
VPX-A5SoC
The VPX-A5SoC is a high-performance, reconfigurable 6U VPX card based on the Altera Arria V SOC FPGA. The FPGA is also embeded with dual-core ARM Cortex-A9 Processor running up to 1.05 GHz which can be used for control plane interfaces such as Ethenet, USB , SD Card and UART, etc.
The board features up to 1 GB of DDR3 SDRAM as well as Flash memory for booting the FPGAs. The PCI Express ports x4 lanes in the VPX expansion plane, with up to PCI Express Gen2 (5Gbps) throughput offers a high performance interface to mainstream peripherals and
I/O cards.
Tow VITA 57 FMC sites are provided for enhancing the board's I/O and processing capabilities. The A5-VPX-A5SoC is a powerful, feature-rich solution for the next generation of compute-intensive embedded applications.
TR5
TR5 is a COTS board which is custom built and designed by Terasic specifically for clients who need large Logic Elements (LEs), and multiple external I/Os.
The TR5 board has an Altera Stratix V GX FPGA with a capacity up to 952K LEs to meet all kinds of complex designs. It has four VITA FMC connectors that contribute up to 496 FPGA free user I/Os, and provide high bandwidth data transfer and an elastic expansion of various interfaces. The TR5 has an external PCIe x4 connector to process board-to- board or board to PC connection to transfer data. To the 8GB DDR3 So-Dimm provides high-speed and efficient memory bandwidth for up to 800 Mhz.
Based on the above specifications, the TR5 can quickly help users to create a unique application system to reduce development time. It can also develop projects repeatedly to help reduce the development costs.
OpenPET
Terasic and US Larence Berkely National Laboratory joint developed the OpenPET which is a combination of circuit board, firmware, and software system. The purpose of the OpenPET is to provide for positron radiation type computer tomography and single photon emission computer tomography, after three years of research and development, testing, and debugging, it has finally achieve a near-perfect level of development.
We have become the “Icon” of and the only OpenPET manufacturer. By joining together, this OpenPET board has been confirmed and proven by the Terasic’s development and integration capabilities! Through this joint venture on the OpenPet board and through Terrasic’s numerous other products, Terrasic has proven its development and integration capabilities time and time again.