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New Altera FPGA Product News from KCL
GiDEL's new Altera Stratix IV boards now available from KCL.
Main products are:
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PROCeIV™ - PCIe x 4 Stratix IV Computational Accelerator |
| The PROCe IV™ system provides a high-capacity,
high-speed Stratix IV FPGA-based platform, resulting in
a powerful and highly flexible system. The PROCe
IV™ can be hosted via 4-lane PCI Express. The
board’s high speed performance coupled with
memory and add-on daughter boards' flexible
architecture enable the system to meet almost any
computational needs. In addition to 512MB onboard
memory, two SODIMM sockets provide up
to 8GB of memory or additional connectivity and
logic. |
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PROC104™ - Industrial PCIe/104 Stratix IV FPGA Board |
The PROC104™ system provides a high-capacity, high-speed Stratix IV FPGA-based platform fortified with high throughput and massive memory, resulting in a powerful and highly flexible system.
The PROC104™ complies with PCIe/104™ standard incorporating compact, self-stacking and rugged industrial-standard connectors. This powerful platform is ideal for high performance FPGA development and deployment across a range of SWaP-constrained application areas, including signal intelligence, image processing, software defined radio and autonomous modules/vehicles. |
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PROCStar IV™ - PCIe x 8 Stratix IV Computational Accelerator |
The PROCStar™ offers upto 4 Stratix IV FPGAs, 2GB onboard memory, 8 SODIMM sockets (upto 32GB of memory) and supports 5 PROCStar IV™ daughter cards.
The PROCStar IV™ System, with GiDEL's PROCDeveloper's Kit and tools, offers an incredible performance yet supports quick implementation of your unique design. Abundant memory conjoined with fast PCIe connection enable strong co-processing between a standard PC operating system and the FPGA acceleration. |
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The PROCDeveloper's Kit, GiDEL's intuitive design and debug environment, facilitates design development effort on the PROCStar IV system. The kit contains PROCWizard™, PROCMultiPort™ IPs, Quartus and USBBlaster, and a PROC_HILS™ option.
The PROCWizard™ performs hardware initialisation and automatically generates interface documentation, C++ class(es) application driver(s), top-level designs, interface modules / entities and on-board memory controllers.
The PROCMultiPort™ core IPs provides simple access as FIFOs and frame delays to the on-board DRAM.
The USBBlaster provides visibility to internal signals using the available FPGA memory.
The PROC_HILs™ enables developers to accelerate Simulink™ design simulations from within the Simulink environment by implementing Hardware-in-the-Loop simulation on the PROCe IV board. Alternatively, the PROC_HILS™ may be used, via Simulink as a design entry tool for an FPGA based accelerator. |
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C Programming support for GiDEL hardware |
Support for C Programming of the Altera FPGAs on GiDEL cards is provided by Impulse C™ a C Language development tool for FPGAs.
Impulse C™ provides software-to-FPGA solutions for embedded and high performance computing. Impulse C™ is used by 8 of the top 10 government contractors, half the worldwide automotive manufacturers and by a wide range of medical, industrial and consumer processing designers.
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High-Performance Reconfigurable Computer at Florida University |
Altera, GiDEL and Impulse are supporting Florida's Novo-G, being built at CHREC, the NSF Center for High-Performance Reconfigurable Computing. Novo-G will be the most powerful Reconfigurable Computing (RC) machine ever fielded for research. It links 24 PCI Express PROCStar III GiDEL Boards, equipped with 96 top-end Altera Stratix III FPGAs and 408GB of memory. These boards are hosted in 24 servers with 576GB of memory and 20 GB/s InfiniBand. |
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Copyright: Kane Computing Ltd 2010
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