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PLDA Introduces High-performance Linux and Windows PCI Express Device Drivers Optimized for Latency-sensitive Applications
The PLDA device drivers and APIs provide a robust and flexible software framework for FPGA-based PCI Express adapter cards
SAN JOSE, Calif. -- May 16, 2012 - PLDA, the industry leader in interconnect IP, today announced the 3rd generation Linux and Windows device driver for its PCI Express intellectual property cores and FPGA design kits. Redesigned from the ground up with an architecture optimized for latency, the device drivers support Linux 32-bit and 64-bit distributions as well as Windows XP, Windows 7 32-bit and Windows 7 64-bit and provide a common API, allowing seamless switching between both Linux and Windows operating systems. The C-software API provided with the device drivers includes both a generic PCIe API as well as a PLDAspecific API that leverage the advanced features of PLDA’s PCIe and DMA IP cores.
The device drivers are provided as compiled binaries with every PLDA PCI Express IP core and FPGA design kit. IP licensees can use the device drivers with their own PCIe hardware, and also have the option to purchase source code.
“At PLDA, we are heavily focused on optimizing the integration experience of our worldwide customer base,” said Stephane Hauradou, PLDA’s CTO. “Providing high performance Linux and Windows drivers, particularly for the 64-bit operating systems, is an important milestone to accelerating and simplifying integration of PCIe in FPGA designs.”
Availability:
The PLDA Linux and Windows Drivers for PCIe are available now from PLDA with every PCIe IP core and FPGA design kit. Please visit www.plda.com for more information.
About PLDA
PLDA is a leading provider of semiconductor intellectual property (IP) specializing in high-speed interconnect protocols and technologies. PLDA is headquartered in Aix-en-Provence, France, and has a strong worldwide presence with a North American sales and technical support office in San Jose, California and a worldwide distribution network. For more information visit www.plda.com.
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