Product category: Networking Hardware
News Release from: Pleora Technologies | Subject: iPort Hydra
Edited by the Electronicstalk Editorial Team on 14 October 2004
Software speeds gigabit Ethernet communications
Pleora Technologies has released ground-breaking new software for real-time data streaming between GigE-connected PCs.
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Pleora Technologies has released ground-breaking new software for real-time data streaming between GigE-connected PCs. Pleora's iPort Hydra PC communications software allows companies to cut the cost - while vastly improving the flexibility, scalability and ease of use - of processing-intensive vision applications such as semiconductor wafer inspection, flat panel display inspection and postal sorting. Today, the real-time processing requirements of applications like these are typically met using DSP (digital signal processing) boards, framegrabbers, and other types of specialised PC hardware.
These solutions are expensive, and difficult to evolve or scale when processing loads change, new tasks are introduced, or different system architectures are required.
Pleora's iPort Hydra software eliminates or reduces the need for this costly hardware by enabling full-duplex (two-way), real-time GigE connections between standard PCs.
With Hydra, processing power can be increased and new tasks accommodated simply by adding a PC to the system or upgrading an existing one.
The PCs can be connected directly or via a GigE switch to support a variety of system architectures.
"iPort Hydra allows vision systems with demanding processing requirements to benefit for the first time from the continually improving cost/performance curve of standard PCs", said George Chamberlain, President, Pleora Technologies.
"At the same time, Hydra allows these systems to leverage GigE's well-known scalability, flexibility, and ease of use".
iPort Hydra software runs on any PC equipped with a GigE network interface chip from Intel's 8254x series.
On the transmit side, Hydra takes raw data in any format from the main memory buffer in the host PC, converts it to IP, and sends it at 1Gbit/s over Cat5 copper or fibre to the destination PC.
On the receive side, Hydra streams the data directly into the main memory buffer.
In both operations, the Windows IP stack is bypassed, minimising CPU usage.
This leaves the CPU free to process applications and reduces microprocessor idle cycles.
"Essentially, iPort Hydra offers the functionality and performance of a costly TCP/IP offload card in a cost-effective, highly reliable software implementation", said Alain Rivard, Vice President, Engineering, Pleora Technologies.
Pleora's iPort Hydra software integrates seamlessly with other products in the company's iPort Vision Connectivity Solution.
These products include: a growing family of iPort IP engines, which efficiently convert imaging data to IP for real-time, low-latency transport over GigE; the iPort IP Device Driver, PC software that transfers data to memory using almost no CPU cycles; and the iPort Software Development Kit (SDK), which lets users easily develop applications based on custom code or third-party software packages.
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