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Aerospace and Defense Review
The device operates from a single 3.3V supply and provides a single-component solution to interface an FPGA directly with a dual redundant MIL-STD-1553 bus.The HI-2579 transceiveris available in industrial −40oC to +85oC and extended −55oC to +125oC temperature ranges, with optional burn-in available for extended temperature range devices.
“Holt is very happy Alta once again chose us for their latest product design,” said Anthony Murray, Director of Marketing Communications at Holt. “This product provides them with a robust, compact product ideal for this application.”
The MEZ-E1553 is a unique mezzanine card that allows Alta’s customers to design-in 1-2 dual redundant 1553 channels in their own embedded design (I/O sub-assembly, SBC, etc.) with a 100/1000 Ethernet host interface. For many embedded designs, routing Ethernet signals is much easier than a memory, PCI or PCIe busses. The customer can easily design-in Alta’s proven AltaCore™ full featured 1553 protocol engine, including A/D O-Scope signal debugging,for deployed or test applications. Full reference schematics and 3-D STEP files are included.
TheMEZ, like Alta’s ENET™ products (1000s deployed on 100s of US DoD systems), implements a real-time, hardware UDP server design that eliminates traditional IP/UDP software stacks – virtually eliminating virus concerns. The product includes a full Berkley Socket Distribution (BSD)AltaAPI™ SDK with source, and 100s of example and ESS test programs – quick and easy integrationthat can run on almost any operating system, even DO178 systems.
Also available is a low-cost reference design card with a USB Windows/Linux interface that runs the same AltaAPI. The customer can use the same application software from the referencecard directly to the deployed design (allowing engineering teams to work in parallel). From integration to test, the MEZ-E1553 will savesdevelopment time while providing a full featured 1553 interface usually only found on PCIe type cards.
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