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Rio Rancho, NM - Alta Data Technologies (Alta) announces the release of a mini embedded mezzanine board for MIL-STD-1553networks:MEZ-E1553™. The MEZ-E1553 product provides 1-2 dual redundant 1553A/B/C channelswith an Ethernet backplane interface on a small 3.6x5.6cm PCB. The product is available now for immediate delivery in Dual (BC/BM or mRT/BM) or Full Function (BC/mRT/BM) models.
“We’ve had several customers ask us to provide the inner workings of our popular, real-time Ethernet-1553 converter, ENET, for their embedded systems, and this resulted in the new MEZ-E1553 product. Customers can quickly integrate this small mezzanine PCB into their system, and utilize the same AltaAPI SDK software as our other products, often without even recompiling their application. For new customers, the Berkley socket layer means the MEZ-E1553 will work with almost any operating system. The MEZ-E1553 compliments our Mini PCI Express embedded cards (MPCI2-1553) for systems like Com Express.” states Harry Wild, VP of Sales for Alta.
Jake Haddock, CTO of Alta adds, “We offer a design reference card with complete schematics, STEP 3-d files and breck-out cables for bench testing. The customer can connect the MEZDEV-E01 board to their development computer via Ethernet and write their application while designing the hardware. The MEZ-E1553 is ideal for any rugged,custom requirement. The product also includes signal capture (o-scope) capability for troubleshooting 1553 cable issues, and cybersecurity signal modeling.”
Almost every avionics or communication system implements an Ethernet topology, but most 1553 Ethernet converter products are processor based with unsecure IP network stacks that greatly slow down communications. ENET, NLINE and MEZ-E1553 designs are FPGA hardware-based UDP thin servers that provide a real-time1553-Ethernet connection, and reduces threats of viruses or hacking. These products provide all the advanced controls of traditional 1553 interfaces, and can simultaneously auto bridge time-stamped 1553-UDP packets without any programming. There is a fast auto-boot feature, and data structures can be controlled through standard socket communications as implemented in almost every OS, even DO-178 compliant systems.