United States Mipi Tender

Lattice Semiconductor Corporation the low power programmable leader announced the availability of the latest in a series of new reference designs featuring the Lattice CrossLink FPGA for video bridging applications. The MIPI DSICSI-2 to OpenLDI LVDS Interface Bridge reference design provides industrial device customers with a flexible and easy to implement solution to connect todays more advanced application processors APs to the legacy displays still used in many of todays industrial environments.As a result of their long lifespans industrial devices currently in use were originally designed to connect to displays via legacy interface standards like OpenLDI. However the APs now favored by many OEMs today require support for the MIPI DSI interface which isnt backward-compatible with legacy display standards. Rather than redesign their products to support MIPI one alternative for OEMs is to use a display interface bridging solution. The Lattice CrossLink reference designs lay down the framework required for adding a bridging solution to new and existing product designs.With our new CrossLink reference design industrial OEMs no longer need to waste precious development time towards solving basic interface connectivity issues that dont distinguish their products from the competition said Peiju Chiang Product Marketing Manager Lattice Semiconductor. Our CrossLink reference designs will give customers a fast easy and economical way to solve a range of interface design issues so they can focus more of their engineering resources on developing the value-added features that make their products stand out.Key features of the MIPI DSICSI-2 to OpenLDI LVDS Interface Bridge reference design includeSupport single DSI input RGB888 or RGB666 to single or dual channel LVDS output RGB888 or RGB666 Support single CSI-2 input RGB888 RAW8 RAW10 or RAW12 to single- or dual-channel RGB888 LVDS outputs RGB888 Support for MIPI DSI input of up to 1.5 Gbps per lane Support for OpenLDI at up to 1.2 Gbps per lane Compliant with the MIPI D-PHY v1.1 CSI-2 v1.1 and DSI v1.1 specifications.s