Optimised M-LVDS solutions for high density systems
Date: Wednesday, September 29, 2021
Time:15:00 PM Central European Summer Time
Duration: 1 hour
Summary
Modern distributed computing systems require smaller modules which must communicate more data over faster backplanes. Learn about Analog Device’s ADN4680E and ADN4693E-1 next generation M-LVDS transceivers, optimised for these high-density systems. Featuring low power consumption with extended temperature ranges and an ultra-tiny footprint, discover these options for compact modular designs. With precision timing performance for clock and data distribution, and combined with enhanced ESD protection, these devices ensure reliable and robust systems.
Speaker
Neil Quinn
Product Applications Engineer | Analog Devices
Neil Quinn is a product applications engineer with Analog Devices working in the Interface and Isolation Technology Group in Limerick, Ireland. Neil received a bachelor’s degree in electronic engineering from the National University of Maynooth in 2013. He specializes in industrial and high speed communication interfaces, such as RS-485 and LVDS, and ADI’s iCoupler digital isolation products.
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