Optimised M-LVDS Solutions for High-Density Systems
ADI's small M-LVDS modules communicate more data per PCB area for faster backplanes. Low power consumption, extended temperature and enhanced ESD ensure reliable and robust systems.
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    Optimised M-LVDS Solutions for High-Density Systems

    Feb 16 2022

    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.

    Optimised M-LVDS Solutions for High-Density Systems
    ADI's small M-LVDS modules communicate more data per PCB area for faster backplanes. Low power consumption, extended temperature and enhanced ESD ensure reliable and robust systems.
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      Optimised M-LVDS Solutions for High-Density Systems

      Feb 16 2022

      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.