Optimized for high-density systems, M-LVDS solution explained

Latest update time：2022-07-18

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Modern distributed computing systems require smaller modules that must transmit more data over faster backplanes. Multi-point low voltage differential signaling (M-LVDS) can effectively meet these requirements.

M-LVDS

M-LVDS is a multi-point high-speed differential electrical interface that supports up to 32 nodes. Analog Devices' M-LVDS products offer transceivers with the industry's highest ESD performance, high noise immunity receivers, and extended common-mode range. These products are ideal for applications where designers need to send data to multiple nodes at rates up to 100Mbps or 250Mbps.

For M-LVDS, ADI Think Tank launched the online training course " M-LVDS Solutions Optimized for High-Density Systems" , which explains ADI's ADN4680E and ADN4693E-1 next-generation M-LVDS transceivers and provides optimization for these high-density systems. These devices have low power consumption, a wide operating temperature range, and a very small size, which can be used to achieve compact modular designs. In addition, they also provide precise timing performance for clock and data distribution, as well as enhanced ESD protection to ensure a reliable and stable system.