500 Mbps LVDS transceiver for backplane and cable links
It handles point-to-point or multipoint data transmission at 500 Mbps per channel, making it a fit for high-speed backplane interconnects, clock distribution, and serial data links where signal integrity over twisted-pair or PCB traces matters.
Data rate and channel count for link budget planning
At 500 Mbps, each driver-receiver pair supports a serial link with a bit period of 2 ns. The full-duplex architecture means the two channels can transmit and receive simultaneously, doubling the aggregate throughput to 1 Gbps in a bidirectional link without bus turnaround overhead. The 2/2 driver/receiver count matches common LVDS topologies: one pair for transmit, one for receive. If your design needs more channels, you would cascade multiple devices or look at a quad transceiver — but for a single full-duplex link, this part keeps the BOM count low.
Active production, ROHS3, and industrial temperature
16-TSSOP footprint and supply rail
The 16-TSSOP package (4.40 mm body width, 0.65 mm pin pitch) is a common footprint that routes easily on two-layer boards.