PI3DPX1207BZHE

PI3DPX1207BZHE is an active adapter cable from IDT that serves to extend the transmission of differential signals over copper cables. It is designed for use in scenarios where connecting via copper cables is more practicable than a more complex fibre interface. This device works on the principle of equalizing the received signal and retransmitting it differently before re-equalizing the retransmitted signal before output.

In terms of application field, PI3DPX1207BZHE is best suited to extend system links when high performance is not a priority and cost-saving is. This device is optimized for USB 3.0, HDMI, DisplayPort, and HDCP system links and is also suitable for long-distance applications including serial camera link extensions.

The working principle of this active adapter cable is designed to compensate for attenuation, cross-talk and other effects of the transmitting interface. It does this via a process of equalizing the initially transmitted signal before retransmitting it differently, ensuring a better quality signal transmission. The retransmitted signal is then re-equalized before output to minimise the effects of the interface and compensate for any losses.

Furthermore, PI3DPX1207BZHE utilises a technique known as equalization to further improve signal transmission. Here, an algorithm analyses the received signal against an expected signal and adjusts the transmitted signal accordingly. This in turn increases the signal-to-noise ratio and improves the overall quality of the signal being transmitted.

Overall, PI3DPX1207BZHE is an active adapter cable from IDT that serves to extend the transmission of differential signals over copper cables. It is best suited for application fields where high performance is not critical and cost-saving is a priority. This device works on the principle of equalizing the received signal and retransmitting it differently before re-equalizing the retransmitted signal before output. Furthermore, the device utilises a technique known as equalization to further improve signal transmission.