SP2209EEY-L/TR

The SP2209EEY-L/TR is a bidirectional and full duplex transceiver. It provides a low-pin-count, low power solution for the applications that require a high speed communication channel. This device is a perfect choice for backplane applications, routers and bridges.

The SP2209EEY-L/TR is a single-channel transceiver that provides a high bit-rate point-to-point communication path between two nodes in a single lane. It features a low-latency and high-speed serial interface which simplifies the system design and reduces the need for protocol overhead and external termination resistors.

The SP2209EEY-L/TR operates in both transmitter and receiver modes. The transmitter mode allows up to 350 Mbps data rate and the receiver mode provides 200 Mbps data rate. The device also has a low-power-on-mode, which means that the power consumption of the device can be reduced by shutting down the device when it is not in use.

The SP2209EEY-L/TR transceiver has an integrated transmitter, receiver, and serial interface. The transmitter and receiver both consist of four differential outputs and two differential inputs. The differential inputs/outputs make it suitable for applications requiring high-speed data transmission and reception. The receiver has an advanced equalizer that helps to recover the signal if its frequency or amplitude is distorted. It also features programmable input equalization, output equalization and internal equalization, which makes it suitable for high quality point-to-point applications.

The serial interface of the SP2209EEY-L/TR supports up to 8 lanes of 10/12 bit LVDS. This interface is highly integrated and it allows for up to 128 channels of 8-lane transceivers with a total data rate of 350 Mbps. This makes it suitable for applications which require high bandwidth data transmission, such as backplane communication, routers, and bridges.

The SP2209EEY-L/TR is an ideal solution for point-to-point high speed communication applications. It is an efficient and low-power transceiver with a high bit rate, low latency, and low power consumption, which makes it suitable for any applications in which quality transmission of data is important. In addition, it offers a single-channel transceiver with four differential outputs and two differential inputs, which makes it perfect for applications requiring high-speed data transmission and reception.