XR3170EID-F

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The XR3170EID-F is a specialized transceiver designed to transmit and receive data over various mediums. It is a single-chip device that has been designed to allow data transmission over a variety of mediums, including optical fiber, hybrid coax, and Ethernet. This transceiver provides high-speed data transfer rates of over 200 Mbps. It also offers low power consumption and a high input/output isolation capability.

The XR3170EID-F is a full-duplex transceiver that caters to mediums requiring full-duplex data transmission. The transceiver utilizes integrated digital and analog circuitry to provide high-performance, low-power intra-module communication. The XR3170EID-F also has the remarkable ability to accept parallel data streams or a serial bus as its input and demultiplex it into high-speed data packets. The transceiver can then transfer the data to its destination via optical fiber, hybrid coax, or Ethernet.

The XR3170EID-F is designed to upgrade existing systems with high-speed optical interfaces. Its standard configuration allows it to be compatible with most media available on the market, including SMPTE 282M and SMPTULE 3 standards. This makes the transceiver a great asset as it is capable of connecting to various mediums, giving users the flexibility to upgrade existing systems while taking advantage of the faster data transmission speeds available.

The XR3170EID-F is much more than a transceiver. It is also a driver, a receiver and a transmitter. As a driver, the XR3170EID-F receives digital inputs and converts them into optical signals for transmission over the medium. As a receiver, the XR3170EID-F accepts incoming optical signals and converts them back into digital signals for further processing. As a transmitter, the XR3170EID-F converts digital data into optical signals for transmission over the medium.

This transceiver incorporates advanced technologies and techniques such as: adaptive equalization, clock and data recovery, and forward error correction. These techniques are designed to ensure that the data is transmitted in an error-free manner. The XR3170EID-F also supports two-port mirroring, which allows the data to be received on two different receivers. This is useful for redundancy and monitoring.

The XR3170EID-F also supports a unique feature which allows the user to switch from full-duplex to half-duplex mode in order to minimize power consumption. This is especially useful when multiple systems are connected together and a single system is required to send and receive data over the same medium. By using the XR3170EID-F\'s half-duplex mode, the power consumption of the system is drastically reduced.

In conclusion, the XR3170EID-F is a remarkable transceiver designed to allow data transmission over various mediums at high speeds. It is an easy and cost-effective way to upgrade existing systems with high-speed optical interfaces. The XR3170EID-F also supports two-port mirroring, adaptive equalization, clock and data recovery, forward error correction, and half-duplex mode, making it a great choice for data transmission needs.

The specific data is subject to PDF, and the above content is for reference