SURS8320T3G-VF01

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SURS8320T3G-VF01 is an integrated optical communications device designed to provide optimized solutions for optical point-to-point Gigabit Ethernet (GbE) transmission within data centers. Its main application field is in optical fiber communication links and operates in the densely-populated 850nm optical wavelength. The device offers a good optical signal-noise ratio (OSNR) and a high power efficiency. It has an integrated electro-optic output transceiver for full-duplex transmission up to 2.5Gs/s in both directions.

The working principle behind the SURS8320T3G-VF01 is based on the same principle as any optical communications device. It uses an optical source, such as a laser, to generate an electromagnetic wave with a particular energy, which is then used to transmit an encoded signal between two points. The transmitted signal is detected at the receiving end using an optical receiver. It is then converted into an electrical current, which is then decoded to get the original information.

At the transmitting end, the SURS8320T3G-VF01 consist of a semiconductor laser diode. This diode converts the electrical current into the electromagnetic light energy, which is then amplified by the amplifier and launched onto the fiber. The benefit of using a semiconductor laser diode is that it dramatically increases the efficiency of the transmitting device, reducing the power consumption, and eliminating the need for bulky components.

At the receiving end, the SURS8320T3G-VF01 utilizes an integrated receiver chip, typically a PIN diode, to detect the incoming optical signal. This chip then converts the incoming optical signal into an electrical current. The electrical current is then decoded using an embedded processor, allowing the device to retrieve the information contained in the signal.

The SURS8320T3G-VF01 also features advanced error-correction algorithms to ensure high data rates and low bit error rates (BERs). It also supports a variety of transmission techniques, such as forward error correction (FEC) and digital forward error correction (DFEC). These techniques help reduce the distortion of the signal and improve the quality of the transmitted data. In addition, the device supports variable-rate transmission, allowing for the transmission of different data rate formats, including 10Gb/s, 6.25Gb/s, and 1.25Gb/s.

SURS8320T3G-VF01 is an ideal solution for long-reach optical telecommunications applications. It is designed for an extended temperature range, making it suitable for even the most extreme environmental conditions. The device is also equipped with an advanced built-in self-test and diagnostic feature, enabling it to enumerate all connected links and detect any abnormality in the system. This feature ensures reliable operation and reduces downtime.

In summary, the SURS8320T3G-VF01 is an efficient and reliable integrated optical communications device for long-distance point-to-point Gigabit Ethernet (GbE) transmission. It works on the same principle as any optical communications device, using an optical source, such as a laser, at the transmitting end and an electro-optic receiver at the receiving end. The device also offers high power efficiency, advanced error-correction algorithms, and an advanced built-in self-test and diagnostic feature, making it suitable for even the most extreme environmental conditions.

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