FW1101G00

The FW1101G00 is a cost-effective, optical fiber optic communication module designed to meet the next generation of communication needs. By combining an inexpensive, high-performance optical transceiver with RGB LED, it provides reliable, high-speed communication over fiber optic cables. It is widely used in fiber-optic communications, telecommunications, data communications, industrial control, and other fields. This article will focus on the application field and working principle of the FW1101G00.The FW1101G00 can be used in a variety of applications, such as fiber optic base station, optical fiber modem, fiber optical test equipment, data communications, industrial control, and more. For fiber optic base station, the FW1101G00 can provide stable data transmission, transmission distance up to 30km, and can support multiple transmission formats, such as 10/100 BASE-TX, 10/100/1000 Base-LX. For optical fiber modem, the FW1101G00 can support up to 100 Mbps data rate and support half-duplex or full-duplex communication. For fiber optical test equipment, the FW1101G00 can provide a range of services, such as testing transmission performance of optical fiber. Now let us look into the working principle of FW1101G00. It adopts organic optoelectronic integration technology to realize transimission, taking advantage of the optical transceiver to transmit and receive the signals. The transceiver includes a light emitting diode (LED) for transmission, and a photodiode (PD) for receipt. The LED is used to emit light, and the PD is used to receive the light. The transmitted light carries the data signals, while the PD transforms the signals into electrical signals, and then the data can be processed to be transmitted to the recipient. In addition, it also supports the transmission of PAM-5 data or Ethernet signals over a single optical fiber. PAM-5 signaling employs five different levels of light to represent 16 states, which increases the transmission rate up to 10Gbps.The FW1101G00 also features a low power consumption design. It uses a low voltage differential signaling (LVDS) interface, so the power consumption can be limited to around 3.3V, allowing for lower power draw and higher speed. It also employs a TTL logic control, which allows for faster and more efficient operation. The FW1101G00 also has a built-in high-precision clock generator, which can accurately provide a precise reference oscillation signal for data communications. The FW1101G00 also features a wide range of functions that make it well suited for a variety of applications. For instance, it supports 128 bit encryption and decryption algorithms (AES-128), which provides powerful data security features. It also utilizes multiple safety tests to ensure data integrity, such as cyclic redundancy check, automatic packet re-transmission, and code error detection. Finally, it can also operate in both full-duplex and half-duplex modes, allowing for flexibility when it comes to data transmission and reception.In conclusion, the FW1101G00 is an economical and versatile optical module that can be used in various applications, from fiber optic base station to optical fibers modem and fiber optical test equipment. Its application field is wide and its working principle is easy to understand. With its features, such as its low power consumption and multiple data security protocols, it is an ideal solution for high-speed communication needs.

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FW1100010000G	Amphenol Any...	0.48 $	1000	TERM BLOCK SOCKET SMTTERM...
FW1101R00	TE Connectiv...	179.53 $	1000	FW1101R00=2020 FW RELAY
FW1109D00	TE Connectiv...	98.97 $	1000	FW1109D00=2020 FW RELAY
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