Guangdong Changcheng Communication Technology Co., LTD.

LC fiber optic adapter

Fiber adapter can insert optical fiber connectors of the same or different interface types at both ends to realize the conversion between FC.SC.ST.LC.MTRJ.MPO.E2000andother different connector,and provide a complete set of solutionsfor multimode and single-mode optical fiber ap-plications. It is widely used in optical fiber distribution frame(ODF),opticalfibercommunication equipment, instruments, etc, with excellent performance, stability and reliability.

(Mini)Blockless type plc splitter 0.9mm single mode 1.5M

PLC splitter is a device used to realize the shunting and combining of fiber energy. It distributes theoptical energy transmitted in one optical fiber to two or more optical fibers according to a predeter-mined proportion, or combines the optical energy transmitted in multiple optical fibers into one opti-cal fiber. It has small volume, high reliability, wide working wavelength range and good uniformitybetween channels. It is widely used to realize optical signal power beam splitting in PON networks.We offer a full range of 1xn and 2xn splitter products, customized for specific applications.

(BOX)Module type plc splitter ABS 2.0mm single mode 1.5M

PLC splitter is a device used to realize the shunting and combining of fiber energy. It distributes theoptical energy transmitted in one optical fiber to two or more optical fibers according to a predeter-mined proportion, or combines the optical energy transmitted in multiple optical fibers into one opti-cal fiber. It has small volume, high reliability, wide working wavelength range and good uniformitybetween channels. It is widely used to realize optical signal power beam splitting in PON networks.We offer a full range of 1xn and 2xn splitter products, customized for specific applications.

Cassette type plc splitter 0.9mm single mode 0.38M

PLC splitter is a device used to realize the shunting and combining of fiber energy. It distributes theoptical energy transmitted in one optical fiber to two or more optical fibers according to a predeter-mined proportion, or combines the optical energy transmitted in multiple optical fibers into one opti-cal fiber. It has small volume, high reliability, wide working wavelength range and good uniformitybetween channels. It is widely used to realize optical signal power beam splitting in PON networks.We offer a full range of 1xn and 2xn splitter products, customized for specific applications.

Outdoor waterproof fiber patch cord PD LC-LC

Waterproof patch cord refers to a type of fiber optic patch cord with a ruggedly designed PU sheath and armored structure that complies with ODVA (Open Equipment Vendors Association) standards and meets the IP66/67 environmental sealing rating. It is waterproof, dustproof, and resistant to high temperatures, and is often used in harsh outdoor environments. Waterproof jumpers are similar to ordinary jumpers, including single core, double core, multi-core, etc. The connectors can be customized as LC, SC, FC, etc. according to needs.

Outdoor waterproof fiber patch cord ODVA-LC

Waterproof patch cord refers to a type of fiber optic patch cord with a ruggedly designed PU sheath and armored structure that complies with ODVA (Open Equipment Vendors Association) standards and meets the IP66/67 environmental sealing rating. It is waterproof, dustproof, and resistant to high temperatures, and is often used in harsh outdoor environments. Waterproof jumpers are similar to ordinary jumpers, including single core, double core, multi-core, etc. The connectors can be customized as LC, SC, FC, etc. according to needs.

Outdoor waterproof fiber patch cord Mini-SC

Waterproof patch cord refers to a type of fiber optic patch cord with a ruggedly designed PU sheath and armored structure that complies with ODVA (Open Equipment Vendors Association) standards and meets the IP66/67 environmental sealing rating. It is waterproof, dustproof, and resistant to high temperatures, and is often used in harsh outdoor environments. Waterproof jumpers are similar to ordinary jumpers, including single core, double core, multi-core, etc. The connectors can be customized as LC, SC, FC, etc. according to needs.

Indoor drop cable single-mode optical patch cord

Fiber optic drop cable is constructed with one or two single-mode fiber (G.657A). The fiber is protected by a dielectric strength member made of fiberglass reinforced plastic (FRP), steel wire andLSZH outer jacket. Designed for indoor and outdoor installation, it is well suited for connections between each unit and the construction of FTTH project.

LC-LC single mode armored fiber optic patch cord

CCOFC Armored fiber optic patch cord with build-in metal armor can provide stronger protection of the optical fibers than standards fiber optic cables. The rugged armored cables allow optical fiber to be installed in the most hazardous areas, including environments with slight dust, oil, gas, moisture, or even damage-causing rodents and pests.

LC-LC common fiber patch cord

All fiber patch cords undergo stringent testing for both insertion loss and return loss at the factorybefore shipment to ensure that only quality product is delivered to the customer. CCOFC offersUPC /APC polish on the LC,SC, FC,ST,E2000 and MU connector. CCOFC has tight tolerances re-garding the rotation of the ferrule to maintain low insertion loss values.

What is the optical module for

Optical modules are optoelectronic devices that perform photoelectric and electro-optical conversion. The optical module is also called a fiber optic transceiver, which is mainly used for photoelectric conversion of signals. At the transmitting end, the electrical signal of the device is converted into an optical signal, and at the receiving end, the optical signal is restored to an electrical signal. The optical module is composed of a laser at the transmitting end, a detector at the receiving end, and electronic devices for data encoding/decoding.

What is the principle of optical communication?

The principle of optical fiber communication is: at the sending end, the transmitted information (such as voice) must first be converted into an electrical signal, and then modulated onto the laser beam emitted by the laser, so that the intensity of the light changes with the amplitude (frequency) of the electrical signal. And send it out through the optical fiber; at the receiving end, the detector converts the optical signal into an electrical signal after receiving it, and restores the original information after demodulation.

Who knows the basic equipment composition and function of optical communication?

Optical communication is the communication using light waves as the carrier. With the advent of the information age, people's demand for optical communication bandwidth is increasing. There are two ways to increase the bandwidth of the optical path: one is to increase the single-channel transmission rate of the optical fiber; the other is to increase the number of wavelengths transmitted in a single optical fiber, that is, wavelength division. Multiplexing technology (WDM).

2023 Communication Show outlook: Optical communication ushered in its new growth cycle

In the past ten years, my country has built the world's largest and most complete optical communication industry system. Some key technologies such as optical communication equipment, optical modules and devices, and optical fiber cables have reached the international advanced level, and a number of global leading companies have emerged.

Optical fiber communication system consists of what equipment is introduced the development of optical fiber communication technology

Optical fiber optical fiber communication system is a communication system that uses light as the carrier, uses ultra-fine optical fiber drawn from extremely high-purity glass as the transmission medium, and uses light to transmit information through photoelectric conversion. With the rapid development of international Internet business and communication industry, informatization has brought great impetus to the development of world productivity and human society. As one of the main technical pillars of informatization, optical fiber communication will surely become the most important strategic industry in the 21st century. Optical fiber communication technology and computer technology are the two core pillars of informatization. The computer is responsible for digitizing information and inputting it into the network; optical fiber is responsible for information transmission. In the development of contemporary society and economy, the information capacity is increasing day by day. In order to improve the transmission speed and capacity of information, optical fiber communication is widely used in the development of informatization, and has become an important technology in the information field after microelectronics technology.

What is the meaning of wireless optical communication, and what are its applications?

Optical communication is divided into wired optical communication and wireless optical communication. Among them, wired optical communication, that is, optical fiber communication, has become one of the main transmission methods of wide area network and metropolitan area network; wireless optical communication is also called free space optical communication (FSO, Free Space Optical communication).

What does optical communication equipment include? Current situation and development prospect of optical communication equipment industry

With the development of information technology and the promotion of commercialization of 5G networks, audio and video, big data, multimedia applications and other fields are developing rapidly, and the demand for bandwidth of data communication is increasing rapidly. More urgent needs have been generated, and optical communication is playing an increasingly important role in data centers, telecommunication networks, industrial manufacturing and other fields.

Optical communication industry chain

At present, the global data traffic is continuously exploding, and the improvement of electronic information computing and transmission capabilities has encountered bottlenecks, and optoelectronic information technology has ushered in rapid development.

Continue to Innovate, Continue to Introduce More and Better Services, Build Intelligent Chinese Enterprises, And Achieve Smart Entrepreneurs!

Use the optical network to spread the information sent by everyone to all over the world. Next, we will introduce technologies that can quickly transfer massive amounts of information at once.

Principle of laser communication

Laser communication is a communication method that uses laser light to transmit information. Laser is a new type of light source, which has the characteristics of high brightness, strong directionality, good monochromaticity, and strong coherence. According to different transmission media, it can be divided into atmospheric laser communication and optical fiber communication. Atmospheric laser communication is laser communication using the atmosphere as a transmission medium. Optical fiber communication is a communication method that uses optical fibers to transmit optical signals.