The broadband solution for the XG fiber-optic community of the company

With the decrease of the cost of Ethernet equipment and the increasing demand for network applications, the application of Gigabit Ethernet has become a trend. Tyco Electronics has a complete solution for the amp XG Cabling System, which is used in 10G Ethernet.

The integrated solution already includes single-mode fiber, multimode optical fiber transmission 300 m (XG fiber cabling system), shielded copper cabling system transmission 100 m (XG copper cabling System) and recently introduced unshielded copper cabling System transmission 100 meters (XG UTP Copper Cabling System). This article focuses on the AMP xg fiber solution.

The wide use of optical fiber has made today's network planning much easier, and the performance of the network has been greatly improved and more assured. From the Internet throughout the world, to the major campuses, enterprises are widely used in optical fiber communication technology. The "Information superhighway" is trying to extend directly to the community through optical fiber, or even directly to the user's home.

Why use the million-gigabit xg fiber

Optical fiber by virtue of its small quality, large capacity, transmission frequency bandwidth and other features become the first choice for gigabit Ethernet applications. Although the single mode optical fiber can meet this requirement, it needs to use the laser light source, the corresponding optical transceiver cost is also very high. The common multimode fiber can only meet the following applications, can not meet the requirements of high-speed Ethernet. After research, the industry developed to be known as the Vcsel light source, than the traditional LED light source has better performance. By optimizing the improvement of 50/125 micron optical fiber, matching with Vcsel, it can support the 10gb/s of 300-meter distance cable backbone at 850 nm wavelength, while in support of gigabit applications, the transmission distance can reach 900 meters, and the cost is not much higher than common multimode fiber.

Ampwan Mega XG Fiber Solutions

Tyco Electronics in the development of optical fiber communication systems have 45 years of experience in the field of optical communication in the world's leading position, at the same time, Tyco is a 10G Ethernet standard Alliance member. 1998 Tyco designed and installed the world's first submarine optical fiber system using DWDM dense wavelength division multiplexing technology-"Tyco Global Network (TYCO)" to achieve 16*10gbps high-speed transmission, transmission distance of more than 500km, The system is currently the world's largest submarine optical fiber system, connecting the world's five continents, more than 70 countries network communications. The Ampwan Mega XG fiber system is a more high-performance multimode fiber system designed for 10GB/S optimization, which enables the transmission of 10G data rates within a distance of 300 meters. The system is a continuous, end-to-end solution that can provide excellent performance matching. The network backbone can be upgraded from 1G to 10G without the need to change the original optical fiber system to save you the cost.

AMP XG Fiber

AMP XG Optical fiber is designed to work with the Vcsel fiber, in line with the iso/iec11801-2nd OM-3 Optical fiber specification, to meet the needs of Gigabit Ethernet applications. XG Fiber has a variety of types, including indoor, indoor/outdoor versatility, insect-resistant, etc., the core number of optical fiber from 4 to 48 cores. It also supports all applications based on the old multimode 50/125 micron Fiber, including supporting LED light sources and laser light sources. AMP XG Optical fiber supports LOW-COST high-performance serial transmission technology 10GBASE-SR, supports the use of the lowest cost of light source-850 nanometer light source, and the use of this light source of electronic devices, transmission million trillion can reach 300 meters or more distance. In addition, the transmission distance of Gigabit Ethernet transmitted by AMP XG Fiber system can be extended to 900 meters, which means that users do not have to use expensive laser devices when the distance between floors is more than 550 meters. At the same time, XG fiber compatible with existing fiber-optic wiring racks and connecting hardware, support the traditional network technology token Ring, FDDI, VG anylan,ethernet, Fibre Channel, and ATM, can be used for horizontal systems, vertical systems and centralized fiber cabling.

The optical fiber uses the low smoke halogen free skin, conforms to the standard request. Can prevent the spread of flames, prevent the distribution of smoke, acid gas and gas, etc.

There are many types and models to choose from, suitable for various architectures and applications;

The minimum installation radius is 90mm and the minimum service radius is 60mm;

The maximum mounting tensile force is 1000N; The maximum working tensile force is 600N; the ability to resist extrusion is 2000N;

Operating temperature range in -20℃--70 ℃.

The amp XG Fiber connector is optimized for gigabit applications and supports SC connectors and small fiber connector MT-RJ. SC connectors compatible with existing fiber-optic wiring racks, support lightcrimp technology, through mechanical crimping method of fixed optical fiber, no glue and polishing, can be simple and rapid installation on site. It takes just 3 simple steps: To peel off the optical cable, split the fiber, and press the connection, you can complete the end-to-end process in a minute. XG Fiber optic connectors can be applied to optical cables with a buffer layer diameter of 250μm and 900μm and a 2.5mm or 3mm sheath. And the characteristic index test of the connector fully meets and exceeds the tia/eia-604-3 requirements. It also uses a gray appearance to distinguish it from a traditional connector.

The MT-RJ XG Connector is only half the size of the SC two-port connector, smaller than a standard RJ-45 connector, but can provide a 2-core fiber end, its on-site termination process is also very simple, the end of the process without gluing, grinding, only 5 simple steps--to prepare the fiber (fiber peel, clean and cut off ); Turn the key and insert the fiber into the MT-RJ jack. The two-fiber end time is within two minutes, and the key can be reused, the fiber can be repeated, and the connector can be reused. The MT-RJ XG connectors exceed the standard requirements of ANSI/TIA/EIA-568B and ISO 11801 and are optimized for tens of thousands of megabytes to meet 10G Ethernet applications.

The amp xg Fiber jumper is a high-performance jumper optimized for 50/125 micron fiber, with a maximum insertion loss of 0.5dB and a typical insertion loss of 0.2dB. In line with Lszh low smoke halogen-free requirements, the factory passed the insertion loss and echo loss test to ensure that the Vesel and FP light transmission performance. Jumpers have a variety of lengths to choose from to meet the different needs of users. And there are mt-rj--mt-rj XG jumper, Mt-rj--sc duplex XG jumper, SC duplex--sc duplex XG jumper, etc. for users to choose according to needs.

Fiber Wiring Box

Ampwan Mega XG Optical fiber system compatible with traditional fiber wiring box, users can directly use the ordinary fiber wiring box to form the system. The AMP fiber wiring box has the organic frame type and the wall hangs type, may install many kinds of optical fiber adapter board. The rear backplane of the rack type fiber-optic wiring box can be opened for easy installation, and the rear part of the wiring box is equipped with a fiber-optic management ring and a strapping device, which can be installed on a 19-inch rack. Wall-hung fiber-optic wiring box can be used in the building trunk or park trunk, into the line with a fixed device, also equipped with a fiber-optic management ring and banding facilities, optical cable is distributed in a ring-shaped storage, and by the secret door to facilitate the use of locks.

AMP XG Fiber System products

Traditional optical fiber technology can not meet the demand for high speed and low cost network applications. The advent of new advanced light source technology and optical fiber has facilitated the emergence of high data rate applications.