E2000 Patch Cords and Connectors
The E2000 connector is an optical fiber connector used to terminate and connect optical fibers. The connector looks like a standard LC connector but includes a shutter cover to protect the connector ferrule from dust and contamination.
The spring-loaded shutter is a feature that improves the quality of network connections by protecting the connector from dust and scratches when it is not in use. This provides a cleaner, more consistent connection that can minimize signal degradation and loss.
E2000 Connectors
The E2000 connector is a popular type of fiber optic connector that can be found in many telecommunication networks. It is designed to deliver a secure and efficient connection between optical cables, and it can be used in both single-mode and multimode systems. The connector’s key feature is its low insertion loss, which helps to maintain the integrity of the transmitted signal. It also has a spring-loaded shutter that protects the ferrule from dust and other contaminants when it is not in use.
The E2000 connector has a number of other advantages over other types of fiber optic connections. For example, it is easy to install and can be used in high-density applications. It also has a compact design that makes it suitable for tight spaces. Additionally, e2000-patchcord the E2000 connector can be easily inspected and cleaned to ensure that it is free from damage or debris.
In recent years, there have been a number of developments that have made the E2000 connector even more useful. For instance, there are now versions that have an angled physical contact (APC) end face, which helps to reduce back reflections and improve return loss performance. The E2000 connector is also a very durable type of fiber optic connector, which means that it can be used in demanding environments with ease.
E2000 Cable Assemblies
Singlemode simplex patch cords allow data to be transmitted across long distances at high speed with minimal signal degradation. They use a single, 9-micron strand of glass as opposed to multimode cable’s larger 50 or 62.5-micron strands and transmit information over a single light frequency. This makes them more resistant to environmental changes such as temperature, pressure or moisture. Plus, they can carry multiple signals over a single fiber, making them the ideal solution for high-speed back-and-forth transmissions.
E2000 fiber optic connectors feature a 2.5mm ceramic ferrule for alignment and an automatic shutter that protects the ferrule from dust and debris, improving performance and security. The connectors are easy to install, with a push-pull latching mechanism that clicks when fully inserted. The shutter also protects the connector and adapter from laser emissions, keeping them safe for high power applications like data centers and telecommunication networks.
Our E2000 cables are available in duplex (two fibers), simplex (1 fiber) and MPO (12 fibers) configurations. Each is LSZH jacketed to meet fire and smoke requirements, while providing superior performance and low insertion loss.
Our single-mode E2000 patch cords are available in OM1 or OM3 and include a choice of PC or UPC polish on the connector end face. All patch cords are RoHS compliant, plenum rated and come in custom lengths.
E2000 Patch Cords
E2000 patch cords are the foundation for transferring data in high-speed optical networks. These cables connect optical transceivers and patch panels to each other using a single optical fiber. They are available Internet of things in both multi-mode and single-mode varieties and can be used with either standard or MPO connectors. Choosing the correct type of cable and connector will ensure that you get the best performance from your network.
The most popular types of E2000 fiber optic cable are simplex (one fiber) and duplex (two fibers). Each end features an E2000 plug connection that can be connected to other connectors, including LC, SC, and FC. The type of connector you choose will depend on the type of system you are building.
In addition to the type of connector, you must also consider the quality of the cable and connector polish. The quality of the polish will impact the transmission quality and attenuation of the optical connection. For example, a polished surface with an angled end-face can reduce reflected light and improve the return-loss attenuation of the cable.
Choosing the right cable and connector will help you build your next-generation optical network with confidence. HOLIGHT offers a wide variety of E2000 patch cords to suit any application, including waterproof versions that are ideal for use with wireless base stations and remote radio units to FTTX connections.
E2000 Fiber Optic Cables
Optical fiber patch cables consist of one connector at each end and connect the fibers to another device such as an optical switch or a telecommunications/computer device. They are available in simplex (1 fiber) or duplex (2 fibers) and can be terminated with either a E2000 or MPO connector.
Developed by Diamond SA, the E2000 connector is known for its high performance and reliability. It features a spring-loaded shutter that fully protects the ferrule from dust and scratches. This eliminates the need for frequent cleaning and maintenance, thereby increasing system uptime. It also helps reduce overall costs by lowering the amount of labor required to install and maintain the fiber optic system.
In addition, the E2000 connector’s patented active core alignment process ensures that the fiber is properly aligned with the ferrule. This provides better tolerances for axial eccentricity and angular misalignment, which in turn leads to lower insertion loss values.
Moreover, the E2000 connector is compliant with EN 186270 and IEC 61754-15 standards and is suitable for use in various applications. In particular, the E2000-LC patch cord is used for industrial site, mine field, small sells, distributed antenna systems(DAS) and in-building architecture cabling. The operating and storage temperature for the connectors & outdoor cable lie between -4080°C, making them ideal for harsh environments. They are also waterproof and anti-corrosion, so they can be used in a wide variety of weather conditions.