CPRI Outdoor Fiber Cable Assembly
CPRI is an interface between a radio transceiver and base station. It is used in 3G, 4G, and WiMax base station remote radios as well as Fiber to the Antenna applications.
CPRI is available in armored breakout and loose tube cable formats. It can also be buried in conduit. To install it, a section of sheath must be removed. This process involves ring cuts at both ends of the sheath and using rip cords to remove it.
Rugged and weather-resistant
CPRI outdoor cable assemblies are designed to meet the harsh conditions of mobile network infrastructure applications. They are built with rugged and weather-resistant materials that can withstand extreme temperatures, rain, and UV radiation. They also feature a durable design that ensures high durability and long life-span. Additionally, they offer a high level of reliability and data transmission performance.
This type of cable is a critical component of FTTA networks, as it provides a reliable way to transmit data between RRHs and BBUs. These cables can also support high-speed data transmission, which is essential for mobile networking. They can also be customized to fit specific requirements, including different connector types and cable lengths.
ODVA LC duplex armored waterproof ftta CPRI fiber patchcord, is specifically designed for remote radio head (RRH) to base station (BBU) applications in wireless communication systems. It has a robust bayonet locking design that allows for fast and easy mating and provides positive mechanical cpri-outdoor-fiber-cable-assembly feedback when the connection is fully mated. It also features an open bulkhead, which enables easy access to the SFP for removal and replacement.
PTFE and aramid fibers are used to make these waterproof ftta cpri cables, which protect them against environmental factors, such as water, dust, and extreme temperature changes. Moreover, these cables are rodent-proof, which helps prevent animals from chewing through the cable and damaging the fiber optic components inside.
High-speed data transmission
The CPRI cable system enables wireless base station signal transmission at high speeds. It is designed to replace copper connections between the base radio equipment and base transceiver unit (BBU). This allows mobile network operators to expand their networks without having to relocate existing cell sites or install new ones. The CPRI cable provides a higher-bandwidth connection between the base station and a central network, which helps increase data capacity.
Waterproof LC Outdoor Cable Assembly
CommScope’s CPRI LC cable assemblies are designed to meet the harsh environments of 3G, 4G and Wimax distributed base stations. The rugged and weather-resistant cables are designed to withstand exposure to extreme temperatures, rain and UV radiation. They feature LC connectors that are compatible with the BBU and RRH of all major mobile network carriers.
CPRI is an acronym for Common Public Radio Interface, and it is a standard for a digital data transmission between the control center and the base radio equipment in a mobile telephone network. The companies working to define the specification include Ericsson AB, Huawei Technologies Co. Ltd, NEC Corporation, Alcatel Lucent and Nokia.
CPRI outdoor fiber patch cords are the ideal solution for FTTA (fiber to the antenna) applications. They offer a high-speed data transmission capability and are available in both armoured and unarmoured versions. They also come in a variety of lengths. They feature a waterproof bulkhead, a robust bayonet locking, and a duplex LC connector.
Customizable
The CPRI LC outdoor cable assemblies are a critical component of mobile network infrastructure, enabling fast, high-speed data transmission between RRHs and BBUs. They are also rugged and weather-resistant, making them suitable for use in a wide range of environments. These cables can be customized to suit your specific network architectures and deployment scenarios, including different connector types, cable lengths, and jacket materials.
The LC connector is a small form-factor connection that provides a reliable and stable connection between the cable and RRH or BBU. It is designed to withstand harsh environmental conditions, such as extreme temperatures and rain, and can be used in indoor or outdoor applications. The LC connector also has an anti-reflective coating to help prevent light reflection, and it is easy to install.
Another benefit of CPRI LC outdoor cable assemblies is that they are pre-terminated and ready for installation at the job site. This helps to improve project efficiency by eliminating the time spent on cable termination preparation and connectors. The connectors are precision-polished and tested on both ends to verify insertion loss.
In addition to minimizing signal loss, CPRI LC outdoor cable assemblies also have an armored breakout type and waterproof cover. This ensures that the cable can withstand the test of different environmental factors, such as rodents, freezing, and light crush forces. This makes them a good choice for direct burial or aerial applications.
Low signal loss
CPRI LC outdoor cable assemblies are essential components in the construction of robust wireless networks. They transmit high-speed data between RRHs and BBUs in mobile networks, enabling fast and reliable connectivity for end users. The durable and weather-resistant design of these cables ensures that they can withstand harsh outdoor environments. In addition, they feature low signal loss capabilities, making them ideal for long-distance communication.
FTTA CPRI fiber patch cords fiber optic cable assembly industry are cord-type fiber optic cables terminated with connectors on both ends. They are available in various lengths and connector types, such as ODVA, PDLC, NSN, Mini SC, and Mini MPO. The connectors are also available in armored and non-armored versions based on application requirements.
During installation, the cables should be carefully routed and secured to avoid excessive bending and kinking, which can cause signal degradation. They should also be properly tensioned to prevent sagging, which can cause significant loss in performance. Moreover, the cables should be kept away from any objects or structures that can interfere with the signals within them. Additionally, it is important to keep the cables well-insulated to protect them from damage caused by electromagnetic interference (EMI). This can be caused by power lines and radio transmitters. It is also essential to use proper hardware, such as clamps and brackets, to secure the cables to their support structures effectively.
