CPRI Outdoor Fiber Cable Assembly
Ensure your equipment has the fiber connections it needs to operate. Assess your bandwidth needs and consider future expansion. Decide if you want to install single-mode or multi-mode fiber. Consider the installation environment. Tight buffered cables protect against moisture, extreme temperatures and harsh environments.
Gel-free cables streamline the handling and installation of outdoor plant (OSP) cables for higher efficiencies. They are ideal for duct, aerial (lashed and self-supporting) and direct buried installations.
CPRI Fiber Patch Cable
The CPRI LC outdoor cable assembly is an ideal design for outdoor fiber cable applications. It can meet the FTTA (fiber to the antenna) program requirements for outdoor environment conditions and adverse weather. It can also be used to connect RRHs to BBUs in distributed antenna systems (DAS).
The assembly is available in a variety of lengths and configurations to suit different network architectures and deployment scenarios. Its standardized connectors and cable construction are designed to minimize cpri-outdoor-fiber-cable-assembly signal loss over long distances, ensuring high-quality data transmission. The assemblies can be customized with a wide variety of connector types, cable lengths, and jacket materials.
The assembly includes the ODVA, PDLC, or RFC BBU and RRU patch cables, along with a rugged fiber terminal junction box. The cable is sealed in a waterproof enclosure to protect against harsh environments. The connectors are positioned to prevent bending or kinking, and the cable is armored for additional protection against rodents and birds. The connector polishing types are optimized to reduce back reflection, which improves optical transmission performance. The CPRI LC outdoor cable is an important component of wireless network infrastructure, providing fast and reliable data transmission between RRHs and BBUs in FTTA networks. Its scalable design enables the rapid expansion of wireless capacity. The cable is a good choice for 5G networks, which require increased network densification and the need to transfer data over longer distances.
ODC Connectors
ODLC is the most popular interface for distributed base-station in current third generation(3G) communication network. The reason why ODLC connectors are preferred by so many system vendors is that they can ensure 100 % performance. Unlike other RRH interfaces, ODC Connector is extremely robust and can withstand all kinds of installation hazards such as shock, strongest vibration or accidental handling errors. It makes the mobile networks more reliable, and it guarantees that the communication signals will be transmitted over a long distance without loss.
HUBER+SUHNER’s ODC connectors have been subjected to a number of stringent industry tests, demonstrating their ability to withstand harsh outdoor environments and conditions. They have passed tests such as salt mist, vibration and shock and meet the protection class IP67. This makes them ideal for a range of applications such as FTTA (Fiber to the Antenna), rail transport, shipbuilding, defence and wind and power energy.
We are a professional manufacturer of ODC to LC Fiber Optic Cable and ODC to SC Fiber Optic Cable Assemblies,Our products have passed the international quality standard like ISO9001:2008 and the CE certificate. We can customize the products according to your requirements. Please feel free to contact us if you have any question. We will reply you in 24 hours. Thanks! We are looking forward to cooperating with you!
ODC to LC Fiber Optic Cable
Investing in fibre is a big decision for businesses. You want to ensure that the installation is done correctly so you can get all of the benefits that come with it. This includes faster internet, more reliable connections, and higher data speeds. To achieve fiber optic cable assembly industry these results, you need to use the right fiber optic connectors to terminate the cable. There are two main types of connectors for fibre: SC and LC. These connecters have different features, but both are crucial to getting the most out of your business’s fibre connection.
ODC to LC Waterproof Patch Cord has high-quality metal-reinforced waterproof connectors that are designed to withstand harsh outdoor environments. These waterproof connectors feature thread locking mechanism that ensure a long-term and reliable connection. They are also designed with a guide pin, which allows for one-handed blind plug simple and quick connection installation. These waterproof connectors are also corrosion resistant, which makes them ideal for use in the harsh outdoors.
The ODC Connectors,together with the support optical cable,are becoming the standard interface specified in 3G,4G Base Station remote radios and FTTA (Fiber-to-the-Antenna) applications. These ruggedized outdoor connectors can withstand harsh weather conditions, mechanical loads, and extreme temperatures. They also meet the requirements for IP67 protection classes. They have passed tests like salt mist, vibration and shock, making them well suited for industrial and Aerospace and Defense applications.
ODC to SC Fiber Optic Cable
Fiber-optic connections are a vital component in the infrastructure of many telecommunications networks. They must be highly precise to minimize losses and ensure that signals are delivered properly. This is especially true in networks that are sensitive to return loss, such as FTTX networks and video delivery over RF signals. While there are several different types of optical fiber connectors, the SC device has become the dominant choice for a broad range of applications, including telecom switching offices, cellular base stations and CATV networks.
Waterproof odc patch cord is the most popular for fiber installation projects,it can reduce the time and labor needed for on-site termination and splicing. It is designed to meet the requirements of a variety of outdoor environment and can be used for FTTA, FTTB, and cellular base station remote radio applications.
The ODC connector, together with the far transmission cable, are becoming the standard interface specified in 3G, 4G and Wimax Base Station remote radios and FTTA (Fiber-to-the-Antenna) applications. They are also highly durable and can withstand harsh environments, such as salt mist and vibration.
Compared to the LC device, the ODC is more rugged and provides superior performance. Its high mechanical robustness enables it to function even under severe shock, strong vibration and accidental misuse. In addition, the ODC features locking tabs that prevent it from being removed by accident. It is an excellent choice for rugged applications, such as those in oil, wind power and rail transport industries.
