
| Brand | RITEAV |
|---|---|
| Manufacturer Part Number | RAV-FC-FC-9125-SX-30M |
| Type | CABLE |
The RITEAV Rav-FC-FC-9125-SX-30m is a high-performance 30-meter (98.4ft) singlemode fiber optic cable designed for simplex applications. This fiber optic cable is an essential component for various telecommunications, data center interconnects, and industrial networks where high data transfer rates and long-distance transmission are necessary.
The Rav-FC-FC-9125-SX-30m boasts a singlemode fiber design, which minimizes dispersion and maintains signal integrity over long distances. With an optical fiber composed of ultra-pure silica glass, the cable offers unmatched signal transmission quality and is ideal for applications requiring high bandwidth and extended reach.
The cable's RF-type connector configuration on both ends enables secure and reliable contact between the fibers, further ensuring zero signal loss and optimal data transfer. The Rav-FC-FC-9125-SX-30m comes with LC connectors, a popular choice in the industry due to their smaller footprint, making them widely adopted in data centers and alternative latency-sensitive applications.
The Rav-FC-FC-9125-SX-30m benefits from an OFS Fit & Forget gel-filled design. This feature secures and protects the fiber termination inside the connector, providing better protection against contamination, fiber damage, and mechanical stress during installation, handling, and everyday use.
Incorporating 900 m tight buffered fibers, this cable eliminates excess fiber slack and ensures a compact installation. Additionally, it is Rayleigh backscatter tested to adhere to the most stringent industry standards, such as TIA/EIA-455-B2 and ISO/IEC 11801:2002, thereby ensuring reliable and consistent performance over its entire length.
The RITEAV Rav-FC-FC-9125-SX-30m's robust, low-smoke, zero halogen (LSZH) outer jacket is not only fire-resistant but also offers excellent durability. This feature is essential for shielding against potential hazards in various installations and maintaining an aesthetically pleasing appearance in data centers and other field applications. It is also water-resistant and oil-resistant, providing protection against environmental elements and potential contamination.
In total, the RITEAV Rav-FC-FC-9125-SX-30m is the perfect choice for those seeking a high-quality, long-lasting 30-meter singlemode fiber optic cable for simplex applications. Its superior performance, ultra-reliable connector configuration, and environmentally friendly design make it an unbeatable option for businesses and professionals in the telecommunications, data center, and industrial networking industries.
The Riteav Rav-FC-FC-9125-SX-30m is a 30-meter (98.4ft) singlemode, optical fiber cable with OS2 glass fiber. This cable is commonly used for fiber optic communication applications due to its high bandwidth and long transmission distance. Here are the potential pros and cons of purchasing this fiber optic cable:
Pros:1. High bandwidth: Singlemode fiber optic cables offer much higher bandwidth than multimode cables, making them ideal for applications that require efficient transmission of large amounts of data, such as high-speed internet connections and data center backbones.
2. Long transmission distance: The Riteav Rav-FC-FC-9125-SX-30m cable can transmit signals over long distances without significant signal degradation, making it suitable for deployments where cable runs are extensive.
3. Low signal attenuation: Singlemode fiber optic cables have lower signal attenuation compared to multimode cables, meaning that less signal power is lost over longer cable lengths, ensuring better transmission quality.
4. Improved reliability: Fiber optic cables are inherently more reliable than copper cables due to their immunity to electromagnetic interference (EMI) and radio-frequency interference (RFI).
5. Secure transmission: Singlemode fiber optic cables do not conduct electricity, making them a more secure choice for applications that require data security and protection against signal interception.
Cons:1. Higher cost: Singlemode fiber optic cables are typically more expensive than multimode cables due to their higher cost of production and the specialized equipment required for handling and termination.
2. More complex installation: Installing singlemode fiber optic cables involves specialized equipment and higher precision requirements compared to copper cables or multimode fiber optic cables.
3. Limited availability of laser sources: Singlemode fiber optic cables typically require lasers for transmission, whereas multimode fiber optic cables can be used with LEDs. This can make it more challenging to establish communication because laser sources might not be readily available or cost-effective for some applications.
Conclusion:The Riteav Rav-FC-FC-9125-SX-30m 30m singlemode fiber optic cable offers several advantages for high-speed data transmission applications where long cable lengths and reliable, secure communication are crucial. These advantages come at the cost of a higher initial investment and potentially more complex installation steps.
If you are designing a fiber optic network with a long run and require high bandwidth, singlemode fiber optic cables, like the Riteav Rav-FC-FC-9125-SX-30m, are an excellent choice for delivering reliable, secure, and efficient communication.
Recommendation:If you need a fiber optic cable for community networks, data centers, or enterprise applications where security, long transmission distances, and high bandwidth are essential, the Riteav Rav-FC-FC-9125-SX-30m 30m singlemode fiber optic cable is a highly recommended option. However, if you are looking for a more cost-effective solution for shorter cable lengths or applications without stringent requirements for data security, a multimode fiber optic cable might be a more suitable choice.
Constructed with 9/125 os2 singlemode fiber, this yellow patch cord is ideal for applications in telecommunications, data centers, and enterprise networks. The Riteav os2 fiber optic cable is a high-performance simplex singlemode jumper designed for long-distance data transmission with minimal signal loss. Its durable design ensures consistent performance and reliability, making it a dependable solution for high-speed, high-band width connectivity in modern networking environments.
