One key feature of OM4 is its compatibility with other multimode fibers such as OM1, OM2, and OM3. This means that existing multimode infrastructure can be easily upgraded to support higher data rates without the need for extensive rewiring or replacement.
In addition, OM4 cables are optimized for use with vertical-cavity surface-emitting lasers (VCSELs), which are commonly used in short-range optical communication systems. The combination of VCSELs and OM4 fibers allows for efficient transmission at high speeds while maintaining low power consumption.
Data Centers: With the increasing demand for cloud computing services and storage solutions, data centers require reliable connectivity options that can handle large volumes of data traffic efficiently. The high bandwidth capabilities of OM4 make it an ideal choice for interconnecting servers within a data center environment.
Telecommunications: Telecom operators often utilize multimode fibers like OM4 for connecting different network elements such as switches, routers, and access points within their infrastructure. These cables enable fast communication between devices while ensuring minimal signal loss.
Broadcasting: In broadcasting studios or live event venues where real-time video streaming is crucially important; using reliable fiber optic connections becomes essential. The ability of OM4 fibers to transmit large amounts of video content quickly makes them an ideal choice in these scenarios.
Better Bandwidth: Compared to previous generations like OM1 or even the more advanced versions like OMS-300/400/500; one significant advantage offered by the latest generation - i.e., OM5 - is its increased bandwidth capacity across all wavelengths including both single-mode & multi-mode signals thereby providing improved performance levels especially when it comes down specifically towards transmitting higher volume traffic loads simultaneously through shorter distance links between equipment nodes within networks!