Solution
With the release of the fifth generation communication technology (5G) standard scheme, 5G is gradually moving towards commercial use, aiming at the application requirements of 5G with high bandwidth, low latency and large connection, OMC provides a full set of bearer solutions, taking backbone, metropolitan area and access as the context, from wired to wireless, from urban to rural, covering a variety of 5G application scenarios.
With the rapid development of cloud computing, big data and artificial intelligence, more than 70% of network traffic in the future is concentrated in the data center, and how to ensure high speed, reliable and fast connections in the data center has become a challenge. As an important provider of data center infrastructure, OMC provides data center all-optical connectivity solutions to operators, cloud service providers and industry customers. Adhering to the rich accumulation of 16 years of optical communication, OMC provides end-to-end all-optical connection system from backbone cable to port level, supports smooth and rapid upgrade of data centers from 10G to 100G and even higher rates, supports high-density and low-loss all-optical wiring connections, and comprehensively improves the efficiency and reliability of data center data interaction. Provide customized optical connection system solutions for different scenarios. At the same time, we can also provide customers with a variety of customized services such as data analysis, data visualization and personalized data collection/storage services to help customers improve their competitiveness in the new data era.
The communication network is developing to the era of all-optical network, and the optical fiber access network will gradually replace the original copper access network. At present, the development of high-speed data services and video services, the accelerated reduction of optical fiber construction costs, coupled with the intensifying competition among operators, the support of national policies and other factors, copper wire bandwidth is seriously challenged, light into copper retreat is inevitable, and the global optical fiber access has entered a large-scale construction period.
FTTx refers to the access networking mode that uses optical fibers in the access layer network and makes optical fibers close to or even directly connected to users. Optical fiber access network uses optical fiber as the transmission medium, with large transmission capacity, high transmission quality, high reliability, long transmission distance, anti-electromagnetic interference and other advantages, is the future development direction of fixed broadband access.
Among all known FTTx technologies, Passive Optical Network (PON) technology takes optical fiber as the transmission medium and has the characteristics of high access bandwidth and full passive spectral transmission. In terms of management, operation and maintenance, bandwidth performance, integrated service provision, bandwidth allocation strategy, networking flexibility, construction cost, etc. Compared with other optical access technologies, it has obvious advantages.
With years of technical accumulation in the field of communication networks and unique insights into future optical communication systems, OMC has launched FTTX (FTT0, FTTH, FTTB+LAN,…) based on physical connection devices and devices of communication networks for domestic and international communication network construction users. System solutions that provide optical distribution management products from the communication terminal to the user’s home or office.
With the increase of rail transit operating mileage, the corresponding demand for rail transit communication equipment and monitoring is also growing. OMC provides the following solutions for rail transit based on fire-resistant communication cables, leaky cables and optical fiber sensing technology:
- Flame-retardant communication cable for rail transit can provide communication guarantee in case of sudden fire to ensure the operation of key equipment.
- Leaky cables solve the problem of wireless communication coverage in rail transit.
- The distributed optical fiber temperature measurement system monitors the ambient temperature in the track in real time and provides early warning when the fire occurs.
- The optical fiber perimeter monitoring system monitors the perimeter of the depot in real time, and links with video sound and light.
- Environment and equipment monitoring products automate the monitoring of the environment and equipment in the subway tunnel.
- The optical fiber strain monitoring system monitors the geological settlementof the subway tunnel.
Successful Case
Active Room Sub-system Application
Cloud computing center of an Internet company
According to the solution provided by OMC
- The integrated wiring system is set up, which mainly includes the on-site service building, the integrated transfer center GTC and the parking building. The whole wiring system adopts high flame retardant copper cable and optical cable. Copper cable adopts CMP high flame retardant grade, optical cable adopts OFNP flame retardant. The disaster recovery room and PCR data room are equipped with an advanced OM4 pre-terminated optical fiber solution. Simon’s pre-terminated fiber solution, with better performance MTP connectors, provides an easier upgrade path and more flexible wiring solution for 40G and 100G applications for true plug and play functionality.
- Building group communication link system, the system terminal area (except T1, T2, ITC cable interconnection), work area, flight area and links between the two fields Building group communication link. The routing between the new airport complex needs to pass through the underground pipeline corridor and the integrated pipe network. OMC has customized the OFNP cable with flame retardant and the GYTS armored cable with non-flame retardant to meet different use cases. The use of fiber distribution box FCP3 is also a highlight, it can economically connect, protect and manage up to 96 LC fiber in 1U installation space, and integrates high-density FCP3 plug and play modules to facilitate fiber management and simplify access to fiber connections.
