Industry background

The popularity of all-optical networks (POL/FTTR) is accelerating in campus, medical and building scenarios. Fiber to the room replaces traditional copper cable vertical subsystems. A single wiring can support the evolution of more than 10G and does not need to be replaced for 30 years.

Customer pain points

  • The copper cables in weak current wells are aging and the bandwidth is limited to Gigabit;
  • The distance between buildings exceeds the limit of network cables, making it difficult for convergence equipment to obtain power;
  • The jumpers are confusing and unmarked, and operation and maintenance rely on guesswork;
  • The cost of optical port modules for multi-brand switches is high.

Recommended product portfolio

  • 12/24-core LC/SC/FC fully equipped with ODF optical fiber distribution frame;
  • LC/UPC, LC/APC single-mode dual-core jumpers and OM3/OM4 multi-mode jumpers;
  • With SFP slot, one optical and one electrical/two optical and four electrical transceivers, plug and play in the weak current room of the building;
  • SFP 100M/100M series optical modules are compatible with switches of various brands and can be coded.

Solution value

  • Starting with 10G backbone and Gigabit room, smoothly evolving to 10G/25G;
  • Passive wiring eliminates the need to draw electricity and simplifies weak current rooms;
  • Standardized terminal labels and fully equipped ODF, operation and maintenance are positioned by port;
  • Optical passive components are self-produced and directly supplied, and the overall cost is lower than that of channel solutions.

Service guarantee

Provide port tables, routing map templates and splicing/termination technical training, and support packaged supply of the entire project.