Background
Customer Name: ESA Network Ro.
Industry: Date Center
Company Size: 100 staff
Country: Romania
Challenges
The customer needs 10G DWDM to achieve transmission over three server rooms.
- Site A to C 42.85 km. And there was no power in site B.
- Make sure end-to-end connectivity to meet present and future business demands.
Solutions
- The 6COM technical team suggests two pairs of 16CH DWDM multiplexers/demultiplexers in the 42.85km long-distance transmission between site A and site C.
- And considering the customer’s future network expansion, 8 channels are reserved between every two sites for future transmission.
- By using EDFA at points A and C, we can compensate for the large fiber loss caused by insufficient power supply at site B during the transmission process. By introducing a preamplifier on the transmit side of the fiber end, the optical signal is enhanced.
- 6COM Team installed optical attenuators further to improve the network transmission efficiency at customer B site.
Related Products:
| Part Number | Description |
| 6C-1U-D16XXXX | 16 Channels DWDM Mux Demux, 100GHZ, Dual Fiber, LC/UPC, TFF (Thin Film Filter) |
| DWDM-SFP+-ER-XX | DWDM SFP+ 40KM(C17~C61) |
Solution Advantage
With the advancement of DWDM technology, it has become the preferred solution for enterprises in long-distance transmission due to its unique advantages such as increasing bandwidth and maximizing the use of optical fiber.
- Achieve efficient long-distance network transmission across three sites.
- EDFA enhances signal transmission to reduce fiber loss.
- Achieving signal adaptation to ensure transmission efficiency.
- Site B adjusts the signal strength through the optical attenuator, and combines SFP-10G-SR to achieve redundant connection within the site without power supply.