Huawei OptiXstar C810 E Box-type OTN CPE Device
- Classification:Huawei optical terminal equipment
- Release time:2025-11-24
- Page views:0
Huawei OptiXstar C810 E Box-type OTN CPE Device
- Classification:Huawei optical terminal equipment
- Release time:2025-11-24
- Page views:0
The OptiXstar C810 E is a 1U high fixed box-type device that supports multiple services including E1/GE/FE/STM-4/STM-1, and supports uplink speeds of 2*2.5Gbit/s on the line side. It is primarily used in CPE end-user access scenarios, providing reliable, high-quality OTN leased line solutions for governments and enterprises.

Features
1. Small size, low power consumption, and strong adaptability
• Small size, green and energy-saving, ultra-low power consumption.
• Supports multiple installation methods such as desktop, wall mounting, and rack mounting, facilitating flexible deployment.
• Supports configuration with an external power supply for 1+1 power protection.
2. Abundant business interfaces and flexible cross-scheduling
• Supports E1/GE/FE/STM-4/STM-1 interfaces to meet the access needs of various customer-side services.
• Supports OSUflex cross-connect scheduling, resulting in lower latency, more connections, and higher bandwidth utilization.
• The client side supports L1/L2 service port-level configuration, and the line side supports 2*2.5Gbit/s uplink.
3. End-to-end management facilitates agile deployment of leased line services.
• NCE centralized management enables end-to-end dedicated line services to be activated within minutes.
Technical Specifications
| model | OptiXstar C810 E |
| Dimensions (width × depth × height) | 320(mm)x 220(mm)x 44(mm) |
| Customer-side capabilities | E1-1~E1-4: 4×E1 FE/GE COMBO 5~8: 4 x GE/FE (optical/electrical) FE/GE/SDH 9~12: 4×GE/FE/STM-1/STM-4 (optical port) |
| Line-side capacity | 2×OTU1/OTU0 or 2×STM-16/STM-4/STM-1 |
| Maximum uplink bandwidth | 2×2.5Gbit/s |
| powered by | DC:-48V/-60V AC: 100V~240V |
| weight | Approximately 2.2kg |
| Installation method | Desktop, wall-mounted, rack-mounted |
| Physical layer clock | support |
| Ether OAM | support |
| Time delay measurement | support |
| Time-delay map | support |