Address
Floor 3, Building B, Honghua Science And Technology Innovation Park,
Longhua District, Shenzhen
Work Hours
Monday to Friday: 9AM - 9PM
Weekend: 10AM - 6PM
1ge Epon Onu Bt-125er
1GE SFU ONU
♦ Compliant with IEEE 802.3ah specification and OAM protocol
♦ Supports the WEB configuration function
♦ Layer 2 Switching, support 802.1Q VLAN, 802.1P QOS, Bandwidth Control, Spanning Tree, etc
♦ Supports the configuration of Ethernet interface rates, working modes,MDI/ MDIX auto-negotiation mode, and Pause flow control
♦ Provides performance statistics on all Ethernet lines
♦ Support multicast IGMP snooping
♦ Supports the L2 wire speed forwarding
♦ Supports the AES-128 algorithm for data encryption of downlink data
The BT-125ER epon onu modem provides one 10/100/1000Mbps auto-adapting Ethernet port and features high-performance forwarding capabilities to ensure an excellent user-experience with internet and HD video services. The BT-125ER provides a perfect terminal solution and future-oriented service-supporting capabilities for FTTH deployment. It has good compatibility to work with the third-party OLTs, such as Huawei/ZTE/Fiber Home/Alcatel-Lucent.
1ge Epon Onu Bt-125er Ont Router
| Hardware Specifications | |
|---|---|
| Size（L*W*H） | 90mm (L) ×90mm (W) ×24mm (H) |
| Optical signal access | 1*EPON |
| User interface | 1GE |
| Indicator light | POWER/PON/LOS/LAN |
| Button | Power switch Button, Reset Button |
| Weight | 95g |
| Power adapter input | 100V～240V AC，50Hz～60Hz |
| PowerSupply requirement | 12V DC，0.5A |
| Power consumption | <6w |
| Working temperature | -10°C ~ +45°C |
| Environment humidity | 5% ~ 95% (Non-condensing) |
| PON Interface | |
| Module type | Class B+ SC/UPC |
| Working wavelength | up 1310nm，down 1490nm |
| TX Optical power value | 0.5～4dBm |
| RX Optical power sensitivity | -27dBm |
| Transmission distance | 0～20km |
| Transmission rate | Uplink 1.244Gbps；downlink 2.488Gbps |
| Ethernet interface | |
| Interface type | RJ45 |
| Interface parameters | 1 x 10/100/1000Mbps auto adaptive Ethernet interfaces |
