Huawei GPON Terminal OptiXstar EG8010Hv6-10, SC/APC,European Standard Adapter,White shell,English,For Overseas,R21C10

The Huawei GPON ONT EG8010H white is a desktop GPON terminal for FTTH connections, featuring one GE Ethernet port and an SC/APC GPON interface. It provides fiber access for overseas markets with a maximum power consumption of 2.1 W.

Highlights of the Huawei GPON ONT EG8010H white
GPON connectivity: Class B+ SC/APC port with wavelengths of 1310 nm (upstream) and 1490 nm (downstream)
Ethernet port: One GE port with VLAN tagging, QinQ VLAN, and IPv6 Layer 2 transparency
Compact design: Desktop housing measuring 26 × 69 × 83 mm and weighing approximately 80 g
Power supply: European power adapter with 100–240 V AC input, 12 V DC system power, 1 A
GPON authentication: G.984.3-compliant authentication via SN or password

GPON interface and Ethernet features
The GPON port uses a Class B+ SC/APC connector with a receiver sensitivity of –27 dBm to –29 dBm. Wavelengths are 1310 nm for upstream and 1490 nm for downstream, supplemented by a wavelength blocking filter (WBF). The terminal supports bidirectional FEC as well as SR-DBA and NSR-DBA for dynamic bandwidth allocation.
The GE Ethernet port provides VLAN tagging and port-based tag removal with 1:1 VLAN, N:1 VLAN, or VLAN transparent transmission, as well as QinQ VLAN. The number of learned MAC addresses can be limited, and IPv6 packets are transmitted transparently at Layer 2.

Technical specifications
Dimensions (H × W × D): 26 × 69 × 83 mm
Weight: approx. 80 g
Humidity: 5–95% RH (non-condensing)
Power adapter input: 100–240 V AC, 50/60 Hz
System power supply: 12 V DC, 1 A
UNI: 1 × GE
NNI: GPON
Maximum power consumption: 2.1 W
Maximum PoE output power: not available
Installation type: Desktop
GPON port: SC/APC, Class B+, receiver sensitivity –27 dBm to –29 dBm, wavelengths US 1310 nm / DS 1490 nm, WBF, G.984.3 SN/password authentication, bidirectional FEC, SR-DBA and NSR-DBA
Ethernet port: VLAN tagging and tag removal, 1:1 VLAN, N:1 VLAN, VLAN transparent transmission, QinQ VLAN, MAC address learning limit, IPv6 Layer 2 transparency