X130W is for broadband access market based on the introduction of E/GPON technology passive optical network terminal products. lt’s with E/GPON OLT are used together to provide a complete broadband access solution. It can integrate wireless function with meeting 802.11 n/b/g technical standards, it has high gain directional antenna, the wireless transmission rate up to 866Mbps. lt has the characteristics of strong penetraing power and wide coverage. This product can provide users with more efficient data transmission security.

Extremely Fast Fiber
Optic Essential for Home Access

The X130W single-band WiFi optical modem is widely applied in broadband access for homes, small offices, shops, and other venues. It serves as a terminal device for broadband access solutions such as Fiber To The Home (FTTH), providing users with high-speed and stable network connections. Additionally, due to its abundant interfaces and stable performance, it can also be utilized as a convergence node or access device for small-scale networks.
High-Speed Network Interface

X130W features a configuration of 1GE (one Gigabit Ethernet interface) and 3FE (three Fast Ethernet interfaces), providing users with flexible and diverse options for network connectivity. The Gigabit interface supports high-speed data transmission, making it suitable for applications requiring large bandwidth, such as HD video streaming and online gaming. Meanwhile, the Fast Ethernet interfaces cater to the connectivity needs of general network devices, including printers and smart devices.
External 2x5dBi Antennas

The X130W is equipped with 2x5dBi WiFi antennas, which offer significant advantages in terms of gain effect, coverage range, signal stability, compatibility, and installation flexibility. It is suitable for various scenarios such as homes, small to medium-sized office environments, and more.
Multiple Scenes

1GE+3FE single-band WiFi optical modem is a comprehensive and cost-effective optical fiber access device suitable for home users and small businesses.




