2026.02.06 FTTH Networking Optimization | B-end O&M Efficiency | Foreign Trade Compliance Adaptation | Full-Scenario Network Speed Enhancement I. Introduction With the full popularization of FTTH (Fiber to the Home), the demand for stable and efficient networking of ONUs and routers runs through all scenarios including households, enterprises and industrial parks. Aiming at the core
WiFi5 vs WiFi6 ONU｜Core Differences Analysis｜Full-Scenario Experience Comparison 2026.02.04 I. Introduction As the core terminal equipment for FTTH (Fiber to the Home), the WiFi version of an ONU directly determines the network experience in home and small-scale scenarios. Although both WiFi5 and WiFi6 ONUs are compatible with XPON dual-mode networks, they differ significantly in key
WiFi5 ONU vs. WiFi6 ONU: Differences & User Experience Read More »
2026.02.03 FTTH Full-Scenario Coverage | Professional Solutions | Global Product Services I. Introduction With the comprehensive popularization of fiber-optic broadband, Fiber-to-the-Home (FTTH) has become the core foundation for the digitalization of homes, parks, operators and enterprises. From terminal access to central office transmission, a set of stable, compatible and cost-effective full-scenario solutions directly determines network
Gigabit broadband is now ubiquitous, and smart home devices are experiencing explosive growth. Many people, despite having high-speed broadband, frequently encounter problems such as slow internet speeds, weak signals through walls, and lag when multiple devices are connected—the core issue often lies with the fiber optic router. As the \”central nervous system\” of the home
Wi-Fi is great because of the flexibility it offers, and basic operation requires little effort. But it is frustrating when Wi-Fi doesn\’t work well, especially since the problems and remedies are not always obvious. A good business wireless network requires specialized tools and knowledge for design, installation and troubleshooting. How bad can business Wi-Fi be?
Multi-user MIMO, or MU-MIMO, is a wireless communication technology that uses multiple antennas to improve communication by creating multiple connections to the same device at the same time. MIMO is an acronym that stands for multiple input, multiple output. MU-MIMO is commonly used in devices such as routers, and it works with mobile devices such