English
Ningbo Betterbell Telecommunication Equipment Co., Ltd. (BTBL), founded in 2002 and located in Ningbo, China, enjoys convenient transportation, with close proximity to Ningbo and Shanghai seaports as well as major airports. We specialize in the R&D and manufacturing of structured cabling products, with core offerings including Toolless Plugs, Keystone Jacks, and Patch Panels, widely applied in data centers, office networks, and industrial communications. BTBL holds independent intellectual property rights and import/export licenses, and is committed to delivering high-quality, high-performance connectivity solutions to customers worldwide.
1. Efficient cabling, improved space utilization: The four-port design allows for multiple network points on a single panel, saving wall space and avoiding the clutter of multiple independent panels.
Suitable for small offices, home studies, living rooms, bedrooms, and other areas requiring multi-device networking, achieving "multi-purpose on one panel" and reducing overall costs.
2. Compatible with mainstream network devices, supporting future upgrades: Compliant with CAT.6 standards, backward compatible with CAT.5e and CAT.5, and supports 10Gbps short-distance transmission.
Provides a stable, high-speed, and low-latency network foundation for smart homes, the Internet of Things (IoT), and remote work scenarios.
3. Modular structure, convenient installation, reduced construction difficulty: The main module is separated from the U-shaped clip, allowing pre-installation of the module in the low-voltage box or panel, followed by clip fixation, simplifying on-site cabling.
Supports plug-and-play, allowing non-professionals to quickly complete replacements or maintenance.
4. Safety protection design, enhanced user experience: The U-shaped clip is dustproof and prevents mis-insertion, avoiding dust entering the ports or incorrect connections, improving connection reliability. The anti-misinsertion structure (direction locking) reduces installation errors and ensures network stability.
