Which router should I buy for cold-connecting sub-ports

For cold-connecting multiple sub-ports, routers with multi-gigabit Ethernet ports like the TP-Link Archer BE900 or ASUS RT-BE96U are ideal.Recommended Routers1. TP-Link Archer BE900 This WiFi 7 router is equipped with eight networking ports, including four 2.5Gbps, three 10Gbps (one SFP+), and one 1Gbps port, making it perfect for connecting multiple wired devices or sub-networks . It also supports high-speed wireless connections, but its extensive wired port options make it ideal for cold-connecting sub-ports. Additional features include two USB ports and EasyMesh compatibility for expanding your network. 2. ASUS RT-BE96U The ASUS RT-BE96U is a top-tier WiFi 7 router with multiple high-speed Ethernet ports and excellent range . It supports advanced traffic management, free security features, and mesh networking. Its robust wired connectivity ensures stable performance for multiple sub-ports, making it suitable for home or small office setups. 3. TP-Link Archer BE6500 For slightly smaller setups, the Archer BE6500 offers dual 2.5Gbps ports and can handle up to 90 devices simultaneously . While it has fewer ports than the BE900, it is still a strong choice for connecting several sub-ports with reliable performance.Key Features to ConsiderMulti-Gigabit Ports: Look for routers with 2.5Gbps, 10Gbps, or SFP+ ports to support high-speed wired connections.VLAN and QoS Support: Useful for segmenting sub-networks and prioritizing traffic.Future-Proof Standards: WiFi 6 or 7 ensures compatibility with modern devices and high throughput.Mesh Compatibility: If you plan to expand your network, routers supporting EasyMesh or similar technologies allow seamless integration.ConclusionFor cold-connecting sub-ports, routers with multiple high-speed Ethernet ports are essential. The TP-Link Archer BE900 and ASUS RT-BE96U are the best options for extensive wired setups, while the Archer BE6500 is suitable for smaller networks. Prioritize multi-gigabit ports, VLAN support, and future-proof standards to ensure reliable and scalable connectivity.