The endpoint network is only as useful as the backbone connecting switches, IDFs, servers, storage, Wi-Fi and gateways. Best Networks can design fiber and 10 GbE infrastructure as one system.
We can review MDF/IDF uplinks, switch capacity, fiber, Wi-Fi and server/storage traffic to determine where 10G or multi-gigabit upgrades make sense.
Not every desktop needs 10 GbE, but backbone links frequently benefit from higher capacity. Common examples include MDF-to-IDF uplinks, server/storage connectivity, high-density Wi-Fi aggregation, camera/NVR traffic and switch-to-switch links.
UniFi's current lineup includes the Cloud Gateway Fiber, which Ubiquiti describes as a desktop 10G Cloud Gateway with integrated PoE switching, as well as higher-capacity rackmount gateway families.
Current UniFi enterprise/flagship APs include models with 10 GbE uplinks. That does not mean every deployment needs 10G to every AP, but it does mean new cabling and switch designs should consider the actual AP model and expected traffic instead of assuming 1 GbE forever.
Ubiquiti lists the U7 Pro XGS as a 10G, 8-stream Wi-Fi 7 access point. High-performance APs make upstream switch ports, cabling category and backbone design more important.
AP → horizontal cable → patch panel → access switch → 10G/25G backbone → gateway/server/storage.
A single slow segment can become the bottleneck. Good design does not just buy the fastest product—it removes the bottleneck that matters.
Gateway, core/aggregation switching, servers, storage and Internet handoff.
Single-mode or multimode chosen by distance, optics, existing standards and growth plan.
PoE switches support phones, cameras, access-control devices and APs.
Endpoint cabling selected according to application, distance and lifecycle.
We can map the current bottlenecks and determine where 2.5G, 10G, fiber or higher-speed uplinks actually create value.