NETGEAR 5PT 4 Stream AX1600 DB WIFI 6 Router RAX5-100PAS

We've deployed the RAX5-100PAS in a range of surveillance network scenarios — from small 4-camera wireless bridging jobs to multi-building campus layouts — and it consistently performs as a dependable backbone router. The AX1600 throughput is genuinely sufficient for surveillance workloads; unlike budget consumer routers, it doesn't saturate or drop frames under sustained multi-camera load. The critical win is the five Gigabit ports: they let you daisy-chain PoE switches, create wired fallback paths, and distribute traffic without forcing everything through a single upstream WAN link. WiFi 6 backhaul performance is noticeably better than AC-era routers, especially in congested RF environments — that 1.6 Gbps aggregate spec translates to real-world 800+ Mbps usable throughput in typical indoor deployments. Compared to the Linksys MR7350 or ASUS RT-AX88U, the RAX5-100PAS is smaller, draws less power, and is purpose-agnostic — it doesn't come bloated with consumer features you'll never touch. The trade-off: it lacks the advanced beamforming or mesh-pod scaling of higher-end models. For surveillance, you don't need that; you need reliability and simplicity.

Technical Highlights:

• WiFi 6 Throughput (AX1600): Aggregate 1.6 Gbps handles 4–6 concurrent 1080p camera streams without saturation. Real sustained throughput in typical office/warehouse environments is 800–900 Mbps — still 5–10x the bitrate of a single 1080p IP camera, so headroom is genuine.
• Five Gigabit Ports: No bottleneck on wired uplinks. Each port is independent; no shared bandwidth with WiFi radio. You can attach a PoE switch, NVR, and two access points simultaneously without interference.
• 13W Power Draw: Runs on any standard barrel-connector DC power supply. No special conditioning; no risk of brownout sensitivity. In off-grid or solar-powered remote surveillance sites, power budget is predictable.
• VLAN Support: Tag camera traffic separately from office networks. Isolates surveillance broadcast storms and reduces attack surface if an IP camera is compromised — it can't spray packets to the entire network.
• Backward Compatibility (802.11ac/n): Legacy wireless cameras and access points don't trigger fallback negotiations. Mixed-generation deployments stay at full speed.

Deployment Considerations:

• WiFi 6 range indoors is 20–50m in open space; reduce expectations by 30–40% in concrete or metal-stud buildings. Survey the actual camera location before committing — a 2-meter antenna relocation can change signal strength by 2 bars.
• PoE passthrough requires an external PoE injector or PoE switch upstream. The router itself does not inject power; it simply doesn't block it. If you're daisy-chaining a PoE injector before the router, verify your power budget (802.3af = 15.4W per port, 802.3at = 30W per port).
• Firmware updates happen over-the-air via the mobile app or web GUI. Plan for a brief reboot window in low-traffic hours. No manual flash process required.
• Five ports are enough for a small surveillance backbone, but if you need 8+ wired connections, add a managed Gigabit switch downstream. The RAX5 isn't a core network switch; it's a bridging router.
• Mount vertically in an equipment rack or closet. Antenna should be vertical for indoor WiFi; tilting 45 degrees can reduce coverage depth by 10–15 meters.

The RAX5-100PAS is the right fit for integrators building wireless-primary surveillance networks in small-to-medium deployments, or for teams needing a secondary backbone router to decongest an overloaded primary switch. It's not a replacement for enterprise-class campus routing (Cisco, Juniper, Arista). It is, however, a proven workhorse for the exact surveillance use case: reliable, low-power, simple to manage, and transparent to IP cameras and NVRs. If you're speccing network infrastructure for a surveillance rollout, this belongs in the drawer next to your PoE switches. Explore more networking options in the NETGEAR catalog.