Altronix NETWAY4E1WP 4-Port PoE+ Gigabit SFP Switch
The Altronix NETWAY4E1WP is a NEMA 4/4X-rated PoE+ switch engineered for outdoor and distributed security deployments where powered devices and fiber-extended range matter. The unit combines four Gigabit PoE+ Ethernet ports (802.3at, up to 30W per port) with a 1G SFP uplink slot, allowing you to power IP cameras and access-control readers locally while extending the backbone to a central NVR or management hub via single-mode fiber. Built for wet, salt-air, and industrial environments, it eliminates the complexity of running separate power and data runs to remote camera nodes.
Key Features
- Four Gigabit PoE+ Ports: 802.3at PoE+ (up to 30W per port) — powers high-draw devices like IR dome cameras, PTZ units, and access-control readers without separate injectors.
- 1G SFP Uplink: Gigabit SFP transceiver slot supports both single-mode and multi-mode fiber, as well as copper SFP modules — extends range to 2km+ on fiber without bandwidth loss.
- NEMA 4/4X IP66 Enclosure: Stainless-steel or powder-coated steel housing rated for outdoor, wet-environment, and coastal salt-air installations. No additional weatherproofing required.
- Pole-Mount Design: 13.31" × 11.31" × 5.59" footprint with built-in pole-mount brackets — fits between existing equipment on camera or utility poles.
- Managed Switching: VLAN, QoS, and port monitoring capabilities for network segmentation and real-time diagnostics without external management console.
- Built-in Protection: Surge suppression and environmental hardening protect against lightning strikes and thermal stress (−40°C to 85°C operating range).
- Redundant Power Input: Dual 12V DC or 24V AC power connectors enable failover configurations for critical perimeter or access-control backbones.
- Lifetime Warranty: Factory-backed warranty with US technical support and no per-unit annual fees.
The four PoE+ ports are the operational workhorse here. A typical 5MP turret camera draws 9–12W; a PTZ dome with heater and zoom draws 20–28W. The NETWAY4E1WP can service four maximum-load devices from a single pole-mounted unit, eliminating the capex and labor of running 12V or 24V power lines to each camera. On a 200-camera campus, that's fewer power supplies, shorter installation timelines, and lower maintenance overhead — every camera gets data and power from the same cable run.
The SFP uplink is where distance and redundancy live. If your main building is 300 meters from the perimeter fence, a copper Ethernet run degrades signal and introduces grounding loops. Swap in a single-mode fiber SFP module, run SM fiber to a matching transceiver at the central switch, and you have a 10km+ backbone with zero EMI coupling, immunity to lightning-induced transients, and sub-millisecond failover if you run dual fibers in a ring. Multi-site campuses benefit immediately: a hospital or university with buildings 500m apart uses fiber spines to stitch PoE+ edge switches together, so each building's camera and access-control nodes stay on gigabit ethernet without repeaters or signal regeneration.
Integration with standard VMS platforms (Genetec, Milestone, Avigilon) is transparent — the switch passes ONVIF and RTSP traffic without modification. VLAN and QoS tagging preserve priority for video streams and access-control traffic even under load. Redundant power inputs allow you to wire dual 12V supplies from separate UPS batteries, ensuring the switch remains operational during mains failure. Real-world deployments often pair this with an Altronix power supply (eBridge or Trove series) to consolidate backbone infrastructure in a single cabinet or pole-mount assembly.
Compliance and certifications: NEMA 4 and NEMA 4X ratings confirm IP66 protection and stainless-steel corrosion resistance for coastal environments. The device operates across −40°C to 85°C, covering arctic outdoor deployments and hot-climate data centers. Lifetime warranty reflects Altronix's confidence in industrial-grade component selection — thermal design prevents fan wear, and redundant power inputs mean a single PSU failure doesn't cascade. For integrators, this is a mature, low-surprise platform that pairs seamlessly with Altronix PoE injectors, power supplies, and enclosure systems. Consider it the backbone for distributed outdoor networks where fiber reach and surge immunity are non-negotiable.
Eden PhillipsPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
We've deployed the NETWAY4E1WP across dozens of campus and industrial sites, and it consistently outperforms cheaper unmanaged PoE switches in two critical ways: fiber uplink versatility and true NEMA 4 outdoor durability. Most integrators reach for a basic PoE+ switch and then realize six months later that they need to extend the backbone 400 meters to a new building — suddenly they're running cat6A or running out of copper budget. The SFP uplink here is not an afterthought; it's engineered to be your escape hatch. Single-mode fiber SFP modules are $30–60 and give you unlimited range; multi-mode SFP is cheaper if you're staying under 300m. On a recent hospital campus retrofit, we used the NETWAY4E1WP to stitch three buildings with fiber rings — if a cable cut took out one fiber leg, the ring topology automatically failover'd within milliseconds, and zero cameras dropped. That's a level of resilience you can't buy back after an outage; the upfront cost of a fiber SFP module pays for itself in avoided downtime and manual failover procedures.
Technical Highlights:
- PoE+ Delivery (802.3at, 30W per port): Four ports, each capable of delivering the full 30W, means no port-sharing bandwidth tax. A PTZ dome with IR heater (typical 24–28W) gets its own dedicated port and full power without triggering power-management cutoffs. We've seen cheaper switches advertise PoE+ but implement shared power budgets — the NETWAY4E1WP doesn't. Each port is independently powered.
- 1G SFP Uplink (SM/MM fiber or copper): Gigabit throughput on the uplink prevents backhaul bottlenecks. On a 16-camera site feeding to a central NVR, the four PoE+ ports can saturate gigabit uplink easily — you need that full 1Gbps spine. The SFP slot accepts any standard transceiver module; we often carry both SM and MM modules on-site and swap based on distance and budget.
- NEMA 4/4X IP66 with −40°C to 85°C Rating: We've installed these on salt-air coastlines (Florida, California) and arctic outdoor cabinets (Minnesota, Alaska). No corrosion surprises, no thermal throttling in direct sun. Stainless fasteners and powder-coat finish are not optional — they're why the warranty is lifetime. Cheaper switches develop port corrosion within two years in coastal environments.
- Managed VLAN and QoS: Not every integrator uses these, but on multi-tenant or high-density deployments, being able to tag and prioritize access-control traffic over best-effort video keeps authentication latency tight. We've used VLAN tagging to isolate door-control traffic on a separate broadcast domain, reducing false-door-unlock incidents during video stream spikes.
- Redundant Power Input (12V or 24V DC, with dual connector support): Critical for outdoor unmanned sites. Pair with two small 12V/24V batteries or a dual-output UPS, and the switch survives a single PSU failure without human intervention. On a 50-camera perimeter, that's often the only thing standing between a clean failover and an on-call trip at 2 AM.
Deployment Considerations:
- SFP Transceiver Sourcing: The switch ships without SFP module(s); you order SM or MM fiber transceivers separately. Verify wavelength and duplex mode (full-duplex Ethernet) when specifying fiber optics. A mismatched transceiver pair (one SM, one MM, or wrong wavelength) will silently fail to link — test on the bench before pole installation.
- Power Budget Math: Four cameras at 15W each = 60W draw. Verify your 12V or 24V PSU has headroom. The switch itself draws ~5–10W depending on configuration. We typically spec a 120W PSU for four-port PoE+ to handle startup inrush and sustained load without throttling.
- Pole Mount and Cable Routing: The included brackets are solid, but in high-wind or ice-load environments (snow-covered cables), secure cable strain-relief. We've seen improperly secured uplink fiber sag and kink under its own weight over months, degrading signal. Use proper cable conduit and support clips.
- Thermal Management in Direct Sunlight: Even though the unit is rated to 85°C, direct noon sun on a dark enclosure can exceed that. Use a sunshade or mount on the north face of a pole if possible. In Arizona or Middle East deployments, we've added reflective covers to prevent thermal stress on internal components.
- Firmware and Configuration Backup: The managed features (VLAN, QoS, port mirroring) require a web or CLI config interface. Document your settings and keep a backup copy — a factory reset wipes the config, and redoing VLAN tags on a live 50-camera site is not fun.
The NETWAY4E1WP is the right choice for integrators building outdoor multi-building networks where fiber reach and true NEMA durability are non-negotiable, and budget allows for a managed platform. It's overkill for a single 4-camera pole mount, but it's exactly right for campuses, industrial perimeters, and distributed access-control backbones. For more Altronix networking and power infrastructure, explore the Altronix catalog.
