Axis 01633-001 Industrial PoE++ Gigabit Switch

Axis 01633-001 Industrial PoE++ Gigabit Switch

The Axis 01633-001 is a ruggedized network switch purpose-built for surveillance and industrial deployments in extreme environments. It delivers PoE++ power to four Gigabit ports simultaneously, making it capable of supporting multiple power-hungry devices like PTZ cameras and edge analytics appliances without external power supplies. The combination of fiber uplink capability, redundant power connectors, and industrial temperature rating addresses a real integration challenge: deploying reliable power and data infrastructure across distributed outdoor and harsh-environment installations.

Key Features

• Four PoE++ Ports with 60W Per-Port Budget: Each of the four Gigabit RJ45 ports supplies up to 60W, totaling 240W available power — enough to simultaneously run four advanced PTZ cameras or edge appliances that typically draw 40–55W each. This eliminates the need for separate power injectors or external supplies at remote locations, reducing wiring complexity and cost.
• Dual Uplink and Fiber Connectivity: Two additional Gigabit RJ45 ports provide failover uplink capacity, while two SFP slots accept standard Gigabit SFP modules. Fiber uplinks become essential in long-distance runs (>100 meters) or electromagnetically noisy industrial environments where copper cabling introduces signal degradation or ground loops — a common issue in factories or utility installations.
• 16 Gbps Non-Blocking Switching Fabric with 11.9 Mpps Throughput: Full-duplex bandwidth across all ports means no contention between camera streams. The 8K MAC table supports dense deployments without address table overflow. For a four-camera 4K @ 20 fps setup (roughly 500 Mbps aggregate), you'll consume less than 4% of available fabric capacity, leaving headroom for future expansion.
• Industrial Temperature Rating -40°C to 75°C: Aluminum die-cast enclosure and component selection ensure operation across extreme temperature swings — critical for outdoor mounted cabinets, rooftop installations, and uncontrolled industrial spaces. Standard commercial switches typically stop at 0°C, making them unsuitable for Arctic, high-altitude, or desert deployments.
• 6kV Surge Protection on All Network Ports: Lightning and switching transients are common in outdoor and utility infrastructure. 6kV surge protection on every port shields against direct and induced surge events that would destroy unprotected Gigabit interfaces, reducing field failures and emergency service calls.
• Redundant Power Inputs with Dual Connectors: Two separate power connectors allow cross-connection to dual-feed power supplies or UPS units. If one power path fails, the switch continues operating on the second feed — a requirement for security-critical or critical-infrastructure surveillance where camera loss triggers compliance violations or operational blind spots.
• Enterprise Security Protocols: RADIUS and TACACS+ authentication, SSH encrypted management, 802.1X port-based access control, and VLAN support (802.1Q) integrate this switch into corporate security architectures. Password protection and HTTPS management prevent unauthorized reconfiguration in multitenancy or contractor-heavy environments.
• Advanced Layer 2 Management: Support for Spanning Tree Protocol (STP), Rapid Spanning Tree (RSTP), and Link Aggregation Control Protocol (LACP) enables mesh network topologies, loop prevention, and load balancing across dual uplinks — essential features when integrating the 01633-001 into larger network fabrics with redundancy requirements.
• IEEE 802.3af, 802.3at, and AXIS High PoE Compatibility: The switch auto-negotiates power delivery: legacy 15.4W devices, mid-range 30W units, and full 60W appliances coexist on the same switch without manual port configuration. This backward compatibility simplifies mixed-generation camera migrations.
• Jumbo Frame Support (9,216 Bytes): Large frame sizes reduce overhead on bandwidth-constrained links and improve throughput efficiency when aggregating multiple high-bitrate camera streams or conducting high-volume data transfers across the switch fabric.
• AXIS Device Manager Integration: Centralized discovery, configuration, and monitoring of the 01633-001 alongside other Axis devices reduces operational overhead in multi-site deployments. Real-time port status, power consumption per port, and temperature monitoring provide visibility into switch health.
• 5-Year Warranty: Axis' five-year coverage reflects industrial-grade reliability expectations and reduces total cost of ownership across long deployment lifecycles typical of infrastructure and surveillance projects.

Integration & Compatibility

The 01633-001 supports IPv4 and IPv6, SNMP (v1/v2c/v3) for remote management, LLDP device discovery, and IGMP multicast control — standard protocols across enterprise network management platforms. DNS, NTP, and DHCP support streamline provisioning. Compatibility with network switches and surveillance NVRs is ONVIF-agnostic, meaning any standards-compliant IP camera or edge device benefits from the power delivery and switching capability. When designing IP camera deployments, the 01633-001 replaces the need for remote PoE splitters or wall-mounted power supplies, consolidating infrastructure at a central cabinet or headend location.

Dimensions are compact (135 × 130 × 62 mm) and weight minimal (0.6 kg), enabling DIN-rail mounting, cabinet integration, or pole-mounted enclosure installation without structural concerns. The single RJ45 console port allows serial management on isolated or air-gapped network segments.

When to Choose a Different Model

If your deployment requires more than six uplink ports or exceeds 240W total power budget, evaluate higher-port-count industrial switch variants within the Axis line. If your environment does not exceed 0°C or requires only standard commercial temperature ranges, a lower-cost managed Gigabit switch with standard PoE+ (30W) will reduce capital outlay. For applications requiring IP67-rated (fully sealed) power connectors or ATEX/IECEx explosion-hazard certification, consult Axis' hazardous-area switch portfolio.

Frequently Asked Questions

Q: Does the Axis 01633-001 support ONVIF cameras from other manufacturers?

A: Yes. The 01633-001 is a protocol-agnostic Layer 2 switch. Any ONVIF-compliant IP camera or edge device can connect to and draw power from its PoE++ ports. Compatibility is not vendor-locked.

Q: What's the maximum cable run length from the 01633-001 to a PoE++ camera?

A: Standard Gigabit Ethernet over copper extends to 100 meters (328 feet) from switch to device. Beyond that, use the SFP fiber ports to extend reach without signal loss or power delivery degradation.

Q: Can I hot-swap the power connectors if one feed fails?

A: No. Both power inputs should remain connected to redundant power supplies or UPS units. The switch does not support hot-swap of power connectors. Ensure both feeds are live and the switch is configured for dual-feed operation.

Q: Is the 01633-001 NDAA Section 889 compliant?

A: Verify current NDAA compliance status with Axis directly or consult your procurement team, as certification status can change with product revisions. The evidence provided does not confirm or deny NDAA compliance for this specific model.

Q: What happens if the temperature exceeds 75°C?

A: The switch is not rated for operation above 75°C. Extended exposure to higher temperatures may cause thermal shutdown or permanent damage. Ensure the switch is mounted in a location with adequate ventilation or active cooling (e.g., cabinet with thermal management).

Q: Does the 01633-001 require external cooling or active thermal management?

A: Passive cooling via the aluminum enclosure is typically sufficient for standard deployments. High ambient temperatures or continuous operation at full 240W power output may require cabinet-level ventilation or thermal monitoring to stay within the 75°C upper limit.

Eden Phillips

Perspective based on aggregated IP Security Depot and affiliated engineering team experience.

The Axis 01633-001 bridges the gap between commercial and industrial networking. Its 60W per-port PoE++ output is sufficient for next-generation PTZ cameras and edge analytics appliances, while the dual SFP uplinks enable cost-effective fiber connections for long-distance or electromagnetically noisy environments. The -40°C to 75°C operating range and 6kV surge protection are critical differentiators for outdoor and industrial deployments where standard commercial switches fail within the first season.

Technical Highlights:

• 240W Total Power Budget (60W × 4 ports): Eliminates the need for remote PoE injectors or separate 24VDC supplies at camera locations. A single cabinet installation can support four full-power PTZ cameras simultaneously — a real labor and material savings on rooftop or distributed outdoor builds.
• 16 Gbps Switching Fabric with 11.9 Mpps: Non-blocking fabric means no contention; each port gets full Gigabit bandwidth in both directions. A typical four 4K camera feed (20 fps each) uses roughly 500 Mbps aggregate — leaving 94% of fabric capacity for uplink overhead, management traffic, and future expansion.
• Dual Power Connectors with Redundant Power Path: Cross-connect to two independent power supplies or UPS units. If one fails, the switch continues operating — a mission-critical feature for 24/7 surveillance or critical infrastructure where downtime triggers alarms or compliance violations.
• SFP Fiber Uplink Slots: Bypass copper distance limits (100 meters). Long-distance deployments, utility pole chains, or electrically noisy factory floors benefit from multimode fiber at a fraction of the cost of copper extenders or inline repeaters.

Deployment Considerations:

• The -40°C to 75°C range is wide, but passive cooling via the aluminum enclosure assumes moderate ambient temps and adequate cabinet ventilation. Continuous 240W operation in a sealed, unventilated cabinet may approach the 75°C upper limit — consider active thermal monitoring or cabinet-level cooling for high-power or extreme-climate installations.
• Dual power connectors require two independent power feeds or UPS capacity for true redundancy. A single shared UPS defeats the redundancy benefit — plan power infrastructure accordingly before field deployment.
• The 01633-001 (often searched as 01633 001) is a Layer 2 switch only; it does not route traffic or filter traffic between VLANs at Layer 3. If you need inter-VLAN routing or WAN connectivity, position this switch as an access-layer device connected upstream to a managed router or Layer 3 switch.

Best-fit scenarios: rooftop camera clusters in cold climates, distributed utility or renewable-energy installations requiring redundant power and fiber reach, factory automation environments with outdoor cable runs, and critical-infrastructure security deployments (airports, seaports, utility substations) where single points of failure trigger operational or compliance risks.