Hanwha SPN-10080P 8-Port Mobile PoE Network Switch
Overview
The Hanwha SPN-10080P is an 8-port RJ45 PoE network switch engineered for surveillance deployments where standard rack infrastructure isn't an option — think vehicle-mounted camera systems, ruggedized field enclosures, and mobile command units. With a wide-range 9–36VDC input, it runs directly off vehicle power or uninterruptible DC bus bars without an intermediate power converter. The fanless design means no moving parts to fail in vibration-heavy environments, and the -40°C to +75°C operating range covers arctic vehicle bays and sun-baked rooftop enclosures alike. If you're building a mobile or edge surveillance node and need a PoE switch that won't demand shore power or a climate-controlled cabinet, the SPN-10080P is worth a close look in the Hanwha surveillance line.
Key Features
- 8 PoE Ports + 2 Uplinks: Ten total ports — eight downlink RJ45 PoE ports for cameras or other powered devices, plus two uplink ports to connect the switch into your backbone or NVR. That ratio makes sense for a self-contained camera cluster: power and data in a single cable run to each camera, with the uplinks handling aggregation back to the recorder or WAN link.
- 64W Total PoE Budget: At 64W across eight ports, the budget averages 8W per port — enough for standard 802.3af cameras (typically 6–12W) but tight if you're mixing in high-power PTZ or illuminator units. Plan your load before you wire: a single PoE switch with six 802.3af cameras at 8W each pulls 48W, leaving 16W headroom for two additional devices. Over-subscribing this switch will throttle or drop ports.
- 9–36VDC Wide-Range Input: A vehicle's 12V or 24V electrical system — plus the voltage swings that come with engine loads, alternator surges, and battery discharge curves — sits comfortably inside this input range. You don't need a separate DC-DC converter or inverter to feed this switch from a vehicle power bus. For fixed installs, any 12V or 24V regulated supply works directly.
- Fanless Operation: No fan means no fan failure, no fan noise, and no airflow requirement. In sealed enclosures — waterproof Pelican-style cases, vehicle consoles, outdoor junction boxes — a fanless design is the only viable option. Heat dissipates through the chassis itself, which is why the housing color (white) matters: white reflects radiant heat better than dark finishes in direct sun exposure.
- -40°C to +75°C Operating Range: This is a genuine wide-temperature spec, not a typical office-grade switch derated to 0°C. At -40°C it will start and operate without a warmup heater. At +75°C — which a sealed outdoor enclosure in direct sun can reach — it stays in spec. Verify your enclosure's internal thermal rise before relying on the upper limit; a sealed box in direct sun can exceed ambient by 20–30°C.
- White Fanless Housing: The form factor is compact and passively cooled, suited for flush-mounting inside a vehicle console or enclosure panel. White finish reduces solar heat absorption on exposed installations.
Integration & Compatibility
The SPN-10080P connects any PoE-capable IP camera or device over standard RJ45 Cat5e/Cat6 cabling — it is not limited to Hanwha cameras, though it pairs naturally with Hanwha IP cameras in mobile surveillance builds. On the uplink side, connect to a Hanwha NVR, a ruggedized router, or a cellular gateway depending on your architecture. For vehicle deployments, the two uplink ports support failover or aggregated backhaul configurations depending on what your upstream equipment supports. There are no managed-switch configuration requirements implied by the available specs — treat it as an unmanaged PoE aggregation point unless further evidence of management features exists. Pair with a network video recorder on the uplink for a self-contained mobile recording node. For PoE switch selection guidance across fixed and mobile deployments, the PoE planning guide covers budget calculation and port-load balancing in detail.
Frequently Asked Questions
Q: What DC voltage does the SPN-10080P require, and can it run from a vehicle battery?
A: The SPN-10080P accepts 9–36VDC input, which covers both 12V and 24V vehicle electrical systems. It can connect directly to a vehicle power bus without a separate inverter or DC-DC converter, provided the vehicle supply stays within that range under load.
Q: How many cameras can the SPN-10080P power simultaneously?
A: It provides 64W total across eight PoE ports. Typical 802.3af cameras draw 6–12W each. At 8W average per camera, you can run eight cameras simultaneously within budget. If any cameras draw more than 8W, reduce the count or confirm the total does not exceed 64W.
Q: Does the SPN-10080P require forced-air cooling or ventilation in the enclosure?
A: No. The SPN-10080P is fully fanless and passively cooled through its chassis. It does not require airflow cutouts or fan ventilation in a sealed enclosure, though you should still account for total enclosure thermal rise — especially in sealed outdoor boxes in direct sun — to stay within the +75°C operating limit.
Q: Is the SPN-10080P limited to Hanwha cameras?
A: No. It provides standard RJ45 PoE connectivity and will power and network any PoE-compatible IP device within its port power budget. It is not locked to Hanwha equipment.
Q: What is the operating temperature range of the SPN-10080P?
A: -40°C to +75°C (-40°F to +167°F). This covers arctic cold-start conditions and high-temperature sealed enclosures, making it appropriate for vehicle-mounted and outdoor edge deployments.
Q: Can I use the SPN-10080P in a fixed indoor or outdoor installation, or is it only for mobile use?
A: The wide DC input range and rugged temperature spec make it well-suited for mobile use, but it works equally well in fixed installations powered by a 12V or 24V DC regulated supply — outdoor enclosures, small remote camera clusters, and edge network closets without AC power are all reasonable use cases.
The SPN-10080P (often searched as SPN 10080P) stands out in one specific way that matters on mobile builds: the 9–36VDC input range means you wire it directly to the vehicle bus and walk away. Most PoE switches I see in vehicle installs require a separate 12V-to-48V or inverter stage — that is one more failure point in a moving system. Hanwha eliminated it here, and for a transit authority or law enforcement vehicle build, that simplicity is the real selling point.
Technical Highlights:
- 64W PoE Budget: Sufficient for eight standard 802.3af cameras at roughly 8W each — a full 8-port load with zero headroom margin. If your cameras are 802.3at (up to 25.5W), you can only reliably power two or three before the budget is exhausted. Know your camera draw before you order.
- -40°C to +75°C Operating Range: The lower limit is what earns this switch a place in northern-climate vehicle fleets and unheated outdoor enclosures. Most commercial PoE switches bottom out at 0°C; this one starts cold without hesitation.
- Fanless Passive Cooling: In a sealed vehicle console or weatherproof junction box, a fan is a liability — dust ingress, vibration fatigue, noise. Passive cooling eliminates all three. The white housing is a minor but real advantage for rooftop or exposed surface installations where radiant heat is a factor.
Deployment Considerations:
- At 64W across 8 ports, the average per-port budget is 8W. Run a power audit on your specific camera models before commissioning — mixing higher-draw PTZ or IR illuminators on the same switch without calculating total load is the most common mistake on this class of device.
- The two uplink ports and their capabilities (speed, PoE pass-through, trunk vs. access) are not detailed in available documentation — confirm with your integrator or test against your uplink equipment before finalizing the design for bandwidth-sensitive video applications.
This switch is the right call for a transit, law enforcement, or military vehicle camera system where you need eight PoE ports, DC-direct power from a 12V or 24V bus, and reliable cold-weather start performance — specifically in scenarios where an AC inverter or separate power conversion stage is unacceptable.
