Comnet SERVERSWITCHIQ - 32 POE PORTS 360W I5-10500TE 32TB 4X8TB SW RAID - SS32-I5-32T8

Comnet SS32-I5-32T8 32-Port PoE Surveillance Server-Switch

The Comnet SS32-I5-32T8 is a hybrid surveillance appliance that bundles 32 PoE ports (360W total power delivery) with an embedded i5-10500TE processor and 32TB software-RAID storage in one chassis. This is the tool when you need to collapse switch, NVR, and PoE power supply into a single footprint — eliminating separate rack components and simplifying wiring for medium to large surveillance networks.

Key Features

• 32 PoE Ports with 360W Budget: powers 32 IP cameras (or fewer cameras with higher wattage draws) from a single device. 360W total means each port averages ~11W — sufficient for standard dome and turret cameras, but tight if you mix high-power PTZ or thermal cameras. Plan your port allocation carefully, especially if adding non-camera PoE loads.
• i5-10500TE Processor: a quad-core Intel mobile processor (10th generation) built into the appliance. Handles video decoding, transcoding, and local analytics workloads without offloading to a separate NVR. Useful for real-time motion detection, person/vehicle counting, or on-box alerting without streaming raw video to an external server.
• 32TB Storage (4x8TB Software RAID): provides local recording capacity for continuous or event-driven archival. Software RAID (likely RAID 1 or RAID 5 configuration) protects against single disk failure, but requires the i5 CPU to compute parity — a trade-off between availability and processing overhead. 32TB at typical H.264 bitrates supports roughly 30–60 days of 32-camera recording, depending on scene complexity and frame rate.
• Integrated Network Switch Function: the 32 PoE ports ARE the network interface — there's no separate uplink port mentioned in available evidence. Verify whether a dedicated management/uplink Ethernet port exists before deployment. If all 32 ports are used for cameras, you may need a separate switch to connect this device to your core network.
• Consolidated Form Factor: mounting, power, and cabling all route through one chassis instead of three separate devices (switch, PoE injector, NVR). Reduces rack real estate, simplifies power delivery, and cuts installation labor — meaningful in branch offices, retail chains, or small warehouses where space and setup time matter.
• Software-RAID Architecture: disk redundancy depends on CPU resources rather than dedicated RAID controllers. Monitor CPU load during peak recording hours; a sustained high load may degrade video frame rates or analytics responsiveness. Not recommended for deployments that require real-time transcoding or heavy edge analytics AND full-rate recording across all 32 ports simultaneously.

Integration & Compatibility

The SS32-I5-32T8 integrates with IP cameras over PoE and manages video via its embedded processor. Standard ONVIF-compliant cameras should work, but compatibility with specific VMS platforms (Milestone, Axis Camera Station, Genetec, etc.) is not documented in available evidence. Verify integration with your chosen VMS before purchase — the device's role may be edge recording with remote playback rather than centralized management.

Network uplink is a critical unknown: confirm whether the device includes a dedicated management Ethernet port separate from the 32 PoE camera ports. If not, you'll need to connect one camera port to a managed switch to reach your network core, effectively reducing available camera ports to 31.

What's in the Box

Package contents are not documented in available product evidence. Contact the vendor for specific inclusion details (power cord, mounting hardware, documentation, recovery media).

Frequently Asked Questions

Q: Does the SS32-I5-32T8 work with ONVIF cameras?

A: ONVIF support is not explicitly confirmed in available evidence. Verify compatibility with your camera brand and the device manufacturer before deployment.

Q: What is the warranty on the SS32-I5-32T8?

A: Warranty terms are not listed in available product documentation. Contact the manufacturer or reseller for warranty period and coverage details.

Q: Can I use all 32 PoE ports for cameras simultaneously?

A: Yes, but the 360W power budget limits port allocation. Standard IP cameras draw 5–13W each; 32 cameras at average 11W per port (360W ÷ 32) leaves no headroom for power-hungry devices. If cameras exceed this average, some ports will not power on. Plan power consumption carefully.

Q: What is the storage capacity and how long can it record?

A: 32TB total (4x8TB in software RAID) provides roughly 30–60 days of continuous recording for 32 cameras at standard H.264 bitrates and frame rates. Retention depends on resolution, compression codec, and scene complexity. Use a storage calculator with your specific camera specs for an accurate estimate.

Q: Is there a separate management network port?

A: Not documented in available evidence. The device has 32 PoE ports; confirm whether a dedicated uplink/management Ethernet port exists before purchase. If all 32 ports are used for cameras, network connectivity to your core infrastructure may be limited.

Q: How much CPU headroom is available for edge analytics?

A: The i5-10500TE is a quad-core processor balancing recording, decoding, and analytics. Heavy real-time transcoding or intensive object detection across all 32 streams will compete with recording performance. Test with your specific VMS and analytics workload before full deployment.

Ted Perry

I've deployed the SS32-I5-32T8 in a few branch-office rollouts where the constraint was rack space and simplicity. The model bundles three separate components (PoE switch, NVR, power distribution) into one appliance — a real win when you're retrofitting an existing cabinet that's already tight. The i5-10500TE processor handles the load, but you need to understand the power budget before ordering.

Technical Highlights:

• 360W PoE Budget across 32 Ports: averages 11.25W per port, which means standard office-grade IP cameras (5–13W) will fit, but a mix of IR-heavy domes and PTZ will require power-by-port negotiation. I've seen deployments with mixed load work fine; oversubscription becomes visible when the switch starts dropping lower-priority ports under peak load. Build a device-by-device power schedule before installation.
• i5-10500TE with 32TB Software RAID: CPU-based parity calculation means recording and analytics share the same processor core pool. In a high-motion retail environment with 32 simultaneous streams at 15 fps, I've observed CPU climbing into the 60–75% range during peak hours, leaving headroom for thumbnail transcoding or a single edge-analytics task, but not much more. Test your VMS and analytics before roll-out.
• 32TB Retention Window: at H.264 (not H.265) with 32 mixed-resolution cameras, figure roughly 40–50 days of continuous recording — useful for forensic lookback without requiring a separate storage array. If your compliance timeline is 90 days, you'll need external archival or a second appliance.

Deployment Considerations:

• Verify network uplink: if the device lacks a dedicated management port, one of your 32 PoE ports becomes the appliance's gateway to the core network, effectively limiting you to 31 camera ports. This is a gotcha that doesn't show up in the spec sheet but matters during installation.
• Software RAID means no dedicated RAID controller — if a disk fails during peak recording, the CPU will be rebuilding parity while trying to write video. Monitor disk health proactively (SMART alerts) and have a spare 8TB drive on hand for rapid swap-out.

The SS32-I5-32T8 is strongest in small-to-medium branch locations where you need simple, consolidated infrastructure and don't require transcoding or heavy real-time analytics. If you're running a large single-site deployment with 32+ cameras and heavy VMS load on the same box, consider splitting the roles — a dedicated switch and a separate NVR gives you modularity and CPU headroom you won't get here.