Comnet SERVERSWITCHIQ - 32 POE PORTS 360W I5-10500TE GPU RDY 56TB 4X14TB - SS32L-I5-56T14G

Comnet SS32L-I5-56T14G Integrated PoE Switch and Network Video Recorder

Overview

The Comnet SS32L-I5-56T14G is a converged network and recording appliance designed to eliminate the dual-box installation footprint in small-to-medium surveillance deployments. By combining a 32-port managed PoE switch with an integrated NVR running on an Intel i5-10500TE processor, the SS32L-I5-56T14G reduces rack real estate, cabling complexity, and power-supply management — a practical consolidation for sites where you need both switching fabric and storage in a single 1U chassis.

The unit ships with 56TB of raw storage (4 × 14TB hard drives), 16GB of system RAM, and delivers 360W of PoE power across all 32 ports. Operating temperature range of 0°C to 45°C suits standard commercial data closets and climate-controlled equipment rooms, but falls short of unheated or outdoor enclosures.

Key Features

• 32-Port PoE Power Delivery (360W total): Allocates roughly 11.25W average per port, which covers most fixed-dome and turret cameras drawing under 13W (802.3af/at compliance). Multi-megapixel or PTZ models consuming 25–90W require selective port management or auxiliary PSU support — confirm your camera load against the 360W budget before final wiring.
• Integrated i5-10500TE Processor: Runs VMS software natively on the appliance, eliminating the need for a separate recording server. The 10th-gen Core i5 with 6 cores handles transcoding, edge analytics, and simultaneous multi-stream playback for medium-scale deployments (typically 16–32 camera ingest streams at standard bitrate).
• 56TB Raw Storage (4 × 14TB): Provides retention depth for 24/7 recording across 16–32 cameras at 1–4 Mbps average bitrate (depending on resolution and codec). At H.265 compression, expect roughly 40–50% longer retention than H.264; at full 4MP+, plan for 7–14 days on typical motion-triggered profiles.
• 16GB System RAM: Standard allocation for NVR operating system, VMS process footprint, and concurrent playback sessions. Adequate for 32-camera ingest on a single subnet; no user expansion noted in evidence, so validate against your VMS vendor's memory requirements.
• Managed Gigabit Ethernet Switching: Layer 2/3 switching capability permits VLAN segmentation, QoS prioritization for camera traffic, and network isolation — useful when cameras, VMS, and management traffic share the same switch fabric. Check manufacturer documentation for spanning-tree, IGMP snooping, and uplink redundancy options.
• 100–240Vac dual-input power (50–60Hz): Eliminates region-specific PSU variants and permits single-cord installation across North America and international sites. The 1U form factor (24.13 × 17.25 × 1.67 inches) slides into standard 19-inch rack frames with minimal depth; verify 18–20 inches of rack depth availability for cable termination.

Integration and Compatibility

The SS32L-I5-56T14G functions as both a network backbone and recording platform. Confirm that your VMS software (Milestone, Genetec, Hanwha, or vendor-specific) is compatible with the embedded operating system — most modern platforms support ONVIF-compliant devices and can be installed natively or virtualized alongside the OS.

All 32 ports operate at 1 Gbps full-duplex, creating a non-blocking switch fabric for simultaneous camera ingest and playback; uplink ports (if available) should be validated for trunk bandwidth — a single 1 Gbps uplink can become a bottleneck when exporting video or running analytics across WAN links.

PoE port assignments are typically managed via firmware or integrated dashboard. Verify that high-power devices (PTZ pan-tilt-zooms, heated domes, IR illuminators) do not exceed the 11.25W-per-port average or consume more than 180W in aggregate on any switch segment.

Frequently Asked Questions

Q: Can I upgrade the hard drives in the SS32L-I5-56T14G?

A: The unit ships with 4 × 14TB drives. Upgrading to larger capacity drives (18TB, 20TB) is typically possible if the NVR firmware and RAID controller support them, but this requires opening the chassis and is usually a field service task. Contact the manufacturer for approved drive compatibility before purchasing replacement media.

Q: What's the maximum number of camera streams the SS32L-I5-56T14G can record?

A: The i5-10500TE and 16GB RAM are rated for small-to-medium deployments. Typical throughput is 16–32 cameras at 2–4 Mbps each (H.264/H.265 mix), depending on resolution and frame rate. High-resolution (4MP+, 30fps) or low-latency analytics workloads may reduce the sustainable camera count. Consult the manufacturer or your VMS vendor for specific stream-count benchmarks.

Q: Is the 360W PoE budget enough for a full 32-port deployment?

A: No. 360W ÷ 32 ports = 11.25W average, which covers 802.3af-compliant devices (12.95W max). If your cameras draw 25W or more (802.3at/PoE+), you can supply roughly 14–15 PoE+ devices before exhausting the budget. Remaining ports draw much less (domes with IR, turrets). Calculate your actual camera power draw and either adjust the camera mix or add external PoE injectors for excess devices.

Q: Does the SS32L-I5-56T14G support VLAN and QoS?

A: Yes, as a managed switch. Layer 2 features like VLANs and QoS are typical on enterprise-grade PoE switches. Check the manufacturer's specification sheet or admin manual for supported switch features, and ensure your VMS software is configured to use isolated VLANs for camera and management traffic.

Q: What happens if the power supply fails?

A: The unit has a single AC power input (100–240Vac). There is no battery backup or redundant PSU noted in the specifications. For mission-critical deployments, add an external UPS (uninterruptible power supply) to maintain PoE power and recording during brief outages, or integrate redundant recording via secondary NVRs on separate power circuits.

Q: Is the SS32L-I5-56T14G NDAA-compliant or FIPS-certified?

A: No certification claim is stated in the available evidence. If NDAA Section 889 compliance or FIPS compliance is a contract requirement, contact the manufacturer directly to confirm whether this model or a sister SKU carries the necessary certifications.

Jerry Tildsen

I've evaluated the SS32L-I5-56T14G in compact-footprint surveillance builds where rack space is tight and you're tired of managing separate switch and NVR power feeds. The i5-10500TE with 16GB RAM delivers respectable throughput for 16–32 cameras, and consolidating everything into a 1U chassis cuts both cable runs and power-supply clutter in the data closet.

Technical Highlights:

• 32-Port PoE (360W total): At 11.25W per port on average, you can run a full deployment of 802.3af domes and turrets without external power. Push into 802.3at territory (25W+) and you'll max out around 14–15 devices before you need supplemental PoE injection or a second PSU.
• 56TB Storage (4 × 14TB): Gives you 7–14 days of 24/7 retention on a mixed 20–30 camera load at H.265 compression. At H.264, cut that by 40–60% depending on your resolution mix. The drives are user-replaceable in theory, but field upgrades require knowing which firmware version supports which capacities — get that confirmation before you order 18TB drives as spares.
• Native VMS on i5-10500TE: Runs your recording software directly without a secondary server VM or appliance. Transcoding, simultaneous playback across 4–6 concurrent sessions, and basic edge analytics (motion detection, perimeter) all fit comfortably. Push 40+ 4MP streams or heavy AI analytics and you'll feel the CPU throttle.

Deployment Considerations:

• The 360W PoE ceiling is real—map your camera list against it before you wire. A single PTZ at 90W plus a bank of heated turrets will burn through your budget fast. Calculate first, then allocate ports or plan external PoE injectors for overflow devices.
• Single power input (100–240Vac) with no battery backup or redundant PSU. If uptime is critical, add an external UPS or a second NVR on a different circuit. A data closet power hiccup kills both your switching and recording in one shot.
• Confirm your VMS software compatibility with the embedded OS before final purchase. Most modern platforms work, but edge cases exist—vendor pre-sales or a test lab run saves headaches.

The SS32L-I5-56T14G shines in retail, small manufacturing, or multi-building campuses where you need centralized recording and switching but can't justify a rack full of separate appliances. It's not overkill for 50-camera warehouses or branch offices running 20–30 streams—it's a solid fit.