Comnet SERVERSWITCHIQ - 32 POE PORTS 450W I5-10500TE GPU RDY 64TB 4X16TB - SS32LX-I5-64T16G

Comnet SS32LX-I5-64T16G PoE Switch-NVR Hybrid

Overview

The Comnet SS32LX-I5-64T16G is a 1U hybrid appliance that merges network switching with local storage and compute — 32 PoE ports delivering 450W total across IP cameras, plus an integrated i5-10500TE processor, 64TB of local RAID storage (configured as 4x16TB), and 16GB standard memory. This is built for mid-scale surveillance deployments where you need to collapse switch, NVR, and edge compute into a single rack unit instead of managing three separate boxes.

Key Features

• 32 PoE Ports at 450W: Delivers power and data to up to 32 IP cameras simultaneously. 450W total budget means you can run a mix of standard PoE (802.3af, ~13W) and PoE+ (802.3at, ~25W) cameras without exhausting the supply — critical when you're building out a single-cable install for dozens of sensors. You won't strand cameras waiting for power budget.
• 64TB RAID Storage (4x16TB): Roughly 180–250 days of 24/7 recording from a typical 4MP camera mix, depending on scene complexity and codec. That's a full archival window for most compliance workflows without external NAS attachment. The four-drive config supports redundancy options (RAID 5, RAID 10) if you configure it — failure of one drive doesn't wipe your retention.
• Intel i5-10500TE Processor: Handles transcoding, local analytics, and VMS duties without offloading to a separate server. For smaller integrations (16–32 camera sites), this avoids the licensing and complexity of a separate NVR appliance. Real CPU headroom for motion detection, object counting, or metadata extraction at the edge.
• 16GB DDR4 Memory (upgradeable to 32GB): Stock config runs concurrent streams, database, and OS comfortably. If your workflow demands frame buffering, AI inference, or high-concurrency export, the optional 32GB upgrade (2x16GB DDR4 2666 DIMM) is available and swappable — no downtime, no proprietary modules.
• 1U Chassis (24.13 x 17.25 x 1.67 in): Fits standard 19-inch racks alongside your core switches. Fan-cooled within 0–45°C operating range, suitable for server rooms and climate-controlled telecom closets. Running 32 PoE ports and a processor in a single unit generates heat — don't attempt outdoor or unvented deployment.
• Dual USB 3.1 Ports: Live USB backup, firmware updates, or direct restore without touching network. Useful for overnight incremental exports or emergency media extraction without VPN overhead.

Integration and Deployment Context

The SS32LX-I5-64T16G sits at the intersection of switch and NVR — appropriate when you're consolidating infrastructure and power overhead matters more than horizontal scaling. It's not designed for massive channel counts (64+ cameras need separate NVR cards), but for 16–32 camera sites where the switch, recorder, and edge processor have historically been three separate line items, this collapses procurement, cabling, and rack real estate.

Power input is 100–240Vac 50–60Hz, meaning it runs on standard UPS-backed mains without special conditioning. Pair it with enterprise UPS to handle graceful shutdown during power loss, since losing a live 32-port PoE feed mid-incident is not a scenario you want.

Frequently Asked Questions

Q: Can the SS32LX-I5-64T16G handle 32 cameras at full frame rate and resolution simultaneously?

A: It depends on codec and resolution mix. The i5-10500TE and 16GB RAM can decode and record multiple simultaneous 1080p or 4MP streams in H.265 without transcoding bottleneck. If all 32 ports feed 4K cameras and you demand simultaneous playback plus export, CPU utilization will climb — test your exact mix before production deployment. The 32GB memory upgrade helps with concurrent workloads.

Q: Is the 64TB storage user-replaceable?

A: The 4x16TB configuration is installed and typically mounted in internal drive bays. Replacement and upgrade depend on physical access to the chassis — vendor documentation should clarify hot-swap vs. powered-down removal. Contact pre-sales for exact bay design and maintenance windows.

Q: What VMS platforms are compatible with the SS32LX-I5-64T16G?

A: The unit functions as a network-connected PoE switch and local NVR simultaneously. Compatibility with third-party VMS (Milestone, Genetec, etc.) depends on the embedded OS and API support — vendor documentation or pre-sales engineering can confirm supported platforms before you commit.

Q: Does it support RAID failover?

A: The four-drive architecture supports RAID configurations (RAID 5 or RAID 10), which provide protection against single-drive failure. Review the detailed spec sheet or contact support to confirm RAID mode options and rebuild time estimates for your redundancy requirements.

Q: What's the PoE port density and can I mix port speeds?

A: All 32 ports deliver PoE (450W total). The port configuration (whether all 32 are identical, or some support higher-speed uplinks) should be confirmed in the datasheet. Typical enterprise switches separate PoE access ports from uplink ports — clarify the exact layout for your topology.

Q: What's the operating environment limit?

A: Operating temperature range is 0°C to 45°C (32°F to 113°F). This is suitable for climate-controlled server rooms and telecom closets, but not unvented network cabinets or outdoor enclosures. If your install site lacks active cooling, plan for external venting or relocation.

Eden Phillips

The SS32LX-I5-64T16G is a rare breed in surveillance infrastructure — it collapses three separate boxes (switch, NVR, edge processor) into a 1U form factor without sacrificing real compute or storage. The 450W PoE budget across 32 ports is the real differentiator: in most multi-camera rollouts, you end up power-constrained long before you run out of ports. Here, 450W means you can run a legitimate mix of PoE and PoE+ cameras without architectural workarounds.

Technical Highlights:

• 32-Port PoE @ 450W Total: Eliminates the power bottleneck most integrators hit on conventional 16-port switches. You can deploy 24 PoE+ cameras (25W each) plus 8 standard PoE sensors without oversubscription — a real constraint in dense outdoor perimeter builds.
• 64TB RAID-Ready Storage: Four 16TB drives pre-installed supports RAID 5/RAID 10 configurations, meaning one drive failure doesn't lose your evidence archive. For a 24–32 camera deployment at H.265, expect 150–200+ days of 24/7 retention — that's a full compliance window for most retail and warehouse scenarios without overnight export overhead.
• i5-10500TE On-Chassis CPU: Dual-purpose: handles local recording, metadata extraction, and edge analytics without offloading to a separate VMS server. This matters on remote sites or air-gapped networks where you need intelligent motion detection and object counting running locally without cloud sync.
• 16GB RAM Upgradeable to 32GB: Standard 16GB handles concurrent decode/encode workloads on 20–30 simultaneous streams. If your deployment demands real-time AI inference (person/vehicle counting, license plate read prep) or simultaneous multi-user export, the 32GB DIMM upgrade is a single module swap — no service interruption, no proprietary cartridges.

Deployment Considerations:

• Rack-Only Form Factor: This is a 0–45°C indoor appliance. Network closets with passive cooling or outdoor enclosures won't work. Plan UPS + thermostat monitoring on the rack circuit — 450W PoE plus CPU activity generates sustained heat. Underestimate cooling and you'll watch CPU throttle during peak summer afternoon recording.
• Storage Lifespan and Replacement: Four 16TB drives in continuous duty (24/7 surveillance workload) have typical MTTF in the 40,000–50,000 hour range. In a hot-running NAS, that's roughly 4–6 years before statistical failure risk climbs. Budget for predictive replacement, not reactive swaps mid-incident. Verify whether the internal bays support hot-swap or require shutdown for drive replacement.
• CPU Headroom Plateau: The i5-10500TE isn't a purpose-built surveillance CPU (no dedicated encoding ASICs). Beyond 32 simultaneous 4MP H.265 streams, or if you layer on concurrent AI tasks, you'll hit CPU ceiling. Don't overbook this unit expecting 64-channel NVR performance — it's a 24–32 camera appliance with forward headroom for edge tasks, not a backbone NVR.

Best fit: mid-market retail or warehouse rollouts (16–32 cameras) where you're tired of managing separate PoE switches, NVR appliances, and edge compute boxes. Single power input, single rack location, unified management. If you need 64+ channels or geographic distribution across multiple sites, scale horizontally with dedicated NVR cards instead.