Manufacturer product photo · 24-port cloud managed low-power PoE switch
NSW3000-24T1GT1GC-LPOE-IN
Uniview · Cloud Managed PoE Switch
Cloud Managed 19″ Rack PoE Switch · 24×100M PoE + 1000M + Combo Uplink, Low-Power 250W
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◆24 PoE Ports
◆PoE 250 W
◆Cloud Managed
◆8.8 Gbps
◆19″ Rack 1U
Overview
The NSW3000-24T1GT1GC-LPOE-IN is a cloud managed 19-inch rack-mount Fast Ethernet low-power PoE switch with 24 × 10/100Mbps RJ45 PoE ports (priority ports 1-8) plus a 1000Mbps RJ45 uplink (G2) and a 1000Mbps Combo RJ45/SFP uplink (G1/SFP1), self-developed by Uniview for lightweight Layer-2 camera networks in stores, supermarkets, enterprises and campuses that need high port density on a modest power budget. It delivers a 250 W total PoE budget (30 W max per port, IEEE 802.3af/at, Mode A/Mode B pinout) shared across 24 ports over an 8.8 Gbps switching fabric with 6.55 Mpps forwarding, a 4M bit packet buffer and a 16K MAC address table, cooled by a single internal fan and powered from a built-in AC 100–240V supply (265 W max). Through Uniview's cloud software and app, the switch auto-discovers connected video devices, builds a network topology, segments traffic across up to 32 VLANs (ID 1–4095), reports port abnormal alarms in real time, and lets an administrator check per-port PoE draw and remotely restart a hung camera's power without a site visit — with a front-panel PoE-MAX LED that lights when total draw passes 85% of budget. The all-metal 440×244.8×44 mm 1U chassis (2.9 kg) runs from 0°C to 45°C and is NDAA compliant.
Is This the Right Fit?
Six real deployment scenarios matched to this model's actual datasheet specifications.
Cloud Dashboard Scales Management Across Large, Multi-Site Camera Fleets24 ports per switch means fewer devices to manage across a big-box store or multi-floor site — configure, monitor and search every unit from one software dashboard, with auto-discovered video devices and an auto-generated network topology so a technician never has to log into each switch individually.
Low-Power PoE Math: 24 Ports Comfortably Share a 250 W EnvelopeAt an average of roughly 10 W per port, the 250 W budget comfortably covers 24 typical fixed-lens IR bullet or dome cameras drawing 6-8 W each (about 144-192 W total) with headroom to spare — while the 30 W per-port ceiling still lets you mix in a handful of higher-draw units.
PoE-MAX Indicator and Cloud View Flag Budget Overrun Before It HappensThe front-panel PoE-MAX LED lights when total draw passes roughly 85% of the 250 W budget, and the same power level can be checked remotely from the Web or app — so an installer adding camera #20 sees the warning before the switch trips, instead of finding out when a camera goes dark.
Priority Ports 1-8 Protect Critical Cameras When 24 Ports Compete for a Tighter BudgetWith 250 W spread across 24 ports instead of 16, the average power per port is tighter than on this switch's smaller sibling — ports 1-8 hold PoE power and forwarding priority, so entrance, cash-register or perimeter cameras on those ports stay powered and get their traffic forwarded first if total demand nears the budget ceiling.
VLAN Segmentation Keeps Camera Traffic Isolated Across a Larger Port CountUp to 32 Access/Trunk VLANs (ID 1-4095) let a 24-port switch serve several zones — sales floor, warehouse, back office — on one chassis while keeping each zone's camera traffic separate from POS, Wi-Fi and office data; port isolation restricts downlink ports so cameras only talk to the uplink.
Remote PoE Restart Cuts Truck Rolls Across Bigger Camera CountsMore ports means more cameras that can freeze or need a power cycle — an admin can check any port's PoE status and restart just that port's power from the Web or app, avoiding a site visit even as the camera count per switch grows to 24.
Not a good fit if:
- If every one of the 24 ports needs to run PoE+ devices at the full 30 W ceiling, total demand would reach 24 × 30 W = 720 W — far beyond this switch's 250 W total PoE budget, which averages out to roughly 10 W per port across all 24 ports. For camera fleets where most units draw more than about 10 W each (multi-sensor or heated PTZ housings), plan for a higher-wattage PoE switch or split the load across two units, and use priority ports 1-8 to guarantee power to the cameras that matter most.
- Downlink ports are Fast Ethernet only (10/100Mbps, no Gigabit) — only the G2 RJ45 and G1/SFP1 Combo uplinks run at 1000Mbps; for 4K or multi-stream cameras that need per-port Gigabit throughput, choose a Gigabit PoE switch.
- Cloud-managed Layer-2 switch with loop detection only — no ERPS ring or STP/RSTP spanning-tree protocol and no dynamic Layer-3 routing; for self-healing ring topologies, choose an industrial managed switch such as the ISW series.
Key Features
- 24 × 10/100Mbps RJ45 PoE ports (priority ports 1-8) plus a 1000Mbps RJ45 uplink (G2) and a 1000Mbps Combo RJ45/SFP uplink (G1/SFP1)
- 250 W total PoE budget shared across 24 ports, up to 30 W per port, IEEE 802.3af/at, Mode A and Mode B pinout both supported
- Cloud management via Web, app and QR-code login — unified configuration, management and search across multiple devices
- Auto-discovers connected video devices and generates a network topology on the software
- Up to 32 VLANs (ID 1–4095) in Access/Trunk mode for traffic segmentation
- Remote PoE status view, per-port enable/disable and power restart from the Web or app
- Built-in loop detection and real-time port abnormal alarm reporting
- All-metal 440×244.8×44 mm 1U rack chassis with a single internal cooling fan, NDAA compliant
Specifications
IEEE Standards
| IEEE802.3 / 802.3u | 10/100Base Ethernet |
| IEEE802.3ab | 1000Base-T Gigabit Ethernet (copper) |
| IEEE802.3z | 1000Base-X Gigabit Ethernet (fiber) |
| IEEE802.3az | Energy Efficient Ethernet (EEE) |
| IEEE802.3x | Flow control |
| IEEE802.3af / 802.3at | PoE / PoE+ power sourcing |
Ports
| Total ports | 24 × 100Mbps RJ45 (PoE) + 1 × 1000Mbps RJ45 (G2) + 1 × 1000Mbps Combo (G1/SFP1) |
| PoE ports | 24 (ports 1–24) |
| Uplink ports | 1 × 1000Mbps RJ45 (G2) + 1 × 1000Mbps Combo RJ45/SFP (G1/SFP1) |
| Priority ports | 1–8 (PoE power and forwarding priority) |
Performance
| Switching capacity | 8.8 Gbps |
| Forwarding rate | 6.55 Mpps |
| Packet buffer | 4M bit |
| MAC address table | 16K |
PoE
| Total budget | 250 W |
| Per port | 30 W max |
| PoE standard | IEEE 802.3af / 802.3at |
| Pin mode | Mode A (1/2, 3/6) and Mode B (4/5, 7/8), both supported |
| Extended reach | Up to 250 m power supply over standard network cable |
Power & Environment
| Power input | AC 100–240V, 50/60Hz (built-in) |
| Max. power consumption | 265 W |
| Cooling | 1 internal fan |
| Operating temp. | 0°C ~ 45°C (32°F ~ 113°F) |
| Humidity | 5% ~ 90% non-condensing |
| Dimensions (W×D×H) | 440 × 244.8 × 44 mm |
| Weight | 2.9 kg |
| Indicators | Power · PoE · PoE-MAX · Link/Act |
| Working modes | Default / Extend (up to 250 m reach, 10 Mbps auto-negotiation) |
| Compliance | NDAA compliant |
Software Features
| Cloud management | Unified configuration, management and search across multiple devices via Web, app and QR-code cloud login; view device status and remotely restart PoE power |
| Auto topology | Auto-discovers connected video devices and generates a network topology on the software |
| VLAN | Access & Trunk modes, up to 32 VLANs, ID 1–4095 |
| Link aggregation | 1 group, combining the two uplink ports |
| PoE management | View PoE status and power draw per port; enable/disable PoE power supply remotely |
| Loop & traffic control | Built-in loop detection; port rate limitation and broadcast storm control |
| Security | Port isolation (downlink ports only); login IP address locking, up to 64 addresses |
| Maintenance & system | Device upgrade, factory reset, configuration import/export, log export and restart via the software; view device info and up to 32 peer switches and 64 connected video devices on the same network |
Models & Ordering
| Model | Product Description | Price |
|---|---|---|
| NSW3000-24T1GT1GC-LPOE-IN | Cloud managed 19-inch rack Fast Ethernet low-power PoE switch — 24 × 100Mbps RJ45 PoE ports (priority 1-8, 250 W total budget shared across 24 ports, 30 W/port max, Mode A/B) + 1000Mbps RJ45 + 1000Mbps Combo uplink, 1-fan all-metal 1U housing, 0°C to 45°C, NDAA compliant. |
Single fixed-configuration SKU — no variant options for this model.
Dimensions
unit: mm
Project Bundles WelcomeCameras + NVR + switches + cabling quoted as one bundle · Free full-project BOM review.
Talk to an engineer →Who uses it, where it goes and how to install it
Written for the NSW3000-24T1GT1GC-LPOE-IN from its official datasheet: 24 × 10/100 Mbps PoE ports, 250 W total PoE budget, 30 W per port, 1 Gigabit RJ45 + 1 Gigabit Combo uplink, cloud management, 1U 19-inch rack.
Who it is for
- Installers wiring 16–24 fixed cameras — The 250 W budget averages about 10.4 W per port across all 24 ports, which is enough for a full set of ordinary IR bullets and domes at about 6–8 W each, at a lower cost than a full-power 24-port switch.
- Supermarkets, chain stores and offices — Up to 32 VLANs and port isolation keep the cameras apart from POS, Wi-Fi and office PCs, and priority ports 1–8 keep entrance and cash-desk cameras powered first.
- Integrators maintaining many small sites — Cloud login by QR code, auto topology and per-port PoE restart from the Web or app let a technician find and power-cycle a frozen camera without driving to the site.
- Projects that require NDAA compliance — The datasheet lists the switch as NDAA compliant, which helps on tenders and corporate sites that ask for it.
Where and how to install
- Rack or shelf, with airflow — The 440 × 244.8 × 44 mm 1U chassis fits a standard 19-inch cabinet; it weighs 2.9 kg. It has 1 internal fan, so leave the side vents open and do not stack hot equipment directly on top of it.
- Keep the room within 0–45 °C — Operating range is 0 °C to 45 °C and 5%–90% humidity, non-condensing. A closed metal cabinet in a hot roof space or a sunny wall can go past 45 °C; use a ventilated cabinet with a fan, and for outdoor or very hot boxes use an industrial switch instead.
- Put critical cameras on ports 1–8 — Ports 1–8 are powered first when the PoE budget is full and their packets are forwarded first when the switch is fully loaded. Patch entrances, cash desks and any PTZ there; put corridor and back-room cameras on ports 9–24.
- Cable runs: 100 m, or 250 m in Extend mode — Keep normal runs within 100 m of pure-copper Cat5e or Cat6. For a camera farther away, switch that port to Extend mode: power and data reach up to 250 m, but the port runs at 10 Mbps, so keep that camera's stream low (H.265, moderate bitrate).
- Uplinks: G2 to the NVR, G1/SFP1 for fibre — Connect the NVR to the Gigabit RJ45 port G2. Use the Combo port G1/SFP1 either as a second copper uplink or with an SFP module for fibre to another building or the core switch; as a combo port it works as RJ45 or SFP, not both at once. The two uplinks can also form 1 link aggregation group.
- Power and surge — It runs from AC 100–240 V, 50/60 Hz, with up to 265 W draw; feed it from a UPS so cameras stay up through short outages. No surge rating is listed, so add surge protectors on cables that run outdoors between buildings or up poles and earth the rack.
PoE budget: how many cameras on the LPOE-IN
This is the low-power version: 250 W shared by 24 ports, about 10.4 W per port on average. That is fine for fixed IR cameras, but every PTZ or heater camera eats into the same 250 W, so count watts before you count ports.
| NSW3000-24T1GT1GC-LPOE-IN | |
|---|---|
| PoE ports | 24 × 10/100 Mbps RJ45 (priority 1–8) |
| Total PoE budget / per-port max | 250 W / 30 W (802.3af/at) |
| Average per port with all 24 used | ≈ 10.4 W |
| 4 MP IR cameras at 6 W | 24 (144 W, 58%) |
| Colour / warm-light cameras at 8 W | 24 (192 W, 77%) |
| 13 W cameras, staying under 80% (200 W) | 15 (195 W) |
| Mixed example | 4 × 13 W + 20 × 6 W = 172 W (69%) |
| Uplinks | 1 × 1000M RJ45 (G2) + 1 × 1000M Combo RJ45/SFP (G1/SFP1) |
| Uplink load, 24 cameras at 8 Mbps | 192 Mbps of 1000 Mbps |
| Long cable mode | Extend: up to 250 m at 10 Mbps |
| Management | Cloud (Web / app / QR), 32 VLANs, loop detection, N:1 port mirroring |
| Mounting / temperature | 19-inch 1U, 2.9 kg / 0–45 °C |
- Pick the LPOE-IN for 24 fixed cameras at 6–8 W each: even at 8 W all 24 ports use 192 W, under the 80% mark.
- If more than a few ports will carry PTZ, heater or 13 W-plus cameras, choose the NSW3000-24T1GT1GC-POE-IN (full-power version) or split the load over two switches.
- For 16 cameras or fewer, the 16-port NSW3000-16T1GT1GC-LPOE-IN saves rack cost and spare ports.
Camera draws of 6, 8 and 13 W are typical planning values, not figures from this page; use the real maximum power from each camera's datasheet. Percentages are of the 250 W budget. The MAX LED turns on above 85% and off below 80%, so plan to stay under 80%. Uplink load assumes 8 Mbps per camera (main plus sub stream).
24-Port Cloud Managed PoE Switch FAQ — NSW3000-24T1GT1GC-LPOE-IN
How many cameras can the NSW3000-24T1GT1GC-LPOE-IN support?
All 24 PoE ports can feed cameras together. The 250 W budget averages about 10 W per port; typical fixed IP cameras draw 4–12 W, so plan the load if every camera is power-hungry. A single port still delivers up to 30 W (IEEE 802.3af/at), and ports 1–8 have power and forwarding priority.
Why choose this low-power 24-port version?
It targets sites that need high port density on a modest power bill: stores, supermarkets, enterprises and campuses. You get 24 PoE ports, an 8.8 Gbps fabric, 6.55 Mpps forwarding and a 16K MAC table, but total consumption stays at 265 W maximum with a 250 W PoE budget in a 2.9 kg 1U chassis.
How far can it power a camera over network cable?
Up to 250 m over standard network cable in Extend mode, where the link auto-negotiates at 10 Mbps; Default mode covers the usual 100 m. Both Mode A (1/2, 3/6) and Mode B (4/5, 7/8) pinouts are supported, so mixed camera fleets power up without adapter headaches.
What does cloud management let installers do remotely?
Log in by web, app or QR code, see auto-generated network topology with every connected video device, check per-port PoE power draw, and power-cycle a port to revive a frozen camera without a truck roll. Firmware upgrade, configuration import/export, log export and restart are all done from the software.
Which VLAN and security tools are built in?
Access/Trunk VLANs up to 32 (IDs 1–4095), one link-aggregation group over the two uplinks (gigabit RJ45 G2 plus Combo G1/SFP1), loop detection, port rate limiting, broadcast storm control, downlink port isolation and login IP locking for up to 64 addresses. The switch is NDAA compliant.
Are the 100 Mbps ports on the NSW3000-24T1GT1GC-LPOE-IN fast enough for 4 MP and 8 MP cameras?
Yes for normal CCTV streams. A 4 MP or 8 MP camera in H.265 usually sends well under 20 Mbps including the sub stream, far below a 100 Mbps port. What matters is the uplink: 24 cameras at 8 Mbps add up to about 192 Mbps, which fits easily on the 1000 Mbps G2 or G1/SFP1 uplink to the NVR. Only choose a Gigabit-downlink switch if a camera itself needs more than about 100 Mbps.
Can I connect a PTZ camera to the NSW3000-24T1GT1GC-LPOE-IN, and on which port?
Yes, as long as the PTZ is an IEEE 802.3af or 802.3at device that needs no more than 30 W at the switch port. Put it on one of the priority ports 1–8 so it is powered first if the budget runs short. Remember it shares the same 250 W: for example 2 PTZs at 25 W plus 22 fixed cameras at 6 W use 182 W (73%), which is fine, but several PTZs plus 22 colour cameras can push the switch past 85% and light the MAX LED. PTZs that need more than 30 W (802.3bt or a separate adapter) cannot be powered by this switch.
What happens when the NSW3000-24T1GT1GC-LPOE-IN runs out of PoE power?
The front MAX LED comes on when total PoE draw goes above 85% of the device's power and goes off again below 80%. When the 250 W is fully used, ports 1–8 keep power first, so the cameras that drop are on the other ports. You can see the draw per port on the Web or app and switch PoE off on ports that do not need it. Cameras draw most at night with IR or light on, so test the budget after dark, not only during the day.
Will the NSW3000-24T1GT1GC-LPOE-IN power other-brand cameras, Wi-Fi access points or passive PoE devices?
Any device that follows IEEE 802.3af or 802.3at can be powered, whatever the brand, and both Mode A (pins 1/2, 3/6) and Mode B (pins 4/5, 7/8) are supported, so standard cameras and access points work. Passive 24 V or 48 V PoE devices without 802.3af/at negotiation are not listed as supported; use their own injector. The page does not say whether third-party cameras appear in the cloud topology view, so confirm with us if that matters for your project.
How do I find a cabling problem on the NSW3000-24T1GT1GC-LPOE-IN without a site visit?
Port abnormal alarms are reported to the software in real time, and the Web or app shows per-port link state, flow statistics and PoE draw, so a camera with zero watts points to the cable or the camera, while normal watts but no video points to the network or IP settings. Built-in loop detection flags an accidental loop, and N:1 port mirroring lets you copy a camera port to a laptop for packet capture. If restarting the port's PoE brings the camera back, the cable is usually fine.
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