Manufacturer product photo · 24-port cloud managed PoE switch
NSW3000-24T1GT1GC-POE-IN
Uniview · Cloud Managed PoE Switch
Cloud Managed 19″ Rack PoE Switch · 24×100M PoE + 1000M + Combo Uplink
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◆24 PoE Ports
◆PoE 370 W
◆Cloud Managed
◆8.8 Gbps
◆19″ Rack 1U
Overview
The NSW3000-24T1GT1GC-POE-IN is a cloud managed 19-inch rack-mount Fast Ethernet 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 management of larger camera networks in stores, supermarkets, enterprises and campuses. It delivers a 370 W total PoE budget (30 W max per port, IEEE 802.3af/at, Mode A/Mode B pinout) 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 (385 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 PoE status and remotely restart a hung camera's power without a site visit. 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 Across Bigger, 24-Port DeploymentsConsolidate a full 24-camera floor, warehouse aisle or campus building segment onto one switch — the same cloud dashboard used for smaller sites still auto-discovers every device and builds one network topology, so fewer switches means fewer logins, not more.
32 VLANs Segment a Denser Port Count Without Adding SwitchesWith 24 downlink ports on a single 1U unit, VLAN segmentation (Access/Trunk, up to 32 VLANs) keeps camera traffic separated from POS, Wi-Fi and office data even as more devices, and more traffic types, land on the same box.
Remote PoE Restart Covers More Cameras Per Truck Roll AvoidedA 24-port switch puts more cameras behind one uplink; when one freezes, an admin power-cycles just that port from the Web or app instead of dispatching someone to a larger site with more equipment to check.
Loop Detection Protects Busier Wiring ClosetsBigger sites mean more patch panels and more chances for an accidental loop; built-in loop detection flags a miswired cable on any of the 24 ports immediately, before it broadcast-storms the switch serving the whole floor.
Real-Time Port Alarms Keep Pace With a Larger Camera CountMonitoring 24 ports by hand doesn't scale — port abnormal alarms report to the software the instant a link drops, so IT catches the one dead camera among two dozen without a manual walk-through.
Priority Ports 1-8 Matter More When 24 Ports Compete for a 370 W Budget24 ports at up to 30 W each can demand far more than the 370 W budget allows; ports 1-8 hold PoE power and forwarding priority, so entrance, cash-register or other critical cameras stay online first when the switch has to ration power across more devices.
Not a good fit if:
- 24 ports × 30 W max = 720 W of potential demand against a 370 W total PoE budget — this switch cannot power all 24 ports at full IEEE 802.3at (30 W) simultaneously; size the PoE load per port before deploying high-draw PTZ or heater-equipped cameras across every port.
- 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 across a 24-camera deployment, 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 across a larger site, 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)
- 370 W total PoE budget, 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 | 370 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 |
Power & Environment
| Power input | AC 100–240V, 50/60Hz (built-in) |
| Max. power consumption | 385 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 full-duplex) |
| 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-POE-IN | Cloud managed 19-inch rack Fast Ethernet PoE switch — 24 × 100Mbps RJ45 PoE ports (priority 1-8, 370 W total budget, 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-POE-IN from its official datasheet: 24 × 10/100 Mbps PoE ports, 370 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 mixing PTZ and fixed cameras — 370 W averages about 15.4 W per port across 24 ports, so a full switch of fixed cameras plus several PTZs on priority ports 1–8 fits in one 1U unit.
- Warehouses, factories and parking sites — Colour night cameras, warm-light models and long-range bullets draw more than basic IR domes; the larger 370 W budget leaves room for them, and Extend mode reaches cameras up to 250 m away.
- Integrators running many client sites — Cloud login by QR code, auto topology of connected video devices and port abnormal alarms let one technician watch many 24-camera sites from the Web or app.
- Retail chains, campuses and NDAA projects — 32 VLANs, port isolation and login IP locking (up to 64 addresses) keep cameras separate from shop and office traffic, and the datasheet lists the switch as NDAA compliant.
Where and how to install
- 19-inch cabinet, vents clear — The 440 × 244.8 × 44 mm 1U chassis (2.9 kg) mounts in a standard 19-inch cabinet or sits on a shelf. With up to 385 W drawn from the mains it produces real heat and has only 1 internal fan, so leave space at the sides and avoid sealed boxes.
- 0–45 °C, dry room — Operating range is 0 °C to 45 °C, 5%–90% humidity non-condensing. In hot climates put the cabinet indoors with ventilation or air conditioning; for poles, rooftops and outdoor boxes use an industrial switch.
- PTZs and key cameras on ports 1–8 — Ports 1–8 are powered first when the PoE budget is full and forward first when the switch is fully loaded. Use them for PTZs, gates and entrances, and label the patch panel so later technicians keep them there.
- Cable length and Extend mode — Standard runs are up to 100 m on pure-copper Cat5e or Cat6; avoid copper-clad aluminium cable, which drops voltage on PoE. For one long run, set that port to Extend mode: up to 250 m with the port fixed at 10 Mbps full-duplex, so lower that camera's bitrate.
- Uplinks to NVR and fibre — Run the NVR on Gigabit RJ45 port G2 and use Combo port G1/SFP1 with an SFP module for a fibre link to another building or the core switch (the combo works as RJ45 or SFP, one at a time). The 2 uplinks can be bonded as 1 link aggregation group.
- Mains, UPS and surge — Input is AC 100–240 V, 50/60 Hz, up to 385 W. Size the UPS for that full figure if the cameras must ride through outages. No surge rating is listed, so fit surge protectors on outdoor runs and earth the cabinet.
PoE budget: how many cameras on the POE-IN
This is the full-power version: 370 W shared by 24 ports, about 15.4 W per port on average. All 24 ports can carry fixed or colour cameras with margin, and you can add PTZs, but not 24 PTZs: 24 × 30 W would need 720 W.
| NSW3000-24T1GT1GC-POE-IN | |
|---|---|
| PoE ports | 24 × 10/100 Mbps RJ45 (priority 1–8) |
| Total PoE budget / per-port max | 370 W / 30 W (802.3af/at) |
| Average per port with all 24 used | ≈ 15.4 W |
| 4 MP IR cameras at 6 W | 24 (144 W, 39%) |
| Colour / warm-light cameras at 8 W | 24 (192 W, 52%) |
| 13 W cameras on all 24 ports | 312 W (84%, at the MAX LED threshold) |
| Mixed example at the 80% mark | 8 × 25 W PTZ + 16 × 6 W = 296 W |
| Ports at full 30 W | 12 (360 W, 97%) |
| Uplinks | 1 × 1000M RJ45 (G2) + 1 × 1000M Combo RJ45/SFP (G1/SFP1) |
| Long cable mode | Extend: up to 250 m, 10 Mbps full-duplex |
| Management | Cloud (Web / app / QR), 32 VLANs, loop detection, N:1 port mirroring, NTP |
| Mounting / temperature / input | 19-inch 1U, 2.9 kg / 0–45 °C / AC 100–240 V, 385 W max |
- Pick the POE-IN when a 24-port project includes PTZs or 13 W-plus cameras: 8 PTZs at 25 W plus 16 fixed cameras at 6 W stay at 296 W (80%).
- If all 24 ports carry ordinary 6–8 W IR cameras, the NSW3000-24T1GT1GC-LPOE-IN (low-power version) is enough.
- Cameras that need more than 30 W at the port (802.3bt PTZs, heated housings) need a separate power supply; this switch cannot power them.
Camera draws of 6, 8, 13 and 25 W are typical planning values, not figures from this page; use the real maximum power from each camera's datasheet and check at night with IR or light on. Percentages are of the 370 W budget. The MAX LED turns on above 85% and off below 80%.
24-Port Cloud Managed PoE Switch FAQ — NSW3000-24T1GT1GC-POE-IN
Can the NSW3000-24T1GT1GC-POE-IN run a full 24-camera project?
Yes. The 370 W budget averages about 15 W across all 24 PoE ports while typical IP cameras draw 4–12 W, so a full deployment with several 30 W PTZ units (IEEE 802.3af/at) fits. The 8.8 Gbps fabric, 6.55 Mpps forwarding and 16K MAC table carry the video; ports 1–8 hold priority.
POE-IN vs LPOE-IN — which one should I order?
Both share the 24-port layout, uplinks, cloud management and the 440 × 244.8 × 44 mm, 2.9 kg single-fan chassis. This POE-IN version budgets 370 W of PoE (max draw 385 W); the LPOE-IN version budgets 250 W. Total your camera wattage: below roughly 250 W the LPOE saves energy, above it take the 370 W model.
How do I reboot a frozen camera without climbing the pole?
From the management software: log in via web, app or QR code, open PoE management, find the port — per-port power draw is displayed — and disable then re-enable its PoE supply. The camera power-cycles and reconnects. Auto topology maps all connected video devices, so locating the right port takes seconds.
What uplink bandwidth and reach do I get?
Two gigabit uplinks — G2 in RJ45 copper and G1/SFP1 as a Combo copper/SFP fiber port — which can bond into one aggregation group toward the NVR. Camera links run 100 m standard or up to 250 m in Extend mode at 10 Mbps full duplex, handy for far gate or fence-line cameras.
What network protection does it add to a CCTV LAN?
Up to 32 Access/Trunk VLANs (IDs 1–4095) segment the network; loop detection, port rate limiting and broadcast storm control contain faults; downlink port isolation stops camera-to-camera traffic; and web login locks to up to 64 IP addresses. Built-in AC 100–240 V supply, 0–45 °C operation, NDAA compliant.
How many PTZ cameras can the NSW3000-24T1GT1GC-POE-IN power together with fixed cameras?
Count watts, not ports. With PTZs drawing about 25 W and fixed cameras about 6 W, 8 PTZs on priority ports 1–8 plus 16 fixed cameras use 296 W, which is 80% of the 370 W budget and a sensible ceiling. Each PTZ must be 802.3af/at and need no more than 30 W at the port. Check the real maximum power of your PTZ model, because some draw much more when the IR and heater are on.
Can the NSW3000-24T1GT1GC-POE-IN power a camera 150–250 m away?
Yes, with Extend mode on that port: power and data reach up to 250 m over standard network cable, but the port runs at 10 Mbps full-duplex. Set the camera to H.265 with a main stream comfortably below 10 Mbps, use pure-copper Cat5e or Cat6, and test the picture before closing the trench. Leave other ports in Default mode for normal 100 Mbps runs up to 100 m.
Can several NSW3000-24T1GT1GC-POE-IN switches feed one NVR?
Yes. Connect each switch by its Gigabit uplink (G2 copper, or G1/SFP1 fibre for distant buildings) to a Gigabit core switch where the NVR is connected, rather than chaining many switches in a line. The management software can show up to 32 switches and up to 64 connected video devices on the same network. Check that the NVR's incoming bandwidth and channel count cover all the cameras.
Does the NSW3000-24T1GT1GC-POE-IN work with other-brand PoE cameras and access points?
Power, yes: it follows IEEE 802.3af/at and supports both Mode A (1/2, 3/6) and Mode B (4/5, 7/8), so any standard PoE camera or access point up to 30 W is powered. Passive PoE devices without 802.3af/at negotiation are not listed as supported. Video passes through like any Layer-2 switch, but the page does not say whether other brands show up in the cloud topology, so confirm with us if you need that view.
What UPS size do I need for the NSW3000-24T1GT1GC-POE-IN?
Plan from the switch's maximum input of 385 W, or from your actual camera load plus the switch itself if you have measured it on the Web or app. Add the NVR and any router on the same UPS, then choose a UPS whose rated watts (not only VA) exceed that total with some margin; the runtime you need decides the battery size. Remember the cameras draw most at night, which is often when outages matter most.
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