Manufacturer product photo · 16-port cloud managed PoE switch
NSW3000-16T1GT1GC-POE-IN
Uniview · Cloud Managed PoE Switch
Cloud Managed 19″ Rack PoE Switch · 16×100M PoE + 1000M + Combo Uplink
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◆16 PoE Ports
◆PoE 250 W
◆Cloud Managed
◆7.2 Gbps
◆19″ Rack 1U
Overview
The NSW3000-16T1GT1GC-POE-IN is a cloud managed 19-inch rack-mount Fast Ethernet PoE switch with 16 × 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 camera networks in stores, supermarkets, enterprises and campuses. It delivers a 250 W total PoE budget (30 W max per port, IEEE 802.3af/at, Mode A/Mode B pinout) over a 7.2 Gbps switching fabric with 5.36 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, 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 440×195×44 mm 1U chassis (2.1 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 for Multi-Site Camera FleetsConfigure, monitor and search every switch from one software dashboard — auto-discovered video devices and an auto-generated network topology mean a technician doesn't have to log into each store's switch individually.
VLAN Segmentation Keeps Camera Traffic Off the Office LANUp to 32 Access/Trunk VLANs isolate surveillance traffic from POS, Wi-Fi or office data, and port isolation restricts downlink ports so cameras can only talk to the uplink — not to each other.
Remote PoE Restart Cuts Truck Rolls for Hung CamerasWhen a camera freezes, an admin can check its PoE status and power-cycle just that port from the Web or app — no need to send someone to the store to unplug and replug a cable.
Loop Detection Catches Miswired Cables Before They Take Down the StoreRetail and supermarket wiring closets get re-cabled often; built-in loop detection flags an accidental cable loop immediately instead of letting it broadcast-storm the whole switch.
Real-Time Port Alarms Replace the Routine Walk-ThroughPort abnormal alarms report to the software the moment a link drops, so IT reacts to an actual failure instead of discovering a dead camera during the next site visit.
Priority Ports 1-8 Keep Critical Cameras Powered When the Budget TightensPorts 1-8 hold PoE power and forwarding priority, so entrance, cash-register or other critical cameras on those ports stay online first if total demand across all 16 ports nears the 250 W budget.
Not a good fit if:
- If you don't need cloud/app management, VLAN segmentation or remote diagnostics, the unmanaged NSW2020-16T1GT1GC-POE-IN sibling (same 16-port, 250 W hardware) costs less and works with zero configuration.
- 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
- 16 × 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, 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 1–4094) 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 440×195×44 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 | 16 × 100Mbps RJ45 (PoE) + 1 × 1000Mbps RJ45 (G2) + 1 × 1000Mbps Combo (G1/SFP1) |
| PoE ports | 16 (ports 1–16) |
| 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 | 7.2 Gbps |
| Forwarding rate | 5.36 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 |
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 × 189.8 × 44 mm |
| Weight | 2.1 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 1–4094 |
| 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 |
|---|---|---|
| NSW3000-16T1GT1GC-POE-IN | Cloud managed 19-inch rack Fast Ethernet PoE switch — 16 × 100Mbps RJ45 PoE ports (priority 1-8, 250 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 NSW3000-16T1GT1GC-POE-IN from its official datasheet: 16 × 100 Mbps PoE ports, 1 × 1000 Mbps RJ45 plus 1 × 1000 Mbps Combo (RJ45/SFP) uplink, 250 W PoE budget with 30 W per port, Web and app cloud management, 1U rack chassis with 1 fan.
Who it is for
- Managed sites with PTZ cameras — 250 W covers 8 PTZ cameras at 25.5 W on priority ports 1 to 8 (204 W), or 16 mini PTZ at 13 W (208 W), loads the 150 W NSW3000-16T1GT1GC-LPOE-IN cannot carry.
- Retail and supermarket chains — Port abnormal alarms report a dropped camera link to the software at once, and a technician can switch that port's PoE off and on from the app instead of sending someone to the store.
- Offices, schools and campuses — 32 VLANs with access and trunk ports let the camera network share the building's cabling and core switch while staying separate from staff PCs and Wi-Fi.
- Integrators with service contracts — Firmware upgrade, configuration export and log export from the software, plus a view of up to 32 switches and 64 video devices on the same network, make remote maintenance practical.
Where and how to install
- Rack position and airflow — The 440 × 189.8 × 44 mm, 2.1 kg unit has 1 internal fan and works from 0 °C to 45 °C at 5% to 90% humidity. Keep its vents clear, leave space or a vented blank between it and the NVR, and in a hot cabinet add forced ventilation, because the fan only moves the air that is already in the cabinet.
- Power, UPS and earthing — The AC 100–240 V supply is built in; size the UPS for up to 265 W from this switch plus the NVR. Earth the chassis to the cabinet ground bar and put Ethernet surge protectors on PTZ and outdoor camera cables.
- First setup on site — At first Web login change the password, set a fixed IP in the camera VLAN, lock management to known IP addresses (up to 64), then scan the QR code to add the switch to the app so alarms reach you after you leave.
- Uplinks and port plan — Put PTZ and key cameras on ports 1 to 8, which are powered and forwarded first when the switch is fully loaded. Use G1/SFP1 with a fibre module for links beyond 100 m and G2 copper for the NVR or a local client.
- Cable lengths and Extend mode — Keep camera runs within 100 m of solid-copper Cat5e or Cat6. Extend mode reaches up to 250 m at a 10 Mbps full-duplex port rate, which suits a fixed camera with a low bitrate, not a PTZ with a high main stream.
PoE budget: how many cameras
Same 16-port, 250 W, 1-fan hardware class as the unmanaged NSW2020-16T1GT1GC-POE-IN, so the camera counts are the same; what changes is management and the PoE pinout. Counts keep the load under 85% (212.5 W), where the MAX light turns on.
| NSW3000-16T1GT1GC-POE-IN (this model) | NSW2020-16T1GT1GC-POE-IN | |
|---|---|---|
| PoE ports | 16 × 100 Mbps RJ45 | 16 × 100 Mbps RJ45 |
| Uplinks | 1 × 1000 Mbps RJ45 + 1 × 1000 Mbps Combo (RJ45/SFP) | 1 × 1000 Mbps RJ45 + 1 × 1000 Mbps Combo (RJ45/SFP) |
| Total PoE budget / per port | 250 W / 30 W | 250 W / 30 W |
| PoE pinout | Mode A + Mode B | Mode B |
| MAX light on above (85%) | 212.5 W | 212.5 W |
| Fixed cameras at 6 W | 16 (96 W) | 16 (96 W) |
| Mini PTZ at 13 W | 16 (208 W) | 16 (208 W) |
| PTZ at 25.5 W, under 85% | 8 (204 W) | 8 (204 W) |
| Mix: 4 PTZ at 25.5 W + 12 fixed at 6 W | 174 W | 174 W |
| Management | Web + app (QR cloud), 32 VLANs, alarms, remote PoE on/off | None; 3-position mode switch |
| Restart a frozen camera | Remote, from Web or app | Automatic (PD keepalive, VLAN mode) |
| Camera cable reach | 100 m; 250 m at 10 Mbps (Extend) | 100 m; 250 m (EXTEND) |
| Max power / cooling | 265 W / 1 fan | 265 W / 1 fan |
| Size / weight | 440 × 189.8 × 44 mm / 2.1 kg | 440 × 195 × 44 mm / 2.12 kg |
- Pick this NSW3000 model when you want to see and fix problems remotely: port alarms, per-port PoE restart and a topology of connected video devices.
- Pick the NSW2020-16T1GT1GC-POE-IN for a single site where nobody will log in and automatic camera restart in VLAN mode is enough.
- If all 16 cameras are fixed models at about 6 to 7 W, the 150 W NSW3000-16T1GT1GC-LPOE-IN gives the same management with no fan.
Both columns are from the official Uniview datasheets. Camera draws of 6 W (fixed), 13 W (mini PTZ) and 25.5 W (PTZ) are planning assumptions; use each camera's max. power with IR and heater on. 85% = budget × 0.85. Uplink copper runs are limited to 100 m; SFP fibre reach depends on the module.
16-Port Cloud Managed PoE Switch FAQ — NSW3000-16T1GT1GC-POE-IN
How many cameras can the NSW3000-16T1GT1GC-POE-IN power at once?
All 16 PoE ports simultaneously. The 250 W budget averages about 15 W per port while typical IP cameras draw 4–12 W, leaving headroom for several PTZ or heated cameras at up to 30 W each (IEEE 802.3af/at). Ports 1–8 hold power and forwarding priority for the most important channels.
How does it differ from the LPOE-IN version?
Same 16 × 100 Mbps PoE ports, gigabit RJ45 plus Combo uplinks, 7.2 Gbps fabric and cloud management. This POE-IN version raises the PoE budget to 250 W (max draw 265 W) and uses one internal fan; the LPOE-IN version gives 150 W and is fanless. Pick by total camera wattage and noise tolerance.
Can I manage it from a phone in the field?
Yes. Cloud login works via web, app or QR-code scan, covering several devices in one place: view status, see per-port PoE power draw, switch a port's PoE off and on to reboot a stuck camera, upgrade firmware, import/export configuration and export logs. Up to 32 peer switches and 64 video devices are visible.
What VLAN and protection features does it offer?
Up to 32 VLANs (IDs 1–4094) in Access or Trunk mode, one aggregation group across the two uplinks, built-in loop detection, port rate limiting and broadcast storm control. Downlink port isolation keeps cameras from talking to each other, and web login can be locked to up to 64 IP addresses.
What are the uplinks, and how far can a camera link reach?
G2 is a 1000 Mbps RJ45 uplink and G1/SFP1 is a gigabit Combo port for copper or SFP fiber; the two can form one link-aggregation group toward the recorder. Camera runs are 100 m standard, or up to 250 m in Extend mode at 10 Mbps full duplex. Housing is 19-inch 1U, 440 × 189.8 × 44 mm.
Is the NSW3000-16T1GT1GC-POE-IN worth it over the unmanaged NSW2020-16T1GT1GC-POE-IN?
It is worth it when someone will actually use the management. Both have 16 × 100 Mbps PoE ports, 250 W, 30 W per port and the same uplink layout. The NSW3000 adds Web and app access, 32 VLANs, per-port PoE control, port alarms, loop detection, mirroring and Mode A plus Mode B PoE; the NSW2020 has none of that, only a 3-position switch, but it restarts a frozen camera automatically in VLAN mode.
Does the NSW3000-16T1GT1GC-POE-IN restart a frozen camera by itself?
Its datasheet does not list an automatic PD keepalive; the restart is done by you, by switching that port's PoE off and on from the Web interface or the app. Port abnormal alarms tell the software when a link drops, so you know which port to restart. If you need fully automatic restart with no one watching, ask us before ordering, as the unmanaged NSW2020 models do that in VLAN mode.
Will the NSW3000-16T1GT1GC-POE-IN power and show cameras from other brands?
It powers any standard IEEE 802.3af/at camera up to 30 W per port, on Mode A or Mode B, and passes its video to any NVR. Whether third-party cameras also appear in the automatic video-device discovery and topology is not stated in the datasheet, so confirm with us if that matters. Passive PoE devices and 802.3bt cameras above 30 W are not supported.
How many NSW3000-16T1GT1GC-POE-IN switches can I cascade to one NVR?
Bandwidth is rarely the limit: 16 cameras at an assumed 8 Mbps each send 128 Mbps, so even 3 switches in a chain put 384 Mbps on the last 1000 Mbps link. Plan a star from a core switch rather than a long daisy chain, because there is no spanning tree or ring protection and one failed switch cuts everything behind it. For management, each switch can show up to 32 switches and 64 video devices on the same network, and the NVR's own channel count sets the camera limit.
Which SFP module fits the NSW3000-16T1GT1GC-POE-IN uplinks?
The G1/SFP1 Combo port takes a 1000 Mbps (1000Base-X, IEEE 802.3z) SFP module; 10G SFP+ modules will not work, and G2 is copper only. Choose single-mode or multi-mode to match your fibre, use the same type at both ends (or a matched BiDi pair), and pick the module's reach to suit the distance. The datasheet does not publish a compatible-module list, so ask us to quote the module together with the switch.
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