Manufacturer product photo · 16-port cloud managed low power PoE switch
NSW3000-16T1GT1GC-LPOE-IN
Uniview · Cloud Managed PoE Switch
Cloud Managed 19″ Rack Low Power PoE Switch · 16×100M PoE + 1000M + Combo Uplink
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◆16 PoE Ports
◆PoE 150 W
◆Cloud Managed
◆Fanless
◆19″ Rack 1U
Overview
The NSW3000-16T1GT1GC-LPOE-IN is a cloud managed 19-inch rack-mount Fast Ethernet low power 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 150 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 fanlessly and powered from a built-in AC 100–240V supply (165 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 440×189.8×44 mm 1U chassis (2.1 kg) runs fanless 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.
Fanless Design Keeps Cloud-Managed Switching SilentZero internal cooling fans eliminate fan noise and moving-part wear, while Web/App cloud login still gives full remote visibility — a good fit for open-ceiling retail floors, reception counters or quiet offices where a fan hum next to the till or desk is unwelcome.
150 W Budget Powers All 16 Ports of Standard Fixed CamerasA typical 2-4MP fixed IP camera on IEEE 802.3af/at draws roughly 6-9 W, so the 150 W budget comfortably covers all 16 ports at once (about 144 W) — a lower-cost cloud-managed option for standard-resolution rollouts that don't need 25-30 W PTZ or AI-box cameras on every port.
Priority Ports 1-8 Keep Critical Cameras Online When 150 W Isn't EnoughPorts 1-8 hold PoE power and forwarding priority. Because the 150 W budget is tighter than the 250 W POE sibling, if total demand across all 16 ports approaches or exceeds the limit, entrance, register or other cameras wired to ports 1-8 stay powered and forwarding first.
Affordable Cloud Management for Single-Store and Satellite SitesA single-store or satellite-site deployment rarely needs a 250 W budget. This lower-power SKU still runs the full Uniview cloud stack — auto-discovery, topology, VLAN, remote PoE restart — at a lower hardware and running cost than the 250 W sibling.
Loop Detection Catches Recabling Mistakes at Sites Without a Dedicated IT TechSmall sites without a dedicated IT technician often get re-cabled by whoever's on hand; built-in loop detection flags an accidental cable loop immediately instead of letting it broadcast-storm the switch.
QR-Code Cloud Onboarding — No Network Engineer Required On-SiteA store manager can scan the QR code, add the switch to the Uniview cloud app, and view device status or restart PoE power remotely — no site visit or network engineer required to bring a new location under management.
Not a good fit if:
- 16 ports × 30 W IEEE 802.3at max draw = 480 W of theoretical per-port PoE demand, far above this model's 150 W total budget — if your project runs 25-30 W PTZ or AI-box cameras on most or all 16 ports, choose the NSW3000-16T1GT1GC-POE-IN sibling (same 16-port hardware, 250 W budget) instead.
- 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)
- 150 W total PoE budget, up to 30 W per port, IEEE 802.3af/at, Mode A and Mode B pinout both supported
- Fanless all-metal chassis — silent operation with no internal cooling fan or moving parts
- 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
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 | 150 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 | 165 W |
| Cooling | Fanless (0 internal fans) |
| 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 1–4095 |
| 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 |
|---|---|---|
| NSW3000-16T1GT1GC-LPOE-IN | Cloud managed 19-inch rack low power Fast Ethernet PoE switch — 16 × 100Mbps RJ45 PoE ports (priority 1-8, 150 W total budget, 30 W/port max, Mode A/B) + 1000Mbps RJ45 + 1000Mbps Combo uplink, fanless 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-LPOE-IN from its official datasheet: 16 × 100 Mbps PoE ports, 1 × 1000 Mbps RJ45 plus 1 × 1000 Mbps Combo (RJ45/SFP) uplink, 150 W PoE budget with 30 W per port, Web and app cloud management, fanless 1U rack chassis.
Who it is for
- Single shops and supermarkets — Up to 16 fixed cameras on one switch, and the owner or installer can see PoE status and restart a frozen camera's power from the app after scanning the switch's QR code, without a site visit.
- Installers who maintain many small sites — Unified software configuration and search across several switches, automatic topology of connected video devices, configuration import/export and log export cut repeat visits.
- Quiet offices, receptions and shop counters — It has 0 cooling fans, unlike the 1-fan NSW3000-16T1GT1GC-POE-IN, so there is no fan noise in a small rack next to staff.
- Networks shared with office traffic — Up to 32 VLANs in access and trunk mode, downlink port isolation and broadcast storm control keep camera traffic separate from POS and office PCs on one uplink.
Where and how to install
- Fanless means airflow matters — The 440 × 189.8 × 44 mm chassis cools only through its metal case, within 0 °C to 45 °C and 5% to 90% humidity. Leave 1U free above and below, or use vented blanks, and keep it away from the NVR's exhaust; in a closed shop cabinet add a cabinet fan rather than relying on the switch.
- Secure it before handover — Change the default password at first Web login, give the switch a fixed IP address in the camera network, and use login IP locking (up to 64 addresses) so only the NVR room PC and your service laptop can manage it.
- Power, UPS and earthing — The AC 100–240 V supply is built in and the unit draws at most 165 W. Put it on the same UPS as the NVR, earth the chassis to the cabinet ground bar, and fit Ethernet surge protectors on outdoor camera cables.
- Uplinks and port plan — G1/SFP1 takes copper or a fibre SFP module for a run beyond 100 m to the control room; G2 is copper only. Put entrances and cash desks on ports 1 to 8, which are powered and forwarded first when the switch is fully loaded.
- Cable lengths and Extend mode — Keep camera runs within 100 m of solid-copper Cat5e or Cat6. Extend mode reaches up to 250 m with a 10 Mbps negotiated rate, so set that camera's main and sub stream to fit well under 10 Mbps.
PoE budget: how many cameras
The LPOE and POE versions of this NSW3000 switch have the same ports, chassis size and management software; the LPOE model trades budget (150 W vs 250 W) for silent fanless cooling. 150 W covers 16 cameras at 6 W easily, but at 9 W each (16 × 9 W = 144 W) the load is 96% of the budget, above the 85% level where the MAX light turns on.
| NSW3000-16T1GT1GC-LPOE-IN (this model) | NSW3000-16T1GT1GC-POE-IN | |
|---|---|---|
| PoE ports | 16 × 100 Mbps RJ45 | 16 × 100 Mbps RJ45 |
| Uplinks | 1 × 1000 Mbps RJ45 (G2) + 1 × 1000 Mbps Combo (G1/SFP1) | 1 × 1000 Mbps RJ45 (G2) + 1 × 1000 Mbps Combo (G1/SFP1) |
| Total PoE budget / per port | 150 W / 30 W | 250 W / 30 W |
| MAX light on above (85%) | 127.5 W | 212.5 W |
| Fixed cameras at 6 W | 16 (96 W) | 16 (96 W) |
| Fixed cameras at 9 W, under 85% | 14 (126 W) | 16 (144 W) |
| Mini PTZ at 13 W, under 85% | 9 (117 W) | 16 (208 W) |
| PTZ at 25.5 W | 5 (127.5 W) | 8 (204 W) |
| Cooling / max power consumption | 0 fans / 165 W | 1 fan / 265 W |
| Switching capacity | 7.2 Gbps | 7.2 Gbps |
| Management | Web + app (QR cloud), 32 VLANs, 1 LAG, N:1 mirroring, loop detection | Web + app (QR cloud), 32 VLANs, 1 LAG, N:1 mirroring, loop detection |
| Camera cable reach | 100 m; up to 250 m at 10 Mbps (Extend) | 100 m; up to 250 m at 10 Mbps (Extend) |
| Size / weight | 440 × 189.8 × 44 mm / 2.1 kg | 440 × 189.8 × 44 mm / 2.1 kg |
| Operating temperature | 0 °C to 45 °C | 0 °C to 45 °C |
- Pick the LPOE model for up to 16 fixed cameras of about 6 to 8 W in a quiet room; 16 at 7.5 W is 120 W, still under the 127.5 W line.
- Pick the NSW3000-16T1GT1GC-POE-IN when cameras draw 9 W or more with IR on, or when the site has more than 5 PTZ cameras.
Both columns are from the official Uniview datasheets. Camera draws of 6 W, 9 W, 13 W (mini PTZ) and 25.5 W (PTZ) are planning assumptions; use each camera's max. power with IR 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-LPOE-IN
How many cameras can the NSW3000-16T1GT1GC-LPOE-IN power?
All 16 PoE ports can feed cameras at once. The 150 W budget averages just over 9 W per port, which matches typical fixed IP cameras at 4–12 W; any single port can supply up to 30 W (IEEE 802.3af/at) for a PTZ. Ports 1–8 carry power and forwarding priority — wire critical cameras there.
What can I do through the cloud management?
Log in via web, app or QR code and manage several switches together: view device status and per-port PoE power draw, restart PoE on a port remotely, upgrade firmware, import/export configuration and export logs. The software shows up to 32 peer switches and 64 connected video devices on the same network.
Can it find my cameras and reboot one that hangs?
Yes. Auto topology discovers connected video devices and draws the network map in the software. If a camera freezes, open PoE management, check that port's power draw, and toggle its PoE supply off and on remotely — no ladder, no site visit. Unused ports' PoE can be disabled the same way.
Which Layer-2 and security features are included?
Access and Trunk VLANs — up to 32, IDs 1–4095 — one link-aggregation group combining the two uplinks, built-in loop detection, port rate limiting and broadcast storm control. Downlink ports support port isolation, and web login can be locked to a list of up to 64 IP addresses.
What are the uplink and long-distance options?
Two gigabit uplinks: G2 is a 1000 Mbps RJ45, and G1/SFP1 is a Combo port that takes either copper or an SFP fiber module; both can be bonded into one aggregation group. For remote cameras, Extend mode reaches up to 250 m at 10 Mbps full duplex over standard network cable.
Is it quiet enough for an office or shop rack?
Yes — this LPOE model is fanless, with zero internal fans, in a 19-inch 1U chassis of 440 × 189.8 × 44 mm and 2.1 kg, powered by a built-in AC 100–240 V supply. Maximum draw is 165 W, the operating range is 0–45 °C, and it is NDAA compliant.
What does the NSW3000-16T1GT1GC-LPOE-IN give me over the cheaper unmanaged NSW2020-16T2GC-LPOE-IN?
Both have 16 × 100 Mbps PoE ports, a 150 W budget and no fan. The NSW3000 adds Web and app management: per-port PoE on/off and remote restart, 32 VLANs, loop detection, port mirroring, alarms and device topology. The NSW2020 has no management, only a 3-position mode switch, but it has two Combo uplinks (two SFP slots) where the NSW3000 has one Combo plus one copper port. Choose the NSW3000 when you want to fix camera problems remotely.
Does the NSW3000-16T1GT1GC-LPOE-IN work with cameras and NVRs from other brands?
For power and switching, yes: it supplies standard IEEE 802.3af/at PoE up to 30 W per port on Mode A or Mode B, and any NVR on the uplink receives the video. The datasheet does not say whether the automatic discovery and topology of video devices recognise third-party cameras, so if that view matters to you, confirm with us before ordering. Passive PoE devices and 802.3bt cameras above 30 W are not supported.
Can I bond the two uplinks of the NSW3000-16T1GT1GC-LPOE-IN to my NVR?
Only if the device at the other end also supports link aggregation; the switch supports one aggregation group made of its two uplink ports, but most NVRs do not, so it is mainly for a link to a managed core switch. You rarely need it: 16 cameras at an assumed 8 Mbps each send 128 Mbps, about one eighth of a single 1000 Mbps uplink. Never connect both uplinks to the same device without configuring the group, because that creates a loop.
Will the NSW3000-16T1GT1GC-LPOE-IN keep working if the internet goes down?
Yes for the cameras: PoE, switching and recording to a local NVR do not depend on the internet. What you lose is remote access through the app's QR-code cloud view until the connection returns. On site you can still manage the switch through its Web interface from a PC on the same network.
How can port mirroring on the NSW3000-16T1GT1GC-LPOE-IN help me troubleshoot a camera?
The switch supports N:1 port mirroring, so it can copy the traffic of one or more camera ports to a single port where a laptop with a packet analyser is connected. That shows whether a camera is really sending video, at what bitrate, and whether it is flooding the network, without unplugging anything. Combine it with the per-port flow statistics and the port abnormal alarms before replacing hardware.
Should I choose the NSW3000-16T1GT1GC-LPOE-IN or the NSW3000-16T1GT1GC-POE-IN?
Add up your cameras' maximum power with IR on. Up to about 127 W (85% of 150 W), the LPOE model is enough and stays silent with no fan; above that, the POE model gives 250 W with 1 fan and 265 W maximum mains draw. Ports, size, weight and all management features are the same.
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