5-Port Gigabit Industrial PoE Switch (1 SFP + 4 PoE)

The VT-SW5GP-GF-4GTPOE is a full-Gigabit unmanaged industrial Ethernet switch for high-bandwidth applications. Equipped with four 10/100/1000Mbps PoE+ ports and one Gigabit SFP fiber slot, which transmit data and electricity to HD IP cameras with high power efficiently, and use fiber uplinks to overcome the 100-meter copper limit.

Part No. VT-SW5GP-GF-4GTPOE
sku : IoT-IPS101
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VT-SW5GP-GF-4GTPOE 5-Port Gigabit Industrial PoE Switch

5-Port Gigabit Industrial PoE Switch with SFP Uplink

Standard copper Ethernet cables are strictly limited to 100-meter transmission distances. This 5-Port Gigabit Industrial PoE Switch solves the bottleneck for remote industrial sites by integrating a 1000Base-X SFP slot. Engineers can install a compatible transceiver module to carry aggregated surveillance video and SCADA data over optical fiber for distances up to 120km, with no loss of signal across massive facilities.

SFP Fiber Optic Long Distance Transmission

Full Gigabit PoE+ for High-Bandwidth PDs

Unlike 100M switches that struggle with 4K video feeds, this model features four dedicated 10/100/1000Base-T(X) RJ45 ports. Fully compliant with IEEE 802.3af/at standards, each port delivers both gigabit-speed data and up to 30W of power. It perfectly drives heavy-load Powered Devices (PDs) such as high-resolution PTZ cameras, Wi-Fi 6 Access Points, and industrial VoIP phones over a single Cat5e/Cat6 cable.

Full Gigabit PoE+ High Power Delivery

6kV Lightning Protection & Extreme Temperature Rated

Housed in an IP40-rated corrugated aluminum casing, this fanless switch is engineered to survive in harsh, non-climate-controlled control panels (-40°C to +75°C). Furthermore, built-in Level 4 ESD immunity and 6kV lightning surge protection on the network ports shield the internal circuitry from severe electrical interference common in smart factories and intelligent transportation systems.

IP40 Rugged Casing and 6kV Surge Protection

Fail-Safe Redundant Power Infrastructure

Industrial network reliability relies on continuous power. The VT-SW5GP-GF-4GTPOE supports dual DC48-52V redundant power inputs via a standard 5-pin terminal block. The switch has anti-reverse connection protection and will automatically switch to the backup power supply when the primary power supply drops, guaranteeing zero downtime for your critical PoE-connected edge devices.

Dual Redundant DC Power Input

 

Hardware Interface
PoE Ports (Downlink)4 × 10/100/1000Base-T(X) RJ45, IEEE 802.3af/at, Max 30W per port
Fiber Port (Uplink)1 × 1000Base-X Gigabit SFP slot
Switching Performance
Backplane Bandwidth14 Gbps
MAC Table & Buffer2K MAC Address Table / 2 Mbit Buffer Size
Power & Environment
Input VoltageDual DC 48-52V (Redundant Inputs), Anti-reverse connection
Power ConsumptionSystem: < 3W (No PoE load)
Operating Temperature-40°C ~ +75°C
EMC ProtectionIEC 61000-4-2 (ESD) Level 4 / IEC 61000-4-5 (Surge) Level 4
Network Port Protection6kV lightning protection
Mechanical
Casing & MountingIP40 High-strength metal casing, 35mm DIN-Rail mount
Dimensions / Weight118 × 35 × 88 mm / Approx. 0.4 kg
Are the SFP port and the 4th copper port shared (Combo), or can I use all 5 ports simultaneously?
They are completely independent. A common issue with budget switches is the use of “Combo” ports (where plugging in fiber disables a copper port). The VT-SW5GP-GF-4GTPOE guarantees dedicated, non-blocking bandwidth to all interfaces. The Gigabit SFP uplink means you can pull full gigabit data and 30W of PoE from each of the four RJ45 ports without any bottleneck.
Will this unmanaged switch strip my VLAN tags from the data packets?
No, it is VLAN Transparent. Although this is a plug-and-play unmanaged switch (which means you cannot actively configure VLAN IDs on it), it will not interfere with your existing network segmentation. It passively forwards standard 802.1Q tagged frames. This makes it perfect for connecting multi-SSID wireless access points; the switch will pass the tagged traffic flawlessly up to your core managed routing equipment.
What is the optimal input voltage to ensure all four PTZ cameras receive 30W PoE power?
While the switch operates securely on a dual DC 48V~52V range, we strongly recommend deploying a DC 52V industrial power supply when powering high-draw devices (like heaters in PTZ cameras) over long Cat5e/Cat6 cable runs. Standard copper cabling introduces voltage drop over distance. The switch provides 52V, ensuring that the powered device at the far end receives the voltage it needs to comply with the IEEE 802.3at (30W) standard and to operate without erratic rebooting.

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