Unmanaged PoE Switches

For those seeking straightforward, plug-and-play networking, our unmanaged switches provide hassle-free setup with no configuration required. These switches are ideal for small businesses, home offices, or any environment where basic network connectivity is needed without the complexities of management. 

Despite their simplicity, they offer reliable speed and performance, ensuring smooth data transfer across devices. Choose from our range of unmanaged switches that deliver the perfect balance of functionality and ease of use at an affordable price.

4Port 3

4 Port Unmanaged Switch - LM-402UGP

Standard Unmanaged 4GE+2GE, Gigabit POE Switch , 65w Inbuilt Power supply

  • 4 downlink 10/100/1000Base-T PoE Ethernet ports
  • 2 uplink 10/100/1000Base-T Ethernet uplink ports
  • Power adapter: 52V1.25A 65W (built-in power supply)
  • Single port power supply 15.4W, maximum port power 30W, total machine power 65W
  • Power Input:DC52V1.25A;
  • Standard: IEEE802.3 、IEEE802.3u、IEEE802.3X、IEEE802.3ab
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8Portunmanaged

8 Port Unmanaged Switch - LM-802UGP

Standard Unmanaged 8GE+2GE 1000M POE Switch ,120W inbuilt Power Supply

  • 8 downlink 10/100/1000Base-T PoE Ethernet ports
  • 2 uplink 10/100/1000Base-T Ethernet uplink ports
  • Single port power supply 15.4W, maximum port power 30W, total machine power 120W
  • Power Input:DC52V2.3A;
  • Standard: IEEE802.3; IEEE802.3u; IEEE802.3x; IEEE802.3ab;
  • Structure: stable and delicate, easy to install;
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16Portunmanaged

16 Port Unmanaged Switch - LM-1621FUGP

Standard Unmanaged 16GE+2GE+1SFP 1000M POE Switch, 260W Inbuilt Power supply

  • 16 downlink 10/100/1000Base-T PoE Ethernet ports
  • 2 uplink 10/100/1000Base-T Ethernet uplink ports
  • 1 uplink 1*1000 Base-X SFP optical port
  • Power Input:DC52V/3.8A;
  • Standard:IEEE802.3 、IEEE802.3u、IEEE802.3X、IEEE802.3ab
  • Structure: stable & delicate, easy to install;
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24Portunmanaged

24 Port Unmanaged Switch LM-2421FUGP

Standard Unmanaged 24GE+2GE+1SFP Gigabit POE Switch , 380W Inbuilt Power Supply

  • 24 downlink 10/100/1000Base-T PoE Ethernet ports
  • 2 uplink 10/100/1000Base-T Ethernet uplink ports
  • 1 uplink 1*1000 Base-X SFP optical port
  • Single port power supply 15.4W, maximum port power 30W, total machine power 360W
  • Power Input:DC52V/5.76A;
  • Standard:IEEE802.3 、IEEE802.3u、IEEE802.3X、IEEE802.3ab
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Unmanaged switches are easy, plug-and-play devices. They work well in settings where basic connectivity, stability, and low cost matter the most. Unmanaged switches are different from managed or easy-managed switches. They need no configuration, no software setup, and no ongoing network management.

These switches are common and useful in small offices, retail stores, CCTV systems, warehouses, residential buildings, and temporary networks. They work well where advanced features like VLANs or routing aren’t needed.

LANMUS unmanaged switches provide reliable Ethernet connectivity with PoE support. This ensures steady performance for IP cameras, access points, and other network devices throughout the UAE.

What Is an Unmanaged Switch?

An unmanaged switch automatically connects multiple Ethernet devices within a local network. Once powered on, it begins forwarding data between devices without any user intervention. Unmanaged switches are:

  • Easy to deploy
  • Fast to install
  • Low maintenance
  • Cost-effective

They are perfect for networks that don’t change often. They also work well when traffic control, monitoring, or segmentation isn’t needed.

Key Characteristics of Unmanaged Switches

Plug-and-Play Operation

No setup, no configuration, and no technical expertise required. Simply connect devices and power the switch.

Fixed Network Behavior

Traffic forwarding is automatic, with no VLANs, QoS rules, or access control settings.

PoE Support for Edge Devices

LANMUS unmanaged switches support Power over Ethernet (PoE). This lets IP cameras, Wi-Fi access points, and VoIP phones get power and data through one cable.

Compact & Reliable Design

Built for continuous operation in indoor environments with stable power conditions.

Cost-Effective Networking

Ideal for deployments where budget and simplicity matter more than advanced network control.

When Should You Use an Unmanaged Switch?

Unmanaged switches are best suited for scenarios where:

  • Network devices do not require segmentation
  • Traffic volume is predictable
  • No network monitoring is needed
  • Installation time must be minimal
  • Which do not have a technical staff availability.

Common Use Cases

  • Small offices and startups
  • Retail shops and showrooms
  • CCTV camera networks
  • Home and residential buildings
  • Warehouses and storage facilities
  • Temporary or event-based networks

LANMUS Unmanaged Switch Series Overview

LANMUS has a variety of unmanaged switches. These switches support different network sizes and PoE needs.

Available Models

  • LM-402UGP: Compact 4-port unmanaged PoE switch
  • LM-802UGP: Medium-scale 8-port unmanaged PoE switch
  • LM-1621FUGP: High-density unmanaged switch with fiber uplink
  • LM-2421FUGP: Large-capacity unmanaged switch for extended networks

Model

Total Ports

PoE Support

Uplink Type

Best Use Case

Ideal Deployment Size

LM-402UGP

4× Ethernet

Yes

Copper

Small CCTV or home office setups

Very small networks

LM-802UGP

8× Ethernet

Yes

Copper

Retail shops, clinics, small offices

Small networks

LM-1621FUGP

16× Ethernet + 1 Fiber

Yes

Fiber uplink

Medium CCTV systems, warehouses

Medium networks

LM-2421FUGP

24× Ethernet + 1 Fiber

Yes

Fiber uplink

Large CCTV and enterprise edge deployments

Large networks

Each model is tailored for different deployment needs. This ranges from small CCTV setups to larger distributed networks.

Performance & Network Stability

LANMUS unmanaged switches are built to ensure consistent packet forwarding with minimal latency. Switches run efficiently without a software layer for configuration. This means there are fewer points of failure. This simplicity results in:

  • Stable device communication
  • Lower risk of misconfiguration
  • Predictable network behavior
  • Long-term operational reliability

For CCTV and access point networks, stability matters more than advanced management features.

PoE Capabilities in Unmanaged Switches

PoE-enabled unmanaged switches simplify installations by eliminating separate power adapters.

Benefits of PoE in Unmanaged Switches

  • Reduced cabling complexity
  • Faster installation
  • Centralized power delivery
  • Cleaner and safer deployments

LANMUS unmanaged switches are great for IP surveillance systems and wireless network extensions.

Unmanaged vs Managed vs Easy Managed Switches

Feature

Unmanaged

Easy Managed

Managed

Configuration

Not required

Basic

Advanced

VLAN Support

Not required

Basic

Advanced

Monitoring

Not required

Limited

Full

Installation

Very easy

Easy

Complex

Cost

Lowest

Medium

Highest

Best For

Simple networks

Growing networks

Enterprise & industrial

This comparison shows users how unmanaged switches fit into your product ecosystem.

Choosing the Right Unmanaged Switch

When selecting an unmanaged switch, consider:

  • Number of devices to connect
  • PoE power requirements
  • Need for fiber uplinks
  • Network expansion expectations
  • Installation environment

LANMUS offers various unmanaged models. Users can scale easily and avoid paying for features they don’t use.

Why Choose LANMUS Unmanaged Switches?

  • Reliable Ethernet performance
  • Optimized for CCTV and PoE devices
  • Simple deployment with zero configuration
  • Strong build quality
  • Designed for UAE network environments
  • Supported by LANMUS technical expertise

Explore LANMUS Unmanaged Switch Models available at LANMUS

Each LANMUS unmanaged switch model is built for a specific deployment size and need:

  • LM-402UGP: Ideal for small CCTV or office setups.
  • LM-802UGP: Balanced solution for medium networks.
  • LM-1621FUGP: Supports higher device density with fiber uplink.

LM-2421FUGP: Designed for large-scale unmanaged deployments.

Explore Switches by Port

Find the perfect network switch tailored to your needs, whether you require a compact 5-port option for small setups or a high-capacity 48-port switch for enterprise networks. Browse our selection to ensure seamless connectivity and optimal performance for your business.

4Port 3

Filter to find the right 4-port switch – browse by switch management style, port-speed PoE capabilities and more.

8Port 2

Easily find the perfect 8-port switch for your deployment. Explore port speed, PoE capabilities for networking

16Port 2

Find the perfect 16-port switch by filtering for PoE, management style, and port speed.

24Port 2

Filter to find a 24-port switch – browse switches by PoE, management style, port-speed and uplinks.

48Port 2

Filter to find the ideal 48-port switch by management style, port speed, PoE, and many more.

Frequently Asked Question (FAQ)

Unmanaged switches are simple and reliable. They work well for networks that need no configuration or monitoring.

A managed switch provides advanced network management features like VLANs, QoS, and monitoring, while an unmanaged switch is simpler, requiring no configuration and operating automatically.

No, unmanaged switches do not have IP addresses because they do not require configuration or remote management. They simply forward data between connected devices.

Yes, unmanaged switches are ideal for home networks and small businesses where simple connectivity is needed without advanced network management.

Some unmanaged switches support PoE, allowing them to power devices like IP cameras and access points without needing separate power adapters.

Yes, you can connect multiple unmanaged switches together, but doing so may lead to performance issues if too many devices are linked without proper network design.

Unmanaged switches are best for small networks, home offices, and environments where simple plug-and-play connectivity is needed without requiring advanced network control.

Unmanaged switches do not throttle speeds; they forward data at the rated speed (e.g., Gigabit Ethernet). However, network congestion or high traffic loads may impact overall performance.

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