Managed Switch vs Unmanaged Switch: What’s the Difference?
Modern networks are becoming more complex as businesses, Internet service providers, and enterprise environments continue to demand higher speeds, improved security, and reliable connectivity. Whether you are deploying wireless access points, surveillance cameras, VoIP systems, or enterprise servers, selecting the right network switch plays a critical role in overall network performance.
Network switches are responsible for connecting devices within a local area network (LAN). They allow computers, access points, IP cameras, servers, and other devices to communicate efficiently. However, not all switches are built the same. The two most common categories are managed switches and unmanaged switches.
Understanding the differences between these two solutions is important for building a stable and scalable network infrastructure. In this guide, we will explain how managed and unmanaged switches work, compare their features, discuss deployment scenarios, and help you determine which option best fits your networking requirements.
What is a Network Switch?
A network switch is a networking device that connects multiple devices within the same network and forwards data packets to the correct destination. Unlike hubs, switches intelligently identify connected devices using MAC addresses, helping reduce unnecessary traffic and improve network efficiency.
Switches are widely used in:
Enterprise networks
Wireless ISP deployments
Security camera systems
Data centers
Small office environments
Industrial networking applications
Modern switches also support advanced technologies such as Power over Ethernet (PoE), VLAN segmentation, Quality of Service (QoS), and remote cloud management.
What is an Unmanaged Switch?
An unmanaged switch is a basic plug-and-play networking device designed for simple network connectivity. These switches require little to no configuration and begin operating immediately after installation.
Unmanaged switches automatically handle data traffic between connected devices without allowing users to modify network settings. Because of their simplicity, they are commonly used in home networks, small offices, temporary setups, and environments with limited networking requirements.
The biggest advantage of unmanaged switches is ease of deployment. Users simply connect Ethernet cables, power the switch, and the network becomes operational.
Common Features of Unmanaged Switches
Plug-and-play installation
No software configuration
Lower cost compared to managed switches
Basic traffic forwarding
Suitable for small networks
Minimal maintenance requirements
Although unmanaged switches are convenient, they lack advanced network control and monitoring capabilities.
What is a Managed Switch?
A managed switch provides advanced configuration, monitoring, and traffic management capabilities for professional network environments. Unlike unmanaged switches, managed switches allow administrators to control network traffic, prioritize applications, improve security, and optimize overall performance.
Managed switches are widely used in enterprise environments, ISP infrastructure, surveillance systems, schools, healthcare facilities, and large wireless deployments.
These switches can be configured locally through a web interface, command-line interface (CLI), or cloud-based management platforms.
Common Features of Managed Switches
VLAN configuration
Traffic prioritization using QoS
Network monitoring and diagnostics
SNMP management
Port mirroring
Link aggregation
Remote management
Enhanced network security
PoE management capabilities
Managed switches are designed for networks where performance, uptime, scalability, and security are essential.
Managed Switch vs Unmanaged Switch
The primary difference between managed and unmanaged switches lies in control and functionality.
An unmanaged switch operates automatically with no user configuration. It simply forwards network traffic between connected devices. A managed switch, however, gives administrators complete visibility and control over network operations.
Configuration and Management
Managed switches allow administrators to configure VLANs, assign traffic priorities, monitor bandwidth usage, and troubleshoot network issues remotely. Unmanaged switches do not support these features.
Businesses operating surveillance systems, VoIP deployments, or multiple departments often require managed switches to separate traffic and improve performance.
Network Performance
Managed switches can optimize traffic flow using QoS settings and traffic shaping policies. This helps prioritize critical applications such as voice calls, video conferencing, and IP surveillance.
Unmanaged switches treat all traffic equally, which may lead to congestion during periods of heavy usage.
Security
Security is another major advantage of managed switches. Administrators can restrict unauthorized devices, isolate traffic using VLANs, and monitor suspicious activity across the network.
Unmanaged switches provide minimal security controls because they lack management functionality.
Scalability
Managed switches are better suited for growing networks. Businesses can expand infrastructure while maintaining centralized visibility and control.
Unmanaged switches are more suitable for smaller deployments where advanced management features are unnecessary.
When Should You Use an Unmanaged Switch?
Unmanaged switches are ideal for:
Home networking
Small offices
Temporary network deployments
Simple device connectivity
Basic internet sharing
Small surveillance installations
If your network only requires connecting a few computers or devices without traffic segmentation or advanced monitoring, an unmanaged switch may be sufficient.
Many small businesses initially deploy unmanaged switches because they are affordable and easy to install. However, as networks grow, organizations often migrate toward managed infrastructure for better performance and security.
When Should You Use a Managed Switch?
Managed switches are recommended for:
Enterprise networks
Wireless ISP infrastructure
Large surveillance systems
VoIP deployments
VLAN segmentation
Multi-building networks
Data-sensitive environments
Cloud-managed networking
Managed switches are particularly important in environments where uptime, traffic optimization, and remote management are critical.
For example, businesses deploying multiple IP cameras and wireless access points often use managed PoE switches to simplify power delivery and network administration.
Smart Switch vs Managed Switch
Many networking manufacturers now offer smart switches, which provide limited management functionality between unmanaged and fully managed switches.
Smart switches typically support:
Basic VLANs
Limited QoS
Web-based configuration
Port monitoring
However, they may lack advanced enterprise features such as CLI access, advanced routing, extensive security policies, and full Layer 3 capabilities.
Smart switches are often used by small businesses seeking affordable network control without the complexity of enterprise-grade managed infrastructure.
Importance of PoE in Modern Switching
Power over Ethernet technology has transformed network deployments by allowing switches to deliver both power and data through a single Ethernet cable.
PoE switches are commonly used for:
Wireless access points
IP cameras
VoIP phones
IoT devices
Building automation systems
Managed PoE switches provide administrators with greater control over connected devices, including remote rebooting, power scheduling, and power consumption monitoring.
Businesses deploying security cameras or wireless infrastructure frequently rely on managed PoE switches for centralized network management.
Top Networking Brands for Managed and Unmanaged Switches ISP Supplies offers networking switches from some of the most recognized manufacturers in the networking industry. These brands provide solutions for enterprise networks, wireless ISPs, industrial deployments, and surveillance infrastructure.
Ubiquiti
Ubiquiti is known for delivering scalable networking solutions for enterprise and wireless deployments. The company’s UniFi switching platform provides centralized cloud-based management, VLAN support, PoE functionality, and advanced traffic monitoring capabilities. Ubiquiti switches are widely deployed in schools, hospitality environments, surveillance systems, and WISP infrastructure.
MikroTik
MikroTik manufactures affordable and highly configurable networking hardware for professional users. Their managed switching solutions support advanced routing, VLAN segmentation, fiber connectivity, and enterprise-grade traffic management. MikroTik switches are commonly used by ISPs, system integrators, and enterprise administrators.
TP-Link TP-Link provides networking products for both residential and business environments. Their managed and unmanaged switches support Gigabit Ethernet, PoE functionality, and cloud-based management solutions designed for SMB deployments.
Cambium Networks
Cambium Networks offers enterprise-grade switching solutions engineered for demanding wireless and broadband applications. Their managed switches integrate seamlessly with wireless access infrastructure and support advanced network management features for service providers and enterprise users.
Choosing the Right Switch for Your Network
Selecting between a managed and unmanaged switch depends on your network size, complexity, and future scalability requirements.
An unmanaged switch may be sufficient for basic internet connectivity and small office environments. However, businesses operating security cameras, wireless access points, VoIP systems, or multiple departments often benefit from the visibility and control offered by managed switches.
Organizations planning future expansion should also consider long-term scalability. Investing in managed infrastructure early can simplify future network upgrades while improving overall performance and security.
Buy Managed and Unmanaged Switches from ISP Supplies
ISP Supplies provides a wide range of managed and unmanaged network switches for enterprise deployments, wireless ISPs, surveillance systems, and business networks. The company offers networking products from leading manufacturers, including Ubiquiti, MikroTik, Cambium Networks, TP-Link, and many others.
In addition to networking hardware, ISP Supplies provides technical support, RF planning services, wireless deployment assistance, and network engineering expertise for customers across North America.
Whether you are building a small office network or deploying large-scale wireless infrastructure, ISP Supplies offers the equipment and technical guidance required for reliable network performance.
Final Thoughts
Managed and unmanaged switches serve different purposes in modern networking environments. Unmanaged switches provide a simple and cost-effective solution for smaller networks, while managed switches offer advanced traffic control, security, scalability, and monitoring capabilities for professional deployments.
As network infrastructure continues to evolve with cloud management, WiFi 7, surveillance systems, and high-bandwidth applications, managed switching solutions are becoming increasingly important for businesses and service providers.
Before selecting a switch, organizations should evaluate network size, security requirements, traffic management needs, and future expansion plans. Choosing the right switch today can significantly improve network reliability, efficiency, and long-term scalability.
