Teltonika switches: TSW2-series comparison guide
4 August 2026

Gina Ch.
IoT Content Manager
Teltonika switches are built for industrial networking applications where reliability, durability, and long-term performance are essential. Designed for use in factories, transportation systems, energy infrastructure, and other demanding environments, they provide stable Ethernet connectivity even under challenging operating conditions.
The main difference between Teltonika switches is network management capability, PoE support, and intended use case. Unmanaged TSW2 devices provide simple plug-and-play Ethernet connectivity, managed TSW2-series switches offer advanced network control features such as VLANs and traffic management, and PoE-enabled models can deliver power and data through the same Ethernet cable.
Teltonika TSW2 industrial Ethernet switch series is designed for different levels of network complexity, from basic device connections to advanced industrial infrastructure. Choosing the best switch depends on whether you need PoE for powering connected devices, management features for controlling network traffic, or a simple and reliable Ethernet connection.
This guide compares Teltonika TSW2-series switches to help you identify the right device based on features, applications, and network requirements.
Teltonika TSW2-series switch overview
Teltonika TSW2 switch series includes unmanaged and managed industrial Ethernet switches designed for applications such as industrial automation, smart infrastructure, surveillance systems, and remote monitoring. The portfolio includes:
TSW200 is an unmanaged PoE switch designed for applications where connected devices require both data connectivity and power.
TSW210 is an unmanaged industrial Ethernet switch focused on reliable network expansion.
TSW202 is a managed PoE+ switch combining network control with power delivery capabilities.
TSW212 is a managed industrial Ethernet switch designed for applications requiring advanced network configuration and management.
The main choice between these models depends on whether the network requires PoE, management features, or both.
TSW200 and TSW210: choosing between PoE and standard Ethernet
Teltonika TSW200 and TSW210 are designed for users who need reliable industrial Ethernet connectivity without advanced network management. Both models provide 2 × SFP ports for long-range fiber-optic communication, enabling reliable connections over extended distances using fiber cables. The key difference between these two models is PoE support.

TSW200 switch is suitable for deployments where connected devices need power through the Ethernet connection. By combining data transmission and power delivery through a single cable, PoE simplifies installation and reduces the need for additional power infrastructure. Typical applications include:
IP surveillance systems
Wireless access points
Industrial IoT devices
Remote monitoring solutions
TSW210 is designed for applications where connected devices already have their own power source. It provides reliable Ethernet connectivity for industrial equipment and network infrastructure. Typical applications include:
Industrial controllers
Automation equipment
Ethernet-connected machinery
Network extensions
The choice between TSW200 and TSW210 depends on whether power delivery is required as part of the network connection.
TSW202 and TSW212: managed industrial switch comparison
For more advanced network requirements, Teltonika offers managed switches that provide greater control over industrial communication. Both models include 2 × SFP ports for long-range fiber-optic communication, allowing scalable and reliable fiber-based network connections in industrial environments.

TSW202 combines managed switching capabilities with PoE+ functionality. This makes it suitable for installations where both network management and power delivery are required. Common applications include:
Smart infrastructure
CCTV networks
Industrial IoT deployments
Networks with multiple powered devices
TSW212 switch focuses on managed industrial Ethernet connectivity, providing a solution for applications where network organization, monitoring, and configuration are important. Typical applications include:
Manufacturing environments
Industrial automation
Infrastructure networks
Complex Ethernet deployments
The main difference between these two models is that TSW202 is optimized for managed networks with PoE requirements, while TSW212 focuses on managed industrial Ethernet connectivity.
Key differences
Feature | TSW200 | TSW210 | TSW202 | TSW212 |
Switch type | Unmanaged PoE switch | Unmanaged Ethernet switch | Managed PoE+ switch | Managed Ethernet switch |
Main purpose | Connect and power Ethernet devices | Provide reliable industrial Ethernet connectivity | Provide managed networking with PoE power delivery | Provide advanced managed industrial networking |
PoE support | Yes | Yes | Yes | No |
High-speed, reliable communication | 2 x SFP ports | 2 x SFP ports | 2 x SFP ports | 2 x SFP ports |
Network management | No | No | Yes | Yes |
Best suited for | Devices requiring both power and data | Industrial equipment requiring Ethernet connectivity | Networks with powered devices that need monitoring and control | Industrial networks requiring configuration and traffic management |
Typical applications | IP cameras, wireless access points, IoT devices, remote monitoring | Industrial controllers, automation equipment, Ethernet-connected machinery | Smart infrastructure, CCTV networks, industrial IoT deployments | Manufacturing, industrial automation, infrastructure networks |
Main advantage | Reduces the need for separate power infrastructure | Simple and reliable Ethernet expansion | Combines PoE capability with managed network features | Provides greater control over industrial Ethernet networks |
How to choose the best Teltonika switch for your application?
Choosing the best Teltonika TSW2-series model depends on your network requirements. Select PoE switches when devices need power, unmanaged switches for simple connectivity, and managed switches when network control and scalability are required. By understanding the differences between TSW200, TSW210, TSW202, and TSW212, businesses can choose the best device for reliable industrial Ethernet deployments.
