NETxKNX OPC Server - Direct (KNX)

The latest version of the NETxKNX OPC Server - Direct (KNX) is 3.5, developed by NETxAutomation. It falls under the Internet & Network category, specifically in the Network Tools subcategory. The software is available under a Demo license, which allows potential users to evaluate its features and functionality before committing to a purchase. Users will find it a crucial system for controlling and visualizing small KNX plants when paired with an applicable OPC client.

Utilizing knowledge accrued from large-scale projects, NETxAutomation has successfully developed this system in an open, reliable, and user-friendly manner. The system functions by converting KNX telegrams into LAN telegrams via gateways and then forwarding these LAN telegrams to the NETxKNX Server. Here, the server handles the receipt, analysis, error-checking, and protocol management before sending the data through the OPC interface to all connected OPC clients. This makes the server instrumental in connecting the world of KNX with other systems.

While there are no other versions besides the 3.5 release, the demo version offers sufficient features for users to assess the software's capabilities. For those seeking a reliable solution for visualizing small KNX plants and connecting KNX systems to other networks, this program is definitely worth considering.

Download the free demo to explore this robust network tool!

Pros:

• Reliable and user-friendly design
• Efficient conversion of KNX telegrams to LAN telegrams
• Excellent for visualizing small KNX plants

Cons:

• Limited to a demo version for testing
• No alternative versions available

It is not possible to confirm if there is a free download for this software available on the developer's website. We recommend checking the downloaded files with any free antivirus.

You may want to check out more software, such as NETxAutomation KNX OPC Server, MatrikonOPC Server for KNX or KOYO Ethernet OPC Server, which might be similar to NETxKNX OPC Server - Direct (KNX).