|

How Penn State Solved MS/TP Issues Overnight

When Tom Walker looked at Penn State University’s Navy Yard network, he saw big issues. 

The system was busy and loud. So loud, that the overrun MS/TP network was bringing down the entire building. 

Because this was happening on the MS/TP network, pinpointing the problem would mean boots on the ground to segment and test the chain, piece by piece. 

No one wants to have to do that, but it wasn’t even clear what was wrong. All the traffic seemed like a broadcast storm, yet Tom could see in Visual BACnet that wasn’t the case. No Global Who-Is, no BACnet Broadcast Traffic, and no BBMDs going wild. 

The non-stop network activity meant that Who-Is messages, responses, COVs, and broadcasts were getting completely missed. 

Using Optigo Networks’ simple BACnet Capture Tool and the powerful Visual BACnet application, the team quickly spotted the offender and stopped the incessant traffic — in a single day. 

Find out how Penn State solved MS/TP issues in a single day

 

Share

Table of Contents

Related Articles

Back to the Future time circuit display panel

OT Networking Trends 2026: What Actually Caught On

Last year, we ran down 9 OT networking trends that carried the potential to reshape how smart buildings operate. This...

Read More >

How to Handshake, Ep. 7: Air Gaps and Other Lies.

Welcome back to How to Handshake, Optigo Networks’ podcast series on OT networking, building automation, and the conversations that actually...

Read More >

Hiker standing on narrow mountain ridge trail

Edge Computing in OT Networks: What Building Automation Teams Should Actually Expect in 2026

The pitch for edge computing sounds made for building automation. Process data near where it’s generated. Reduce cloud round-trips. Keep...

Read More >

Stay Updated with Our Latest Posts

Subscribe our newsletter and get handpicked articles, exclusive insights, and bi-weekly roundups delivered straight to your inbox. No spam, ever.