Everest restored client meeting quality by proving where the room experience was breaking.

Everest needed reliable client meeting rooms. Tesrex investigated the Webex Room Kit path, reviewed SIP and RTP treatment through the network, and traced the poor experience to packet loss, switchport errors and physical connectivity issues.

Client symptom

One-way audio and choppy video
Room evidence
Packet loss in Webex Room Kit
Network path
SIP, RTP and QoS checked end to end
Fix applied
Port, switchport config and cable changed

The room issue was proved across the device, media path and physical port.

The London team was seeing one-way audio and choppy video during client meetings. The issue sat across room experience, network path, QoS handling and physical connectivity rather than a simple user problem.

1. 01
   Inspect the room kit
   Use the Webex Room Kit interface to prove real-time traffic behaviour rather than guessing from user reports.

2. 02
   Follow SIP and RTP
   Check that media traffic is marked, trusted and not being treated incorrectly through the network.

3. 03
   Read the switchport
   Look for interface errors and physical layer evidence on the ports serving the room codecs.

4. 04
   Fix the fault path
   Change the physical port, switchport configuration and cable so the room quality improves at source.

What changed for Everest.

Tesrex treated the meeting room as a live user experience problem: check the room kit, prove the traffic path, inspect QoS and fix the physical layer issue causing the poor call.

Meeting quality restored
Everest stopped seeing the recurring video quality issues recorded in the original case study.

Evidence trail left behind
Room device behaviour, SIP/RTP treatment, QoS handling and switchport evidence were tied together.

Better AI foundation
Meeting summaries, collaboration AI and user experience improvements still depend on clean audio, video and support evidence underneath.