Cisco’s Chris Lapp Highlights the Networking Questions Still Shaping Modern AV Systems
In Episode 325 of Signal to Noise, ProSoundWeb features a conversation with Cisco senior specialist solutions engineer Chris Lapp that focuses on practical AV networking issues, from switch configuration to protocol choices. The episode also highlights Lapp as the developer of Open Fabric Studio AV network management software, framing the discussion around real deployment questions rather than abstract theory.
According to ProSoundWeb, the first part of the two-part conversation covers differences between Dante, AES67, and AVB/Milan, along with questions about managed versus unmanaged switches and whether DHCP should be used. Those topics remain central for integrators building or troubleshooting converged AV systems, especially as audio, control, and video increasingly share common IP infrastructure.
While the source is a podcast episode rather than a product launch, its relevance to AV is straightforward: network design is now core system design. The discussion reflects how much project success depends on getting foundational network decisions right early in the process. Protocol compatibility, switch behavior, and configuration discipline all directly affect performance, interoperability, and supportability once a system is live.
The episode also underlines a broader market shift. As AV environments become more software-defined and network-centric, integrators need deeper fluency in IT practices to deliver reliable outcomes. That makes networking knowledge not just a back-end engineering concern, but a visible part of client trust, project scoping, and long-term service value.
What This Means for AV Integrators
For AV integrators, this is a reminder that networking expertise directly shapes installs, commissioning timelines, and post-install support costs. It also strengthens the case for network assessment, documentation, and managed services as revenue-producing parts of an AV engagement rather than invisible back-office work.