Real World IP Event Video Series - Part 4 - Gerard Phillips – Arista Networks

Part 4 in our series of videos from ‘Real World IP’, a one-day seminar event from The Broadcast Bridge held at BAFTA in London, Gerard Phillips, Systems Engineer at Arista Networks, discusses network topologies and ethernet switches.
In this ground-breaking talk, Phillips describes the design criteria for guaranteeing robust PTP distribution, the special considerations for media network architectures, what is involved in programming network switches, and how to choose an ethernet switch for media applications.
Analyzing PTP at the network layer, Phillips discusses packet delivery variance, why it occurs in heavily utilized ethernet switches, and the effects this has on terminal equipment synchronizing to a PTP Grand Master.
Watch the video; HERE.
Please note you must be logged in to access this video.
You might also like...
Building Software Defined Infrastructure: Zero Tolerance Security
Software based systems bring immense flexibility but they also bring increased vulnerability and inevitable trade-offs between flexibility and security.
Live Sports Production: Exploring The Evolving OB
The first of our three articles is focused on comparing what technology is required in OBs and other venue systems to support the various approaches to live sports production.
Cloud Compute Infrastructure At IBC 2025
In celebration of the 2025 IBC Show, this article focuses on the key theme of cloud compute infrastructure and what exhibitors at the show are doing in this key area of technological enablement.
Monitoring & Compliance In Broadcast: Real-time Local Network Monitoring
With many production systems now a hybrid of SDI & IP networking, monitoring becomes a blend of the old and the new within a software controlled environment.
Broadcast Audio Technology At IBC 2025
In celebration of the 2025 IBC Show, this article gathers the news about what the vendors exhibiting on the show floor for the acquisition, production and delivery of pristine, immersive audio.