Analog Way LivePremier for LED: Custom Formats, EDIDs & Large Screen Workflows

In this Evolve training session, we take a deep dive into using Analog Way LivePremier for LED workflows, including custom formats, EDIDs, area of interest, native backgrounds, output connector planning, and large canvas setup. This session is built for technicians, engineers, and video professionals who are working with LED walls, multi-output canvases, and modern 4K-first screen management systems. We walk through real-world examples using LivePremier, Web RCS, the Analog Way Simulator, FidoLED, Novastar and Brompton processor considerations, and practical strategies for getting more efficient with outputs, layers, and pixel space. Topics include: Analog Way LivePremier overview Standard EDIDs vs. custom EDIDs Custom formats vs. area of interest HDMI, SDI, and DisplayPort considerations LED tile and processor planning Native backgrounds and image slots PNG masks for shaped LED layouts Screen memories and layer positioning Large canvas workflows Connector capacity and VPU resource planning Chapters: 00:00 Welcome & LivePremier for LED Ground Rules 00:51 Analog Way Simulator Setup 01:30 Why LivePremier Is Built for 4K 04:35 Standard EDIDs, Custom EDIDs & Connector Capacity 06:19 Area of Interest Explained 08:36 Custom EDIDs vs. Custom Formats 13:45 Output Cards, SDI, HDMI & DisplayPort Choices 15:10 LED Cabinet & Processor Basics 18:56 Novastar vs. Brompton Input Options 21:24 Finding Tile Data with FidoLED 24:03 LivePremier VPU Power & Layer Capacity 27:00 Example: Three LED Displays, Minimum Outputs 31:08 Building Custom Formats in Web RCS 38:42 Exercise 1: 2560x1600 Canvas Workflow 45:33 Optimizing with One Output & Native Backgrounds 54:07 Creating Custom EDIDs for Inputs 59:12 Using Native Background Images 1:04:59 PNG Masks for LED Shapes 1:10:35 Screen Memories, User Keys & Layer Positioning 1:14:00 Exercise 2: Six 1080p Processors with 4K Content 1:24:39 Exercise 3: Splitting a 2520x1176 Wall 1:38:41 Exercise 4: M29 Tile Layout & Negative Space Canvas 1:59:57 Exercise 5: 4000x2000 Connector Capacity 2:02:52 Exercise 6: 6000x2000, Frame Rate & Pixel Clock Limits 2:08:17 Large Canvas Example: 4000x5000 2:14:52 Current Limitations & Workflow Notes 2:21:27 Resources, Q&A & Closing Thoughts