Blogs and Whitepapers
We believe in sharing knowledge
ROE Visual offers a wide collection of whitepapers and blogs on several LED technology related topics. Learn more in your own time with these free downloads.
ROE Visual has found a selection of ROE Academy trainers, engineers, content creators, all experts in their own field, willing to share their expertise and tricks of the trade.
Sharing their knowledge in these free whitepapers and blogs enables you to make your work just that touch easier.
Ideas for more whitepapers? We love to hear them. Drop them here.
Protecting LED Displays in Virtual Production: Managing Water, Sand, and Dust Exposure
This technical guide outlines essential mitigation protocols for protecting ROE Visual LED displays, specifically the Black Pearl and Ruby platforms, from environmental hazards. Learn how to manage on-set exposure to water, sand, and dust to prevent electrical failure, corrosion, and permanent component damage while maintaining high-performance virtual production standards.
IBC Inspirational Panel Sessions
ROE Visual brought inspiring panel sessions to IBC 2024! Enjoy the recordings of these panel sessions, featuring top industry specialists in XR, virtual production, and live broadcast. The panel sessions include in-depth case studies, such as the BBC UEFA Broadcast Studio, the commercial potential of VP highlighted by "The Garage," broadcast strategies for elections, and insights into the development of the Gran Canaria Film Studio.
Sub-Framing Technology in Virtual Production and XR Broadcast
Discover the mechanics behind Sub-Framing Technology in virtual production. This technical analysis explores how frame-remapping and GhostFrame enhance ICVFX workflows through precise LED processing and camera synchronization. Learn why high-performance ROE Visual panels are essential for multi-camera setups, hidden tracking markers, and high-frame-rate broadcasting in the modern Pro-AV landscape.
The Crucial Role of LED Panel Quality in Display Technology
While processors drive the signal, the LED panel itself dictates visual truth. This technical deep dive explores how ROE Visual leverages precision LED binning, multi-layer PCB design, and magnesium housing to achieve unparalleled color consistency and high frame rates, ensuring your display remains a reliable canvas for professional virtual production and broadcast.
Blow-Through LED? Don’t Get Fooled by the Myths
This technical guide deconstructs the common misconception that transparent LED screens are "blow-through" panels. By exploring aerodynamic drag, wind tunnel testing, and the calculation of Cf factors, we highlight the critical safety requirements for outdoor LED installations and the necessity of professional structural engineering to prevent failure under wind pressure.
Video over IP and SMPTE 2110: Transforming Broadcast Workflows
Discover the transformative power of Video over IP and the SMPTE 2110 standard in modern broadcasting. Based on our IBC 2023 expert panel, this guide explores how ROE Visual, disguise, and Megapixel are driving innovation for operators, technicians, and creative directors through scalable, future-proof IP-based visual solutions.
Enhancing Your Technical Workflow to 2.5G? Here’s What You Need to Consider
ROE Visual explains the critical transition from 1G to 2.5G for Ruby LED panels. This technical guide covers the essential shift to Cat7 S/FTP cabling, bandwidth management, and system design optimizations needed to support high-performance visual environments, ensuring your LED setup remains stable and future-proof.
Outdoor LED Screen Use: Wind Safety & Structural Guide
Learn the essential theory and practice for deploying temporary outdoor LED screens. This technical guide from ROE Visual covers critical factors including wind dynamics, temperature fluctuations, IP ratings, and structural engineering standards like EN 13814, ensuring AV technicians can maintain safety and performance in the field.
How to Handle Moisture in LED Displays: A Technical Guide
This technical guide from ROE Visual addresses the critical issue of moisture absorption in LED displays during periods of inactivity. It details a professional 12-step dehumidification protocol designed to safely evaporate internal humidity through a gradual brightness ramp-up, ensuring the long-term health and performance of both indoor and outdoor LED panels.