Microsoft Ignite, a major annual conference hosted by Microsoft for developers, IT professionals, partners and business leaders, showcases innovations in areas such as cloud computing, artificial intelligence, productivity tools and more. The event features keynote presentations, product demos and workshops, with a high-impact 360-degree LED screen setup for slides, demos and live visuals. As Microsoft’s premier event, it draws over 20,000 in-person attendees and more than 200,000 digital participants. To ensure this large-scale production runs smoothly for both in-person and online attendees, it requires the use of sophisticated video distribution and control.
For the 2025 event at the Chase Center in San Fransico, High Resolution Engineering, a trusted provider of AV rental kits for live events, was enlisted to support the operation, using Lightware’s MX2 48x48 HDMI 2.0 matrix switcher alongside three Christie Spyder X80 video processors to ensure flawless switching, control and video quality of all audience-facing video screens.
Lightware’s MX2 48x48 provided the backbone of the event’s video distribution system, routing over 30 4K60 10-bit video feeds from media servers, PowerPoint machines and an Unreal Engine server while distributing the signals to Spyder X80 video processors. These processors then drove 18 4K outputs to a complex arrangement of LED screens around the stage. The unique stage design featured three levels of screens: ground, mid and high-level, allowing presenters to turn in any direction whilst ensuring all visual content was visible from every angle.
One of the key challenges in managing LED setups for live events on this scale is dealing with the wide variety of resolutions and signal requirements, which can make distributing and scaling video signals across a complex arrangement of screens difficult.
To enable 10-bit, 4K media server content to run via HDMI 2.0, HRE created custom EDIDs with reduced colour subsampling (4:2:2) and other tweaks to the colour space. Whilst this can sacrifice some colour quality, it enhances black levels and overall image standard.
By ensuring the source sends an appropriate signal, EDID management also helps to prevent common issues such as no signal, flickering or lower-than-4k resolutions.
With processing systems, it’s usual for there to be a little latency in the scaling and image processing, so it is important that there is no additional delay from the router. Any noticeable delay between what the audience sees on the screens and what is happening on stage can disrupt the experience, so the MX2’s ultra-low latency was crucial for maintaining real-time synchronisation across multiple screens.
Microsoft Ignite 2025 was a remarkable showcase of cutting-edge technology, both on screen and behind the scenes. By leveraging the power of Lightware’s MX2-48x48-HDMI 2.0 router, High Resolution Engineering ensured that the complex 360-degree LED screen setup ran smoothly, delivering low latency and high-resolution for both in-person attendees and online viewers. The production highlights the importance of using the right tools for large-scale events, with the MX2 proving to be a key component in ensuring its success.
