Garden Studios virtual production expansion adds Brompton SX40 for driving stages

The deployment of high-resolution LED ceilings specifically for driving sequences addresses a persistent technical hurdle in virtual production: visible pixelation in reflective surfaces. By utilizing Brompton’s SX40 and XD units, Garden Studios can manage the high bandwidth required for moving volumes while maintaining color consistency across new and legacy hardware. This technical maturity signals a shift where virtual production is no longer reserved for tentpole cinema but is becoming a standard efficiency for high-end television dramas and commercial shoots. As streamers like Netflix and the BBC increase their reliance on these volumes, watch for whether standardized API tools for lighting and color grading become the decisive factor in studio selection over raw LED scale.

Brompton Technology has become the dominant LED processor vendor in virtual production, with its Tessera platform deployed across major stages worldwide. In May 2026, Brompton announced that its Tessera SX40 processors were selected for Garden Studios' expanded driving stage in London, pairing the SX40 with XD distribution units to drive a high-resolution Absen LED ceiling and ROE Visual curved wall. The company's ShutterSync technology, which synchronizes camera shutter timing with LED panel refresh to eliminate banding and tearing artifacts, has become a baseline requirement for studios shooting at high frame rates or with fast-moving camera rigs. Brompton's positioning as the default choice for premium virtual production is reinforced by its presence at facilities across Europe and North America, where the Tessera platform handles color management, HDR processing, and multi-panel synchronization for volumes ranging from 5 meters to over 30 meters in diameter. The virtual production market continues to attract investment as broadcasters and streamers seek cost-efficient alternatives to location shooting. TVBEurope reported in September 2026 that Bitmovin's annual Video Developer Report found AI tools are now deployed across the entire video production and delivery stack, with 98 percent of 486 respondents using AI or ML for video workflows. While that report focuses on software pipelines rather than hardware stages, the same trend of automation and efficiency gains is driving virtual production adoption: studios like Garden Studios are expanding capacity specifically to serve high-end television productions that need rapid turnaround without the logistics of physical location shoots. The UK government's expanded tax relief for high-end television and film, which covers virtual production expenditures, has further incentivized facility investment across London and the wider UK studio ecosystem. On the technical side, competing LED processor vendors and panel manufacturers are pushing resolution and refresh rates higher to close the gap that Brompton currently holds in premium deployments. Streaming Media's State of Streaming Codecs 2026 report noted that startup Deep Render is pursuing an IP-centric licensing model for its AI-based compression technology, which could eventually reduce bandwidth requirements for real-time rendering pipelines feeding LED volumes. Meanwhile, Mux published details on its Robots platform, which runs video AI analysis natively inside its infrastructure, demonstrating how AI-driven quality control and content analysis are becoming embedded in production and post-production workflows. For virtual production facilities, the convergence of higher-resolution LED panels, more capable processors like the Tessera Gen 3, and AI-assisted rendering and QC tools is compressing the timeline between principal photography and final delivery, a dynamic that favors studios investing in integrated hardware stacks today. Recent virtual production market growth highlights how these hardware advancements are becoming central to modern studio infrastructure. Other studios are also leveraging virtual production to recreate Arctic environments for specialized location shoots, while others utilize Mo-Sys CarRig motion kit to automate vehicle steering. Some facilities are even exploring green screen virtual production as a cost-effective alternative to LED volumes.