Antilatency has launched the FullBandRGB, a 3.6 kg studio light fixture designed for virtual production environments. The system features a seven-LED spectral architecture, Art-Net control for high-frequency updates, and integrates with the CyberGaffer software to synchronize physical lighting with virtual scenes.
The introduction of the FullBandRGB fixture addresses the technical bottleneck of synchronizing physical studio lighting with real-time virtual environments. By utilizing a stateless network architecture and high-frequency Art-Net updates, production teams can achieve smoother lighting transitions that are mathematically aligned with virtual scene changes. This hardware integration reduces the manual labor required to rebuild lighting setups for different digital backgrounds, lowering overall production costs for high-end streaming content. As virtual production becomes a standard for episodic streaming, watch for how competitors respond to the 3.6 kg form factor and the elimination of external power distribution units in studio rigs.
Antilatency has been building its virtual production ecosystem since the company's earlier hardware launches. The FullBandRGB joins the company's existing product line, which includes the CyberGaffer software platform and the SigmaFrame tracking system. Bitmovin's 2026/2027 Video Developer Report found that 98 per cent of video professionals now use AI or ML somewhere in their workflows, and while that survey focuses on software pipelines, the same pressure to automate and synchronize production stages is driving hardware vendors like Antilatency to build tighter integration between physical fixtures and virtual environments. The FullBandRGB's Art-Net control at 1,000 updates per second positions it for real-time synchronization workflows that episodic streaming productions increasingly demand.
On the business side, Antilatency is competing in a market where virtual production stages are expanding rapidly. Streaming Media's State of Streaming Codecs 2026 report noted that startup Deep Render is pursuing an IP-centric licensing model for compression technology, illustrating how newer entrants across the production pipeline are challenging established vendors with alternative commercial structures. Antilatency's approach of bundling hardware with CyberGaffer software follows a similar pattern of vertical integration, giving studios a single-vendor path from tracking to lighting control rather than requiring separate procurement for each layer.
In the same product category, competing virtual production lighting solutions continue to evolve. Mux published details on how its Robots platform moved from a bring-your-own-key AI toolkit to a first-party API running natively inside its infrastructure, demonstrating the broader industry trend of consolidating complex multi-step workflows into unified platforms. For virtual production specifically, that consolidation trend means lighting vendors must offer not just fixtures but integrated software control layers. Antilatency's CyberGaffer integration and the FullBandRGB's seven-LED spectral architecture represent that consolidation at the hardware level, giving cinematographers a path to match virtual scene lighting without manual re-rigging between takes.
Antilatency has launched the FullBandRGB, a 3.6kg studio light designed for virtual production. By integrating with CyberGaffer software and supporting 1,000 updates per second via Art-Net, the fixture synchronizes physical lighting with virtual scenes. This innovation reduces manual labor and production costs by automating lighting transitions for complex digital backgrounds.
The Antilatency FullBandRGB studio light weighs 3.6 kg.
The fixture uses high-frequency Art-Net bidirectional communication, supporting 1,000 updates per second, and integrates with the CyberGaffer software platform to align physical lighting with virtual scene changes.
The seven-LED spectral architecture provides linear control and color matching specifically optimized for camera sensor sensitivity in virtual production environments.
No, the FullBandRGB features integrated power modules and gigabit Ethernet switches, allowing for daisy-chaining both data and power to reduce cable clutter in studio rigs.
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