VVC adoption moves to production as Huawei joins MC-IF forum
The Media Coding Industry Forum (MC-IF) is accelerating the adoption and deployment of Versatile Video Coding (VVC) in 2026, focusing on implementation and interoperability to address growing video traffic demands. This initiative aims to reduce bandwidth strain and infrastructure costs for streaming providers by moving VVC from standards work into production environments. MC-IF is also expanding participation and supporting multi-codec strategies for efficient video delivery.
Key Takeaways
- Huawei has formally joined MC-IF, signaling a pivot toward higher adoption in Asian markets like China where deployment is outpacing the West.
- MC-IF expanded discounted membership eligibility to companies with up to $300 million in revenue to include smaller AI and encoder innovators.
- Google's Android 17 has integrated VVC support, providing a critical OS-level prerequisite for mobile hardware decoding.
- The business case for VVC centers on reducing the 50% bitrate gap between previous standards for 4K and 8K delivery.
- Standards work on the VVC successor, H.267, has begun but is not expected to reach commercial maturity before 2030.
Why It Matters
The transition of VVC from the lab to production represents a vital push for network efficiency as video demand continues to outpace infrastructure reinvestment. By formalizing interoperability and expanding the membership pool beyond mega-cap vendors, MC-IF is attempting to break the 'chicken-and-egg' cycle of hardware and content support. For streaming strategists, this move signals that while multi-codec environments featuring AV1 remain the baseline, VVC is finally securing the silicon and OS hooks necessary for tier-one mobile distribution. Watch for VVC-exclusive 8K pilots in the Asian market as a lead indicator for global rollout timelines.
Additional Context
The acceleration of VVC adoption follows several critical foundation-setting moves across the hardware and licensing landscape. Per IP Fray in February 2026, Google’s release of the Android 17 beta officially added the VVC constants required for media stack recognition, placing it on technical parity with HEVC and AV1. While this provides the necessary scaffolding, individual device manufacturers must still integrate specific hardware decoders to avoid the battery drain associated with software-only decoding on mobile platforms. In the PC space, Intel’s Lunar Lake and Panther Lake architectures have already introduced native hardware support, creating a growing installed base for high-resolution desk-bound streaming. On the intellectual property front, the environment has become marginally more transparent. Per Managing IP in March 2025, Huawei joined the Via LA patent pool as both a licensor and licensee for VVC, a move expected to simplify the fragmented licensing models that hindered previous standards. This coincided with Access Advance’s Multi-Codec Bridging Agreement, which offers discounts for devices supporting both HEVC and VVC, reflecting a pragmatic industry acceptance of multi-codec strategies rather than a winner-take-all outcome. Meanwhile, the standards community has shifted focus toward the next leap in compression. Per Streaming Media in March 2026, the official kickoff for the H.267 effort—also referred to as 'Beyond VVC'—is underway within the Joint Video Experts Team (JVET). The new standard aims for a further 30% to 40% bitrate reduction over VVC and is expected to leverage neural network-based tools. However, with standardization not projected until at least 2028, VVC currently holds the position as the primary high-efficiency standard for organizations planning deployments for the remainder of this decade.
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