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List of H.266 VVC Versatile Video Coding Native Hardware

List of H.266 VVC Versatile Video Coding Native Hardware

H.266, also known by its formal name, Versatile Video Coding (VVC), stands as the frontier of video compression standards, heralding a new era of efficiency surpassing its forerunner, H.265 (HEVC).

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VVC is designed to transmit higher resolution videos at significantly reduced bitrates, a leap forward in compression technology. However, the journey towards widespread hardware integration of this innovative codec is just beginning.

The Present Landscape of H.266 Hardware Integration

As we navigate through 2024, the adoption of H.266 across consumer electronics remains in its nascent stages. The majority of devices such as smartphones, tablets, smart TVs, and streaming gadgets do not yet support VVC decoding natively.

Nonetheless, notable advancements are already marking the path forward:

  • MediaTek Pentonic 2000: A pioneering TV SoC, this chipset is the inaugural commercial processor to embrace H.266, bringing to life 8K content at a breathtaking 120Hz.
  • High-Performance Devices: Select high-end smartphones and computers have the capability to decode VVC content via software, though this may impact performance and battery life.
  • Specialized Solutions: In the realm of professional video production and broadcast, entities like Bitmovin and Spin Digital are at the forefront, offering bespoke VVC encoding and decoding solutions.

Anticipating the Horizon of H.266 Hardware

The path to widespread H.266 hardware support is illuminated by several promising indicators:

  • Technological Progress: With ongoing improvements in VVC’s encoding efficiency, the barriers to hardware decoding are lowering, paving the way for broader device integration.
  • Surging Demand for Ultra-High Resolution: The growing appetite for 4K, 8K, and beyond underscores the value of VVC’s bitrate-efficient high-quality

Looking Ahead:

While the current support for H.266 hardware is limited, several factors indicate promising prospects for future adoption:

  • Continued advancements: As VVC encoding efficiency improves, the need for powerful hardware decoding decreases, making integration into various devices more feasible.
  • Growing demand for high-resolution content: The increasing popularity of 4K, 8K, and even higher resolutions makes VVC’s ability to deliver high-quality video at lower bitrates highly valuable, driving adoption.
  • Standardization and licensing: Clearer standardization and easier licensing terms for VVC can incentivize wider adoption by device manufacturers and content creators.


The emergence of the MediaTek Pentonic 2000 SoC and ongoing efforts from various manufacturers signal a positive trajectory for H.266 hardware support. While widespread availability might take some time, the future looks promising for VVC decoding capabilities becoming more prevalent across different devices.

Remember, the H.266 hardware support is constantly evolving. Stay tuned for future updates as the technology matures and adoption expands.

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