DiscretePhoton H.264 Encoder

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DiscretePhoton H.264 Video Encoder 1.1.0.5

Our prices include ComponentSource technical support and, for most downloadable products, an online backup and a FREE upgrade to the new version if it is released within 30 days of your purchase.  All sales are made on our standard Terms and Conditions and subject to our Return Policy. Please contact us if you require any licensing option not listed, including volume licensing and previous versions.

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What's New in DiscretePhoton H.264 Encoder V1.1.05?

• Some updates to the Examples
• Some updates to the Reference Manual

What's New in DiscretePhoton H.264 Encoder V1.1.04?

• Some fixes on Examples
• Some fixes on core engine

What's New in DiscretePhoton H.264 Encoder V1.1.03?

• RGB32 support added
• Minor fixes to installer and examples

What's New in DiscretePhoton H.264 Encoder V1.1.01?

• 64-bit support

What's New in DiscretePhoton H.264 Encoder V1.1?

• New video format support - DiscretePhoton H.264 Encoder can now accept YUYV, UYUV, and RGB24 as input video format (as well as previous I420 and YV12)
• New Sample projects for C# in addition to the existing C++ samples

Enjoy interactive HD with highly parallel DiscretePhoton H.264 encoder
DiscretePhoton H.264 encoder is provided as a DirectX Media Object (DMO). You may use it directly or in DirectShow environment.

DiscretePhoton H.264 encoder supports up to 64 simultaneous threads. But actual number of threads is determined by the number of CPU-cores (or hyper-threads) of your system. You can only decrease it.

DiscretePhoton H.264 encoder's multi-threading method is based on wavefront. All the worker threads are concentrated on the most recent input frame, which could result in very low encoding latency without any penalty on final encoded quality or bit-size. Also, Its CBR rate-control is tuned for near zero latency scenario. So, DiscretePhoton H.264 encoder is very well fitted for time-critical applications such as video conferencing, as well as other types of applications.

Low encoding latency also means low encoding latency variation, which could result in extremely low frame-drop rate for live encoding. DiscretePhoton H.264 encoder also adopts quite a large motion estimation range, which makes it resilient to high-definition, low frame-rate, and high-motion videos.

Performance figures can be found from MSU's latest public video codec comparison.

Encoder capability:

• Supported H.264 profiles: Baseline.
• Supported H.264 levels: Up to 5.1.
• Supported input video scan modes: Progressive scan only.
• Supported input video formats: I420, YV12, YUYV, UYUV, RGB24, RGB32
• Supported rate-control methods: Constant Qp, Constant Bit-Rate (CBR).1-pass only.
• Rate-distortion aware motion estimation, mode decision, scene-cut detection.
• Large motion estimation range with hierarchical search.
• Motion estimation resolution down to Quarter pixel (QPel).
• In-loop deblock filter, wavefront based multi-threading, etc.