GstCUDA v0.1.0  

RidgeRun Product

GstCUDA is a framework and GStreamer plug-in enabling CUDA algorithm easy integration into GStreamer pipelines on the Tegra X1/X2. The GstCUDA framework is a series of utilities and base classes abstracting the complexity of both CUDA and GStreamer. With GstCUDA, developers avoid writing elements from scratch, allowing the developer to focus on the algorithm logic, and accelerating time to market. GstCUDA eases development by providing:

• Zero memory copy data path
• Direct NVMM buffer handling
• GStreamer base classes
• Quick prototyping elements 

GstWebRTC v1.4.1 

RidgeRun Product

GstWebRTC now includes a PubNub based reference signaler! PubNub is a real-time data stream network with more than 70 SDKs for different languages, including a WebRTC signaler implementation. GstWebRTC is a GStreamer plug-in that turns pipelines into WebRTC compliant endpoints. The plug-in is equipped with three elements:

• GstWebRTCSrc: Receive one-way audio and/or video content
• GstWebRTCSink: Send one-way audio and/or video content
• GstWebRTCBin: Send and receive two-way audio and/or video content

Easily extend your media server or existing application to support the WebRTC protocol by linking these elements into your pipeline.

GstWebRTC is getting data channel support as well! Leverage peer-to-peer WebRTC capabilities to stream, not only audio and video, but generic data as well. Our data channel standard implementation offers the following:

• Out-of-the-box peer-to-peer streaming via ICE negotiation
• Secure transmision via SCTP on top of DTLS
• Bi-directional data transfer
• Out-of-bounds channel negotiation
• Single channel (to be extended)

See our developer's wiki for more information
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GstV4l2 Plugins for TX1/TX2  

RidgeRun Open Source Project

GstV4l2 Plugins for TX1/TX2 is a fork of the mainline gst-plugins-good that enable the usage of the V4l2 compilant devices exposed on TX1 and TX2, for capture, encoding, decoding and video converting. Make the most out of the TX1/TX2 architecture while using a standard, well-known API such as V4L2. Interface different elements in the pipeline transparently using standards such as MMAP, DMABUF and USERPTR, and reduce the overhead of different framework implementations.

The fork will incude:

• V4L2 H264/H264 encoder
• V4L2 H264/H265 decoder
• V4L2 video converter
• V4L2 source

Xilinx Ultrascale+ VPSS - V4L2 Driver 

RidgeRun Product

The Xilinx UltraScale+ Video Processing Subsystem (VPSS) is a hardware accelerator supporting 4K UHD, features supported by VPSS:

• motion adaptive deinterlacer
• scaler
• color space conversion
• chroma resampler
• format converter