The AMD Xilinx Video SDK is a complete software stack allowing users to seamlessly leverage the hardware accelerated features of AMD Xilinx video codecs such as the ones available on Amazon EC2 VT1 instances.
The AMD Xilinx Video SDK is a complete software stack allowing users to seamlessly leverage the hardware accelerated features of AMD Xilinx video codecs and enable high-density real-time transcoding for live streaming video service providers, OEMs, and Content Delivery Network (CDNs). Included in the AMD Xilinx Video SDK is a pre-compiled version of FFmpeg and GStreamer which integrates key video transcoding plug-ins, enabling simple hardware offloading of compute-intensive workloads (such as video decoding, scaling, and encoding) using these popular tools.
The AMD Xilinx Video SDK also provides a C-based application programming interface (API) which facilitates the integration of AMD-Xilinx video codec transcoding capabilities in proprietary frameworks.
In addition to enhanced OS/kernel support and bug fixes, the 3.0.0 release brings with it ultra low latency (ULL) encoding, dynamic GOP, min/max frame quantization parameter (QP) bounding, and support for updates using package feeds. Visit What's New of its release notes (https://xilinx.github.io/video-sdk/v3.0/release_notes.html#what-s-new) for the full list of enhancements.
Highlights
Adaptive bitrate (ABR) transcoder * Real-time and faster than real-time transcoder * Supports H.264 and HEVC * Up to two channels of 4Kp60 video throughput per card * Subdivide total throughput for a maximum of 48 channels of lower resolution video
FFmpeg, Gstreamer, and C-based API's * Supports HDR10 and HDR10+ * Dynamic update of encoder parameters
AWS Marketplace now accepts line of credit payments through the PNC Vendor Finance program. This program is available to select AWS customers in the US, excluding NV, NC, ND, TN, & VT.
This software is free to use, so you pay only for the underlying VT1 compute instances by the hour. The three dimensions map to VT1 instance sizes: vt1.3xlarge, vt1.6xlarge, and vt1.24xlarge. They differ by capacity, not by feature set. You pick the size that matches your video transcoding workload. Billing runs hourly, so cost scales with how long each instance runs and which size you select. There are no tiers or add-ons to combine — each instance size is an independent hourly option.
Top-of-mind questions for buyers
What compute capacity does each VT1 instance size give me for video transcoding?
Each dimension maps to an Amazon EC2 VT1 instance size. The vt1.3xlarge is the smallest capacity, vt1.6xlarge is mid-range, and vt1.24xlarge offers the most. Larger sizes hold more video codec units, which support higher-density real-time transcoding for live streaming workloads.
Am I charged for an instance while it is stopped or idle?
The software itself is free, so no software charge applies. Hourly billing tracks the underlying VT1 compute. A running instance accrues hourly charges. A fully stopped instance stops those hourly compute charges, though attached AWS storage may still bill separately.
Which VT1 size should I pick, and can I run more than one at once?
Pick the size matching your transcoding density needs; larger instances handle more concurrent streams. Each size bills independently by the hour, so you can run several instances of the same or different sizes at once. Your total cost adds up each instance's running hours.
xilinx.github.io
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An AMI is a virtual image that provides the information required to launch an instance. Amazon EC2 (Elastic Compute Cloud) instances are virtual servers on which you can run your applications and workloads, offering varying combinations of CPU, memory, storage, and networking resources. You can launch as many instances from as many different AMIs as you need.
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Amazon EC2 running Amazon Linux 2 with the AMD Radeon Pro Software for Enterprise driver enables applications to benefit from AMD's professional-grade graphics software.
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