The feature on AMD processors that is similar to Intel QuickSync is called AMD Video Coding Engine (VCE) and Video Core Next (VCN). These are hardware-accelerated video encoding and decoding technologies built into AMD's GPUs and APUs, designed to provide faster video rendering and encoding while offloading this work from the CPU.
Here's a breakdown of the AMD equivalents:
AMD Video Coding Engine (VCE):
This was AMD's earlier technology for hardware-accelerated video encoding, focusing on reducing the CPU load during video compression tasks such as streaming or video editing.
VCE is present in older generations of AMD GPUs, typically up to the Polaris architecture.
Video Core Next (VCN):
VCN is the newer and more advanced technology that replaced VCE, starting with the Vega architecture and continuing through more recent AMD GPUs and APUs.
VCN handles both video encoding and decoding, similar to Intel QuickSync, and supports various video formats like H.264, HEVC (H.265), and VP9.
Like Intel QuickSync, VCE and VCN enable faster video processing, particularly useful for video streaming, editing, and media playback, while also saving power by offloading these tasks from the CPU to the dedicated hardware encoder/decoder.
The feature on AMD processors that is similar to Intel QuickSync is called AMD Video Coding Engine (VCE) and Video Core Next (VCN). These are hardware-accelerated video encoding and decoding technologies built into AMD's GPUs and APUs, designed to provide faster video rendering and encoding while offloading this work from the CPU.
AMD's VCE and VCN
AMD Video Coding Engine (VCE):
This was AMD's earlier technology for hardware-accelerated video encoding, focusing on reducing the CPU load during video compression tasks such as streaming or video editing.
VCE is present in older generations of AMD GPUs, typically up to the Polaris architecture.
Video Core Next (VCN):
VCN is the newer and more advanced technology that replaced VCE, starting with the Vega architecture and continuing through more recent AMD GPUs and APUs.
VCN handles both video encoding and decoding, similar to Intel QuickSync, and supports various video formats like H.264, HEVC (H.265), and VP9.
Like Intel QuickSync, VCE and VCN enable faster video processing, particularly useful for video streaming, editing, and media playback, while also saving power by offloading these tasks from the CPU to the dedicated hardware encoder/decoder.
The feature on AMD processors that is similar to Intel QuickSync is called AMD Video Coding Engine (VCE) and Video Core Next (VCN). These are hardware-accelerated video encoding and decoding technologies built into AMD's GPUs and APUs, designed to provide faster video rendering and encoding while offloading this work from the CPU.
Here's a breakdown of the AMD equivalents:
AMD Video Coding Engine (VCE):
This was AMD's earlier technology for hardware-accelerated video encoding, focusing on reducing the CPU load during video compression tasks such as streaming or video editing.
VCE is present in older generations of AMD GPUs, typically up to the Polaris architecture.
Video Core Next (VCN):
VCN is the newer and more advanced technology that replaced VCE, starting with the Vega architecture and continuing through more recent AMD GPUs and APUs.
VCN handles both video encoding and decoding, similar to Intel QuickSync, and supports various video formats like H.264, HEVC (H.265), and VP9.
Like Intel QuickSync, VCE and VCN enable faster video processing, particularly useful for video streaming, editing, and media playback, while also saving power by offloading these tasks from the CPU to the dedicated hardware encoder/decoder.
The feature on AMD processors that is similar to Intel QuickSync is called AMD Video Coding Engine (VCE) and Video Core Next (VCN). These are hardware-accelerated video encoding and decoding technologies built into AMD's GPUs and APUs, designed to provide faster video rendering and encoding while offloading this work from the CPU.
AMD's VCE and VCN
AMD Video Coding Engine (VCE):
This was AMD's earlier technology for hardware-accelerated video encoding, focusing on reducing the CPU load during video compression tasks such as streaming or video editing.
VCE is present in older generations of AMD GPUs, typically up to the Polaris architecture.
Video Core Next (VCN):
VCN is the newer and more advanced technology that replaced VCE, starting with the Vega architecture and continuing through more recent AMD GPUs and APUs.
VCN handles both video encoding and decoding, similar to Intel QuickSync, and supports various video formats like H.264, HEVC (H.265), and VP9.
Like Intel QuickSync, VCE and VCN enable faster video processing, particularly useful for video streaming, editing, and media playback, while also saving power by offloading these tasks from the CPU to the dedicated hardware encoder/decoder.
이게 약간씩 용어가 좀 다릅니다. 순수한 '엔진' 이름은 현행 세대 기준으로...
- 인텔: QuickSync Video
- AMD: VCN(Video Core Next)
- 엔비디아: PureVideo HD
하지만 실제 인코딩 기술로서 부르는 이름은 다릅니다. 오히려 엔진으로서의 이름보다 실제 인코딩이나 디코딩에 쓰이는 후자가 더 많이 불리는 형편입니다. 어차피 원하시는 것이 트랜스코딩같은 인코딩인 이상 후자의 이름을 기억하시는게 더 낫습니다.
- 인텔: QSV
- AMD: AMF
- 엔비디아: NVENC(디코더는 NVDEC라 하지만 이 말은 진짜 안 쓰입니다.)
한 눈에 보기 딱 좋네요..