H.265 HD Encoder IP core
2EC-VA-H265-10B-60-1080-IP-ZL
Description
System-On-Chip Technologies' IP cores are known for ultra-low latency, low power-consumption, and precise video quality. Customers from over 20 countries rely on SOC high-performance IP cores for reliable, high-efficiency all-hardware MPEG video coding.
Specifications
| Compression Standard : | H.265/HEVC |
|---|---|
| Codec Function : | Encoding |
| Channels : | Two |
| Max. Resolution : | Up to FHD/1080p (1920x1080) |
| Max. Framerate : | Up to 60 FPS (60/59.94, 50/49.95, ...) |
| Audio Capability : | AAC, MPEG2-LayerII Audio |
| Precision : | 10 bits per channel |
| Latency : | Zero Latency (0.25ms) |
| Architecture : | All-hardware-logic |
Files & Documentation
Learn More
Standard:
H.265
H.265/HEVC is the third-generation (next-generation) MPEG Codec standard developed by MPEG.
Codec:
Encoder
An encoding system receives raw video from a camera/player/PC and transmit Transport/Program/Elementary Stream(s) to a destination over UDP.
Channels:
Two
Supports encoding/decoding of up to 2 input/output channels at the specified resolution and frame-rate.
Resolution:
HD
1080p Full-HD Codecs (FHD) are optimized to process frames up to 1920 pixels wide and 1080 pixels high. Resolutions exceeding these limits may be prepared by special request.
FPS:
60fps
60fps supports frame-rates up to 60fps including FPS/1.001 (59.95, 49.95, etc.)
Audio:
Video/Audio
Video-Audio Codecs process both video and audio data. Audio data is encoded/decoded as AAC or MPEG2-LayerII.
Precision:
10 bits
10-bit extended color precision adds 4 times more color coding precision compared to 8-bit.
Latency:
Zero Latency
The zero-latency line produce the minimum latency. ZL cores encode/decode data at approximately 0.25ms at 60fps. An end-to-end latency of less than 1/4 of a frame is achieable under controlled conditions. 1-1.5 frame latency is achievable under normal conditions.
Architecture:
All-hardware-logic
SOC Technologies' IP cores are based on single-clock driven, all-hardware-logic architecture with no processors, software, or DSP processors.