8K UHDTV Audio IP
Filter
Compare
167
IP
from
43
vendors
(1
-
10)
-
2D GPU IP Core - Target Display Resolution: 8K
- Xwindow (EXA)
- Hardware Composer (HWC)
- DirectFB
- Pixel Rate (Pixels/Cycle): 4
- Target Display Resolution: 8K
- Direct 3D Tile Status and Buffer Option: yes
- Formats Support: RGB & YUV FP16/32
-
H.265/HEVC H.264/AVC 422 12bit Multi-Codec for 8K
- Image size: Up to 8K(8192×4320) 60fps
- HEVC/AVC Multi-Codec
- Memory bandwidth compression: Maximum 50% reduction is realized by TMC’s proprietary compression technology.
- Best suited to low latency video transmission system.
-
8K JPEG 2000 Encoder/JPEG 2000 Decoder
- Up to 8K 60 images per second
- Up to 4 or 8Gbps
- Visually lossless compression
- Fits in a Xilinx Virtex-7
-
24bit 8K~ 96KHz Audio Codec High performance Silicon Proven DAC IP core
- 24bit Resolution
- Functional from -40 deg C to 125 deg C
- Reduces noise and power consumption.
- Provides accurate charge transfer without the need for calibration.
-
JPEG Encoder 8K (YUV422) 96fps@200MHz. (32Sample/clk)
- ?Based on JPEG Extended DCT-based process Standards.
- ?With proprietary algorithm, we offer fast, small scale and low power consumption core.
-
TicoXS | JPEG XS 8K Encoder / Decoder IP-core
- Near-Lossless up to 6:1
- Visually lossless up to 10:1
-
8K TicoRAW Encoder / Decoder for RAW CFA sensor data compression
- Lossless quality down to 1 bpp
- Up to 100 Megapixels
- Robust over multiple encoding/decoding generations
-
H.264 Encoder High Profile (8K on Zynq/Arria)
- Video compression standard ITU.T Rec. H.264 | ISO/IEC 14496-10 AVC.
- EXTREME SPEED, providing a constant throughput of >5 pixels encoded per clock cycle.
-
H.265 Decoder
- The H.265 (HEVC – High Efficiency Video Coding) Decoder IP core delivers high-performance video decompression for next-generation visual applications, including broadcast, surveillance, automotive, and consumer electronics.
- It supports real-time decoding of ultra-high-definition (UHD) video streams, up to 4K and 8K resolutions, while significantly reducing bandwidth and storage requirements without compromising video quality.
