Video Scaler with 4K Up/Down/Cross Conversion (Interleaved/Quadrant)
The VSC-4KX-IQ is a high quality polyphase scaler for up/down/cross conversion between video formats up to 4K resolution.
- Video Processing
Video Processing IP cores provide hardware-accelerated video encoding, decoding, transcoding, compression, decompression, scaling, and stream processing capabilities for modern SoC and ASIC designs.
This category includes IP solutions supporting major video and image compression standards such as AV1, AV2, H.264/AVC, H.265/HEVC, H.266/VVC, VP8, VP9, MPEG-2, MPEG-4, MPEG-5 LCEVC, JPEG, and JPEG 2000. These IP cores enable efficient video delivery, storage, streaming, analytics, and multimedia processing across a wide range of semiconductor applications.
This catalog allows semiconductor engineers to evaluate and compare Video Processing IP from leading vendors based on codec support, encoding and decoding performance, video quality, resolution capability, throughput, latency, silicon area, power efficiency, and process node compatibility.
Video Scaler with 4K Up/Down/Cross Conversion (Interleaved/Quadrant)
The VSC-4KX-IQ is a high quality polyphase scaler for up/down/cross conversion between video formats up to 4K resolution.
The VPC-5 is a 2D adaptive detail enhancer which selectively enhances the appearance of edges and textures without enhancing the …
The VPC-3 provides noise reduction functionality which targets both mosquito noise and block noise associated with digital compre…
Low latency AVC Encoder IP Core
The Low Latency AVC Encoder IP Core is an uncompromising solution for custom projects requiring high performance, low latency, ea…
H.264 (AVC) CABAC Decoder IP Core
CABAC Decoder IP Core performs stream decoding that was derived by context-adaptive binary arithmetic coding algorithms.
AVC (H.264) CABAC Encoder IP Core
The CABAC Encoder IP Core is designed for context-adaptive binary arithmetic coding.
Video Output Port IP Core is a compact and high-performance functional block for embedded system that collects and outputs graphi…
Our FPGA core is optimized and 80% SMALLER THAN THE COMPETITION!
Video Scaler with Electronic Keystone Correction
The VSC-2 is a high quality polyphase scaler including electronic keystone correction which has been optimized for video and grap…
Standard Definition Video (PAL/NTSC) De-Interlacer, Basic Algorithm
The xc-SDDIB is a low-cost deinterlacing IP core that converts a standard 4:2:2 formatted interlaced video stream into a 4:2:0 pr…
Standard Definition Video (PAL/NTSC) De-Interlacer, Advanced Algorithm
The xc-SDDIA core converts a standard 4:2:2 formatted interlaced video stream into a 4:2:0 progressive format, which can be used …
4K JPEG 2000 Encoder/JPEG 2000 Decoder
The Ultra High Resolution JPEG 2000 Encoder & Decoder familly of IP cores goes beyond the resolution limit for processed images (…
"DCI" 4K JPEG 2000 Encoder/JPEG 2000 Decoder
D-Cinema and the Beyond Cinema JPEG 2000 families have been especially designed to meet today’s requirement of the Digital Cinema…
H.264 / AVC Baseline Main and High profile decoder
FV264 is a customizable ASIC IP for decoding H.264 compliant streams.
The Lancero JPEG-LS Lossless Image Encoder for FPGAs is an efficient implementation of the best-in-class lossless image compressi…
JPEG XS Decoder (FPGA) - Performance-oriented version
The demand for high-resolution imaging beyond 4K continues to grow across medical diagnostic equipment, broadcasting systems, and…
JPEG XS Decoder (FPGA) - Standard version
The demand for high-resolution imaging beyond 4K continues to grow across medical diagnostic equipment, broadcasting systems, and…
JPEG XS Encoder (FPGA) - Performance-oriented version
The demand for high-resolution imaging beyond 4K continues to grow across medical diagnostic equipment, broadcasting systems, and…
JPEG XS Encoder (FPGA) - Standard version
The demand for high-resolution imaging beyond 4K continues to grow across medical diagnostic equipment, broadcasting systems, and…
JPEG XS compression IP core for HD - Max fps: 480 - Color sampling: 4:2:2 / 4:0:0
intoPIX has developed various optimized TicoXS architectures running a different pixel per clock to target a wide range of resolu…