TICO IP

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Compare 14 TICO IP from 1 vendors (1 - 10)

TicoXS FIP UHD8K Encoder / Decoder IP-core with JPEG XS and intoPIX Flawless Imaging Profile (FIP) – The newest codec for AV over IP with 100% quality and zero latency !
- Extremely low footprint in FPGA or ASIC (low logic, low memory, low DDR)
- Compliant with JPEG XS High Profile & Flawless Imaging Profile (FIP)
- Error concealment - Robust to heavy packet losses
- No latency for latency-critical applications: 10 video lines, so less than 1/10th of millisecond
TicoXS FIP UHD4K Encoder / Decoder IP-core with JPEG XS and Flawless Imaging Profile (FIP) - – The newest codec for AV over IP with 100% quality and zero latency !
- Extremely low footprint in FPGA or ASIC (low logic, low memory, low DDR)
- Compliant with JPEG XS High Profile & Flawless Imaging Profile (FIP)
SDI Mapper for TICO-RDD35 & TicoXS (JPEGXS) lightweight codecs
- Manage both the TX & RX
- Manage the insertion of the TICO-RDD35 or JPEG-XS detection box over the active area of the SDI
8K TICO Lightweight Encoder
- Visually Lossless quality up to 4:1
- 4:2:2 ; 4;4:4 & 8,10,12bit
TICO Lightweight UHD8K Decoder
- Visually Lossless quality up to 4:1
- 4:2:2 ; 4;4:4 & 8,10,12bit
- CBR (VBR as option)
TICO Lightweight UHD4K Encoder
- Visually Lossless quality up to 4:1 (even Mathematically lossless at lower bitrate)
- 4:2:2 ; 4;4:4 & 8,10,12bit
TICO Lightweight UHD4K Decoder
- Visually Lossless quality up to 4:1 (even Mathematically lossless at lower bitrate)
- 4:2:2 ; 4;4:4 & 8,10,12bit
TICO Lightweight HD Encoder
- Visually Lossless quality up to 4:1
- 4:2:2 ; 4;4:4 & 8,10,12bit
- CBR (VBR as option)
TICO Lightweight HD Decoder
- Visually Lossless quality up to 4:1
- 4:2:2 ; 4;4:4 & 8,10,12bit
- CBR (VBR as option)
4K TICO Encoder/TICO Decoder
- Visually Lossless quality between 2:1 and 4:1.
- Persistent and Robust: Indistinguishable image loss over multiple generations
- Latency: Few Microseconds – very few line of pixels ( selectable from 1 to x)
- Small complexity and ultra-compact codec: easy to implement in low-cost FPGA or ASIC. It uses little internal memory and no external memory.