Vendor: intoPIX Category: Video Processing

TicoXS | JPEG XS HD Encoder / Decoder IP-cores

JPEG XS has been co-created by intoPIX.

Overview

JPEG XS has been co-created by intoPIX. TicoXS is an evolution of TICO RDD35 offering more compression capabilities with an extremely small footprint in ASIC and FPGA and fast performances on CPU & GPU.

intoPIX has made significant intellectual property development in lightweight low latency video compression, from inventing and standardizing the world’s smallest and fastest mezzanine compression technology TICO (SMPTE RDD35) supported by the TICO Alliance, to being the proponent and co-developer for creating the world first international ISO standard JPEG-XS technology addressing this matter.

The technology and associated products are covered by one or more claims of patents awarding intoPIX hard work and innovation.

Key features

  • Near-Lossless up to 6:1.
  • Visually lossless up to 12:1
  • Color format : RGB,YUV, YCbCr, 444 / 422 /420 / monochrome
  • Smooth lossy compression beyond
  • Robust over multiple coding
  • Low power / small for FPGA or ASIC. Low logic & low memory usage (no external DDR)
  • Easy to integrate : JPEG-XS Interoperable and Built for many use cases IP-cores and software libraries are licensable from intoPIX
  • Highly parallelizable, Real-time or faster than real-time in CPU and GPU
  • Mobile to 4K/8K : Compatible with different resolutions, via multiple usual transport schemes.
  • Zero latency : few lines of latency : < 1 ms

Benefits

  • SAFEGUARDING ALL ADVANTAGES OF AN UNCOMPRESSED STREAM
    • Low power consumption (through lightweight processing),
    • Ultra low-latency in coding and decoding.
    • Lossless picture quality
    • Small size on chip
    • Fast on software (CPU with the use of SIMD and GPU)
  • WITHOUT SIGNIFICANT INCREASE IN REQUIRED BANDWIDTH & COST
    • Low power consumption (through reasonable bandwidth interfaces)
    • Longer cable runs
    • Perfect fit for existing and new infrastructures
    • More pixels at a reduced cost (more resolutions, higher frame rates, higher bit depth)

Applications

  • Latency critical AV over IP, KVM, Video Wall management
  • Studio over IP, Live Production, Editing , SMPTE 2110
  • Move to IP and SMPTE 2110 workflows
  • Display Connectivity & Interfaces and Mobile Devices
  • Image Sensors & Cameras (HD,4K,8K,360, High Speed)
  • Cable Extenders
  • Wireless / Wired Connectivity
  • Automotive, ADAS systems
  • Machine Vision (cameras, frame grabber, extenders)
  • Medical , Operating Rooms
  • VR/AR system transmission

What’s Included?

  • Netlist for the intel or Xilinx FPGAfamilies
  • RTL code for ASIC
  • Fast SDK running on Intel/AMD x86-64 CPU
  • Fast SDK running on Nvidia GPU
  • User Guides
  • Simulation model : Reference software

Specifications

Identity

Part Number
IPX-JPEG-XS-HD
Vendor
intoPIX
Type
Silicon IP

Files

Product Sheet Download

Note: some files may require an NDA depending on provider policy.

Provider

intoPIX
HQ: Belgium

Learn more about Video Processing IP core

JPEG XS Officially Joins GenICam, The Machine Vision Standard Managed By EMVA

JPEG XS is now officially supported as a compression technology within the GenICam framework, under the supervision of The European Machine Vision Association (EMVA). This milestone represents a major advancement for the machine vision industry, enabling higher performance, improved efficiency, and greater interoperability across imaging systems and devices.

Frequently asked questions about Video Processing IP

What is TicoXS | JPEG XS HD Encoder / Decoder IP-cores?

TicoXS | JPEG XS HD Encoder / Decoder IP-cores is a Video Processing IP core from intoPIX listed on Semi IP Hub.

How should engineers evaluate this Video Processing?

Engineers should review the overview, key features, supported foundries and nodes, maturity, deliverables, and provider information before shortlisting this Video Processing IP.

Can this semiconductor IP be compared with similar products?

Yes. Buyers can compare this product with similar semiconductor IP cores or IP families based on category, provider, process options, and structured technical specifications.

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