Vendor: TAKUMI Corporation Category: Image Conversion

Image Warping IP

Resolution: up to 8Kx8K, RGB/YUV (8-bit), Distortion correction (any-shape transform), scaling, rotation, Filter: Bilinear,

Overview

TAKUMI’s Warping IP is a highly efficient hardware IP solution for real-time image warping and distortion correction. Built on the proven technology of the GSHARK-TAKUMI Graphics IP family, which has shipped more than 100 million units worldwide, it delivers high-performance image transformation for a wide range of camera and display applications.

Warping IP enables distortion correction for images captured through wide-angle and fisheye lenses in a wide range of camera products and systems. It also supports image transformation for display applications such as automotive Head-Up Displays (HUDs), projectors, and VR devices, delivering highly efficient real-time processing.

TW290 and TW270 are “right-sizing” IP products based on the flagship TW330 IP, optimized for functionality, performance, and silicon area. TW290 and TW270 focus on delivering sufficient performance and essential functionality, resulting in reduced silicon area and lower power consumption.

Leveraging TAKUMI’s proprietary GPU processing technology, TW270 performs on-the-fly coordinate generation, transformation, and correction in real time, supporting a wide range of applications and customer requirements.

Key features

Resolution Up to 8K x 8K
Input/output images Various RGB and YUV formats, 8-bit color
Key features Distortion correction (any-shape transform), scaling, rotation
On-the-fly coordinate generation by integrating a geometry engine dedicated to image warping
Filter support: bilinear

Benefits

Flexible distortion correction

Supports complex distortion correction and transformations, including irregular shapes and high-order polynomial models

Real-time coordinate generation and transformation

Equipped with a geometry engine leveraging TAKUMI’s GPU expertise for efficient real-time processing

Support for a wide range of performance and resolution requirements

TW270: 2M–16M pixels/frame (Full HD at 120 fps, 4K UHD at 30 fps)
TW290: 8M–32M pixels/frame (4K UHD at 60 fps, 8K UHD at 15 fps)

Low-latency distortion correction

Advanced cache architecture enables high-performance, low-latency real-time processing

Support for multiple formats

Supports various RGB and YUV formats (8-bit color)

Development support tools

Built-in viewer and warping parameter generation capabilities support a wide range of use cases – including barrel and pincushion distortion correction, fisheye correction, panorama conversion, and PTZ – accelerating development workflows

Applications

  • Camera products (consumer/network/automotive/surveillance and other cameras),
  • projectors,
  • VR/AR devices,
  • HUD,
  • and many more

What’s Included?

  • Synthesizable RTL
  • Sample Programs
  • Documents

Specifications

Identity

Part Number
TW270
Vendor
TAKUMI Corporation
Type
Silicon IP

Files

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

Provider

Learn more about Takumi's Image Warping IP core

TAKUMI starts licensing new Warping IPs “TW270” and “TW290”

TAKUMI’s Warping IP is a hardware IP series that enables real-time processing of various types of distortion correction and image transformations, leveraging the expertise gained through its GPU IP, “GSHARK-TAKUMI,” which has shipped in over 100 million units through its customers’ SoCs.

Frequently asked questions about image conversion IP cores

What is Image Warping IP?

Image Warping IP is a Image Conversion IP core from TAKUMI Corporation listed on Semi IP Hub.

How should engineers evaluate this Image Conversion?

Engineers should review the overview, key features, supported foundries and nodes, maturity, deliverables, and provider information before shortlisting this Image Conversion 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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