Andes Technology and IAR Systems together announce that ILITEK's Touch and Display Driver Integration (TDDI) SoC, ILI6600A, adopts the Andes N25F-SE ISO 26262 certified V5 RISC-V CPU core, and the IAR certified Embedded Workbench toolchain for RISC-V, to support Automotive Functional Safety in its SoC. ILI6600A is a highly integrated Amorphous /LTPS /Oxide TFT LCD driver with In-Cell touch controller. The joint solution from Andes and IAR Systems is ISO 26262-certified with robust design methodology.

It can help accelerate time-to-market for customers by shortening the rigorous certification process. The LCD driver in ILI6600A supports up to 3 chips cascading and provides the number of colors up to 16.7M. Its IIE (Impressive Image Enhancement) function can achieve high-quality display and visual experience.

The touch panel controller of ILI6600A uses a 32-bit high-performance single-cycle instruction-set MCU. With its built-in high-speed and high-performance hardware-accelerated computing modules, it provides superior data processing capabilities. With ILITEK's driver technology and algorithms, the touch controller brings excellent user experience performance, strong anti-noise ability and high signal-to-noise ratio.

ILI6600A adopts the AndesCore™ N25F-SE, the world's first ISO 26262 full compliance RISC-V CPU. As a Safety Enhancement edition of N25F, one of the bestselling RISC-V cores, the N25F-SE is designed for Automotive Functional Safety to prevent systematic failures as well as random hardware failures. IAR Embedded Workbench for RISC-V is a certified integrated development environment including the powerful IAR C/C++ Compiler and a comprehensive debugger.

The combined solution and expertise of the two companies provide their customers with best-in-class performance and safety for automotive applications.