Introduced iSP/LVDS combo Interface LTDI with 4~8chips cascade function for large size in-cell touch automotive display and embedded TP_MUX TDDI for FHD 1-chip in-cell touch automotive CID solution.

Introduced 2nd generation of standard mobile display ASIC solution. Introduced NDPU IP for AISR and customers can change NN model based on their preference. Supported lossless MEMC on WQHD panel and enhanced MEMC performance from external gaming information.
Increased user experience on the next generation of gaming mobile.

Introduced OLED EL power IC for NB application, which has three major advantages: low power consumption, low ripple and low heat generation. In addition, the DC/DC is a 3-PHASE design to ensure optimal performance at display brightness ranging from 100 nits to 800 nits.

Introduced 480CH sensing circuit with 1 ADC for OLED TV application, 1.5 times more than previous generation 324CH. IC uses single ADC and time division method to reduce layout area and fulfill sensing channel to channel performance by precise layout.

Introduced the latest innovation in intelligent imaging solutions. It incorporates a second-generation AI-ISP image processing engine, which offers outstanding noise reduction capabilities. This allows for the effective removal of noise at high gain settings of CMOS sensor while maintaining the original image’s color and detail. Even in extremely low-light conditions (as low as 0.05 Lux), it delivers high-quality image output, catering to various low-light application needs. Furthermore, the AI-ISP’s processing power has been upgraded to support 4K30 resolution, leveraging a dedicated processor for AI-ISP operations. This results in significant competitive advantages in both performance and power efficiency. The product is ideal for starlight-level intelligent surveillance, low-light interference recording cameras, and short-exposure dash cams.

Introduced 22nm low power Notebook TCON to fulfill power saving request for AI PC technology trend. It can support refresh rate from 60Hz to 120Hz. Besides, it also supports Novatek power saving algorithm Beyond Vision to reduce 20% panel power while keeping high contrast and excellent display performance.

Launched MNT PD PMIC, designed for 100W charging MNT Type-C interface, integrating Power MOS into the IC and using algorithm-based control for MOS switching, meeting customer thermal specifications without additional heatsinks

Introduced 2MUX RAMless DDIC that 1.5K high resolution can achieve high frame rate 144Hz without blur motion under 2 MUX display design, and smartphone can adopt low cost 1080P AP to realize 1.5K resolution through free scaling function；Otherwise, it can reach peak luminance over 3000 nits to realize HDR, high contrast ratio.

Launched DDR5 SPD Hub, incorporating offset elimination technology and CP FT ambient temperature real-time detection, enabling the temperature sensor to maintain precision control within a ±0.5°C range.

Introduced Ultra Low power for WU60~120Hz Dual-Gate LCD NB. The pin-to-pin compatible traditional mass-production Dual-Gate FHD+ 60Hz pixel arrangement by enhancing 4 times transmission speed to support FHD+ 240Hz Dual Gate Gaming. It also utilizes multi-stage time division to reduce static power consumption and an extremely energy-efficient Slew Rate Boost circuit, resulting in a 20% reduction in power consumption compared to the previous generation.

Introduced UD165Hz LCD TV with AI-Cooling & GIP Delay Compensation Function. Due to distortion and loss in high-speed transmission lines for large-size TVs, a newly developed Auto-BW Control Receiver supports an upgrade to 4K165Hz 4Gbps compared to old product 4K120Hz 3Gbps. To address overheating issues caused by high frame rate driving, Novatek developed exclusive cost-effective and cooling technology, as well as support for horizontal driving delay compensation in panels, achieving excellent visual effects and compliance with safety temperature standards.

Introduced PHI/iSP dual Interface COF LTDI with 4~20chips cascade function for large size in-cell touch automotive curved display.

Introduced automotive grade display controller.

Introduced 22nm high-end process low power TCON product, which can support 5K3K applications by single chip. Besides, it also supports the panel compensation for vertical and horizontal charge time to achieve excellent picture quality under the gaming application which with various refresh rate.

Introduced the next generation of 4K60 smart TV SoC. Equipped DP1.4 RX interface to fulfill smart monitor SoC as well. Supported 4TOPs NPU to extend AI-related applications. Enhanced security level of total solution with the latest quantum cryptography technology.

Introduced FHD RAMless OLED TDDI that integrates display and touch functions. It reduced the touch power consumption by 30%, improved the waterproof performance and anti-interference ability, solved the panel display problems, simplified the system application process, and it is easy to integrate AI applications."

Introduced 3.8K resolution with cascade solution, and it can support single chip low-cost version with oxide mux2 and LTPS mux4 panel. It also supported partition refresh display on tablet to reduce the power consumption, and increased linearity and supporting 0 gram writing performance with original active pen.

Introduced High speed 4.5G bps PLL-type Receiver for OLED TV application. Test chip receiver shmoo measurement result is up to 5.4Gbps, and IC lock is normal under customer’s 83” PCB environment.

Introduced 1/2-chip cascade OLED ASIC TED product for customers’ automotive instrument cluster & CID solution.

Introduced the new generation WQ OLED DDIC. It reduced the consumption by 120Hz white screen power by 15%, and optimized panel display quality and uniformity. It supported flexible frame rate frequency conversion applications, FIAA panel design to achieve narrow bezel requirements for mobile phones, and partition refresh display to reduce the overall power consumption of the mobile phone as well.

Introduced 4Mp low power image sensor with fast-boot-up and pre-roll function. No matter whether it operates in normal or always-ON condition, it has outstanding performance above the industry level in image quality and power consumption. It takes less than 40ms to capture the first stable image when fast-boot-up function turns on. It consumes only 3mW when the sensor operates in 1fps always-on mode.