RMC
Released the world's first dedicated cerebellar chip solution that constrains AI model physical quantity outputs, with perception → decision → execution delay under 5ms, high-frequency neural reflexes exceeding 250Hz, and motion control models winning second and third prizes at the ICCV International AI Competition, and the CVPR International AI Vision and Tactile Championship in 2024.
Agt-ACT
The intelligent joint chip is equipped with a built-in FOC algorithm, using motor field-oriented control technology implemented through analog circuits. It has no operating system and operates at temperatures below 170°C. We achieved integration of 5,000 HEMT devices on a GaN two-dimensional electron device, with an operating temperature below 250°C. The joint motor driver chip integrates six HEMTs on a single chip, offering higher efficiency and smaller size.
RDP
Gallium Nitride (GaN) low-impedance, high electron mobility gallium integrated circuit 'digital power chip solution,' with built-in high-precision SOC, SOH, SOP AI electron mobility estimation algorithms. It is mainly used in aerospace, space robotics, smart equipment, digital inverters, new energy vehicles, new energy battery BMS management, safe charging, and other scenarios.
RDL
Gallium Nitride (GaN) millimeter-wave and millimeter-wave high electron mobility (PHEMT) amplifier and Transceiver chip solutions, mainly used in applications such as drones, robots, intelligent equipment, air-to-ground communication, space networking, and electronic countermeasures in complex electromagnetic environments.
Title

Micro LED

Micro LED, miniaturizing and matrix LED backlight, is dedicated to driving inorganic self illumination (self illumination) separately, making product lifespan longer. The size is small, and the length of the main LED chip is about 1-10 μ m. Only 1% of LED, through large-scale transfer technology, μ M-level three color RGB Micro LED is transferred onto the substrate to form various sizes of Micro LED displays.

Advantages of Zhongke Micro LED Products
1. High brightness, low power consumption, ultra-high resolution, and color saturation
2. Almost no light consumption, long lifespan and stability
3. The material has good stability and no image imprinting
4. High speed response, high-speed modulation, signal carrying, with visible light wireless communication function
5. Adapt to various sizes
6. Micro LED micro displays emit light without the need for external light sources, saving costs
7. Seamless splicing
8. Wide application scope

microled

Micro LED display screen

Comparison of LCD/OLED/Micro LED Display Structures and Power Consumption

Comparison of structure and power consumption

The characteristics of Micro LED

Comparison of features and applications
micro-LED
Traditional LED

Typical Device Preparation Characteristics

Typical size 1-100 microns, array preparation, integrated with driver

Typical size of 300-1000 microns, high power

external quantum efficiency

Working at low current density: relatively low
Working at high current density: relatively high

Working at higher current density: relatively low

reliability

Targeted for display applications, higher than traditional LCD and OLED displays; For communication applications, with good reliability at current densities up to kA/c ㎡

Targeted at lighting applications, higher than traditional lighting equipment

Optoelectronic modulation bandwidth

Hundreds of MHz to>1 GHz

Generally 5-20 Mhz

Compared to traditional LED displays, the main difference between Micro LEDs is:
1. An increase of tens of times in precision
2. The integration process has shifted from direct insertion, surface mounting, COB packaging, etc. to "massive micro transfer"
3. The repairability of defects is almost zero

Micro LED application field

Market applications: ultra small displays, wearable devices, large indoor and outdoor displays, head up displays (HUD), head up displays (HUD), taillights, wireless optical communication Li Fi, AR/VR, projectors and other fields.

智能眼镜显示系统

Smart glasses display system

VR显示系统

VR display system

军用头盔显示系统

Military helmet display system

高像素PPT显示屏

High pixel PPT display screen

未来汽车玻璃显示系统

Future automotive glass display system

智能穿戴显示系统

Intelligent wearable display system