Continuous technological accumulation and innovative hardware design and layout capabilities: VORBUR's engineering team has
comprehensive technical capabilities from hardware design to layout, which means they can independently complete the hardware
part of the product, including circuit design, PCB layout, etc.

Software development capability: In addition to hardware, VORBUR developers are also able to write underlying software, including
firmware and driver development. The ability to combine software and hardware enables VORBUR to better optimize product
performance and reduce costs.

Algorithm application: VORBUR has adopted advanced technologies such as insensitive square wave and insensitive
FOC (vector control) algorithm in its MCU development case, which can improve the efficiency and accuracy of motor control.



Sensor support: VORBUR's MCU development solution supports multiple sensor methods, including sensorless, HALL sensors,
and encoders, providing flexibility for different types of motor control.

Product adaptability: By adopting a design approach that separates the driver board and control board, VORBUR can provide
customers with a platform that is easy to familiarize with and debug, while also facilitating product upgrades and maintenance.

Cost effectiveness: Due to the low cost of MCU itself and the high efficiency of VORBUR in the design and development process,
it can produce products with high cost-effectiveness, meeting the needs of the low-cost market.

Comprehensive coverage of technology platform solutions

Consumer electronics: This is the most widely used field of MCU applications, covering household appliances, televisions,
game consoles, and audio and video systems. In consumer electronics, MCU is used to control the operation logic, user interface,
and data processing functions of the product.

In the industrial field, MCU plays a core role in industrial control, smart home, automation equipment, medical equipment, and the
generation and distribution of new energy. They are responsible for executing various complex control algorithms to ensure the
stable and efficient operation of the equipment.

Automotive electronics: MCU is also widely used in the automotive field, including powertrain control, body control, safety control
systems, etc. With the development of automobiles towards intelligence and electrification, the role of MCU is becoming
increasingly important.

Medical field: In the medical field, MCU can be used for patient monitoring equipment, diagnostic equipment, surgical instruments,
etc. Their precise control ability is crucial for improving the quality of medical services.