The support of electric bicycles and the development of the energy storage market are favorable, and the Electronic Manufacturing Services industry and other market situations will continue to be severe and complex in the coming years. In order to improve service levels, various industries must develop targeted solutions, build designs and applications, and develop various related solutions from a professional perspective.
The new energy vehicle chip integrates seamlessly from the IC integrated architecture to the system integrated monitoring design and monitoring design through modules such as RF module, software cache, output interface, power supply, load, and power management module on a dedicated substrate, from the original separated subsystem to the informationization of the engine auxiliary system. The overall quality control and chip production capabilities support for new energy vehicle chips have laid the technical barrier for new energy vehicles. The integrated overall architecture based on the electric drive system has a quality control foundation in ensuring the stability of the intelligent system, improving vehicle safety, and improving data security within the CU. It also constructs an intelligent hardware system.
By diversifying chipsets to meet key security requirements for information security, the demand for developing new scenarios has been greatly alleviated, and IT security risks have been reduced.
Secondly, we provide customers with a system security architecture and integrated research and development capabilities for third-party systems. By implementing a compatible deployment architecture, we maximize users' network security operations and requirements, improve system security, and ensure system security and maintainability.
The motherboard ensures stable operation of the system through security modules such as V1O and E5V, allowing users to easily install or install systematic devices, improving installation safety.
Customized USB to UART (network Modbus TCP, PTC, sensors, etc.), USB to I/O (PC), RS-232, RS-485 communication, USB to Micro USB, Ethernet, etc., can also be directly extended to industrial devices.
UART Modbus supports UART 12, Modbus TCP TX, Modbus Profibus DP, and Modbus TCP.
Supports I2C TCP (forward and reverse communication, LVDS, serial SIM, HDMI, and DVI output), among others.
RS485 IO supports RS485 PROFINET IO supports DeviceNet IP supports CI NET communication.
IP is the physical layer of TCP/IP, which controls communication between stations through the RS485 interface.
I/O ports on terminal devices and device hosts, or CAN interfaces of 232, RS485 IO (RS-485 or RS-485) stations on other network terminals.
Data: The ID carried out by the control station, regardless of its number, functionality, or differences, must be understood to avoid packet loss of data.

Control with a computer, but make sure to use one-way communication between the system and the module, and also have 485 PW2-1-485 slots. Other options can also be extended through 485 through the accompanying IP software.
The maximum transmission distance is 1200Ma, and the maximum transmission distance can reach 2400M, about 20m. In addition, there are larger capacity capacitors or capacitor plates that can simultaneously measure the number of circuits in two ports, as well as the angle between the R S plate and the T S plate.