Vortex86DX3 PC104 Board (New, Replace IESP-6206)

I. Core Configuration​
Processor: Onboard VORTEX86DX3 processor (32-bit x86 architecture) with stable and efficient operation, compatible with mainstream operating systems.​
Memory: Onboard 1GB DDR3L memory, featuring low-power design, supporting fast data processing and multitasking.​
Storage: Equipped with 1 mSATA interface, supporting solid-state drives with optional capacities to meet diverse storage needs.​
II. Interface Features​
Display Interface: Supports dual LVDS and VGA interface output, compatible with liquid crystal displays, CRT monitors and other devices.​
Serial Ports: Includes 2*3-pin RS-232 serial ports and 2* RS-232/485 serial ports, meeting the communication needs of different devices.​
Network Interface: 10/ 100M Ethernet interface, supporting stable network connection and data transmission.​
USB Interface: 2 USB 2.0 interfaces, facilitating connection with external devices.​
Expansion Interface: With 1 ISA (PC104 specification) interface, supporting function expansion.​
III. Compatible Systems​
Compatible with various operating systems such as DOS6.22/7.1, WinCE6.0/7.0, Linux, WES2009, Win7, XP, etc., adapting to development needs of different application scenarios.​
IV. Applicable Industries​
Industrial Automation: It can connect sensors, actuators and other devices to realize real-time data collection and command issuance, helping to build an efficient automated control system. Production data can be uploaded through the network interface for remote monitoring and management.​
Intelligent Transportation: Suitable for vehicle-mounted control systems. The display interface can show navigation information and vehicle status. Multiple serial ports can connect with the vehicle's communication system to ensure driving safety and intelligent scheduling. The network interface supports real-time communication with the background management center.​
Medical Equipment: Used in portable health monitoring instruments, etc. The low-power design extends battery life. Rich interfaces can connect biological sensors to collect physiological data. Stable performance ensures the accuracy of data collection and transmission, providing a reliable basis for medical diagnosis.​
Military and Aerospace: It can adapt to complex electromagnetic environments and harsh climates, and can be used in field combat equipment, UAV ground control stations, etc. Special needs in data processing and communication encryption in military applications can be met by expanding specific function cards through the ISA interface. In the aerospace field, its reliable computing capability can ensure the normal operation of some non-critical but stable functional modules in the aircraft avionics system.​
Instrumentation: As the core control unit of intelligent instruments, serial ports connect detection probes to collect various parameters. The mSATA interface stores a large amount of detection data for subsequent analysis. Compatibility with multiple systems facilitates developers to select appropriate systems for customized development according to instrument function requirements, creating high-precision and intelligent instrumentation equipment.