Description

GE  VMIVME-7658  VMEbus single-board computer

Processor It adopts dual Pentium III processors, with a maximum processor speed of up to 1.26GHz. It has 32-bit address lines and 64-bit data lines. Its superscalar architecture allows for the execution of three instructions per clock cycle. There is also a dynamic branch prediction unit, independent instruction and data cache, MMX technology, and a streaming SIMD extension with 70 new instructions, which can effectively enhance the performance of the processor.
Memory: Equipped with up to 2GB of SDRAM and supporting ECC (Error Checking and Correction) function, it can meet the needs of various complex computations and multitasking.

Interface:
Network interface: It is equipped with two fast Ethernet controllers, supporting 10BaseT and 100BaseTX interfaces, enabling high-speed data transmission and network communication.
Storage interface: It is equipped with a PCI Ultra320 SCSI interface, supporting high-speed data transmission and connection of large-capacity storage devices. It is also equipped with an Ultra DMA/66 hard disk and floppy disk drive controller.
Serial interface: It provides two high-performance 16550-compatible serial ports, facilitating serial communication with other devices or control systems.
Parallel interface: Enhanced parallel port, supporting ECP/EPP mode, which can be used to connect external devices such as printers and scanners.

Bus: It adopts a 133MHz system bus, which features fast data transmission speed and can meet the high-speed data interaction requirements among various components.
Expansion capability: It features multiple expansion slots, allowing for the connection of various peripheral devices and circuit boards to meet different application requirements.

Application scenarios: Due to its high-performance processor and large-capacity storage, it is suitable for various embedded system scenarios that require high-speed computing and storage, such as complex control systems and data acquisition and processing systems in industrial automation, as well as fields like aerospace and defense that have extremely high requirements for computing performance and reliability.