• VMIVME7740-841   The processor module of RAM   Real-time data processing and protection capabilities
  • VMIVME7740-841   The processor module of RAM   Real-time data processing and protection capabilities

VMIVME7740-841 The processor module of RAM Real-time data processing and protection capabilities

No.VMIVME7740-841
The VMIVME7740-841 is a processor module with an advanced VMEbus interface and dual port to VMEbus RAM for multi-processor applications.
  • VMIVME7740-841   The processor module of RAM   Real-time data processing and protection capabilities
Desciption
The VMIVME7740-841 is a processor module with an advanced VMEbus interface and dual port to VMEbus RAM for multi-processor applications. Not only can it run as a standard PC/AT, perform a PC/AT type power-on self-test, and then start MS-DOS, Windows 95, Windows NT, or any other PC-compatible operating system, but it can also run as a VMEbus controller. Interact with other VMEbus modules via the onboard PCI-to-VMEbus bridge and Endian conversion hardware.

The module offers features that go beyond typical PC/ AT-compatible SBCS, including universal timers, programmable watchdog timers, bootable flash drive systems, and non-volatile SRAM, features that make the device ideal for embedded applications. In addition, the VMIVME7740-841 programmer can quickly and easily control all VMEbus functions by simply linking to the VMEbus Interrupt and control functions library.

The VMIVME7740-841 is commonly used in industrial automation, data acquisition, real-time control and other applications. In the field of industrial automation, it can be used for real-time control, data acquisition and processing; In the aerospace sector, it may be used in flight control systems, navigation systems and communication systems; In power system monitoring and control, it can be used for real-time data processing and protection functions; In medical devices, this module may be applied to medical image processing, real-time monitoring and diagnostic equipment; In the communication system, it can be used for the control and data processing of network equipment, communication base stations, etc. In laboratories, test benches and measurement equipment, it is commonly used for high-performance data acquisition and experimental control.

Processor: Intel Pentium III processor is used, but the exact model may vary depending on the specific version of the VMIVME7740.
Memory: Up to 512 MB of synchronous DRAM (SDRAM) is supported for program and data storage.
I/O interfaces: The VMIVME7740-841 provides a variety of input/output interfaces for connecting peripherals, which may include:
Parallel port
Serial port
Ethernet port
IDE or SATA connectors for storage devices
Expansion: Has expansion slots such as PCI or ISA for adding additional features.
Video output: There is an AGP slot for adding graphics cards for displaying visual effects.
Real-time clock: The VMIVME7740-841 includes a battery-operated clock that keeps accurate timing even when the power is off.
Software support: May be compatible with operating systems such as Windows NT, Linux, or VxWorks.
Function:

The VMIVME7740-841 is suitable for a variety of industrial applications that require a reliable and powerful computing platform, such as:

Industrial automation: Control and monitoring of machinery and processes in factories.
Data acquisition: Collect and process data from sensors and instruments.
Machine vision: Analyzing images and video for object recognition and detection.
Human Machine Interface (HMI) : Provides a user interface for the operator to interact with the machine
Contact
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