VMIVME-7807 single-board computer  is a single board computer of GE (General Electric) VMIVME series, which is an industrial computer product based on VME (Versa Module Europa) bus standard. It is widely used in industrial control, aerospace, national defense and other fields that require high reliability and performance. Here are the details for you:

Hardware specification

Processor: Intel Pentium M processor, available at 1.1GHz, 1.4GHz or 1.8GHz, can provide relatively strong computing performance for the system to meet the processing needs of complex tasks.

Memory: Support DDR SDRAM memory, the maximum can be extended to 1.5GB, large capacity memory helps to improve the system multitasking ability and data processing speed.

Storage: With bootable CompactFlash storage options up to 2GB, it provides reliable storage space for system files, applications and data, and supports the system to boot from CompactFlash.

Display: With graphical display capability, external display can be used to achieve visual operation and monitoring, which is convenient for users to visually view system status and data.

Network communication: Equipped with double gigabit Ethernet interface, support high-speed and stable network data transmission, easy to communicate and data interaction with other devices or systems, to achieve remote control and data sharing.

Other ports: A variety of I/O ports, such as serial ports and USB ports, can be connected to a variety of external devices, such as sensors, actuators, and storage devices, to expand system functions

VMIVME-7807 single-board computer Functional characteristics

Operating system compatibility: Supports multiple operating systems, such as Windows, Linux, and VxWorks. Users can select the appropriate operating system based on application requirements and development habits.

Stability and reliability: industrial design and manufacturing process, with good anti-interference ability and stability, can run stably in harsh industrial environment for a long time, adapt to high temperature, low temperature, vibration, dust and other complex conditions.

Scalability: Through the VME bus interface, it can easily expand other functional modules, such as I/O modules, data acquisition modules, communication modules, etc., to meet the needs of functional expansion in different application scenarios.

Real-time performance: For some applications that require high real-time performance, such as industrial automation control, aerospace flight control, VMIVME-7807 can provide better real-time processing capabilities to ensure that the system responds to and handles various events in a timely manner.

Application field

Industrial automation: used for automatic control of industrial production lines, equipment monitoring and data acquisition, to achieve intelligent management and optimization of the production process, improve production efficiency and product quality.

Aerospace: Used as a control and data processing unit in aerospace equipment, such as flight control systems of aircraft, avionics, etc., to ensure stable operation and data processing of equipment.

National defense and military: applied to military equipment control, communication and data processing systems, such as radar systems, missile control systems, etc., to meet the strict requirements of reliability, performance and safety in the military field.

Scientific research experiments: Used in scientific research laboratories for data collection, analysis and experimental control, to support the development of various scientific research projects, such as physical experiments, chemical experiments, etc.

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Vmivme-7807 belongs to GE VMIVME series single-board computer, this series has many related models, they are related and different in function, performance and application scenarios, the following is your detailed introduction:

Model with similar functions to architecture

VMIVME - 7805

Processor: Also based on Intel Pentium M processor, but in the frequency, cache and other parameters may be different from the VMIVME-7807 to meet different degrees of computing needs.

Application scenario: Applicable to scenarios such as industrial automation control, data collection, and monitoring that have low requirements on computing performance.

VMIVME - 7812

Improved performance: May use a newer generation of Intel processor architecture, computing performance than the VMIVME-7807 has improved, such as higher CPU frequency, larger cache, and more powerful multi-core processing power.

Application field: It can be used for control systems and data processing tasks in aerospace, national defense and military fields with high data processing speed and real-time requirements.

Different focus on functional models

VMIVME - 7820

Features: Focus on real-time and reliability of the system, may have redundant design, hot swap function, more stringent industrial environmental adaptability and other features to ensure stable operation in mission-critical scenarios.

Application scenario: It is often used in the monitoring and control of power system, traffic signal control system and other fields that require high system stability and uninterrupted operation.

VMIVME - 7830

Features: There may be special designs in graphics processing and multimedia functions, such as graphics processing units (Gpus) equipped with higher performance, supporting high-definition video output and complex graphics rendering.

Application scenario: It is suitable for industrial visualization system, intelligent traffic monitoring system and other fields that need graphic display, image recognition, video surveillance and other tasks.

Low power or entry level models

VMIVME - 7803

Features: In order to meet the application scenarios that have strict requirements on power consumption, a low-power processor and an optimized power management design may be used to reduce power consumption while ensuring basic computing performance.

Application scenario: It can be used in some embedded systems and portable industrial equipment that are sensitive to energy consumption.