VMIVME-7807-VMIVME-017807-413000-350-0001007807-413000-D  processor Product overview

The GE VMIVME-7807 is a single-board computer, part of GE's VME embedded product family, and uses Intel Pentium M processors. It is suitable for a variety of high-performance computing scenarios, such as industrial automation, embedded systems, and data centers

VMIVME-7807-VMIVME-017807-413000-350-0001007807-413000-D  processor Main feature

Processor performance: The Pentium M processor, equipped with 1.1GHz, 1.4GHz or 1.8GHz, provides powerful computing power and can efficiently handle a variety of complex tasks and data.

Memory and storage

Memory: Supports DDR SDRAM memory with a maximum capacity of 1.5GB, ensuring that the system can run multiple programs at the same time and process large amounts of data.

Storage: Provides bootable CompactFlash storage options up to 2GB, providing reliable space for system files, applications, and data storage.

Network connection: With double gigabit Ethernet interface, it can achieve high-speed and stable network communication, and facilitate data interaction and remote control with other devices or systems.

extensibility

Memory expansion: Supports 200-pin DDR SDRAM SODIMM slots and optional soldered on-board memory, enabling users to increase memory capacity based on actual requirements.

Other extensions: Provides a variety of interfaces to connect to various external devices to meet the expansion requirements in different application scenarios.

Other features: A 2MB L2 cache increases the system's data reading and processing speed and improves overall performance. There is also a 1101.10 front panel interface and an optional G1 Gigabit front panel Ethernet port for more ways to connect.

VMIVME-7807-VMIVME-017807-413000-350-0001007807-413000-D  processor Application field

Aerospace: Used in flight control systems for aircraft, data processing and control of avionics, etc., which require high reliability and high performance.

National defense: can be used in military communications, radar systems, weapons and equipment control and data processing and other fields to ensure the smooth implementation of military tasks.

Industrial automation: on the factory production line, it is used to control the operation of robots and automation equipment, realize the monitoring and management of the production process, and improve production efficiency and quality.

Scientific research: It is suitable for data acquisition, analysis and control of scientific research equipment, such as automatic instrument control in laboratories and data processing of large scientific experiments.

Product status

The VMIVME-7807 is no longer in production, but is still widely used in some applications such as industrial automation due to its reliability and high performance.

VMIVME - 7805

Processor performance: The same as the VMIVME-7807 uses the Intel Pentium M processor, but the performance parameters such as the main frequency may be different to adapt to different scenarios with different requirements for computing power.

Features: It also has good stability and reliability, and has a relatively rich interface, which can be used for industrial automation control, data acquisition and other tasks, but it may be different from VMIVME-7807 in memory capacity, storage configuration or the number and type of network interfaces.

VMIVME - 7812

Processor performance: Processors also typically based on Intel architecture, although newer processor models or architectures may be used to provide higher computing performance for applications that require high data processing speed.

Features: Advanced communication and expansion capabilities, such as more Ethernet interfaces or higher speeds, or support more types of bus expansion, can be used in aerospace, national defense and other areas with high requirements for system performance and scalability.

VMIVME - 7820

Processor performance: There are further improvements in computing power, able to handle more complex algorithms and large amounts of data, may use multi-core processors or higher frequency processors.

Features: Pay attention to the real-time and reliability of the system, may have redundant design, hot swap function, etc., suitable for the system stability and uninterrupted operation requirements of the critical task scenarios, such as power system monitoring and control, traffic signal control system