Detailed Description of Product Models for Motorola MVME Series Industrial Embedded Computing Platfo

This is a product model list of Motorola MVME series industrial embedded computing platforms, covering many sub series and specific models from MVME5100 to MVME741365. The following is a classification and interpretation by series:

###1、 MVME5100 series

Belonging to the Motorola MVME family, this product is designed for industrial control and embedded system applications, and possesses typical features of Motorola's embedded computing platform, such as reliability for industrial environments and scalability based on VME bus (some models). Different suffix models (MVME5100-0161, MVME5100-01616, etc.) usually represent hardware configuration differences (CPU performance, memory capacity, interface type), functional emphasis (communication expansion, security encryption), adaptability to industrial automation control (such as factory production line DCS system), military equipment matching (shipborne/vehicle mounted embedded system) and other scenarios.

###2、 MVME5500 and other single model series

-MVME5500-0161: Continuing the MVME series industrial grade embedded positioning, it may have unique designs in terms of computing performance, interface adaptation, etc., to fill the application scenarios between the 5100 series and other series, such as exclusive optimization for certain communication protocols (such as CAN, PROFIBUS), and adaptation to the control requirements of specific industrial equipment (intelligent instrument clusters, special transmission devices).

-MVME6001 and MVME6100 are probably iterative products aimed at mid to high end embedded applications, with further upgrades in processing power and scalability. They support more complex industrial control algorithms and a wider range of module extensions (such as high-speed data acquisition cards and encrypted security modules), and can be used in aerospace testing platforms (real-time flight parameter calculation), high-end manufacturing quality inspection systems (high-precision image recognition and control), and other performance demanding scenarios.

-* * MVME61006E -, MVME61006E-0163, etc. * *: Models with the suffix "6E" may focus on communication enhancement, support high-speed and stable transmission of multiple industrial network protocols (Ethernet/IP, Modbus TCP, etc.), adapt to the IoT transformation of smart factories (deep interconnection between production line equipment and MES systems), smart grid data acquisition and control (multi site real-time communication) and other scenarios.

###3、 MVME7000 and below sub series

-MVME705A4, MVME705B41, etc. The 7000 series may be products designed for lightweight and compact embedded applications, emphasizing miniaturization and low power consumption while ensuring industrial grade reliability. They are suitable for industrial handheld terminals (equipment inspection, data entry), small intelligent device control (such as intelligent warehouse sorting robots), and other space and energy sensitive scenarios.

-MVME708, MVME7100, MVME712, etc.: are sub models belonging to the 7000 series, which distinguish hardware configuration (such as memory, storage, interface quantity) and functional characteristics (such as whether they support wide temperature operation and whether they integrate specific sensor interfaces) through suffixes. MVME712P263, which has a "P" suffix, may focus on certain professional function extensions (such as image acquisition and processing) and are used in industrial visual inspection systems.

-* * MVME712/M, MVME712-102, etc. * *: suffixes such as "/M" and "-102" represent customized configurations, which may require hardware or firmware adjustments to meet specific customer needs (such as military encryption requirements, specific industrial environment adaptation) to meet niche but critical embedded application scenarios.

-* * MVME71212/131, MVME712A/AM, etc. * *: These composite suffix models further reflect the depth of customization, involving the combination customization of hardware modules (such as integrating communication, control, and storage enhancement modules simultaneously), adapting to different regional/industry standard certifications (such as military standards and industrial wide temperature certifications), and can be used for military communication equipment (anti-interference and encrypted communication), industrial monitoring stations in extreme environments such as polar/desert (wide temperature operation and stable control).

-MVME712B1, MVME712C, etc. are hardware iteration or functional specialization models of the 712 sub series. The "B1" and "C" suffixes correspond to different hardware versions and functional focuses (such as computing acceleration and interface optimization), continuously adapting to the technical iteration requirements of the industrial control field (such as faster control response and simpler wiring adaptation).

-MVME712LM, MVME712LM30, etc.: The suffix "LM" may be associated with low power consumption and miniaturization characteristics, suitable for battery powered, mobile and portable industrial applications (such as field geological exploration equipment control, unmanned aerial vehicle ground stations), while ensuring functionality, extending equipment endurance and reducing deployment space.

-* * MVME712P263, MVME71425, etc. * *: The suffix "P" combined with a number points to professional function extensions (such as 263 representing specific communication protocol stack support, 425 representing some kind of computing coprocessor integration), used for scenarios with rigid requirements for certain professional functions (such as intelligent traffic signal control, high-end medical equipment parameter adjustment).

-MVME715P, MVME7192, MVME741365, etc. are high-end or special products of the 7000 series, achieving peak performance and functional integration. They can undertake core control of complex industrial systems (such as the main controller of DCS systems in large petrochemical plants), data processing of national scientific research projects (such as real-time analysis of astronomical observation data), and other important tasks. They have long-term stable operation, ultra-high reliability, and computing capabilities.

These series together form the product matrix of Motorola MVME embedded computing platform, covering embedded application needs in various fields such as industrial automation, military, aerospace, and scientific research, from basic control to high-end customization. Although some products have gradually become "legacy system" components due to technological iteration, they still play a key role in specific scenarios (old equipment operation and maintenance, long-term projects in professional fields).

Tags: MVME-5100, MVME51005E-0163, MVME5500-0161