new M-Max Platforms Roadmap
M-Max Platforms Roadmap M-Max Family Of Rugged Platforms The platform is not a standard model of a computer, a system can be ordered based on a certain platform with a certain amount of I/O ports that does not exceed the highest number available. M-Max Family Of Computers Built To Work Under Extreme Conditions: Low and high temperature range (From −40 to +75 °C) Protected from dirt, dust and moisture (up to IP66) Vibration and Shock (6g/ 40g) Major Features: Exceptional reliability due to absence of moving parts (Up to15years of service) Very high availability— frequency of required system maintenance is over 7 years Passive cooling system, no outside air intake Custom built systems Two levels of shock and vibration isolation M-Max Systems are built with our patented technology to dissipate excessive heat from computer boards and other electronic devices working in high vibration environments. This patented design enables the removal of heat from electronic components housed on a circuit board vibroinsulated from an enclosure. What is The M-Max Platform? PLATFORM is a base model with a set of basic features. Basic Features: Performance of CPU and GRU cores Type and available range of RAM (min / max) Type and size ofavailable storage (min / max) Types and number of available I/O ports (min) Resilience to external factors ( min / max) Power Consumption (min) Platform — Product Project Flow:
new M-Max 950 CU
M-Max 950 CU High Performance Rugged 19/2” System with Extended GPU Performance The M-Max 950 CU high-performance rugged industrial computer provides reliable operation in tough environments. The fully-ruggedized 19/2"-type aluminum chassis is fanless and uses natural convection and conduction cooling in accordance with MIL-STD-810 standards. COTS technology components allow configuring the M-Max 950 family to comply with a wide variety of airborne, marine and ground vehicle applications. Delivering outstanding performance comparable to high-end desktop systems, it also features extended graphics capabilities, providing up to 6x HDMI outputs.
M-Max 700 PR/APR
M-Max 700 PR/APR High Performance Rugged Flight Control Computer The M-Max 700 PR/APR is a compact high-performance rugged computer. It is designed to operate as part of a helicopter equipment distributed control system. An internal heating and temperature control system allows the computer to operate in extremely harsh environments in a wide temperature range. The M-Max 700 PR/APR features a vast amount of I/O interfaces (168) including CAN, Fast Ethernet and ARINC which is unsurpassed in this compact enclosure. The computer has no moving parts and utilizes a passive cooling system. Along with an independent internal elements damping system it ensures the highest level of reliability. MicroMax, as a manufacturer of ruggedized industrial computers, takes a customized approach to each client. Our engineering group can design M-Max systems to fit customer-specific technical requirements.
M-Max SW21X/PS
M-Max SW21X/PS Rugged Gigabit Ethernet Switch M-Max SW21X/PS is a ruggedized 12/14/16-Port Gigabit Ethernet Layer 2+ Managed Switch providing reliable operation in tough environments including transportation (ground, rail, air and marine), agriculture, and mining and processing. It accepts a wide power supply voltage input, and is tested and guaranteed over temperature range of −40 to +75°C. Its rugged enclosure is designed according to VITA75 footprint. Extended salty fog protection is also available upon request. The rugged switch complies with MIL-STD-810G and MIL-STD-704F. The M-Max SW21X/PS has up to sixteen 10/100/1000 Mbps copper twisted pair ports. Support for control and management is through web interface, and host processor access through a Command Line Interface (CLI). The optional embedded power supply is designed to meet MIL-STD-461F specifications. MicroMax, as a manufacturer of ruggedized industrial computers, takes a customized approach to each client. Our engineering group can design M-Max systems to fit customer-specific technical requirements.
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