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M-Max 700 PR/TTI

Rugged Industrial Computer with UPS Subsystem
  • Details
  • Specification
  • UPS uses ultracapacitors for 2 minutes backup power
  • 1.66 GHz Core Duo with passive cooling
  • 3 video PAL/NTSC inputs with onboard JPEG2000 compression
  • Operating temperature from -40 to +55 °C

M-Max® 700 PR/TTI is a high performance rugged computer for vehicle data acquisition. The system is designed to operate in extremely harsh environments and is suitable for most applications that support real-time video encoding.  The Max® 700 PR/TTI is equipped with video capture CVBS, CAN interfaces, and has an expanded set of RS-232/422/485 ports, plus digital I/O. The embedded video encoder with JPEG2000 compression/decompression supports three video input channels and video decoders for simultaneous sampling.

The unit’s internal super-capacitor based UPS provides 2 minutes of backup power.

MicroMax, as a manufacturer of industrial computers, takes a customized approach to each client. Our engineering group can design M-Max® systems to fit customer-specific technical requirements.

Please see photos from the Show. It's an example of mockup made for Embedded World '13 exhibition that shows internal beauty of our M-Maxes.

M-Max 700 PR/TTI Mockup

M-Max 700 PR/TTI Mockup
Technical specifications
CPU Intel Core Duo L2400 (1.66 GHz, 2 MB L2 cache, FSB 667 MHz)
Chipset Intel 945GME + ICH7M
Data storage SSD up to 1 TB (SATA) Hardware RAID 0/1 (option)
Interfaces 2x isolated CAN 24x Digital I/O 8x optoisolated RS-232/422/485 2x Ethernet 10/100 Mbps 3x Video-in PAL/NTSC with JPEG2000 onboard compression 1x VGA output 2x USB 2.0
Power +10 to +40 V DC AC adapter ~100 to 240 V (optional)
Power Consumption 31 W (Maximum 69 W)
Enclosure Aluminum enclosure Passive cooling system (no fans)
Mechanical (W x H x L) 294 x 165 x 181 mm

Environmental and physical specifications

Dust/Moisture IP65
Operating Temperature -40 to +55 °C
Humidity Operating: 5 to 95 % at +25 °C, non-condensing
Vibration Operating acceleration amplitude up to 2g (3-500 Hz)
Shock Maximum peak shock acceleration up to 6g (3 ms)
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