Ensuring the highest quality since 1975
 

     May 22, 2013
 

 
 

 

 

Transduction introduces the new TR-565FR 1U half fanless rack mount computer with dual flash drives in RAID1 configuration.  All data is written on both drives at once so if one drive fails it is possible to replace and automatically restore dual status after drive failure.  The computer is powered by the highly efficient Intel ATOM 1.6GHz processor with no processor fan.  The high quality, slowed-down, redundant ball bearing fans are used to remove heat from the enclosure at the reduced rate of air flow.

The RAID1 configuration allows for dual industrial quality MLC flash drives model TR-T25301 with S.M.A.R.T. and SUPERCAP features or optional 2.5" hard drives to be used.   

S.M.A.R.T. feature allow for inspection of the health of the drive and SUPERCAP feature allows the drive to finish write operations in case of sudden loss of power to prevent corruption of files.

TR-565FR comes with 2 x Gigabit LAN ports, 2 x serial ports, 1 x parallel port and 4 x USB ports for flexibility of network and control connections.

This computer can operate from 100 - 240VAC or 100 - 275VDC.  Operating temperature is 0°C - 60°C (32°F - 140°F. This is with 100% system load.

Base price of TR-565FR is US $1345 for a system with 1.6GHz Intel ATOM processor, 2GB memory and 2 x 64GB MLC flash drives configured as RAID1.  Warranty is 3 years.

 
 

 

Please call 1-800-268-0427 between 09:00 and 18:00 EST for additional information and sales assistance!

 

Transduction Team
 

 
 

Transduction is an established manufacturer (1975) of reliable industrial rack mount and panel mount computers, LCD monitors, digital video walls and systems for power utilities, process control, military and telecommunications. We offer rapid prototype development and manufacturing services.  Production and service records of each computer or system are kept to assure maximum reliability and support. All Transduction products have a warranty of 3 years but they are designed for maximum longevity to minimize cost of service.

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