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Industrial CFast card

The ATP CFast card is the ideal substitute to Compact Flash cards. It is completely compatible with CFA CFast specifications version 2.0. ATP's CFast with PowerProtector technology guarantees reliable operation even with frequent power outages or voltage fluctuations. The SLC NAND flash and the Global Wear Leveling Technology makes the CFast card specifically long lasting.

 

CFast cards 

  • SLC, MLC NAND Flash
  • Long-term availability, fixed Bill of Material (BOM)
  • S.M.A.R.T Life Monitoring for checking the remaining service life
  • PowerProtector - Integrated hardware-based data protection technology during power outages
  • Advanced Wear Leveling
  • Bad Block Management
  • Read Disturb Protector - AutoRefresh to ensure data integrity while reading
  • RoHS conform, CE/FCC certification
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The CFast cards are available in 8GB, 16GB and 32GB (SLC), and in 16GB, 32GB, 64GB, 128GB (MLC).

 

S.M.A.R.T Life Monitor

The ATP S.M.A.R.T Life Monitor (Self-Monitoring, Analysis and Reporting Technology) is a tool which makes it possible to see the actual state of the CFast. So it shows you for example the remaining write-/delete- cycles or indicate the Raw Read Error Rate and supervises the wear. This information helps to estimate the probability of a disc drive fall out and if necessary save the data in time and replace the CFast.

 

PowerProtector

The PowerProtector prevents you from any data-loss or writing-mistakes who could appear during a power failure. This standalone solution holds enough power to compensate any voltage variations, makes it independent from Controller and Firmware, and is also insensitive to temperature fluctuations.

 

Advanced Wear Leveling

This function aims at extending memory cards life expectancy. ATP Advanced Wear Leveling treats and manages all NAND Flash components in ONE drive as one unified memory management unit. Endurance is further improved when the total density increases (more spare space for spare blocks). Advanced Wear Leveling maps host device's logical addresses into NAND Flash physical addresses equally and randomly.

 

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