Houston, TX Office Equipment - Apollo Office Systems

Transcend CF170 16 GB CompactFlash MLC

Transcend CF170. Capacity: 16 GB, Flash card type: CompactFlash, Internal memory type: MLC, Read speed: 90 MB/s, Write speed: 60 MB/s. Protection features: Heat resistant, Shock resistant
Manufacturer: Transcend
SKU: 3483397
Manufacturer part number: TS16GCF170
GTIN: 0760557825081
Boasting high-speed data transfer rates and extra large storage space, Transcend's industrial CF170 CompactFlash cards are perfect for embedded systems, medical instruments, road surveillance systems, and other industrial applications with demanding performance and capacity requirements. Thanks to their use of StaticDataRefresh and EarlyRetirement technology, the CF170 CF cards are able to correct data errors, maintain data integrity, and extend the lifespan of their flash memory cells. - Operation Modes: PC Card Memory Mode, PC Card IO Mode and True IDE Mode - CompactFlash Specification V6.0 compliant - Built-in advanced ECC and wear-leveling algorithm - Excellent temperature flexibility, shock and vibration resistant
Boasting high-speed data transfer rates and extra large storage space, Transcend's industrial CF170 CompactFlash cards are perfect for embedded systems, medical instruments, road surveillance systems, and other industrial applications with demanding performance and capacity requirements. Thanks to their use of StaticDataRefresh and EarlyRetirement technology, the CF170 CF cards are able to correct data errors, maintain data integrity, and extend the lifespan of their flash memory cells. - Operation Modes: PC Card Memory Mode, PC Card IO Mode and True IDE Mode - CompactFlash Specification V6.0 compliant - Built-in advanced ECC and wear-leveling algorithm - Excellent temperature flexibility, shock and vibration resistant
Products specifications
Attribute nameAttribute value
Depth0.13"
Height1.43"
Protection featuresHeat resistant, Shock resistant
Internal memory typeMLC
Power consumption (read)208.4 mA
Power consumption (write)126.9 mA