Integral INCF64G866X User Manual

i

Product Specification

UltimaPro CompactFlash (CF) card 866x

i

UDMA 7

INTRODUCTION

The Integral UltimaPro 866x CompactFlash card
is ideal for professional photography cameras. It
features a read speed of up to 130MB/s* (866x) and
write speed of up to 105MB/s*, making it ideal for
fast action and continuous burst photography. The
CF card has a Video Performance Guarantee of 65
(VPG 65)*. This will ensure that the video stream
from a compatible DSLR, video and cinematic camera
will be saved without interruptions that could
cause problems with the quality of the video. This
makes the card ideal for smooth, detailed 4K and
Full HD video recording. The 866x CF memory card
is also UDMA 7 enabled for high speed file transfer
for a productive workflow. The highest quality
components are used to provide the customer the
best price-performance ratio, in line with our ethos
of quality and value.

FEATURES

• Ultra-fast read and write speed - up to 130 MB/s* read and
105 MB/s* write

• VPG-65 will ensure video recording at 65MB/s minimum

sustained write speed

• Supports up to UDMA (Ultra Direct Memory Access) mode 7

• CompactFlash Association approved

• CF 6.0 compliant product – Integral CF 866x cards support the
Sanitize command (the ultimate card refresh)

• Protective case included

• 128GB, 256GB available in 1066x range

64

GB

PRODUCT TYPE

CompactFlash Card

INTERFACE TYPE

50 Pin

ENVIRONMENTAL PARAMETERS

Min Operating Temperature 0°c
Max Operating Temperature 70°c

COMPLIANT STANDARD

CompactFlash Association

HEIGHT WIDTH DEPTH WEIGHT

PRODUCT

PACKED

CAPACITY PART CODE BARCODE (EAN)

64GB INCF64G866X 5055288443303

Product design and specification subject to change or modification without notice. E&OE.

All trademarks acknowledged.

5 year warranty. For warranty information please visit www.integralmemory.com/warranty

1GB = 1,000,000,000 bytes. Formatted capacity is less. For more information go to

www.integralmemory.com/faq

43mm 36mm 3.3mm 12g

138mm 93mm 8mm 30g

*Based on internal testing; performance may be lower depending on host device.

Rev:1