Apacer Launches Leading Industrial-grade CFast 2.0 Memory Cards
Since the CompactFlash Association released the specification of CFast 2.0, Apacer has invested actively in R&D and taken the lead to roll out the first industrial-grade SATA 3.0 (6Gb/s) high-speed transmission interface CFast 2.0 memory card around the globe. Its sequential speed is up to 310/240 MB/sec, which doubles the speed of its predecessor. Besides featuring a 2-Channel bidirectional structure, the CFast 2.0 adopts Toggle DDR 2.0 NAND Flash, which brings its performance to a higher level.
Jeff Lin, Embedded Application Business Unit Director of Apacer, suggested that, "Except that Apacer CFast 2.0 memory card is upgraded to double performance and speed, in order to meet the needs of harsh environment of industrial application and corporate cost-effectiveness, Apacer provides customers with choices between highly-durable SLC chip or highly cost-effective MLC chip. Both chips are resistant to temperature change, vibration and shock in actual environment. Each kind of chip has a capacity of 4 GB~32 GB and 16 GB~128 GB respectively, with dimensions of 42.8 mm x 36.4 mm x 3.6 mm and an adoption of (7+15) pin connector. Support for DEVSLP (Device Sleep) power mode enables them to switch into a low power state on standby mode so as to save power for companies."
Jeff Lin, Embedded Application Business Unit Director of Apacer, suggested that, "Except that Apacer CFast 2.0 memory card is upgraded to double performance and speed, in order to meet the needs of harsh environment of industrial application and corporate cost-effectiveness, Apacer provides customers with choices between highly-durable SLC chip or highly cost-effective MLC chip. Both chips are resistant to temperature change, vibration and shock in actual environment. Each kind of chip has a capacity of 4 GB~32 GB and 16 GB~128 GB respectively, with dimensions of 42.8 mm x 36.4 mm x 3.6 mm and an adoption of (7+15) pin connector. Support for DEVSLP (Device Sleep) power mode enables them to switch into a low power state on standby mode so as to save power for companies."