microSD
Industrial microSD
- Compliant with SD 2.0 Specification
- S.M.A.R.T supported
- Support SD mode and SPI mode
- Global Wear-Leveling and Block Management
- Low Power Consumption
Introduction
Apacer’s industrial-grade MicroSD memory card is compliant with SD 2.0 Specification. Available in 256MB to 4GB with sequential read/write speed reaching up to 20/16 MB/sec, it fulfills requirements for flexible-capacity and high-speed data storage. With a superbly reliable SLC (single-level cell) flash memory, it can operate normally in harsh temperature environments ranging from -40°C - +85°C. Apacer stresses "stability" has always been the primary concern for industrial devices. The greatest difference between this industrial-grade MicroSD memory card and other consumer memory cards on the market lies in its firmware version and major components that can be fixed. Apacer’s clients can benefit from the stable, long term supply. Besides, for clients who need long-term and stable supply chains, stock-out risk may be avoided, with compatibility issues caused by frequent product component changes significantly reduced. Time and money spent on product verification can also be saved.
Spec
OPEN- Model Industrial microSD
- Interface SD 2.0
- Form Factor microSD
- NAND Flash Type SLC
- Capacity SD:256MB~2GB;SDHC:4GB
- Sequential Read Performance (MB/sec) Up to 20
- Sequential Write Performance (MB/sec) Up to 16
- ECC Engine Built-in 24-bit per 1K bytes BCH ECC
- Standard Operating Temperature ( °C ) -
- Extended Operating Temperature ( °C ) -40 ~ + 85
- Storage Temperature ( °C ) -40 ~ + 100
- Shock (Operating) 1,500G, 0.5ms
-
Vibration
20Hz~80Hz/1.52mm (frequency/displacement)
80Hz~2,000Hz/20G (frequency/accelerate) - Operating Voltage 2.7V ~ 3.6V
- Power Consumption Active mode: 50 mA & Idle mode: 100 uA
- Dimension (L x W x H ) 15x11x1 (mm)
- MTBF (hours) >2,000,000
- Technology Content Pre-load / S.M.A.R.T. / Wide Temperature / Write Protect
- Application Defense / Gaming / Healthcare / Server & Networking / Transportation