INDUSTRIAL 3D MLC,MICROSD CARD,16GB

Description

INDUSTRIAL 3D MLC,MICROSD CARD,16GB
IUDD336-016GB
The IUDD336 industrial-grade microSD cards implement 3D MLC NAND Flash for superb transfer rates up to 95/90MB per
second. They also feature low power consumption, high reliability, and compatibility across diverse removable storage
applications that require security, convenience, performance, and capacity. With a wide temperature tolerance range of -40°C to
85°C, the IUDD336 can operate normally even in harsh environments. All ADATA industrial-grade SD cards support a range of
technologies, including error correcting code (ECC) to ensure the integrity of data transfers by automatically detecting and
correcting errors, and wear leveling technology, which ensures data is written evenly across all sectors to extend the life of the
memory card.
Key Features
? 3D NAND Flash for improved durability and power
efficiency
? Complies with SD 3.0 specifications
? Supports SD and SPI modes
? Industrial-grade extended temperature range of -40°C to
85°C; commercial temperature range of -25°C to 85°C
? Error Correction Code
? Wear Leveling
Target Applications
GPS, handheld devices, smartphones and mobile computers
Specifications
Model IUDD336
Interface SD 3.0
Capacity 16GB~128GB
Flash Type 3D MLC
Operating Voltage 3.3V ± 5%
Sequential Read (Max) 95MB/s
Sequential Write (Max) 90MB/s
Data Transfer Mode SD 2.0 / SD 3.0
Operating Temperatures
Commercial: -25ºC to 85ºC
Industrial: -40ºC to 85ºC
Operating Humidity 5%~95% RH, non-condensing
Power Consumption (Max) 0.5W
Vibration Resistance 20G (20-2000Hz)
Shock Resistance 1500G/0.5ms, Half Sine Wave
Dimensions (L x W x H) 11 x 15 x 1mm
Write Protection Supported
Ordering Information Dimensions
Capacity
Commercial
-25°C to 85°C
Industrial
-40°C to 85°C
16GB IUDD336-016GB IUDD336-016GC
32GB IUDD336-032GB IUDD336-032GC
64GB IUDD336-064GB IUDD336-064GC
128GB IUDD336-128GB IUDD336-128GC
https://www.adata.com/upload/downloadfile/Datasheet%20-%20IUDD336%203D%20MLC%20industrial%20microSD%20card-EN_201709.pdf