MPN SDCIT2/32GB
Item no. W126824403
EAN/UPC 740617321074
Stock level
Ideal for Extreme Conditions
Kingston’s Industrial microSD card is designed and tested to withstand the most demanding environmental factors. With an operating temperature of -40°C to 85°C, it can operate normally even in extreme desert heat and sub-zero conditions. The card utilises industry-leading pSLC mode to provide top transfer speeds of up to 100MB/s1. It is rated up to 1920 TBW2 with 30K P/E cycles and has a built-in feature set specific to endurance, performance and industria...
Durable in extreme temperatures
High endurance
UHS-I Speed Class U3, V30, A1
Industrial-grade built-in features
Black
85235190
A1
32 GB
MiniSDHC
Class 10
UHS-I
FAT32
Class 3 (U3)
V30
-40 - 85 °C
0.011 kg
SD
3.3
0.01 kg
11.5 cm
0.1 cm
10.2 cm
85235190
1 Year(s)
24 x 32 x 2.1 mm
Ideal for Extreme Conditions
Kingston’s Industrial microSD card is designed and tested to withstand the most demanding environmental factors. With an operating temperature of -40°C to 85°C, it can operate normally even in extreme desert heat and sub-zero conditions. The card utilises industry-leading pSLC mode to provide top transfer speeds of up to 100MB/s1. It is rated up to 1920 TBW2 with 30K P/E cycles and has a built-in feature set specific to endurance, performance and industrial needs. Kingston’s Industrial microSD ships with a UHS-I SD adapter and is available in capacities from 8GB-64GB3.
Durable in extreme temperatures
Designed and tested to withstand a temperature range of -40°C to 85°C for use in harsh conditions
High endurance and reliability
Up to 1920 TBW2and rated to endure 30K P/E cycles to meet requirements for a wide range of industrial applications
UHS-I compliant
Speeds of up to 100MB/s1 with U3, V30 and A1 support for Android-based applications
Industrial-grade built-in features
Strong ECC engine, wear levelling, bad block management and an optional health monitoring tool to manage the lifespan of your card4
*The product data above is provided by Icecat. EET cannot be held responsible for errors in relation to this.