Industrial Memory Card

Industrial Memory Card for Extreme Conditions

Our Industrial Memory Card is a reliable NAND flash storage solution for Industrial, Medical, and Automotive applications.

Industrial Memory Cards are designed with advanced features including Auto Read Refresh, Power Loss Protection and Advanced Wear Leveling.

The Auto Read Refresh function ensures maximum efficiency of read operations by automatically moving data to a new block before a preset error level threshold is reached.

Industrial Memory Card

Our Industrial Memory card’s Power Loss Protection protects your data through a firmware solution, by moving the valid data before uncorrectable ECC page upon power recovery thereby minimizing data loss. The Advanced Wear Leveling evens out erasures and rewrites in the memory blocks for an extended life span especially in embedded operating systems.

Memory Card comes with the SMART tool to monitor the health and remaining life of your flash card to avoid critical failures. The Alarm function notifies when the card reaches a critical stage based on set parameters, so the user knows when it is time for a replacement. The SMART tool is an intelligent technology that optimizes costs and reliability for customers by selecting the right flash in any application.

Flexxon offers a range of memory cards, including Industrial SD card, Industrial microSD card, eSD card, and Best Micro SD Card for Raspberry Pi 4. These cards are designed for various applications, with a focus on high performance and reliability.

Industrial Memory Card Series

Filter by Capacity
  • 128MB
  • 256MB
  • 512MB
  • 1GB
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  • 4GB
  • 8GB
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  • 32GB
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  • Advance High IOPS 3D NAND
  • High IOPS Solution with 3D NAND
  • High IOPS Solution with 2D NAND
  • High Performance with 2D NAND
  • High Capacity
  • Extreme Performance UHS-II Solution
  • Standard Performance
LEGEND
Series FxAdv II FxMav FxPro I HighIOPS FxPro I FxPrem IV FxPrem II FxPro III SD Express eSd FxStd
Feature Advance High IOPS Solution with 3D NAND Advance High IOPS 3D NAND High Capacity Advance High IOPS 3D NAND High Capacity High IOPS Solution with 2D NAND High IOPS Solution with 2D NAND High Performance with 2D NAND High Performance with 2D NAND Advance High IOPS Solution with 3D NAND High Capacity 2D NAND Solution High Capacity 2D NAND Solution Extreme Performance 
                  UHS-II Solution "Extreme Performance UHS-II Solution" SD Express Card Standard Performance Embedded SD JEDEC 100Ball BGA High Endurance 3D pSLC solution High Endurance 3D pSLC solution
Interface SD 6.1 SD 6.1 SD 6.1 SD 3.0 SD 6.1 SD 3.0 SD 6.1 SD 7.1 SD 2.0/ SD 3.0 SD 6.1
Form Factor SD, microSD SD, microSD SD, microSD SD, microSD microSD, SD SD, microSD SD, microSD SD JEDEC 100Ball BGA microSD
Speed Class up to Class 10, U3, V30, A2 Up to Class 10, U3, V30, A2 Up to Class 10, U3, V30, A1 Up to Class 10, U3, V30 Up to Class 10, U3, V30, A1 Up to Class 10, U3, V30 up to Class 10, U3, V90, A1 Up to U3, V30, A1 up to Class 10, U1, V10 Up to Class 10, U3, V30, A2
UHS mode UHS-I UHS-1 UHS-I UHS-I UHS-I UHS-I UHS-II UHS-I, PCIE Gen 3x1 UHS-I UHS-I
Flash Type 3D TLC, 3D pSLC QLC SLC, MLC, pSLC SLC, MLC, pSLC 3D TLC, 3D pSLC SLC, MLC, pSLC 3D TLC, 3D pSLC 3D QLC SLC, MLC, pSLC 3D TLC, 3D pSLC
Capacity
3D TLC 32GB ~ 512GB4 - - - 32GB ~ 512GB2 - 32GB ~ 256GB3 - - 64GB ~ 256GB3
3D pSLC 16GB ~ 128GB2 - - - 8GB ~ 128GB1 - 32GB ~ 256GB3 - - 16GB ~ 64GB3
3D QLC 128GB ~ 1TB 128GB ~ 1TB - - - - 256GB ~ 512GB - -
MLC - - 4GB ~ 32GB2 1GB ~ 128GB1 - 8GB ~ 256GB4 - - 8GB ~ 64GB5 -
SLC - - 512MB ~ 16GB 2 128MB ~ 4GB 1 - 4GB ~ 8GB 3 - - 512MB ~ 16GB 5 -
pSLC - - 1GB ~ 16GB1 2GB ~ 32GB2 - 4GB ~ 64GB3 - - 4GB ~ 32GB4 -
Max.Performance
Read 100 MB/s 100 MB/s 95 MB/s 95 MB/s 88 MB/s 95 MB/s 95 MB/s 900 MB/s 95 MB/s 95 MB/s
Write 90 MB/s 90 MB/s 95 MB/s 90 MB/s 69 MB/s 80 MB/s 80 MB/s 770 MB/s 80 MB/s 83 MB/s
Temperature Grade Industrial / Commercial Commercial Industrial (Gold & Diamond) Industrial (Gold & Diamond) Industrial Industrial (Gold & Diamond) Commercial Industrial (Gold & Diamond) Commercial Industrial
Function Industrial Grade Industrial Grade Industrial Grade Industrial Grade Industrial Grade Industrial Grade Industrial Grade Industrial Grade Industrial Grade Industrial Grade
Support Auto-Read Refreshment Support Auto-Read Refreshment Support Auto-Read Refreshment Support Auto-Read Refreshment Support Auto-Read Refreshment Support Auto-Read Refreshment Support Auto-Read Refreshment Support Auto-Read Refreshment Support Auto-Read Refreshment Support Auto-Read Refreshment
Support Power Loss Management Support Power Loss Management Support Power Loss Management Support Power Loss Management Support Power Loss Management Support Power Loss Management Support Power Loss Management Support Power Loss Management Support Power Loss Management Support Power Loss Management
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Memory Card High IOPS Solutions

The High IOPS solution is more efficient than the standard solution for a good reason. In standard solutions the data is scattered over multiple buffer blocks. This scattered data takes time to merge into a static block and slows down random performance. On the other hand, in High IOPS solutions, the data is stored in order in the buffer block and spontaneously merges into the static block without any delay. Flexxon’s High IOPS solutions have been useful to clients from around the world. Powered by Flexxon’s firmware architecture design, high performing optimization algorithm and a unique manufacturing process, our solutions optimize random read performance and hit write performance targets.

Memory Card Data Reliability Technology

auto refresh feature
Auto-Read Refresh Management

Reduce the chance of Uncorrectable errors,resulting from repeated read.

power loss management
Power Loss Management

UECC may occur during power interrupted writes , due to pair page issue of MLC. FW moves the valid data before UECC page to new block, minimizing data loss.

Advance wear leveling
Advanced Wear leveling

For Special or customized OS, it could optimize wear leveling and extend the life span.

FAQs - Industrial Memory Card

Commonly used NAND flash technologies in industrial memory cards include SLC (Single-Level Cell), MLC (Multi-Level Cell), and pSLC (pseudo-Single-Level Cell), each with varying performance and endurance characteristics.
Industrial memory cards are designed to withstand temperature ranges typically from -40°C to 85°C, ensuring reliable performance in environments with extreme temperature variations commonly found in industrial applications.
Wear-leveling algorithms distribute write and erase cycles evenly across memory cells in industrial memory cards, preventing premature wear on specific cells and enhancing overall longevity and endurance by maintaining uniform usage.
Error correction coding (ECC) in industrial memory cards detects and corrects errors that may occur during data storage or retrieval, ensuring data integrity and reliability in demanding industrial environments.
Yes, industrial memory cards can support advanced file systems like FAT32, exFAT, or others, offering benefits such as efficient data organization, large file support, and compatibility with various operating systems, crucial for diverse industrial applications.

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