List of SSD products
- classification：SSD
226～270 item / All 321 items
High reliability M.2 2280 SATA (equipped with A+SLC NAND flash) specialized for industrial and embedded applications.
- SSD
- Storage Backup
Introduction to A+SLC Technology (Pseudo SLC)
Thank you for accessing the special site of Adata Technology Japan. This time, we would like to introduce the "A+SLC Technology (Pseudo SLC)" of ADATA flash products. The "A+SLC Technology (Pseudo SLC)" is a technology that significantly extends the writing lifespan of drives by raising the current limit of 3,000 PE cycles/Block for MLC (or 3D-TLC) to 30,000 PE cycles/Block, which is ten times higher. It allows us to achieve performance and lifespan quality close to SLC without using expensive SLC NAND flash, utilizing MLC (or 3D-TLC) instead. Detailed technical documentation can be downloaded from the URL below. Please take a look.
2.5-inch SSD flash storage specialized for industrial and embedded applications with high reliability (equipped with MLC NAND flash).
- SSD
- Memory
- Storage Backup
High-reliability 2.5-inch SSD flash storage specialized for industrial and embedded applications (equipped with SLC NAND flash).
- SSD
- Memory
- Storage Backup
ADATA's SSD products offer a wide range of expandability, allowing for various customizations depending on the application.
- SSD
- Storage
ADATA's SSD products offer a wide range of expandability, allowing for various customizations depending on the application.
- SSD
- Storage
High-reliability mSATA SSD specialized for industrial and embedded applications (equipped with MLC NAND flash).
- SSD
- Storage Backup
High-reliability mSATA SSD specialized for industrial and embedded applications (equipped with A+ SLC NAND flash).
- SSD
- Storage Backup
Introduction to A+SLC Technology (Pseudo SLC)
Thank you for accessing the special site of Adata Technology Japan. This time, we would like to introduce the "A+SLC Technology (Pseudo SLC)" of ADATA flash products. The "A+SLC Technology (Pseudo SLC)" is a technology that significantly extends the writing lifespan of drives by raising the current limit of 3,000 PE cycles/Block for MLC (or 3D-TLC) to 30,000 PE cycles/Block, which is ten times higher. It allows us to achieve performance and lifespan quality close to SLC without using expensive SLC NAND flash, utilizing MLC (or 3D-TLC) instead. Detailed technical documentation can be downloaded from the URL below. Please take a look.
High-reliability mSATA SSD specialized for industrial and embedded applications (equipped with 3D-TLC NAND flash)
- SSD
- Storage Backup
High-reliability M.2 2280 SATA SSD (equipped with 3D-TLC NAND flash) specialized for industrial and embedded applications.
- SSD
- Memory
- Storage Backup
High reliability M.2 2280 SATA (equipped with MLC NAND flash) specialized for industrial and embedded applications.
- SSD
- Storage Backup
High reliability M.2 2280 SATA (equipped with 3D-TLC NAND flash) specialized for industrial and embedded applications.
- SSD
- Storage Backup
High-reliability M.2 2280 PCIe SSD (equipped with 3D-TLC NAND flash) specialized for industrial and embedded applications.
- SSD
- Memory
- Storage Backup
High-reliability M.2 2242 SATA SSD specialized for industrial and embedded applications (equipped with 3D-TLC NAND flash).
- SSD
- Storage Backup
- Memory
High-reliability M.2 2242 SATA SSD (equipped with MLC NAND flash) specialized for industrial and embedded applications.
- SSD
- Memory
- Storage Backup
High-reliability M.2 2242 SATA SSD (equipped with 3D-TLC NAND flash) specialized for industrial and embedded applications.
- SSD
- Storage Backup
High-reliability M.2 2242 SATA SSD (equipped with MLC NAND flash) specialized for industrial and embedded applications.
- SSD
- Memory
- Storage Backup
2.5-inch SSD flash storage specialized for industrial and embedded applications with high reliability (equipped with 3D-TLC NAND flash).
- SSD
- Memory
- Storage Backup
2.5-inch SSD flash storage (equipped with SLC NAND flash) that adopts power protection features (PLP) as a measure against power loss.
- SSD
- Memory
- Storage Backup
2.5-inch flash storage SSD (equipped with MLC NAND flash) that adopts power protection features (PLP) as a countermeasure against power outages.
- SSD
- Memory
- Storage Backup
High-reliability 2.5-inch SSD specialized for industrial and embedded applications (equipped with 3D-TLC NAND flash).
- SSD
- Memory
- Storage Backup
We offer a lineup of various bit configuration solutions for DDR4-2400/2666 DRAM memory modules.
- Memory
- Memory
- SSD
POS systems are used in many different industries, including restaurants, hotels, service industries, beauty salons, casinos, stadiums, and retail.
- Storage
- SSD
Multi-functional printers (MFPs) are widely used in businesses and industries.
- Storage
- SSD
Digital signage has endless applications, from airport information stands and fitness gym check-ins to movie theaters and libraries.
- Storage
- SSD
In a casino, in-memory data storage, as well as ultimate security, stability, and reliability to support 24-hour non-stop operations, are essential.
- Storage
- SSD
Interactive kiosks often provide free information as a public service.
- Storage
- SSD
High-reliability M.2 2242 SATA SSD (equipped with A+ SLC NAND flash) specialized for industrial and embedded applications.
- SSD
- Memory
- Storage Backup
Introduction to A+SLC Technology (Pseudo SLC)
Thank you for accessing the special site of Adata Technology Japan. This time, we would like to introduce the "A+SLC Technology (Pseudo SLC)" of ADATA flash products. The "A+SLC Technology (Pseudo SLC)" is a technology that significantly extends the writing lifespan of drives by raising the current limit of 3,000 PE cycles/Block for MLC (or 3D-TLC) to 30,000 PE cycles/Block, which is ten times higher. It allows us to achieve performance and lifespan quality close to SLC without using expensive SLC NAND flash, utilizing MLC (or 3D-TLC) instead. Detailed technical documentation can be downloaded from the URL below. Please take a look.
High-reliability M.2 2280 PCIe SSD (equipped with 3D-TLC NAND flash) specialized for industrial applications and embedded use.
- SSD
Introduction to "Capacity Selection Method" for Flash Storage Products
Thank you for accessing the special site of Adata Technology Japan. This time, we will provide information on the "Capacity Selection Method" for flash storage products. The actual file data sent from the host is stored by being replaced with the page-level allocation of the installed NAND flash's physical area. However, since the minimum capacity units for data handling differ between the two, the area for storing the data received within the NAND flash has the relationship: [Data capacity from the host] < [Actual capacity written in the flash]. Therefore, when calculating the lifespan, a calculation method that takes the above into consideration is necessary. Detailed technical documentation can be downloaded from the URL below. Please refer to it.
2.5-inch SSD flash storage (equipped with 3D-TLC NAND flash) that adopts power protection features (PLP) as a countermeasure against power outages.
- SSD
Introduction to "Capacity Selection Method" for Flash Storage Products
Thank you for accessing the special site of Adata Technology Japan. This time, we will provide information on the "Capacity Selection Method" for flash storage products. The actual file data sent from the host is stored by being replaced with the page-level allocation of the installed NAND flash's physical area. However, since the minimum capacity units for data handling differ between the two, the area for storing the data received within the NAND flash has the relationship: [Data capacity from the host] < [Actual capacity written in the flash]. Therefore, when calculating the lifespan, a calculation method that takes the above into consideration is necessary. Detailed technical documentation can be downloaded from the URL below. Please refer to it.