The faster you can transfer content, the faster you can start having fun Â- or the faster you can get your work done. The 32GB San Disk Ultra USB (Universal Serial Bus) 3.0 Flash Drive offers ultra-fast read speeds of up to 80MB/sec. This means that you can transfer large HD videos, photos & other files in just a fraction of the time that USB (Universal Serial Bus) 2.0 technology supports. It also

Includes:: San Disk Secure Access software with 128-bit file encryption & password protection so that even your largest private files stay protected, yet you can still share the files you want to.

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The San Disk X210 is the high-end SATA SSD designed for the client computing, data center, & server markets. Based on 19 nm MLC NAND flash, it introduces a set of features & enhancements to support businesses that prioritize fast, consistent access to data, such as search engine & cloud storage providers & streaming media companies. Built to provide leading performance in read-intensive environments, the X210 also significantly reduces I/O bottlenecks & greatly improves random I/O performance & multi-stream capabilities. At the heart of the X210 is a high performance controller & San Disks own 19 nm All Bit Line (ABL) architecture. All Bit Line architecture offers twice the parallelism of conventional Half Bit Line (HBL) architectures; increasing both performance & endurance. The drive also supports a unique feature to improve random write performance & ensure a very positive user experience. Modern operating systems mostly access the storage device using small access blocks, with the majority being 4 KB access blocks. The small logical access blocks conflict with the physical block structure for the newer generation flash memory technology. ...

The San Disk X210 is the high-end SATA SSD designed for the client computing, data center, & server markets. Based on 19 nm MLC NAND flash, it introduces a set of features & enhancements to support businesses that prioritize fast, consistent access to data, such as search engine & cloud storage providers & streaming media companies. Built to provide leading performance in read-intensive environments, the X210 also significantly reduces I/O bottlenecks & greatly improves random I/O performance & multi-stream capabilities. At the heart of the X210 is a high performance controller & San Disk's own 19 nm All Bit Line (ABL) architecture. All Bit Line architecture offers twice the parallelism of conventional Half Bit Line (HBL) architectures; increasing both performance & endurance. The drive also supports a unique feature to improve random write performance & ensure a very positive user experience. Modern operating systems mostly access the storage device using small access blocks, with the majority being 4 KB access blocks. The small logical access blocks conflict with the physical block structure for the newer generation flash memory technology. ...

The San Disk X210 is the high-end SATA SSD designed for the client computing, data center, & server markets. Based on 19 nm MLC NAND flash, it introduces a set of features & enhancements to support businesses that prioritize fast, consistent access to data, such as search engine & cloud storage providers & streaming media companies. Built to provide leading performance in read-intensive environments, the X210 also significantly reduces I/O bottlenecks & greatly improves random I/O performance & multi-stream capabilities. At the heart of the X210 is a high performance controller & San Disks own 19 nm All Bit Line (ABL) architecture. All Bit Line architecture offers twice the parallelism of conventional Half Bit Line (HBL) architectures; increasing both performance & endurance. The drive also supports a unique feature to improve random write performance & ensure a very positive user experience. Modern operating systems mostly access the storage device using small access blocks, with the majority being 4 KB access blocks. The small logical access blocks conflict with the physical block structure for the newer generation flash memory technology. ...

The San Disk X210 is the high-end SATA SSD designed for the client computing, data center, & server markets. Based on 19 nm MLC NAND flash, it introduces a set of features & enhancements to support businesses that prioritize fast, consistent access to data, such as search engine & cloud storage providers & streaming media companies. Built to provide leading performance in read-intensive environments, the X210 also significantly reduces I/O bottlenecks & greatly improves random I/O performance & multi-stream capabilities. At the heart of the X210 is a high performance controller & San Disk's own 19 nm All Bit Line (ABL) architecture. All Bit Line architecture offers twice the parallelism of conventional Half Bit Line (HBL) architectures; increasing both performance & endurance. The drive also supports a unique feature to improve random write performance & ensure a very positive user experience. Modern operating systems mostly access the storage device using small access blocks, with the majority being 4 KB access blocks. The small logical access blocks conflict with the physical block structure for the newer generation flash memory technology. ...

The San Disk X210 is the high-end SATA SSD designed for the client computing, data center, & server markets. Based on 19 nm MLC NAND flash, it introduces a set of features & enhancements to support businesses that prioritize fast, consistent access to data, such as search engine & cloud storage providers & streaming media companies. Built to provide leading performance in read-intensive environments, the X210 also significantly reduces I/O bottlenecks & greatly improves random I/O performance & multi-stream capabilities. At the heart of the X210 is a high performance controller & San Disk's own 19 nm All Bit Line (ABL) architecture. All Bit Line architecture offers twice the parallelism of conventional Half Bit Line (HBL) architectures; increasing both performance & endurance. The drive also supports a unique feature to improve random write performance & ensure a very positive user experience. Modern operating systems mostly access the storage device using small access blocks, with the majority being 4 KB access blocks. The small logical access blocks conflict with the physical block structure for the newer generation flash memory technology. ...

** San Disk X300s SSD** INTRODUCING SECURITY, LOW POWER, HIGH PERFORMANCE, & RELIABILITY FOR AN UNCOMPROMISING USER EXPERIENCE. Ideal for corporate PCs & notebooks, the San Disk X300s SED1 (Self-Encrypting Drive) is built on industry-leading 1 Ynm multi-level cell (MLC) NAND flash technology & incorporates hardware-based full disk encryption & advanced power management. The X300s features support for the TCG Opal 2.0 & Windows 8 e Drive security standards & a SATA DEVSLP low-power mode that is compatible with Microsoft Instant Go. Users will appreciate greater productivity with more useable hours per battery charge while companies can seamlessly secure their data for their on-the-go employees. ** Performance** The X300s uses a tiered caching structure to improve random write performance. Modern operating systems typically access the storage device using small 4KB access blocks. These small access blocks conflict with the physical block structure (>1MB) of newer flash memory technology. To bridge this difference, the X300s employs three storage layers: Volatile cache
- DDR DRAM cache, n Cache™
- A non-volatile flash write cache, Mass storage
- MLC NAND flash. The n Cache™ write cache is used to accumulate small writes at high speed then flush & consolidate them into the larger MLC section of the NAND flash memory array. ** Security** The X300s SED seamlessly encrypts the drive data on the fly using hardware-based 256-bit AES encryption. It supports the following industry-standard security specifications: ATA Security Feature Set, TCG Opal 2.0, Microsoft e Drive (TCG OPAL 2.0 + IEEE 1667) ** Thermal Throttling** A performance throttling technique is used as a safety measure to protect the integrity of the data & prevent excessive heat dissipation. The X300s employs an on-board thermal sensor to monitor the SSDs critical component temperature. If it exceeds the normal range, drive performance is reduced unt


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** San Disk® X300s SSD** INTRODUCING SECURITY, LOW POWER, HIGH PERFORMANCE, & RELIABILITY FOR AN UNCOMPROMISING USER EXPERIENCE. Ideal for corporate PCs & notebooks, the San Disk X300s SED1 (Self-Encrypting Drive) is built on industry-leading 1 Ynm multi-level cell (MLC) NAND flash technology & incorporates hardware-based full disk encryption & advanced power management. The X300s features support for the TCG Opal 2.0 & Windows® 8 e Drive security standards & a SATA DEVSLP low-power mode that is compatible with Microsoft® Instant Go. Users will appreciate greater productivity with more useable hours per battery charge while companies can seamlessly secure their data for their on-the-go employees. ** Performance** The X300s uses a tiered caching structure to improve random write performance. Modern operating systems typically access the storage device using small 4KB access blocks. These small access blocks conflict with the physical block structure (>1MB) of newer flash memory technology. To bridge this difference, the X300s employs three storage layers: Volatile cache
- DDR DRAM cache, n Cache™
- A non-volatile flash write cache, Mass storage
- MLC NAND flash. The n Cache™ write cache is used to accumulate small writes at high speed then flush & consolidate them into the larger MLC section of the NAND flash memory array. ** Security** The X300s SED seamlessly encrypts the drive data on the fly using hardware-based 256-bit AES encryption. It supports the following industry-standard security specifications: ATA Security Feature Set, TCG Opal 2.0, Microsoft® e Drive (TCG OPAL 2.0 + IEEE 1667) ** Thermal Throttling** A performance throttling technique is used as a safety measure to protect the integrity of the data & prevent excessive heat dissipation. The X300s employs an on-board thermal sensor to monitor the SSD's critical component temperature. If it exceeds the normal range, drive performance is reduced unt


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** San Disk® X300s SSD** INTRODUCING SECURITY, LOW POWER, HIGH PERFORMANCE, & RELIABILITY FOR AN UNCOMPROMISING USER EXPERIENCE. Ideal for corporate PCs & notebooks, the San Disk X300s SED1 (Self-Encrypting Drive) is built on industry-leading 1 Ynm multi-level cell (MLC) NAND flash technology & incorporates hardware-based full disk encryption & advanced power management. The X300s features support for the TCG Opal 2.0 & Windows® 8 e Drive security standards & a SATA DEVSLP low-power mode that is compatible with Microsoft® Instant Go. Users will appreciate greater productivity with more useable hours per battery charge while companies can seamlessly secure their data for their on-the-go employees. ** Performance** The X300s uses a tiered caching structure to improve random write performance. Modern operating systems typically access the storage device using small 4KB access blocks. These small access blocks conflict with the physical block structure (>1MB) of newer flash memory technology. To bridge this difference, the X300s employs three storage layers: Volatile cache
- DDR DRAM cache, n Cache™
- A non-volatile flash write cache, Mass storage
- MLC NAND flash. The n Cache™ write cache is used to accumulate small writes at high speed then flush & consolidate them into the larger MLC section of the NAND flash memory array. ** Security** The X300s SED seamlessly encrypts the drive data on the fly using hardware-based 256-bit AES encryption. It supports the following industry-standard security specifications: ATA Security Feature Set, TCG Opal 2.0, Microsoft® e Drive (TCG OPAL 2.0 + IEEE 1667) ** Thermal Throttling** A performance throttling technique is used as a safety measure to protect the integrity of the data & prevent excessive heat dissipation. The X300s employs an on-board thermal sensor to monitor the SSD's critical component temperature. If it exceeds the normal range, drive performance is reduced unt


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** San Disk X300s SSD** INTRODUCING SECURITY, LOW POWER, HIGH PERFORMANCE, & RELIABILITY FOR AN UNCOMPROMISING USER EXPERIENCE. Ideal for corporate PCs & notebooks, the San Disk X300s SED1 (Self-Encrypting Drive) is built on industry-leading 1 Ynm multi-level cell (MLC) NAND flash technology & incorporates hardware-based full disk encryption & advanced power management. The X300s features support for the TCG Opal 2.0 & Windows 8 e Drive security standards & a SATA DEVSLP low-power mode that is compatible with Microsoft Instant Go. Users will appreciate greater productivity with more useable hours per battery charge while companies can seamlessly secure their data for their on-the-go employees. ** Performance** The X300s uses a tiered caching structure to improve random write performance. Modern operating systems typically access the storage device using small 4KB access blocks. These small access blocks conflict with the physical block structure (>1MB) of newer flash memory technology. To bridge this difference, the X300s employs three storage layers: Volatile cache
- DDR DRAM cache, n Cache™
- A non-volatile flash write cache, Mass storage
- MLC NAND flash. The n Cache™ write cache is used to accumulate small writes at high speed then flush & consolidate them into the larger MLC section of the NAND flash memory array. ** Security** The X300s SED seamlessly encrypts the drive data on the fly using hardware-based 256-bit AES encryption. It supports the following industry-standard security specifications: ATA Security Feature Set, TCG Opal 2.0, Microsoft e Drive (TCG OPAL 2.0 + IEEE 1667) ** Thermal Throttling** A performance throttling technique is used as a safety measure to protect the integrity of the data & prevent excessive heat dissipation. The X300s employs an on-board thermal sensor to monitor the SSDs critical component temperature. If it exceeds the normal range, drive performance is reduced unt


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