Fremont, CA, September 13, 2012 --(PR.com
)-- Macrotron Systems announces its eMars™ series drives. eMars™ drives significantly increase price/performance levels in the SSD market. They are designed for uses where performance, reliability, and data integrity are important factors in the selection requirements.
Available in 128GB, 256GB, and 512GB capacities, the eMars™ 2.5" SATA 6Gb/s drives deliver sequential speeds up to 540MB/s Read and 450MB/s Write.
Random Read/Write performance is high. Data buffering, house keeping, and performance optimization is achieved by integrating from 256GB to 768GB of DDR3 DRAM resulting in IOPS (4KB) of up to 94,000 Read and 86,000 Write.
"The new eMars™ solid state drives offer significant performance and reliability improvements," said Macrotron Vice President, Mark Hayfield. "Solution providers and system integrators can enhance their offerings while lowering the total cost to their customers."
Support of TRIM, S.M.A.R.T., NCQ, ATA/ATAPI-8 enhances performance and reliability in demanding environments. 128-bit Error Correction Code (ECC) algorithm insures data integrity. A secondary integrity backup algorithm is employed if the event of ECC failure. This insures the drive retains reliability and functions properly. Block management, wear Leveling, and restore functions minimizes performance drops in read/write speeds over the life of the drive.
In situations requiring file encryption, the eMars™ drive has built-in 256-bit AES encryption. AES-256 is highly secure when compared to BIOS or software based encryption schemes and is preferred over 128-bit or 192-bit implementations. Data safety and security is an important consideration in mobile storage applications where large sets of sensitive data are regularly used.
About Macroton Systems, Inc.
Since 1984, Macrotron Systems has helped industry leading companies build their award winning brands. Macrotron is a full-service manufacturer located in the heart of Silicon Valley. Cost effective solutions for data intensive requirements.