BiTMICRO’s E-Disk Altima SSD packs 416GB

Data storage is a critical requirement for individuals and any modern business. From storing photographs to important data and programs, the need for vast and efficient data storing technology has increased. The latest trends reveal that sophisticated computer technology has enhanced the ease of substantial data with increased efficiency and convenience just like the best gaming keyboard 2017 feels good when playing your favorite game.

Individuals businesses have different storage requirements. There is data that needs to be archived for long-term usage and which may not be necessary in the short-term and there is data that needs to be accessed frequently. Such varied requirements have been met with great innovative ideas and engineering progress in computer data storage technology.

The history and evolution of data storage devices in computer technology:

From the magnetic tapes, as the first data storage device to floppy discs, hard discs, CDs and CD-ROMs to Zip drives, DVDs, Rewritable CDs, SD cards, Blue-Ray and HD-DVD to cloud storage toSSDs and the latest Optane, as a new gen storage for personal computers, the innovations and engineering brilliance can be seen all through the way.

The way information is stored has seen a complete transformation. The advanced hardware technology has allowed computers to keep data critical to businesses backed up and available for recovery and ready-use at any given time and place.

HDDs, SSDs and Optane as Gen- Next storage for personal computers:

The efficiency of SDDs versus the data storage in hard disk drives (HDD) has been a much-debated issue. The hard disk drive/HDD makes use of a mechanical arm to access information from its location. The SSDs use microchip technology to store information.

In general, it can be said that the Solid-State Drives seem to be quicker and more efficient as data storage and recovery devices than the HDDs. The efficiency of the SSDs is due to their use of non-volatile memory which retains the data when there is a sudden interruption or power-breakdown. The SSDs rely on “embedded processors” to access information. Solid State Drives or disks (SSD) are most helpful in storing and retaining data when there is loss of power.

The technology used in the development of HDDs and SSDs are quite different and both these hardware storage devices have different attributes to them. The HDDs in general seem to have more power draw or battery life when compared to the SSDs. The storage capacity of SSDs is more than the HDDs and takes lesser time to boot. The SSDs have a quicker file copy speed when compared to the HDDs and are not affected by magnetism around. Whereas, the presence of magnetic field around can erase data being stored in the hard disk drive.

The SSD storage capacity is increasing and their costs also seem to be coming down with growing demand. However, the current trends reveal a sudden technological shift where the efforts to integrate memory and storage seems to be a viable option. The buzz around Optane from Intel shows that we are on the threshold of taking storage speed and data access to an altogether different level. This is looked now looked upon as a technological breakthrough in storage solutions for personal computers.

The incredible advances in data storage technology in computers has seen new facets and these changes are likely to make even an ordinary PC a different and a powerful machine.

BiTMICRO has announced world’s highest capacity solid state drive which is packed in 2.5-inch rugged hard drive enclosure. The E-Disk Altima ATA-133 SSD is designed for military, industrial and commercial users who are looking for faster and bigger storage upgrades. Based on the latest high-density single level cell NAND flash memory chips, the SSD offers up to 416GB (min 4GB) storage capacity and features 133MB/sec read and 100MB/sec write speed.

It’ll be available from March 2008. No word on pricing.