The amount of data being created on a daily basis is only getting bigger, which is no longer an issue thanks to the Fixstars 13TB Internal SSD. Priced at a whopping $13,000, the hard drive, which can also be obtained in a 10TB model, has set a worldwide record for providing users with the largest commercially available drive of this size.
Featuring read/write speeds of 540mb/s and 520mb/s respectively, the Fixstars 13TB Internal SSD will offer users with a pricey yet near limitless source of storage. While many users are switching to the cloud for their storage needs, this new release from Fixstars is an interesting one as it clearly indicates a continued demand for physical storage over amongst consumers.
$13,000 Hard Drives
The Fixstars 13TB Internal SSD is Purported to be the World's Largest
Trend Themes
1. $13,000 Hard Drives - Disruptive innovation opportunity: Explore the demand for high-capacity, commercially available hard drives to meet the storage needs of consumers.
2. World's Largest Internal SSD - Disruptive innovation opportunity: Investigate the potential applications of the Fixstars 13TB Internal SSD and its record-breaking storage capacity in industries requiring extensive data storage.
3. Continued Demand for Physical Storage - Disruptive innovation opportunity: Develop cost-effective and scalable physical storage solutions to cater to consumers who prefer not to rely solely on cloud storage.
Industry Implications
1. Data Storage - Disruptive innovation opportunity: Capitalize on the increasing need for high-capacity storage solutions in the data storage industry, driven by the proliferation of data.
2. Cloud Computing - Disruptive innovation opportunity: Explore ways to enhance cloud storage services to cater to users who require massive storage capacities available in physical drives.
3. Media and Entertainment - Disruptive innovation opportunity: Introduce high-capacity storage solutions in the media and entertainment industry to handle large volumes of multimedia content, improving production and distribution processes.