Hello friends, my name is Arjun Gupta and today we see " IBM and SONY make a tape that can store 330TB of data ".
The future of data storage is here: Magnetic Tape. Scientists of IBM Research have created a new world in space when the cartridge capacity in 2015 was 220 terabytes and 123 gigabytes per square inch. Availability by IBM comes as good news for cloud services, which need to be backed up and stored. From scientific research to security and surveillance video, extend the amount of information from large data applications all the time. To develop new tape-based storage prototypes and achieve 201 GB per square inch, IBM researchers had to develop many new technologies. With IBM working closely with Sony for several years, especially enabling enhanced internal recording density.
IBM used its study and writing technology with Sony's "Spartered Magnetic Tape" to store the data. Springing involves coating the storage medium with various nano-meter thin layers
Conducting the materials including five nano-meter overcoats of diamond-like carbon. Many layers of nanoparticles are also used to increase the length of the tape. In addition, IBM has also included its advanced servo control techniques and innovative signal processing algorithms. Uses magnetic tape spattering to store prototype data developed by IBM and Sony. Sputtering involves coating the storage media with layers of various operating materials, which include five nanometers of the diamond-like carbon-like overcoat.
Cloud archiving services such as Amazon's Glacier and Google's passing and cold line storage have taped to displace some long-term archival requirements, but the success of tape-storage by IBM scientists can keep the tape relevant for some time.
IBM Research researchers have set a new record of 201 gigabytes per square inch of data stored on the Sony prototype of "Spartered Magnetic Tape".
Similar to the procedure used in the production of integrated circuits, the tape is increased by painting on several thin layers of barium ferrite liquid metal. It used to use a single metal in 2015 without a spattering process to store up to 123 gigabits per square inch on the tape.
Now, IBM says that this method allows recording up to 330TB of uncompressed data on standard palm-sized tape cartridges.
The new record volume is roughly 330 million books and sets IBM the path to double and tape capability for IBM and other magnetic tape vendors every two years.
The tape remains cheaper than the disc and for this reason, the massive archive of archives and recordings of enterprises is used to store a large trow, say, in health and finance, are bound to comply.
However, Google and Amazon are going beyond the archival market with the promise that cloud data provides fast access to data, tape provides less uncertainty on library management, fewer management overheads, and format support.
IBM used spotty magnetic tape to produce its prototype, which was developed by Sony Storage Media Solutions. The couple has worked many times in the past to develop new technologies for tape storage.
According to the press release, in the case of terrain density, the team was able to get 201 gigabytes per square inch -20 times the value density of some of the top solutions currently in the market. Almost 60 years ago, IBM's first magnetic tape solution has an ice density of 165,000,000 times.
In order to obtain world records with this prototype, IBM used a special signal processing algorithm for the data channel which enables the operation on a very specific linear density. IBM also used advanced servo control techniques to provide extremely accurate head position and a new low-friction tape head.
IBM used its study and writing technology with Sony's "Spartered Magnetic Tape" to store the data. Springing involves coating the storage medium with various nano-meter thin layers
Conducting the materials including five nano-meter overcoats of diamond-like carbon. Many layers of nanoparticles are also used to increase the length of the tape. In addition, IBM has also included its advanced servo control techniques and innovative signal processing algorithms. Uses magnetic tape spattering to store prototype data developed by IBM and Sony. Sputtering involves coating the storage media with layers of various operating materials, which include five nanometers of the diamond-like carbon-like overcoat.
Cloud archiving services such as Amazon's Glacier and Google's passing and cold line storage have taped to displace some long-term archival requirements, but the success of tape-storage by IBM scientists can keep the tape relevant for some time.
IBM Research researchers have set a new record of 201 gigabytes per square inch of data stored on the Sony prototype of "Spartered Magnetic Tape".
Similar to the procedure used in the production of integrated circuits, the tape is increased by painting on several thin layers of barium ferrite liquid metal. It used to use a single metal in 2015 without a spattering process to store up to 123 gigabits per square inch on the tape.
Now, IBM says that this method allows recording up to 330TB of uncompressed data on standard palm-sized tape cartridges.
The new record volume is roughly 330 million books and sets IBM the path to double and tape capability for IBM and other magnetic tape vendors every two years.
The tape remains cheaper than the disc and for this reason, the massive archive of archives and recordings of enterprises is used to store a large trow, say, in health and finance, are bound to comply.
However, Google and Amazon are going beyond the archival market with the promise that cloud data provides fast access to data, tape provides less uncertainty on library management, fewer management overheads, and format support.
IBM used spotty magnetic tape to produce its prototype, which was developed by Sony Storage Media Solutions. The couple has worked many times in the past to develop new technologies for tape storage.
According to the press release, in the case of terrain density, the team was able to get 201 gigabytes per square inch -20 times the value density of some of the top solutions currently in the market. Almost 60 years ago, IBM's first magnetic tape solution has an ice density of 165,000,000 times.
In order to obtain world records with this prototype, IBM used a special signal processing algorithm for the data channel which enables the operation on a very specific linear density. IBM also used advanced servo control techniques to provide extremely accurate head position and a new low-friction tape head.
The 3 big reason for IBM magnetic tape-
- IBM's new magnetic tape prototype has 330 TB uncompressed data on palm-sized cartridges, breaking the world record for this storage type.
- The prototype uses spattered magnetic tape and was developed with the help of new innovations in Sony Storage Media Solutions and Tape Technology.
- The new solution has a partial density of 201 gigabytes per square inch, which is 165,000,000 times the first magnetic tape solution of IBM.
Thank you
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