Post by account_disabled on Feb 25, 2024 5:13:00 GMT -5
Vibration, Friction and Power Consumption Can Be Reduced in Addition to Other Mechanical Issues. These Interesting Properties Led the Data Storage Company to Create the First Helium Hard Drive, Which Consumes Less Than 50% of the Power and Has a Higher Storage Capacity Than Traditional Hard Drives. The Hard Drive Industry Has Been Trying to Use Helium to Improve the Performance of Storage Devices Since the 1990s, but the Volatility of the Noble Gas and Its Tendency to Escape From Its Containers Have Undermined Any Efforts to Put It Into Practice. On the Other Hand, This Company is Headquartered in California, United States.
A San Jose, Calif., Data Storage Barriers to Helium's Volatility and Subsequently Launched the First High-performance Helium Hard Drive. In Fact, the First Hard Drives Are Already Being Produced Kazakhstan WhatsApp Number List for Customers Such as the European Institute of Physics, Telecommunications Company Huawei and Computer Manufacturer Hewlett-packard. But What’s the Secret to the New Helium Drive? The Structure of a Traditional Hard Drive Consists of a Series of Stacked Magnetic Disks, or Platters, With Arms Suspended From the Surface of Each Disk. The Read/write Head is Only a Few Nanometers Away From the Platter.
Meters, Which Are Responsible for Reading and Writing Information Using Magnetic Fields as the Disk Spins. Obviously, the Nanoscale Size of These Devices and the High Rotational Speed of the Disks (Approximately ) Complicate the Structural Design of the Memory Cells. Additionally, When the Hard Drive's Platter Spins in the Air at That Speed, It Encounters Some Resistance and Tends to Vibrate, Putting Stress on the Motor, Thereby Increasing Energy Consumption. On the Other Hand, the Properties of Helium Allow Better Air Flow Between the Discs, Reducing Friction Between the Discs and the Vibrations Exerted on the Arms. .