Three Japanese companies worked together to create a new computer part. Kioxia, AIO Core, and Kyocera built a special storage drive that uses light instead of electricity to move data. This fresh design helps computers talk to storage drives from much farther away than before. The new system doubles how fast information can travel compared to older versions. Companies need this speed boost because modern programs like AI require moving huge amounts of data quickly.
Light-based connections work better than regular wires when you need to spread out your computer equipment. The technology keeps energy use down but signal quality high. This matters a lot for places with many computers working at once, like big data centers. These buildings house thousands of machines that must share information without delay. The new storage drives give designers more options to arrange equipment across larger spaces.
The Japanese government supports this work through a special program aimed at making data centers use less power. This project falls under something called the "Green Innovation Fund." Each company brings different skills to the table. Kioxia develops the main storage drives, AIO Core creates the parts that change electrical signals to light, and Kyocera builds special packages for these tiny light-based components.
These companies hope their work leads to data centers that cut power use by at least forty percent. Modern computer buildings consume massive amounts of electricity as they run day and night. Less energy means lower costs and less environmental impact from these essential facilities. The three partners have already proved their design works with current computer systems. Next, they plan to test how it performs in real-world situations.
Data centers need these improvements because artificial intelligence programs demand more processing power every year. Regular electrical connections create bottlenecks that slow everything down. Light travels faster and suffers less interference along the way. By replacing wires with light paths, computers can share information more efficiently across entire buildings. This breakthrough helps tackle both speed problems and energy concerns at the same time.
Light-based connections work better than regular wires when you need to spread out your computer equipment. The technology keeps energy use down but signal quality high. This matters a lot for places with many computers working at once, like big data centers. These buildings house thousands of machines that must share information without delay. The new storage drives give designers more options to arrange equipment across larger spaces.
The Japanese government supports this work through a special program aimed at making data centers use less power. This project falls under something called the "Green Innovation Fund." Each company brings different skills to the table. Kioxia develops the main storage drives, AIO Core creates the parts that change electrical signals to light, and Kyocera builds special packages for these tiny light-based components.
These companies hope their work leads to data centers that cut power use by at least forty percent. Modern computer buildings consume massive amounts of electricity as they run day and night. Less energy means lower costs and less environmental impact from these essential facilities. The three partners have already proved their design works with current computer systems. Next, they plan to test how it performs in real-world situations.
Data centers need these improvements because artificial intelligence programs demand more processing power every year. Regular electrical connections create bottlenecks that slow everything down. Light travels faster and suffers less interference along the way. By replacing wires with light paths, computers can share information more efficiently across entire buildings. This breakthrough helps tackle both speed problems and energy concerns at the same time.
