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WD's thinnest hard drives

05.05.2013

Western Digital today announced that it has begun shipping 2,5-inch WD Blue hard drives and WD Black hybrid drives (SSHD) to electronics manufacturers in 5mm thick cases. The vendor claims that these are the first drives on the market with such dimensions. To create these ultra-thin hard drives, our engineers had to design them from scratch," said Matt Rutledge, WD Vice President and General Manager, Customer Storage Business.

The new drives are designed for ultrathin portable devices and high-density computing systems. The maximum capacity is 500 GB. Drives can be placed in standard bays (for 9,5mm devices), but there will be free space. The new type of compact connectors SFF-8784, which was used in new WD drives for the first time, made it possible to reduce the thickness of hard drives. These connectors provide power and data transfer between the SATA controller and the drive, the company explained.

"Ultimately thin, and a compact interface connector opens up a wide range of opportunities for computer platform developers. In addition, due to the small size, it was possible to reduce the weight of the drives by 36% compared to standard 9,5 mm hard drives," said Rutledge.

New devices in working and off states are able to withstand shock accelerations up to 400g and 1000g, respectively. This was made possible thanks to the use of new miniaturization technologies, which maximized the free space inside the drive case, expanding the limits of permissible vibration amplitude.

The company did not specify the cost of new drives. The vendor plans to inform about the start of sales of devices in Russia and the recommended prices additionally. In November 2012, the A*Star Data Storage Institute announced the development of a 2,5mm thick 4,98" hybrid drive that holds 1TB of data. However, it is not yet on the market, unlike WD devices. It is planned to start production this year.

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Lead is stronger than steel 01.02.2021

Lead is a very soft metal that can be easily minted and bent, but only under normal conditions. When extreme pressure is applied to lead, it becomes ten times harder than steel.

Scientists created extreme pressure using a laser system at the Lawrence Livermore National Laboratory, and subjected it to lead. The metal found itself in conditions typical of the Earth's core - the pressure inside the metal was about 400 gigapascals.

The scientists, led by Andrew Kreiger of Lawrence Livermore University, observed fluctuations in lead, which was under incredible pressure.

"The increase in vibration was relatively slow - our sample was calculated to be two hundred and fifty times stronger than lead under normal conditions. This means that lead under extreme pressure can be ten times harder than the highest strength steel," says Kreiger.

Experiments have shown that high pressure changes the structural properties of lead - the metal rearranges the crystal atomic lattice, turning into an incredibly hard material. This discovery can be used in industry - scientists are sure.

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