Subject: Storage | April 19, 2016 - 08:00 AM | Allyn Malventano
Tagged: Xe, western digital, wdc, WD, se, RE, Media Cache, hgst, HelioSeal, gold, 8TB
Western Digital rolled out their Se / Re / Xe branding back in mid-2013. Since that time, a lot has changed in the rapidly evolving enterprise storage industry. SSDs are encroaching into more of the data center rack space out there, and the need for small capacity 10k and 15k RPM drives is dropping substantially in favor of more power efficient (in power and capacity per dollar), larger spinning disks.
With these winds of change comes today’s announcement from Western Digital:
The new Gold lineup appears to be a merging of old and new product lines. The 6TB and below Re series are essentially being absorbed under the new Gold label, but 6TB will no longer be the top capacity offered to WD enterprise customers. A new 8TB capacity will be offered in the form of a HelioSeal drive. The 8TB model will share more parts with the HGST He8 than WD’s previously released 8TB Red, including HGST’s Media Cache architecture, which should yield a nice boost to sustained random write performance over drives lacking this technology.
The press release does not state this, but I suspect WD will be phasing out their Se and Xe product lines over the coming months in favor of Helium-filled drives of the 5400 (Red) and 7200 (Gold) RPM variety. Fewer lines to manage should help them tighten things up a bit and reduce costs even further over time.
We’ll be reviewing the new 8TB Gold just as soon as samples arrive for testing, so stay tuned!
Full press blast appears after the break.
Subject: General Tech | June 25, 2013 - 12:25 PM | Jeremy Hellstrom
Tagged: quantum dots, nanotubes, gold, boron nitride
The biggest hurdle in building a transistor that uses quantum effects to move electrons is that the transistor needs to be kept at incredibly low temperatures, a drawback common to anyone who has worked with superconductors. Since the hoped for benefit of using quantum effect transistors is to avoid the heat generated in current silicon based models, it defeats the entire purpose of the project if you still need a custom cooling solution. According to this article at The Register you might not need to worry about supercooling your transistors thanks to work being done by Oak Ridge National Laboratory and the MTU group who have created a transistor made up of three nanometer gold quantum dots, insulated by boron nitride nanotubes which successfully transferred electrons at room temperature. You will not be seeing this technology in consumer products any time soon and the boffins in the EUV lithographic business come up with a few new tricks in the mean time.
"The world might still be 20 years from the end of Moore's Law, but the hunt for technologies to replace semiconductors is going on right now. A group from Michigan Technological University is offering one such alternative: a quantum tunnelling transistor that operates at room temperature."
Here is some more Tech News from around the web:
- Graphene QDs on aligned carbon nanotubes ramp up supercapacitor performance @ Nanotechweb
- Price gap between Haswell and Ivy Bridge notebooks may reach 40% in July @ DigiTimes
- Getting Started With the BeagleBone Black: A 1GHz ARM Linux Machine for $45 @ Linux.com
- Rumor: Ivy Bridge-E Core i7 4960X Delidded – Uses Solder, Not Paste @ hardCOREware
- Privacy expert dismisses PRISM-busting typeface as 'art project' @ The Register
- Pink Floyd blasts Pandora for 'tricking' artists with petition @ The Register