These drives are great for Mac computers. They have two FireWire 400 ports on them which means you can daisy chain them, they have an Oxford chipset so they are Plug N Play compatible with Macs, and they are designed similar to the Mac Pro.
This camera can record on one of three things, the 60GB hard drive, an 8 centimeter Blu-Ray disc, or an 8cm DVD. Sadly the resolutions and bit rates get so high that about 720x480, the camera’s lowest setting, DVD isn’t even an option, and even at that lowest setting, you only get 20-30 minutes of recording on a DVD.
So you know those new 500GB laptop hard drives we showed you earlier today, the ones from Hitachi? Well ASUS was lucky enough to get in on Hitachi’s good graces and the two have cranked out a laptop with a 2-drive configuration that totals a terabyte of storage, on the go.
I’m a backup junkie, and I use a lot of harddrive space on my laptop to keep manual backups of our sites despite having an automated backup servers (I never trust automated backup). My MacBook Pro is my primary and only machine that I use daily in and out.
Having 500GB storage on my laptop with a single drive configuration is plain sweet! Hitachi made it possible with its new 5K500 2.5-inch laptop drives. The Travelstar 5K500 is available in 400GB and 500GB capacity.
Back when the large panel TV’s were first getting popular, most companies had two choices, bet on Plasma for the ease of which it scales, or bet on LCD and hope for the best. Well, Matsushita bet on Plasmas, and that worked out well in the beginning, but since then, LCDs have grown in size, and the plasma market has dwindled considerably.
So, Samsung has this series of hardrives called the Spinpoint F1 series, with the HD103UJ topping it at 1TB. All three drives in the series have a data density of 350GB, operate at 7200RPMs, and utilize the SATA/300 interface.
its the one on the left.
Only the 750GB and 1TB drives have the full 32MB cache though. All of that calculates to make the 1TB drive have a total average access time of 14.2 milliseconds, which, in the terabyte hard drive market (there aren’t many) is slow, in fact, Seagate and Hitachi have models that perform at 12.7ms and 13.8ms respectively, so the only company the Samsung beats out is the WD Caviar GP with its 15/15.1ms access time.
You don’t believe its thin and light? Well peep this, its 35mm thick, that’s a number, then for the lightness, look at the runway model carrying one and stopping to pose after strutting out with the screen in hand.
I am pretty sure a good sign of something being light is how easily a runway model can carry eat and still look good. Part of the reason its so light is because they’ve separated the actual screen, and all the other junk that usually comes built into back/side of the TVs.
HLDS (Hitachi-LG Data Storage) and TSST (Toshiba-Samsung Storage Technology) are soon to cease manufacturing of both CD-ROM and CD-RW drives. Not too big of a surprise since the last time I went shopping for computer parts I could have gotten one of each for less that $40.
Basically what it comes down to is the fact that all the new DVD burners are so close to the price of a new CD burner, and do the same thing and more, that they aren’t selling very many, roughly 5% of their shipments right now, and they expect it to be less by the end of the year. So if you were a big fan of those optical drives, my condolences go out to you.
They were able to hit 520GB per square inch, which means I now want a freaking hard drive that holds that much data that’s not much bigger than a square inch. Yeah sure, they’ll probably use the technology to crank out hard drives somewhere in the multi-terabyte range, but I think it would be awesome to have a thumb drive that could hold 520GB.
I guess this is just proof that telling someone they can’t do something is just more motivation to do just that, since Hitachi just said earlier this week that the Tunneling Magneto-Resistive head used wouldn’t be able to do just what WD has accomplished. Of course Hitachi was saying that as they announced their new CPP-GMR read/write head tech.
That’s right, by 2011 your laptop could have a 1TB HDD and your desktop could have a 4TB HDD. That’s all thanks to some nanotech thing that Hitachi has done that reduces Nanometer Recording by two times.
You could actually see the technology as early as 2009, but probably not quite in those capacities. Basically what they did was shrunk the head (I KNEW IT WAS ALL VOODOO!) to a point where it’s about 2,000 times smaller than a human hair.