Seagate 5GB Compact Flash Hard Drive for Digital Cameras

Seagate 5GB Compact Flash Hard Drive for Digital Cameras - Seagate Press Release: Seagate Set to Ship 5GB CompactFlash Photo exhausting Drive for Digital Cameras

Highest capability and Best price for Photography and different CompactFlash Applications

LAS VEGAS (CES), Jan. 5 /CNW/

Seagate, the world's number-one shopper electronics exhausting drive designer, announced these days at CES that the Seagate CompactFlash Photo exhausting Drive, with a huge 5GB capability, begins shipping next month into retail stores across the country. the primary 5GB CompactFlash media storage card ever introduced, the Seagate CompactFlash Photo exhausting Drive offers unparalleled capacities at cost-effective value points for digital photography hobbyists and skilled photographers that shoot and store giant volumes of high-resolution digital photos.

The Seagate CompactFlash Photo exhausting Drive lets photographers shoot giant volumes of high-resolution footage while not changing the cardboard -- this reduces set-up time and extends shoot cycles, that saves photographers valuable time and resources. And its large 5GB capability reduces the necessity to buy or carry further storage cards. The 5GB Seagate CompactFlash Photo exhausting Drive delivers over 1500 high-resolution (6 megapixel) footage, or over 4000 standard-resolution footage (3 megapixel) on one card.

Available in two.5GB and 5GB capacities, it's ideal for high-resolution, point-and-shoot and skilled digital cameras with a Compact Flash kind II media slot. it is also the foremost cost-effective answer for entertainment, gaming and PDA devices that use Compact Flash kind II media.

Photographers and different customers trust Seagate's renowned product quality, the most effective within the trade. The Seagate CompactFlash Photo exhausting Drive delivers high performance, low power consumption, and reliability during a compact physical package - its sturdy drive design insures information integrity and protects the drive from drops or falls. The Seagate CompactFlash Photo exhausting Drive is rugged and designed to last, within and out, therefore your drive and information are protected, even below demanding conditions.

The Seagate CompactFlash Photo exhausting Drive options a worry-free one year warranty that covers all components and labor, and free technical support even once the warranty ends (sample: exhausting drive recovery). raise for this and different Seagate product at major shopper electronics retail, e-tail, and photography retailers.

What's Inside of Hard Drive?

What's Inside of Hard Drive? - And how exhausting disks are classified? All disks may be divided into 3 basic types. a tough disk could be a terribly troublesome mechanism and its work depends on quality of constructing of every and it constituents. This terribly wise equipment, so to unseal it and a specialist should execute repair or tuning!

• The Platters

The platters are the particular disks within the drive that store the magnetized information. historically platters are manufactured from a lightweight alluminum alloy and coated with a magnetizable material like a ferrite compound that's applied in liquid kind and spun evenly across the platter or skinny metal film plating that's applied to the platter through electroplating, identical manner that chrome is made. Newer technology uses glass and/or ceramic platters as a result of they will be created thinner and additionally as a result of they're a lot of economical at resisting heat. The magnetic layer on the platters has little domains of magnetization that are oriented to store info that's transferred through the read/write heads. Most drives have a minimum of 2 platters, and also the larger the storage capability of the drive, the a lot of platters there are. every platter is magnetized on all sides, thus a drive with two platters has four sides to store information.

• The Spindle and Spindle Motor

The platters during a drive are separated by disk spacers and are clamped to a rotating spindle that turns all the platters in unison. The spindle motor is constructed right into the spindle or mounted directly below it and spins the platters at a relentless set rate starting from three,600 to 7,200 RPM. The motor is connected to a feedback loop to make sure that it spins at exactly the speed it's speculated to.

• The Read/Write Heads

The browse/write heads read and write information to the platters. there's usually one head per platter aspect, and every head is connected to one actuator shaft in order that all the heads move in unison. When one head is over a track, all the opposite heads are at identical location over their respective surfaces. Typically, only 1 of the heads is active at a time, i.e., reading or writing information. When not in use, the heads rest on the stationary platters, however when in motion the spinning of the platters produce air pressure that lifts the heads off the platters. The area between the platter and also the head is thus minute that even one mud particle or a fingerprint may disable the spin. This necessitates that tough drive assembly be exhausted a clean area. When the platters stop spinning the heads return to rest, or park, at a predetermined position on the heads, referred to as the landing zone.

• The Head Actuator

All the heads are connected to one head actuator, or actuator arm, that moves the heads round the platters. Older exhausting drives used a stepper motor actuator, that moved the heads based mostly on a motor reacting to stepper pulses. every pulse moved the actuator over the platters in predefined steps. Stepper motor actuators aren't utilized in trendy drives as a result of they're liable to alignment issues and are highly sensitive to heat. trendy exhausting drives use a voice coil actuator, that controls the movement of a coil toward or off from a permanent magnet based mostly on the number of current flowing through it. This steerage system is termed a servo.

The platters, spindle, spindle motor, head actuator and also the read/write heads are all contained during a chamber referred to as the pinnacle disk assembly (HDA). Outside of the HDA is that the logic board that controls the movements of the inner components and controls the movement of information into and out of the drive.

SCSI - Short for small computer system interface

SCSI - Short for small computer system interface - Short for little pc system interface, a parallel interface customary utilized by Apple Macintosh computers, PCs, and lots of UNIX systems for attaching peripheral devices to computers. Nearly all Apple Macintosh computers, excluding solely the earliest Macs and therefore the recent iMac, go together with a SCSI port for attaching devices like disk drives and printers.

SCSI interfaces offer for faster information transmission rates (up to eighty megabytes per second) than customary serial and parallel ports. additionally, you'll attach several devices to one SCSI port, so SCSI is actually an I/O bus instead of merely an interface.

Although SCSI is an ANSI customary, there are several variations of it, therefore 2 SCSI interfaces is also incompatible. as an example, SCSI supports many forms of connectors.

While SCSI has been the quality interface for Macintoshes, the iMac comes with IDE, a more cost-effective interface, within which the controller is integrated into the disk or CD-ROM drive. alternative interfaces supported by PCs embrace enhanced IDE and ESDI for mass storage devices, and Centronics for printers. You can, however, attach SCSI devices to a computer by inserting a SCSI board in one amongst the growth slots. several high-end new PCs go together with SCSI inbuilt. Note, however, that the dearth of one SCSI customary implies that some devices might not work with some SCSI boards.

The following types of SCSI are currently implemented:

- SCSI-1: Uses an 8-bit bus, and supports information rates of four MBps

- SCSI-2: Same as SCSI-1, however uses a 50-pin connector rather than a 25-pin connector, and supports multiple devices. this is often what the majority mean once they consult with plain SCSI.

- Wide SCSI: Uses a wider cable (168 cable lines to sixty eight pins) to support 16-bit transfers.

- quick SCSI: Uses an 8-bit bus, however doubles the clock rate to support information rates of ten MBps.

- quick Wide SCSI: Uses a 16-bit bus and supports information rates of twenty MBps.

- Ultra SCSI: Uses an 8-bit bus, and supports information rates of twenty MBps.

- SCSI-3: Uses a 16-bit bus and supports information rates of forty MBps. conjointly referred to as Ultra Wide SCSI.

- Ultra2 SCSI: Uses an 8-bit bus and supports information rates of forty MBps.

- Wide Ultra2 SCSI: Uses a 16-bit bus and supports information rates of eighty MBps.

MSDN Hard Drive Pilot Program

MSDN Hard Drive Pilot Program - The idea is that rather than receiving a the large compliment of CDs/DVDs that conjure a MSDN subscription along side the monthly updates a tough disk are often delivered with the equivalent contents; this may be plugged into a USB port on your pc, accessed via a drive letter and updated via an online affiliation as needed.

Many thanks head to Howard Lo, the MVP Lead for SE Asia, who is liasing between the MSDN laborious Drive Pilot cluster and also the SE Asia MVPs for organising this pilot theme for us.

I had to place some sweat into obtaining my one out. I spent it slow at the Inland Revenue Dept and then at the Customs in Colombo.

Now its the FedEx guys. they're keeping me on my toes. Hopefully I ought to be obtaining it tomorrow.

The capability MSDN's laborious Drive Pilot was around a hundred seventy five Gb...
I thought I'd mention that I got a very interesting package from Microsoft on Friday in the form of an external USB hard drive complete with my MSDN subscription installed on it. The idea is that instead of receiving a the huge compliment of CDs/DVDs that make up a MSDN subscription along with the monthly updates a hard disk can be delivered with the equivalent contents; this can be plugged into a USB port on your computer, accessed via a drive letter and updated via an internet connection as required. I have to stress that this is a pilot scheme and there are currently no plans offer this facility to all MSDN subscribers.

Many thanks go to Howard Lo, the MVP Lead for SE Asia, who is liasing between the MSDN Hard Drive Pilot group and the SE Asia MVPs for organising this pilot scheme for us. Howard has asked that we give all feedback straight back to the MSDN Hard Drive Pilot group and hold back posting on our blogs much more than I have just done in this post for now. However, as soon as I get the green light I'll post my own views on the pilot scheme :)

Vantec EZ-Swap SATA Aluminum Mobil Rack

Vantec EZ-Swap SATA Aluminum Mobil Rack - Unlike standard IDE hard drives, Serial ATA hard drives feature faster speeds, easier configuration, and the ability to change hard drives without having to turn your system off first.


Thus, Vantec introduces the EZ-Swap Mobile Rack. Vantec SATA EZ-Swap Aluminum Mobile Rack combines the options of our IDE EZ-Swap with the convenience of SATA.

Vantec EZ-Swap Aluminum Mobil Rack key features:

•     Aluminum Case w/ further Cooling

•     Compatible With three.5 in. SATA exhausting Drives (HDD)

•     Swap HDDs w/o Turning Off Or gap Your computer

•     Temperature show w/ Alarm

•     Blue LCD show

•     SATA Interface

•     Anti-Dust exhausting Drive Casing

•  Straightforward And Secure Three-Step Key Lock

•     40mm Rear Cooling Fan

•     Up To a hundred and fifty MB/sec knowledge Transfer Rate

Vantec EZ-Swap Mobil Rack specifications:

•     Material / No. of fans: Plastic and Aluminum alloy

•     Color: Black

•     RPM: N/A

•     Support 66/100/133: N/A

•     ATA / Serial ATA: SATA

•     Dimensions: 148.0 x 42.0 x 235.5mm , 117.0 x 35.0 x 216.0mm

The SATA EZ-Swap is hot swappable, options a keyed lock for security, a built-in fan for cooling, and a built-in LCD that show exhausting drive up-time, temperature, and fan standing.