A hard drive (3.0 Gb/s) I have recently bought just came, without a SATA cable. I have a 6.0 Gb/s capable SATA cable sitting around. Are these 6.0 Gb/s cables backwards compatible? If I use it, would I have to plug it into the 6.0 enabled port on the mobo or can I just use the normal SATA ports?
SATA Cables
They are backwards compatible. And you can plug it into any SATA port you like.
Require more storage for the games, images, music and films? An internal hard drive upgrade or perhaps a second drive might be what you’re searching for. Internal hard disk drives are utilized as primary storage in desktop Computers, work stations, and servers. Nowadays, small form factor internal hard disk drives are utilized in consumer electronic items like audio players and digital camera models too. No matter the application, this post will present a comprehensive choice of internal hard disk drive items that you should select from, from hard disk producers like Western Digital, Seagate, HItachi, LaCie, Maxtor yet others.
Seagate Barracuda 7200.12 1TB 7200 RPM 32MB Cache 3.5″ Internal Hard Drive
(MPN: ST31000528AS, Price: $135.99, Amazon.com Price: $64.99)
Review: “Drive works great i have a couple of these and have yet to have a problem. Speeds are decent. Compared to back in the day ha its not a ssd but i dont really care its for storage anyways.”
Western Digital 1TB Caviar Green 64 MB Cache Hard Drive
(MPN: WD10EARS, Price: $90.99, Amazon.com Price: $59.99)
Review: “plenty of space for video files and pictures and anything else that doesn’t require a very fast drive. This drive is meant to be a storage drive and not a drive to run your operating system or games on, for that get a SSD or 7200rpm drive. Other than that this is an excellent drive and is fairly quiet, hopefully it will last for many years to come!”
Western Digital Caviar Black 1TB Desktop Hard Drive
(MPN: WD1002FAEX, Price: $119.99, Amazon.com Price: $89.99)
Review: “Considering the price and performance, it is like the best deal on the market right now”
When choosing a hard disk, you will find two primary points to consider: speed and capacity. Budget enabling, always choose the quickest drive you are able to. Speed is measured while using Revoltions per minute figure a quicker spinning speed means greater performance, particularly in games, but could cause greater warmth and noise. The capability, measured in GB (gb), should rely on your personal storage needs. A greater capacity drive will almost always cost greater than a lower capacity drive, so an account balance must usually be struck between capacity and price. Additionally, the hard disk interface IDE, SATA, or SCSI determine a drives application: IDE and SATA for private storage and SCSI for enterprise, mission critical storage.
Case:When the customer backup the data, he accidentally touched the backup hard disk to the ground, and then connected the computer to find that the computer speed was dragged very slowly.The customer immediately searched the information through the Internet and found that it should be a hard disk and hardware.The customer’s hard disk is an…
Case:Mr. Yang did not find any abnormalities in the mobile hard disk last night. The hard disk could be used normally, but it was formattically formatted when it was used again this morning.The work information is gone. Solution:For security reasons, Mr. Yang quickly contacted the data to restore the company. After phone communication, it was…
We first look at the following two pictures. Picture 1 is the “BIOS CHIP” of the circuit board. When we replace the PCB, we need to swap the “BIOS CHIP” with your original PCB. Picture 2 shows the “Board Number” of the board, and the “Board Number” must be the same! FAQs of 2060-771640-003 PCB…
Case:RAID0 composed of two hard disks.Only one ERP system is run, SQL2000 database, and the database has a size of about 3G.The server could not be started a few days ago. It was mistaken for the system damage. It was prepared to reinstall the system. During the reinstallation process, it was found that the partition…
Dell and computer forensics specialists Access Data have released their new Dell Digital Forensics Platform and Forensic Toolkit 4.0 at the International Security and National Resilience (ISNR) exhibition in Abu Dhabi.
“Today’s launch of the FTK 4.0 is a significant milestone that marks the next phase of our efforts here in the Middle East. This release, which is unlike any other previously seen in the region, enables court-cited digital investigations and is built for speed, analytics and accuracy,” said Simon Whitburn, VP International Sales at AccessData.
The new forensics tool expands on AccessData’s existing solutions, to provide a turnkey solution for a wide range of investigative operations, including processing of forensic images and email archives; registry analysis; file decryption, password cracking, image creation and report building.
AccessData offers two expansion modules with the new version-Cerberus, a malware triage technology that provides threat scores and disassembly analysis to determine both the behaviour and intent of suspect binaries, and Virtualization for relationship analysis in multiple display formats, including timelines, cluster graphs, pie charts and more.
“We developed the combined platform in response to significant customer demand, in large part from this region. Dell has worked with us to provide a turn key digital forensics solution that enables our clients to get mobile very quickly. Partnerships with such leading organizations will play a pivotal role in our expansion in the region,” said Whitburn.
Access Data: http://accessdata.com/
AccessData is the leading provider of E-Discovery, Computer Forensics and Cyber Security software for law firms, corporations and government agencies
Dell Digital Forensics
In digital forensics cases, Dell can provide the tools and resources you need to process digital evidence, quickly and reliably. Click the below link to learn more:
http://content.dell.com/us/en/
1. A data recovery apparatus used for a flash memory that includes data areas and index areas in which values indicating whether data stored in the respective data areas are valid are recorded, comprising: a controller that performs a data operation at each of a plurality of logical addresses, and if the data operations performed at the plurality of logical addresses are successful, records a mark value in a last index area of a plurality of index areas respectively corresponding to the plurality of logical addresses.
2. The data recovery apparatus of claim 1, wherein the data operation is first performed on a middle portion of the flash memory and then on other portions of the flash memory, and the mark value is recorded in one of the index areas corresponding to the middle portion of the flash memory.
3. The data recovery apparatus of claim 1, wherein said plurality of logical addresses are consecutive logical addresses.
4. A data recovery apparatus used for a flash memory that includes data areas and index areas in which values indicating whether data stored in the respective data areas are valid are recorded, comprising: a controller that determines whether data respectively stored at a plurality of logical addresses prior to a predetermined logical address, through a data operation, are valid based on a mark value recorded in an index area corresponding to the predetermined logical address.
5. The data recovery apparatus of claim 4, wherein the mark value is recorded in index areas respectively corresponding to first and last logical addresses of the plurality of logical addresses when performing the data operation first on a middle portion of the flash memory and then on other portions of the flash memory, and determining whether data respectively stored at at least one of the plurality of logical addresses between the first and last logical addresses are valid based on the index areas in which the mark value is stored.
6. The data recovery apparatus of claim 5, wherein it is determined whether data stored at the predetermined logical address is valid based on whether data exists at a logical address subsequent to the predetermined logical address.
7. The data recovery method of claim 4, wherein said plurality of logical addresses are a plurality of consecutive logical addresses.
8. A data recovery method used for a flash memory that includes data areas and index areas in which values indicating whether data stored in the respective data areas are valid are recorded, the data recovery method comprising: performing a data operation at each of a plurality of logical addresses; and recording a mark value in a last index area of a plurality of index areas respectively corresponding to the plurality of logical addresses.
9. The data recovery method of claim 8, wherein, in the recording of the mark value, if the data operation is performed first on a middle portion of the flash memory and then on other portions of the flash memory, the mark value is recorded in an index area corresponding to the middle portion of the flash memory.
10. The data recovery method of claim 8, wherein said plurality of logical addresses are a plurality of consecutive logical addresses.
11. A data recovery method used for a flash memory that includes data areas and index areas in which values indicating whether data stored in the respective data areas are valid are recorded, the data recovery method comprising: identifying a mark value recorded in an index area corresponding to a predetermined logical address; and determining whether data respectively stored at a plurality of logical addresses prior to the predetermined logical address, through a data operation, are valid based on the mark value.
12. The data recovery method of claim 11, wherein in the determining operation, it is determined whether the data respectively stored at the plurality of logical addresses are valid based on a mark value recorded in an index area corresponding to one of the plurality of logical addresses where the data operation has performed most recently.
13. The data recovery method of claim 12, wherein, in the determining operation, if the data operation is performed first on a middle portion of the flash memory and then on other portions of the flash memory, it is determined whether data stored in the flash memory are valid based on the mark value recorded in the index area corresponding to the middle portion of the flash memory.
14. The data recovery method of claim 12, wherein it is determined whether data stored at a predetermined logical address is valid based on whether data exists at a logical address subsequent to the predetermined logical address.
15. The data recovery method of claim 13, wherein it is determined whether data stored at a predetermined logical address is valid based on whether data exists at a logical address subsequent to the predetermined logical address.
16. The data recovery method of claim 12, wherein said plurality of logical addresses are a plurality of consecutive logical addresses.
Case:A large number of disks have caused a large number of disks, resulting in the unable to run normally by the financial software database of the server. The customer then contacted our engineers and did not perform other operations. We immediately repaired disk. Solution:According to the mirror operation of the 5 hard disks of 5…
ESS Data Recovery, Inc. was founded in 1996 and incorporated in 1999. As one of the best data recovery companies in the world, ESS has the capacity to handle large RAID arrays, data tapes, flash media, and any brand of desktop or laptop hard drives. Their clients have included: NASA, Sprint, Lockheed Martin, Microsoft…
ESS data recovery offer 24/7 data recovery service and has four labs in Minnesota, Illinois, California, and Ontario Canada.
Edwardsville, IL (St. Louis, United States)
ESS Data Recovery, Inc.
110 North Research Drive Edwardsville, IL 62025
Phone: 1.800.237.4200
Pleasanton, CA (Bay Area, Silicon Valley, United States)
ESS Data Recovery, Inc.
1241 Quarry Lane, Suite 115 Pleasanton, CA 94566
Phone: 1.925.600.9800
Woodbury, MN (Minneapolis, Twin Cities, United States)
ESS Data Recovery, Inc.
6043 Hudson Rd., Suite 275 Woodbury, MN 55125
Phone: 1.800.237.4200
Markham, Ontario (Toronto, Canada)
ESS Data Recovery, Inc.
7300 Warden Avenue Suite 212 Markham, Ontario L3R 9Z6
Call direct: 647.723.7040
ESS Data Recovery has always offered a 100% money-back guarantee covering our entire service offering. If we do not recover the needed data from your drive (in excellent condition), there is no charge. If only a portion of the requested data is recovered, you are only charged for the percentage recovered.
Call Now: 1.800.237.4200
Website: http://www.datarecovery.com/
