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The most important part of your bands upcoming CD duplication project is the music, right? So if you're going to create your own master CD you better make sure it's exactly right. Here are some tips to help you get your master done right the FIRST time!
Now is not the time to be cheap - so don't use cheap blank media. Use good quality brand-name media. Supply your master on normal CDR media. Do not supply it on CDRW, DVDR, or DVDRW media. Use an actual disc duplication program such as 'Nero' or 'Toast' to create your master - do not use Windows Media Player, iTunes or other computer application to create your master. Important: Before you burn your master there are some settings you need to double-check on your disc duplication software. Make sure you select 'music CD' or 'audio CD' as the format for your master - do not select 'data' or 'CDROM'. If you are using a duplication program such as 'Nero' or 'Toast' they will give you the opportunity to add "CD Text" to your master so you can include the song title and artist name for each individual track. You should also have the ability to add CD Text for the name of the CD/album and the artist/band name. You do not want to create an 'open session' disc (this means additional information can be added to the CD later). Instead, you want to make sure your disc is 'finalized' - which is also referred to as 'disc at once' or 'closed session' disc. Burn your master at the slowest possible speed as this will create the best image on the disc.
Now that you've checked the settings you should be ready to begin burning your master.
Create two or three copies of your master and keep one copy for your own safety and back-up purposes. After creating your master copies make sure you listen to all of them from beginning to end to make sure there are no errors whatsoever. Test your master copies on a variety of different playback devices to make sure they are formatted correctly. For example: Car stereo, computer, home stereo, portable stereo. Important: Now that you've tested your master copies thoroughly you can send a copy to the CD Duplication company for processing. The CD Duplication company may ask you to provide two copies of your master so they have a back-up copy if needed. This is generally a good idea, because if anything happens to one copy they can immediately go to the second copy without delay. If this is the case always make sure you keep your own tested/approved copy for your own safety and back-up purposes. Package up the master copy (or copies) to protect them properly while they are being shipped. Placing each copy in its own rigid jewel case and then packaging the cases inside a padded mailer is generally the best method.
In closing, it is your responsibility to make sure your master is error free, formatted properly, and ready to manufacture as supplied. If you have followed the steps as noted above, you should get excellent results.
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Building your own custom desktop computer is a task that even a non-tech savvy person can accomplish. It's not as scary as it sounds as long as you follow the steps and ask questions when you need to. The advantage of making your own computer is that you get to choose everything. From how the case looks to what video card to include and what your budget is, you are in complete control. This is a great opportunity for both advanced computer users looking to build a crazy gaming computer or just the basic office user that wants to save a few dollars.
The first step is to do your research and order your parts. Here are the relevant components for a basic computer build:
- Optical Drive/DVD drive
- Hard drive
- Case
- Power Supply (PSU)
- Processor (CPU)
- Motherboard
- RAM (Memory)
- Operating System
These are the core components of a computer. However, you can very easily add to the core by purchasing additional parts like a video card or a wireless internet card. As a base, that's all you will need.
I recommend starting by choosing a processor. The processor is basically the engine of the computer and will determine what sort of motherboard you will purchase. For example, if you are purchasing an Intel E8400 Wolfdale processor, you will need to purchase a motherboard with a LGA 775 slot to accommodate the processor. You can visit cpubenchmark.net to see a performance and price per performance rating for today's processors. Generally, you cannot compare the speed rating of two CPUs. That means that just because one processor boasts 3.2 Ghz, that doesn't necessarily mean that it is faster than another processor running at 2.9 Ghz.
Once your CPU is selected, it's time to choose a motherboard. You need to be mindful of the following compatibilities:
- CPU socket type.
- Number and type of RAM slots
- Number of SATA Connectors (one for each hard drive and optical drive you will plug in. Leave room for expansion!).
- Number of PCI slots for additional cards (USB cards, modems, wireless network cards, HUBs...)
- Number of USB ports built in.
- Presence of on-board video card.
The CPU socket type is determined by the type of processor you purchase. As of this writing, you will be purchasing type DDR3 RAM. You will get at least 2 RAM slots but can upgrade to 4 or more if you anticipate needing that many. RAM sticks offer different capacities so you can mix and match. For example, you can purchase one stick of 4GB or purchase 2 sticks of 2GB to reach a total of 4GB of RAM.
The number of SATA connectors will limit how many drives can be installed inside the computer. Typically, 4 will suffice for most users. The number of PCI slots depends entirely on whether you plan to use them or if you will even need them. Plan one slot for each type of card you will add. Finally, consider how many USB slots will be built in and whether that is enough for all your devices (mouse, keyboard, printer, camera, microphone, cell phone...)
Most basic users can get a motherboard with an on-board video card. This will be sufficient for basic computer use and viewing of most videos. However, if you are planning to make video intensive use of your computer such as playing 3d video games or editing movies or pictures, then you will definitely need a stand alone video card instead of a on-board card. Video card (GPU) benchmarks are available in the same fashion as CPU benchmarks.
Your drive choices will be pretty simple. Grab a SATA (connection type) DVD burner and a hard drive that suits your size and speed needs. Typically, you will want a 7200RPM (rotation per minute) hard drive or better and as much space in gigabytes as you anticipate using. If you have a lot of pictures or video, upgrade to a 500GB or higher hard drive. Once that drive fills up, you can easily add a second internal drive or expand the computer with an external USB hard drive.
Your biggest consideration when choosing the computer case will be aesthetic. Find a case that you think looks good and has a solid build (with good reviews) and add it to your cart. The last hardware item will be the power supply unit. While some cases come with one, most do not. You will need an appropriate wattage to support your machine (300+ for basic machines, 500+ for high performance machines). Additionally, you will need enough connectors (RAILS) to power all your devices. At the very least, you will need two SATA power cables (one for each drive).
Just to be safe, add an order of thermal paste/thermal compound for your CPU.
Once you have received all your parts, it's time to get started. The first step to assembling your new computer is to open the case and lay it down on your work bench. This is done by removing the big screws on the back that hold the side panel in place. You can ignore the side panel until you are done assembling the machine. If you ordered a case without a power supply unit, go ahead and unpack your PSU and place it in the case and use the four screws to hold it in place.
The next step is to unpack the motherboard and install the MOUNTING SCREW HOLDERS in the case. Generally, these are golden pegs that you will place in the case to support the motherboard. Your machine will not power up if you do not follow this step! Correspond the screw holders to the holes on the motherboard where the screws will go. Once your screw holders are all in place, remove the rear connector panel that comes with the case and replace it with the one specific to your motherboard. Slide the motherboard into place through the rear panel and on top of the screw holders and screw the motherboard to the case.
Remove the processor slot cover and unlock the slot by moving the lever. Open your CPU and follow the instructions provided to install the processor and the fan that came with it. Once your processor is properly seated and locked, you should add a layer of thermal paste between the processor and the fan. Seat the fan and lock it in place according to the instructions and connect the power cable to the motherboard (there will only be one slot where it can fit).
Unpack your DVD drive and your hard drive and slide them into place. You will be able to screw the drives in place through the side of the mounting brackets. Once the drives are installed, proceed to place the RAM sticks into their slots. They only fit one way and inserting them will cause the latches at either end to lock the RAM in place automatically.
Take two SATA cables and connect each one to each drive and to the motherboard. Now, connect the power supply to the motherboard in two spots: find the rail with the 2x2 connector and plug that in to the appropriate 2x2 slot on the motherboard. Then, take the 2x12 Rail and plug it into the appropriate spot on the motherboard. Find two SATA rails and connect them to both drives. Finally, open the motherboard instruction manual and find out where the front panel connectors are. This is where you will connect the thin cables that are coming from the front of the case. They control the power and reset buttons as well as the lights on the front of the computer case.
Once all is said and done, connect any case fans to the appropriate power supply rails and then replace the computer's side panel and screw it in place. Plug the computer into the wall socket and connect your screen, mouse and keyboard. Say a quick prayer and press the power button. If all of your components work and you followed these instructions correctly, your machine will now be powering up! Visit the bios to configure basic system settings and then insert your operating system CD into the DVD drive and proceed to install the OS of your choice.
Despite the length of these instructions, building your own computer can be a pretty quick affair. It takes an experience computer builder about 30 minutes to go from a bunch of boxes full of parts to a newly built custom desktop computer. Don't let the mass of wires intimidate you. They only fit in one spot and once you figure out what goes where, you will be very comfortable working with your new computer.
Keep in mind that building your own computer means that you are in charge of maintaining the machine. The parts you purchased will have individual warranties so keep your receipts and keep their packaging. If you have any issues or questions, visit an online computer repair community to receive help troubleshooting your issues.
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There could be many reasons why you'd want to troubleshoot your computer, well, one actually and that's because something is not working right. The process of troubleshooting is something you learn after working for a long time with computers. Often enough when there's a problem, nothing is going to explicitly tell you what is causing the problem and how you can fix it. By taking logical steps and walking through the process of troubleshooting you should be able to solve almost any computer problem, software or hardware related. It involves identifying the problem(s), finding the cause of that problem, determining the solution, executing that solution, and testing and checking that solution to see if it solves your problem.
As an example let's say one day while using your computer the screen suddenly turns all black and you can't see anything. We found a problem now what would be the first step to take to fix it? First check to see if the monitor is on and is receiving power, most monitors when they have power, but no connection or connection problems with the computer will display a message that says this monitor is working, but make sure you check your cables. So the next logical step to take would be to check the cable to make sure it is properly connected and secured to the VGA slot behind your computer case and to make sure the monitor cable is plugged into the monitor. Now, here's where you have to decide what would be the next best course of action to take. you could either swap out your monitor with another monitor that you know is working to see if the problem is the monitor itself and nothing else or you can try to see if the problem is your graphics card. If your replacement monitor works, good, then you know your culprit is a bad monitor and you'll most likely have to get a new one, because monitors are dangerous and too costly service. If the replacement monitor you used shows up a black screen as well, the next thing you'd do is check to make sure the graphics card is properly seated in the motherboard, if it is and the display is still not showing up, then swap out the graphics card to see if your problem is fixed.
Generally there are only so many steps you can take before you solve the problem and everything is back in order. Make sure that before you start testing and swapping out parts that the problem wasn't caused by you changing a software setting in Windows or some ambiguous option in the motherboard's BIOS that causes your problem.
Motherboard
The motherboard is the heart of the computer, every part of the computer relies on the motherboard to function correctly. It maintains connection between every PC component and ensures that things are operating smoothly between them. Many signs of motherboard failure is that the computer won't boot up, not reaching the POST test, erratic system behavior, different combinations of components not working. Because everything is connected to the motherboard certain parts may or may not work correctly if the motherboard is faulty so be sure to test those parts before thinking they're dead and getting new ones.
Be sure to do a visual inspection of the motherboard to make sure all cables are seated properly, the fans are spinning, and that the CMOS battery is in it's proper place. Also check for any broken or leaking capacitors, those can immediately render a motherboard dead. Make sure that all of the jumpers are set correctly as well, you should be able to find jumper information in your motherboard's manual, and if you don't have the manual you should be able to find the manual on the Internet at the motherboard manufacturer's website.
Many of the problems caused by a bad motherboard is also similar to problems caused by a faulty or dying power supply, so be sure to check if the power supply is faulty or swap it out for another to see if your problem is fixed. If you have a spare motherboard you can try swapping out the motherboard to see if that solves your problem, if that's the case then the motherboard is most likely faulty. If you think the motherboard is faulty and it is still in warranty you should be able to send it back to the manufacturer for a new one with no hassle, sometimes they might even pay for the shipping & handling if it is a big problem that is happening with a certain line of motherboards. Make sure that when you open a motherboard you keep all of the packaging and the box, and if there are any stickers that will void the warranty if removed make sure you do NOT remove them, so that way it is easier to send back.
Power Supply
If you suspect your power supply is giving you trouble, make sure you check it out fast, because power supplies can make trouble with the rest of your system as well. Irregular voltages sent from the power supply can short circuit and overheat your components thus frying them and making them unusable. Some faulty power supplies have even caught on fire, but if you're lucky it might just smoke a little and start to smell. A few signals that your power supply is bad or is going bad would be erratic and seemingly random system behavior like system hangs and crashes, and burning smells along with smoke.
If you recently upgraded your system or added new hard drives, disk drives, a graphics card or anything for that matter, be sure to check if your power supply is being overloaded with hardware. A good way to check is to use a power supply calculator. One time when I upgraded my system with a new fancy PCI Express 16x Graphics card, well it was fancy back then, I had problems with the graphics card performing while in 3d games, it was all due to my power supply being unable give it enough juice on the 12v rails so it performed poorly and didn't act as it should have, I even swapped out the graphics card for another one believing it was bad, after checking the manufacturer's forums it seemed like a lot of people were having problems with faulty cards, so I figured mine must have been faulty too. After getting the new card it seemed like it performed better for a little bit longer, which could've just been some optimizations they did to circuit board. Seeing how they sent me an upgraded version of the same card, but it wasn't until I checked my power supply wattages that I found the real culprit.
The first thing to do to diagnose your power supply is check the power supply connectors, make sure everything is plugged into the motherboard and the power cable is plugged into the power supply, you wouldn't believe how many people forget to plug in their computer. Many power supplies also have a power switch on them so check to make sure that no one accidentally or purposefully switched it off maybe for a prank. Check the fan to see if it is spinning at the correct speed and if it's dusty vacuum it out. Determine if the power supply cables are giving out the right amount of voltage, if you computer will let you boot you should be able to check them in the BIOS menu to see if the correct voltages are being given. Normal power supplies give +3.3 volts DC, +5 volts DC, -5 volts DC, +12 volts DC, and -12 volts DC.
Memory
Faulty RAM can have many adverse effects on your system. Constant lockups, computer rebooting, memory error message (duh), system crashes, and sometimes refusing to boot up are all signs of memory errors. Though, these are also signs for motherboard, hard drive, and power supply problems too. Luckily for you if you think your memory is subject to causing a disruption in your system there are programs that can check the memory for it's performance and to see if it is generating any errors.
Memtest86+ is an amazing memory diagnostic program. It is based off of the original Memtest86 that has been around since 1994 and is used by system-builders, average joes, and professionals in the IT world. It's a standalone memory check test which means it can be easily run without a bootable operating system, that's good if you can't just seem to get your PC started and want to rule out your memory as quickly as possible.
How To Use Memtest86 With Your Floppy Drive To Test Your Memory
First go their website at http://www.memtest.org and select the most appropriate version to download. You can download the bootable iso or the Pre-compiled floppy drive depending on whether you want burn a CD or use your floppy drive. We're going to go into details on floppy method. Open up the .zip and extract the files to a folder, then click on install.bat, you will be asked to "Enter target diskette drive:". Type A and hit enter then it will ask you to insert a formatted diskette into drive A: and press -Enter-: after you hit enter it will write some files to your floppy so you can boot your computer with the floppy to test for errors. After the floppy has been formatted with Memtest86+, leave the floppy in your floppy drive and reboot your computer. Remember to set your floppy drive as the first boot device in your BIOS menu. The program will automatically load and perform the memory diagnostic tests on your computer. During the testing if there any errors they will show up and at the end of the test it will tell you how many errors you've had.
After testing your memory if you receive any errors you should make sure that your memory is okay either by swapping it out and seeing the problems still occur or try your memory in another system. If the memory passes the tests then you proceed to troubleshoot something else with good faith that your memory is fine.
Hard Drive
The hard drive is that ultimate safe to everything important on your computer. It keeps all of your information, files and folders, music, videos, favorite websites, and programs. With a bad hard drive there's no reason to have a computer. In terms of fixing a computer if the hard drive isn't salvageable then most people don't even want to bother with the rest, because their computer is probably a piece of junk that has been handed down from time to time. Generally when a hard drive is about to fail it's usually years down the road from first acquiring the computer. So the next best option rather than replacing the drive is to just buy a new computer, or build a new one, because your old one sure is probably not running as fast as it used to.
Luckily before your hard drive kicks the bucket there is usually a few warning signs:
Abnormally slow file transfers Problems with booting, especially when Windows is being loaded Corrupted files Disappearing files or folders Loud hard drive noise is a good sign that there is a mechanical problem going on inside
If your hard drive exhibits any of these signs be sure to transfer all of your files to another source immediately, and do not continue to do day-to-day activities with that hard drive. If it doesn't show any of these tell-tale signs, however you have a gut feeling that your hard drive is on the brink of destruction you can try using many different drive testing utilities available on the internet. The hard drive manufacturer usually has at least one qualified tool that you can download from their website and run. Other ways to check the health of your hard drive involves running the Windows Error Checking tool by right clicking on your hard drive in 'My Computer' then selecting 'Properties' and going to the 'Tool' and clicking on "Check Now", or checking the SMART status located in your motherboard's BIOS. SMART stands for Self-Monitoring, Analysis and Reporting Technology. Most motherboards nowadays has this technology. It should be automatically enabled in your BIOS, if it's not then your hard drive won't get checked. What it does is on boot up it will perform quick tests on your hard drive to ensure it is running correctly and it will continue to monitor it for any errors or abnormal problems that may occur as long as the computer is turned on.
Monitor
Watching movies, videos, playing games, and looking at NSFW material are all amazing things we can do on our computers. Yet there may come a day where you just want to get on your computer and relax in your computer room looking at all that NSFW material you have bookmarked under the "Special Sites" category, but you can't because your monitor won't turn on. No, you don't frump and punch holes in the walls to look for an outlet for your rage. You troubleshoot it, and hope to god that your monitor isn't broken!
When diagnosing a screen problem, half the time it's usually something very easy, like a cable coming loose, or the monitor getting unplugged accidentally; unfortunately the other half the time it's probably a problem that's related to your monitor being old, or a problem that's related to your graphics card instead. So you may have to diagnose both items at the same time to see which solves your problem.
First, check all your cables, I know this is probably getting a little old with the checking connections and everything, but so many computer problems can be avoided if people just remember that their computer isn't always going to stay the same way they left it. A foot could kick out a cable, a dog or a cat that got to curious, or almost anything can render half your hardware useless.
After checking all your cables, make sure your screen has power, if it has power and shows a message such as "This monitor is working correctly please check your cable" and shows bars of color on the screen, that means that your monitor is not getting a signal from your computer. Try swapping out the monitor for another one to see if it still says that message. If it does then that means the problem is most likely something to do with your graphics card not seated in the motherboard, or just isn't working properly, you may want to try swapping out another graphics card to see if that solves your problem.
Generally monitors don't have that many diagnosable problems. Either they work and they work well, or they don't work and you have to replace them. When working on a monitor you should never open them, they aren't meant to be serviced and contain high charged capacitors that hold lethal doses of electricity. We wouldn't want to read about a computer guy in the obituaries now would we?
Graphics Card
The glorious graphics card, it's an amazing thing really. It makes all those pretty HDR (High Dynamic Range) pictures look just that good, it keeps your games running smoothly, and your videos in HD. Yet these things can be pains when they're just not working right, because if something is wrong there's not a strict hardware or software solution, you have to analyze the current situation to see what's up.
First and foremost if you're having any problems with your graphics card, probably the best thing to try to do first is see if there an updated driver for it at the manufacturer's website that may solve the problem, or if there isn't an update try uninstalling your graphics drivers and reinstalling them this little action can solve so many problems.
If there's little jaggies or weird colorful mishaps known as artifacts appearing on your screen you may want to check the temperature of your graphics and make sure is getting enough cooling, and that the fan is working properly. If the cooling checks out okay you may also want to check your power supply ratings to see if it is giving enough juice to your graphics card. Nowadays most graphics cards need a lot of power on the 12v rails, make sure your power supply can give you that power that the graphics card needs.
Sound Card
Some of the typical problems people have with sound cards is either A) no sound or B) no sound. Sounds card typically aren't very expensive so having to replace one if the current one isn't working is no big deal. However, if you're one of those audiophile types who expect 100% original recording quality with your 0 sound card replacing one of those is as expected a lot more harder to do.
Sound Card Troubleshooting
Check speaker cables make sure they're all connected and plugged into the right spot on your sound card. Also check the speaker's power cables.
Make sure windows volume is turned up and the volume is not muted, also make sure that you have all the wave and playback volume turned up and not muted. If you have 'Digital Output Only' checked in your Advanced Controls for Playback Controls, try unchecking it to see if that solves your non-sound problem. I found that if I have that checked my sound card won't give me any sound.
Try reinstalling your sound card drivers, also try checking on the internet at the manufacturer's website for any updated drivers that may be available. They increase your sound card's compatibility with your system.
If the previous tips didn't help, then you may just have to replace your sound card, or atleast swap it out for another one to see if it might be a problem related to your sound card's connection to the motherboard instead.
Processor
The processor is the actual thinking part of the brain of the computer. It does all the calculations needed to make a computer run, and does them all in split second timing. It determines how fast your computer generally runs, and most of the time is a bottle neck for systems that have had everything upgraded except the CPU.
If your processor's not working, it's not the end of the world, generally most processors that work correctly for a few weeks, should work correctly for the rest of it's lifespan, which varies from 5-10 years or so. As long as you're not overclocking the processor or letting it overheat too badly your processor should be fine, and it could just be a BIOS setting that's messed up, or a jumper setting, but for kicks just check to make the processor is seated properly and the heat sink is attached to the processor and the motherboard. The heat sink should be attached tightly to the motherboard and not have room to move about, you should be able to pick up your motherboard by grabbing onto the heat sink without any problems. Check in your motherboard manual to make sure all the jumpers are set correctly for your type of processor. Any jumpers set incorrectly can cause the processor to not work, or function correctly or at it's optimal speed. Also check the heat sink to see if it is cooling off the processor, if it's not doing a very good job you may want to look into investing in a better one that gets the job done.
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Your current notebook may meet your needs quite adequately when it comes to word processing and e-mail. But if you want to expand into digital photography, create your own music CDs or home movie DVDs, get into more elaborate gaming, or surf the internet in more places using broadband, it might be time to buy a new notebook. This article will explain to you some of the features to consider in buying your next notebook. It will explain: Processor, Operating System, Memory, Size and Weight, Display, CD/DVD Writer Drives, USB 2.0, IEEE 1394 Firewire, Network Interface Card (NIC), and Wireless.
Processor
The processor is the "engine" in your computer. I recommend buying a new notebook with a processor speed of atleast 2.0 GHz. You can take advantage of several new processor technologies by replacing your old system. AMD's Turion 64 X2 mobile technology and Intel's Core 2 Duo processors both offer significant gains in performance over previous generations. Since the processor is the "engine" of the notebook PC, these latest versions give you a much-improved experience across a wide range of activities, such as web surfing over broadband connections, 3-D gaming, printing digital photographs, and making videos and music.
Operating System
Microsoft® Windows® Vista lets you get things done, stay connected, and enjoy a variety of entertainment in a secure environment. Choose from Windows Vista Home Basic, Home Premium, Business or Ultimate. You may still have certain applications, particularly business, that are not Vista compatible . If that is the case then there is a way to be able to dual boot your computer with the option of either Vista or XP which can be found.
Memory
I recommend buying a new notebook with a minimum of 2GB of Ram. Many mainstream notebooks now offer DDR SDRAM memory, which provides much higher bandwidth, and therefore better system performance, than older SDRAM technology. You get a better PC experience regardless of which applications you use.
Size and Weight
Notebook computers come in a wide variety of sizes and weights, with most at about 14 x 10 x13 and 5-8 lbs. They range from ultraportable notebooks that weigh as little as 3.00 lbs to powerhouse desktop replacements. When choosing a new laptop, consider the ways you'll use it most of the time. If you're using it to replace a desktop computer, a larger, high-end notebook will give you the most versatility and expandability. A few extra pounds won't make a significant difference if you're moving it around your home or office. If you're looking for something to supplement a desktop computer or if you travel a lot, consider a smaller notebook.
Display
In recent years, Active matrix (or TFT, thin film transistor) displays have become the most popular because of their bright, vivid images that can be viewed from any angle. The most common notebook screen sizes are 14.13 and 15.43, though some ultra-portable models have screens as small as 12.13 or 13.3". The midrange screens are generally satisfactory and easy on the eyes, but if you'll use your notebook primarily as a desktop replacement or for PowerPoint presentations on the road, choose a 15.43 or larger screen. The higher the resolution, the more information can be displayed and the sharper the definition and color. If your budget permits, shoot for a minimum of a 12.13 active matrix display capable of WXGA resolution.
CD-Writer Drive (DVD/CD-RW)
A CD-RW is great for backing up data, saving digital photos, and creating mixed-music CDs. A single CD-R disc gives you up to 650MB of storage (equal to 451 floppies). Plus, this combo drive allows you to play movies.
DVD-Writer Drive (DVD +/-R/RW)
I recommend going with a Blue Ray Drive for the High Definition DVD Drive in your new note book computer. A DVD writer and companion software let you create interactive DVD movies viewable on most DVD players or DVD-ROM drives. Edit and enhance your home videos, add music or special effects, and burn all your great content onto DVD for future enjoyment. On a single long-lasting, rewritable DVD disc you can store up to seven times more information than you can on a CD. For enhanced entertainment, choose the Lightscribe option, which allows you to label discs by burning silkscreen-quality graphics on them.
USB 2.0
Great for digital photography enthusiasts, USB 2.0 ports allow you to connect to devices such as digital cameras, scanners, and printers, and transfer files up to 40 times faster than with USB 1.1-standard devices (if the devices support USB 2.0). USB 2.0 is also backward-compatible and can be used with devices featuring USB 1.1.
IEEE 1394 (FireWire)
Want to create home movies on your notebook? An IEEE 1394 port allows you to quickly move digital videos from your digital camcorder to your notebook, where you can edit them and produce the perfect home movie.
Network Interface Card
Most notebooks now come with integrated network interface cards. Not only do these give you a direct network connection, but they let you connect to the latest modems, such as high-speed DSL and cable modems, without having to purchase or install a separate card.
Wireless
Since one of the main advantages of a notebook is being able to pick it up and go, wireless technology has become a key benefit of high-end notebooks. Wireless capability allows you to avoid continually connecting and disconnecting cables in order to access the Web, synchronize with your handheld, print a document, or use another peripheral by ensuring that your notebook is ready for the wireless world. For even more wireless flexibility, choose a Broadband wireless option to work wirelessly without the hassle of finding Wi-Fi hotspots.
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Cassette Tapes have been widely replaced by the CDs and for lots of people, MP3 files are perfect format as Mp3 Files provide great sound quality and takes lesser space on your hard disk or CD. I really don't need to say anything about the popularity of Mp3 files. This format is extremely popular and supported by almost all portable devices like iPod, iRiver, Creative Zen, Mobile phones etc..
It is a great idea to convert your Tapes to Mp3 files or CD. This way you can preserve your records as well as carry your favorite music anywhere with you.
Converting Tapes To Mp3 means, you need to record your tapes into your computer. It is very easy and now let me tell you how to convert audio cassettes tapes to Mp3 format without any hassles. Please do these things step by step and there is no way you'll face any problems :-
1. First of all, you need a recording software to record from your cassette player. You might use Windows Sound Recorder but unfortunately, it doesn't support recordings larger than 1 minute. Therefore, practically Windows Sound Record is of no use If you want to use it for recording audio cassettes into Mp3 format. There are other software available for this purpose and I'll discuss this later in the article.
2. You need to connect Headphone out (or Line Out) jack of your tape player to Line In jack of your computer's sound card with a Stereo to Stereo cable having 1/8" plugs on each end. Ask for this cable at Radio Shack or nearby hardware stores. You should get this cable very easily and cheap. This cable will act as a medium of transferring audio data from your tape player to your computer's sound card.
3. Run the recording software and select "Line In" recording source and start recording the output of cassette player. You can also monitor the recording.
4. Once the recording is done, break the files so that you can get a separate file for an individual song. If you save the whole file, all the tracks will be in one file and you'll face problem when you'll want to hear a particular song. You won't be able to walk between different songs so make sure to break up the recorded file while converting cassette tapes to mp3.
5. After breaking the file into individual songs, you can either burn an Audio CD or an MP3 CD. You can also just save MP3 on your hard disk and transfer them to a player of your choice.
Please note that MP3 format is a compressed format and make sure that you use higher bit rates to save the recorded file. Higher bit rates will save the resultant mp3 file in excellent quality.
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In time of recession, all of us think in terms of saving money. If you are looking for an affordable laptop with good performance and for general computing needs, then no need to look further as eMachines has launched its new notebook eME527-2537 Laptop. Users can have fun and at the same time use the laptop for productive use as well. It is ideal for all types of uses starting from browsing through the internet, meeting the deadlines, using digital media applications, and keeping pace with the social networks and much more. The laptop is highly portable and is a preferred choice among students and small businessmen. The notebook has 15.6 inch high definition wide display screen coupled with Intel Celeron processing, Intel graphics and Window 7 edition.
The outstanding key features of eMachines eME527-2537 Laptop that distinguish it from the other competitive models in the market -
eMachines eME527-2537 is ideal for everyday performance - eME527-2537 is a sleek designed laptop that can be used easily for prolonged hours. The model has also been embedded with Intel Celeron processor technology. It has the perfect blending of essential features like amazing battery life, stunning style, quality performance and value for money. EME527-2537 boosts 2GB memory and thus delivers a fast processing system for all types of computing needs. Users need not waste time for loading and waiting.
Intel Graphics media accelerator - Sharp images, color control and smooth playback is ensured through the efficient graphic media accelerator from Intel of 4500M
Users can ensure productivity while they travel - eMachines eME527-2537 is integrated with 802.11b/g/n Wi-Fi that allows an easy access to email and various other websites. The high definition and high brightness wide display screen makes it convenient to view the content of websites, share digital photos and even watch movies, no matter where a person is.
Latest operating system - eMachines eME527-2537 Laptop has the latest operating system - Windows 7 Home edition, which allows fast and easy processing. Users can attain all their tasks with fast searching and fewer clicks.
Endless opportunities with digital media - Users of the notebook can easily store, share and mange all sorts of files by connecting their various digital media equipments with the notebook. The notebook has digital media card, which accepts all media files like photos, pictures, music, etc.
DVD drive - eMachines eME527-2537 double layered super multi DVD drive. The DVD drive allows watching movies and burning DVD's and CD's with various presentations, movies, audio files, etc. there are two convenient USB ports, where all types of external devices can be attached and used
Unlimited storing - Storing is never a problem on the notebook as the hard drive has a huge memory of 160 GB.
The dimension of the product is 10.8 inches in length, 14.4 inches in width and 1.5 inches in height. The notebook just weighs 6 pounds in weight, which makes it portable. Moreover, it is anticipated that the product will give a tough competition to the other competitors as it is very reasonable priced.
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