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The recording at home using a computer or hard disk recorder

Probably the first thing you think before you spend money to get a recording device at home together, because I want to record at home?
You probably already know why, but the most clear on this one feels better the result.
You simply want to take the guitar on a whim and registration of the last idea that is in progress? You going to record an album in its entirety in the country is free? You want to make podcasts for broadcasting on the web? You want to "make their musical ideas to get an idea of how the final product may seem. All are valid reasons for having the configuration of home recording. Each also suggests a certain amount of money you have to spend to get the result I want, and how much effort you need to spend what is happening.
What you need.
From a basic view that you need some way to record your performance or ideas – this could be on a personal computer [] PC or Mac or on a separate register. You also need some way to get performance in the recording medium – or by microphone or a keyboard of a piano. Will also find a way to "deliver" your product – using MP3 Mix / CD-ROM or podcasts. All factors to consider in determining that the study at home.
Which is better, PC or record alone?
I must confess that in my opinion and experience, the simplest and most effective way to record something at home is a recorder of independence. Some years ago he recorded an entire album with FOSTEX DMT8, 8 tracks to make the game, including guitars and vocals eveything. For those of you unfamiliar with what I mean by Stand Alone Recorder FOSTEX then drive off, Yamaha, Roland and others. In general, have been built on a hard drive or memory card which records the data resulting from burning yourself. This can be as simple as taking a "record" button and play or sing. There are no complaints involved with this. Some of them also allow you to record a CD at the end of the process so you can amaze your friends! There may be disadvantages, as explained later, but depending on its ultimate objective, as discussed above, will be compensated for any deficiencies.
Recording on a PC or Mac word leads to a more complex, so if you're not computer savy, or prepared to enagage in a long and frustrating at times I was with the unit.
It is more difficult to record on a PC?
Recoded on a PC has a minimum of 3 phases:
Registration device-microphone/keyboard/turntable
Sound card converts the sounds of their "real" world-readable.
Recording software makes the task of 'capturing' performance.
After creating the recording chain, then "may" be as simple as using a separate unit, but to reach the point at which to deal with a number of factors: the nightmare # 1 most nuts control at home is a friendly invitation Tike latency.
Some of latency, "which is revealed later."
For those unfamiliar, the latency is comparable to hear his voice echoing around a cannon, heloooo-hellllllloooo. There is a gap between the time of shouting and I heard this voice. If you connect a microphone and recording software to configure and say that the ubiquitous 'hello' to get a similar effect!
Unless you invest in a super high end of the recording, Pro Tools HD, then this is something you need to work with a team of dedicated home recording.
The reason is the latency to meet the team needs time to convert the analog [sounds physcal through electrcity] into digital data, ones and zeros. With a good sound card which can take between 7 and 15 milliseconds [yes, there are 15 seconds thousandenths] and about the same number of milliseconds to convert a digital signal to analog establishment of an electrical system that can be useful to use to hear the sound coming out of the group. Bare in mind that the ads' our ears, sound like an echo around 50 milliseconds [more on this later] – so if we have a sound card with 25millisecond [MS] delay of 25 ms input and output Wil delay our ears perceive as an eco-not very good to play with who is out of time.
This is pretty useless I could scream, so how do they do all this recording computer at home? A-ha. Those smart people who make sound cards M-Audio, Presonus, Yamaha, etc. I did something very clever, which has promoted a process called "direct control".
Direct control allows us to listen to the audio input in its origin, immediately after connecting on-rather than through the computer, which will collect a delay in the background. Feels more ", but the team" as you like, but in my experience is quite distracting especially with long latency periods. The other thing that the program intelligent software / sound card combo will only record the new track in time with others, taking into account the latency of the current times.
In summary, the ease of use and less discomfort for a technology independent hard disk recorder. For more complex productions consider getting a computer / / software combo sound card, but be prepared for a learning curve.

10 ways to kill a computer

 

The computers are very similar to those with a finite life and as we see a number of conditions that can cause the existence of the digital computer to stop. Most of these problems stem from careless handling, neglect, unhealthy environments and old age, leaving the average life of the computer system of no more than ten years.

However, the negligent treatment, maintenance and poorly trained users can shorten the lifespan of a computer as a way of life can be cut to shorten our inattentive. Here is a list of the ten most common causes of catastrophic computer failure.

INTRODUCTION TO COMPUTER ENGINEERING

Understanding the Nema and IP rating systems – the need for a dust-proof and waterproof Computer Equipment

Electricity and water do not go well together, as I am sure that many people are aware. However, the powder is just as bad for electrical components as water. The dust varies in size from small airborne particles of larger particles that fall and stick to anything. Dust can also consist of any material from the cells of benign skin in house dust and particles of metal conductors liquids, damage to appliances. AHS dust even the bad habit of blocking filters and to act as an insulator causing overheating or not. Dust and water are often seen together in industrial environments, such as electrical appliances are designed to operate in conditions there is a certain degree, both the European Committee for Electrotechnical Standardization (CENELEC) and the International Electrotechnical Commission (IEC). The classification of European intellectual property is a standard number given to a piece of electrical equipment and the level of protection it offers. The number of IP is a two-digit number, each digit of a code other than to indicate the number of protection, the lower the lowest number of protection and the greater the number that can withstand harsh environment. The first figure shows the dust proof protection to be granted the second digit represents protection waterproof. For example, a team of cabinet IP65 will be a coalition government with the highest possible level of protection (IP powder is from 0 to 6), while also offering moderate to high levels of waterproof protection enabling the unit to be protected jets of water, but not by immersion in water (water protection goes from 0 to 8 of protection). The number of Nema is very similar to the European system except that in most cases, more and more used only the highest (13 is the highest), the highest level of protection is granted. Although some ratings such as Nema 4 which allows similar protection classification IP65, NEMA 4X, even though it offers added protection against corrosion (in most cases the units enclosure would be made of stainless steel instead of steel so slight, could be used in food preparation and production). While many manufacturers of IP rating NEMA team of specialists or the easiest solution for most industrial environments is to use an IP address or Nema rated protective cabinet for equipment. An IP65 or Nema 4 industrial computer cabinet combined with an IP or NEMA rated printer box with the mouse also industrial and waterproof and dustproof keyboard provides the same protection to one or IP65 Nema 4 industrial computer except the computer cabinets are flexible to allow the equipment to be changed and improved.

Computer Filth

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A recent study by the University of Arizona has discovered that computer keyboards at home more germs as toilet seats harbor deadly bacteria MRSA. Microbiologists discovered that there are an average of 3,300 germs per square inch on our keyboards and 1,700 per square inch on mice, compared with only 49 germs on a toilet seat!

With the increasing use of computers in the health profession is concerned that an increase in hospital infections could be imminent, such as keyboards and can act as a? Freeway? for bacteria and viruses, its transfer into our hands, and vice versa, can make us ill through infection by bacteria and transfer to other people and surfaces.

The computer and the various Abacus_

          The computer and abacus_ Anya are different. . . ?

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      There are philosophies intertwine the abacus simple circuit of computers? The first Chinese juggling and transferred through accounts betting abacus for addition and subtraction of the results. Poles below the abacus would more digits, which we welcome as many figures that are contained ITA? |

Basic Computer Terminology Guide

Basic Computer Terminology Guide
RAM? Mouse? One is an animal and one is a rodent right? Ram. . . is the zodiac sign of Aries. . . If this is what these words mean to you that surely you can use this guide glossary of computer terminology. It would be a good idea to read through them before buying a computer because these are things you should know about before. If you already have a computer, these computer terms can help you know what to do if your new computer equipment is unknown. Furthermore, this computer terminology can be useful if you need to call for technical assistance.
Well go!
Cache: Cache is another type of memory similar to RAM. The computer uses cache to quickly move data between RAM and CPU.
CD-ROM: Most new computers come with a CD-ROM drive as standard equipment. A CD-ROM drive reads data from a disk. These CDs look like a music CD, but hold data instead of music. CD-ROM also contains games dictionaries, recipe files, and many other things that you can load onto your computer.
CPU: The CPU or central processing unit is the brain of the computer. Most Windows-based programs use a new processor Pentium or AMD Athlon XP. The new Macs use a different type called Power PC CPU.
Disk Drive: Virtually all computers have a drive that can read and save data on portable diskettes, also called floppy disks. You can use floppy disks to save information or to load new software on your computer.
Hard drive: The hard drive is also called the hard disk. You'll probably never see because it lies within his team. Is filling cabinet of the electronic computer, and stores the computer's operating system, files, programs and documents.
Keyboard: Just like a typewriter keyboard, this device is the main way of entering data into computer programs.
Megahertz (MHz): This is the clock speed of the microprocessor. The higher the number, the faster the information is processed. MHz refers to how many millions of instructions per second can be processed.
Memory: This is the circuit or device for storing information in electronic form or magnetic. No read-only memory (ROM), which is mainly information stored on a disk, and random access memory (RAM), which is based on the storage chip inside the computer. The memory is typically measured in megabytes (MB).
Modem: This mechanism connects a computer to a telephone line for information may be sent from one computer to another or the user can access an online service or Internet. Given the popularity of the Internet, a modem is now considered a basic equipment and is in virtually every new computer. Most modems come with fax capabilities.
Monitor: output device that allows you to see what you're doing (which is what you're looking right now to see this). Most computers come with 14 or 15-inch monitor. This size is sufficient for the needs of most people. More than 17 or 21 inch monitors are also available, but may cost more. Myself, I prefer 17 inches.
Motherboard: The motherboard is the circuit that fits into the whole computer. The CPU, RAM and cache all plug into the motherboard.
Mouse: The mouse is another input device to navigate on your computer easier. This is a handheld object that is good for tasks such as moving and pointing to objects on the screen, and can replace the function and control keys on the keyboard. (If you need a lesson on how the mouse and how to use, click here for a tutorial.)
Printer: A printer is an essential part of the team, if you want a copy of their work. There are four types of printers on the market: dot matrix, inkjet, laser and bubble jet. The matrix is the largest number of basis points. Most bubbles and jets inkjet can print color and graphics, and a laser printer offers the best resolution at full speed.
Video Card: The video card is part of the computer that sends images to the monitor.
Well there you have it, a crash course in terms of calculation. I hope that has helped guide them to buy a new computer, or help you with which you have.

The cleaning of the computer keyboard

The cleaning of the PC keyboard is an absolute necessity, even if not using the keyboard during the day. Because the keyboard of your PC or laptop comes in contact with the fingers, oil and other substances for the fingers, often accumulate on the keys, and you can earn, if not cleaned. Also, if you're the kind of person who eats while working on a laptop or PC, crumbs or drops of what you eat or drink can easily make your way to the device. And in some circumstances, food and beverages can fall or transfer to the device, if you're not careful. Finally, if others in your office or share the house of your device, you can become a vector for the transmission of the disease, if not taken care. There are two basic types of cleaning your computer keyboard – the light and the background. Light cleaning can be done, for example, once a week, while a thorough cleaning can be done about every three months or so. For any type of cleaning, you will need a dry powder, cotton swabs, liquid detergent, and alcohol or domestic use or any special liquid for cleaning computer and electronic equipment, a screwdriver, and, if desired , a vacuum cleaner. Start by unplugging the PC keyboard, if you're cleaning a computer (a laptop if you're cleaning, unplug the adapter and remove the battery to avoid electrical shock). Now take the keyboard or laptop, flip over a trash can, and give a good shake to remove dirt that may be on it. Replace the bottom and then pick their cotton buds. Moisten ends of the cotton swab with cleaning fluid and then run the extreme humidity between the keys and the edges. Just throw the ball when it gets too messy to collect more dirt and prepared a new one. Now take the powder dry cloth moistened with cleaning fluid too. (Do not put too much.) Run the dust cloth around the keyboard, with particular attention to the keys and any other place where your fingers or the palm rest in general. Use a dry cloth to clean any extra moisture or liquids when you're done. And do not forget to take a wash cloth and hang to dry after. Finally, if you want a more thorough cleaning, use the screwdriver to remove each of the keys. Ease the edge of the screwdriver at the base of each key and gently ease the key. (Make sure you know where to replace each key when finished!) Dip the cloth in the washing liquid, cleaning each key very carefully and let dry. Now take your empty, if you use one, and used to vacuum away any particles of dirt. You can also use the cloth and liquid to clean the base of the keyboard when you're finished vacuuming. Setting everything aside, and you can put everything together when it has dried completely. How often do you do this depends, of course, in its use. But what is, like, you have to ensure regular cleaning of the computer keyboard into a habit.

Warnings and tips for cleaning the keyboard MT3711c Gateway MT3707, how to clean your computer keyboard

I know that most of you do not heed this advice, but the keyboards are sick (How's that feel?). The germs live in your hands and fingers. When writing, many of them go to the keyboard Gateway MT3707 MT3711c. When someone else types on the keyboard, the germs transfer to the fingers. Or when you later type on the keyboard, those germs reconquer your fingers. Periodically disinfect the keyboard can prevent this.

Recording at Home Using a Computer or Hard Disc Recorder

Probably the first thing you want to think about before you start spending any money on getting a home recording facility together is, why do I want to record at home?
You probably already know the reason, but the clearer you are about this the better your results will be.
Do you want to just pick up your guitar on a whim and record the latest idea that’s passing by? Do you intend to record an album in its entirety at home and release it? Do you want to make podcasts to broadcast on the web? Do you want to ‘flesh out’ your musical ideas to get an idea of how the final product might sound. All are valid reasons for having your own home recording setup. Each one also suggests a particular amount of money you will need to spend to get the result you desire, and the amount of effort you need to expend making it happen.
What you will need.
From a basic standpoint you will need some way to record your performance or ideas – this could be into a Personal Computer[PC] or mac or onto a stand alone recorder. You’ll also need someway of getting the performance into the recording medium – whether that be via microphone or a piano keyboard. You will also need to find some way to ‘deliver’ your product – via mp3 mix/cd or podcast. All factors to consider as you set up you home studio.
What is best; Computer recording or stand alone?
I will confess that in my opinion and experience, the simplest and most effective way to record anything at home is with a stand alone recorder. Several years ago I recorded an entire album using Fostex DMT8, 8 tracks to do the lot- including backing vocals guitars and eveything. To those of you unfamiliar with what I mean by stand alone recorder then have a look at units from Fostex, Yamaha, Roland and others. In general they have a built in hard drive or media card which records data that you produce as a result of recording yourself. This can be as simple as engaging a ‘record’ button and playing or singing. There’s no fuss involved with this. Some of them also allow you to burn a CD at the end of the process so you can amaze your friends! There can be disadvantages as I will discuss later, but depending on your final aims as discussed earlier, you will make allowances for any shortcomings.
Recording onto a pc or Mac takes us into a more complex word, so if you’re not computer savy, or prepared to enagage in a long and sometimes frustrating journey I’d go with the stand alone unit.
Why is it more difficult to record into a PC?
Recoding into a PC has a minimum of 3 steps:
Input device-microphone/keyboard/turntable
Sound card-converts your ‘real world’ sound into computer language.
Recording software-does the job of ‘capturing’ your performance.
Once you have got your recording chain set up then it ‘can’ be as easy as using a stand alone unit, but to get to that point you have to deal with a number of factors-the #1 bugbear of most home computer recording nuts is a friendly tike called ‘latency’ .
Latency: ‘ something that is revealed later’.
For those not in the know, latency can be compared to hearing your voice echoing back from a canyon, heloooo-hellllllloooo. There is a gap between when you yell and when you hear your voice returned. If you plug in a microphone and set up your recording software and say the ubiquitous ‘hello’ you will get a similar effect!
Unless you invest in a super high end recording system such as ‘Pro Tools HD’, then this is something you need to work with as a home computer recording afficionado.
The reason we encounter latency is that the computer needs time to convert the analogue [physcal sounds via electrcity] into digital data; ones and noughts. With a good sound card this can take between 7 and 15 milliseconds [ yep that's 15 thousandenths of a second] and then about the same number of milliseconds to convert it from a digital signal back into an electrical analogue sytem that we can usefully use to hear the sound coming out of the computer. Bare in mind that our ear ‘notices’ a sound as an echo at around the 50 millisecond mark [ more on this later] – so if we have a sound card with 25millisecond [ms] input delay and 25 ms output delay then our ear wil perceive it as an echo- not much good to play along with as we will be out of time.
That’s pretty useless you might shriek, so how do people manage to do all this computer recording stuff at home? A-ha. Those clever people who make sound cards m-audio, Presonus, Yamaha etc have done something very clever, they instigated a process called ‘direct monitoring’.
Direct monitoring allows us to hear the incoming sound at its source- straight after you have plugged it in- instead of through the computer where you will pick up a substantive delay. You can still listen ‘though the computer’ if you choose, but in my experience it’s pretty distracting especially with large latency times. The other thing that your clever software program/soundcard combo will do is to record your new track in time with the others by making allowances for the current latency times.
In summary; For ease of use and less technology hassles get a stand alone hard disk recorder. For more complex productions consider getting a computer/soundcard/software combo, but be prepared for a sharp learning curve.

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