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In this tutorial, we will teach you how to convert old cassette tapes to CDs or MP3 files. Perhaps you want to start your own business of converting cassette tapes to digital format to make some money. The Cassette2CD Wizard 2.0 software is now included with the Cassette2USB Converter as a free bonus Please click below: 'This is the GREATEST and MOST SIMPLE software to use to transfer your old cassettes to CD to get excellent QUALITY RESULTS.So, you have a bunch of old cassette tapes that have some sentimental value to you – maybe a recording of your kid when he or she was young or a recording of Nana who is no longer with us. Cassette2CD Wizard - How To Convert Any Cassette Tape To Audio CD.
You can convert your old Rolling Stones cassette collection however, the audio quality will be far inferior to the CD version already available. The first thing you need to know is that cassette tapes have low audio fidelity (low signal-to-noise ratio), meaning that it is not worth the time it takes to convert contents that are already available in digital format. Starting as a locally-focused company based in the Atlanta, Georgia area, Current Pixel has over 34 years of experience as a. Current Pixel® can convert your old 3/4 U-matic tapes into a digital format that will stand the test of time. We can also transfer music cassettes onto CD this costs 10.3/4 U-Matic Transfer Services by Current Pixel® If you’re looking to transfer U-matic to DVD or digital files, then you’ve come to the right place. We transfer many different types of tape onto DVD .
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A stand-alone tape deck, like the one shown in Figure 1. Basic service of transferring 1 Audio Cassette. But if the recordings are either personal or unique, it is well worth converting them.Order our Audio Cassette tape transfer service, cost is only 5.95 per audio tape with Free return shipping.
We recommend Audacity, which is a freeware. Audio recording and editing software. A motherboard or sound card with a signal-to-noise ratio for its analog input of at least 100 dB. A cable that has a male 3.5 mm stereo audio plug at one end and two male RCA plugs at the other end, as shown in Figure 2.
On some older tape decks, the left channel connector may be painted black instead of white. In our case (Figure 3), the connectors were the ones located at the right-hand side.Then, install the two male RCA connectors from the cable to the corresponding female connectors. You will see two female RCA connectors, one red (right channel) and another white or black (left channel). Below, we show the step-by-step process.Note: You can’t use the “mic in” (pink) jack.First, locate the connectors labeled “line out” at the rear of your tape deck. Basically, you will connect its two outputs to the computer’s “line in” input, which is a blue jack available at the rear panel of the PC.
Make sure that the output device is set to “Speakers” (unless you are using headphones connected to the computer’s front panel in this case, you should set the output device to “Headphones”). The first thing you need to do is select the proper audio source, which is done by selecting “Line In” on the drop-down menu available near the microphone icon. After the installation of Audacity is completed, close Audacity (if it was automatically opened) and download and install LAME, so you can export your work as an MP3 file if you wish.Launch Audacity. Now your tape deck is connected to your computer and you will be able to transfer the audio present in your cassette tapes to the PC.First, download and install Audacity. See Figure 5.Figure 5: The “line in” connector on a typical PCThe final step is to connect the male 3.5 mm connector from the cable into the “line in” jack from the computer.Figure 6: Cable installed on the computerThat’s it. This is a light blue jack.
A new window will show up. Select “Line In” and click on the “Properties” button. On the window that will appear, click on the “Recording” tab. For that, go to Control Panel, Hardware and Sound, and Manage audio devices.
Press “play” on the tape deck. On other versions of Windows, the path to access this window may be different.)Connect the tape deck to an AC outlet and turn it on. We will show you how in a little while. This is where you will adjust the tape deck’s input level. You will see the screen shown in Figure 9.
Audacity assists you by adding dark red vertical lines where the sound level peaked for the past few seconds.In our case, the default configuration of “50” made the sound level too high, so the sound was distorted. You should adjust the input level (screen shown in Figure 9) up and down until you have the sound touching, at its maximum peak, the 0 dB line. Make sure to play a part where you think the audio is at its highest level.Now, start paying attention to the Audacity’s record level indicator, which is comprised of two moving red bars above the microphone icon on the top of the screen. If not, you should double check all the steps that you have performed thus far.) Press “forward” or “rewind” on the tape deck until you hear the part of the audio program that you want to record.
However, if the recorded sound got “muffled,” it means that the audio was not recorded with Dolby NR enabled, and it should be left disabled, as it will decrease audio fidelity.Now that you set up your system, let’s transfer the audio from your cassette tape to the PC.Now you are ready to go. Enable Dolby Noise Reduction and listen to the audio program to see if the audio quality got better without a background white noise (a sound similar to an old TV set to a channel without any image being broadcasted). If you are not 100% sure where to set the input level, set it on the low-level side, as you can always electronically increase the level/volume later inside the program, but if audio level is recorded too high, the sound will be distorted and you won’t be able to fix it.Figure 10: Input level is configured too highFigure 11: Input level is configured too lowFigure 12: Input level correctly configuredThe final adjustment is to enable Dolby Noise Reduction (“Dolby NR”) if your tape deck has this function and if your tape was recorded with this function enabled. The difference between Figures 10 and 12 is that in Figure 10, the two bars were always filling the boxes (i.e., they didn’t move with the audio program), while in Figure 12, the bars were moving and touching the 0 dB level only during peaks. And in Figure 12, you can see the input level correctly configured, which was achieved with the input level at “17.” Note that on your computer the correct level may be at a different value.
We also recommend that you read a tutorial or book on Audacity if you really want to explore all of its potential.Click on the “record” button on Audacity (the red circle icon). You can try playing with other options available by yourself. (You can always cut out what you don’t want later.)This is not supposed to be a full tutorial on Audacity, so we will cover only the basic functions that you must know.
For now, we recommend that you save it as an Audacity project.Cassette tapes have a typical noise (called white noise) when they are playing parts that are “silent,” frequently before or after the audio program. You can save it right away in digital format, using the File, Export function. Wait until the tape finishes or the part that you want to convert is concluded, and then click on the “stop” icon on Audacity.Now you have a digital file of your tape. Now Audacity should be recording, in digital format, the contents of your tape.
Again, go to Effect, Noise Removal. Unselect the noise by clicking anywhere on the screen or by hitting Control+Shift+A. This will “teach” Audacity what noise sounds like. We always recommend that you start recording a few seconds before and a few seconds after the part that you want to transfer.Now that you have your audio file in front of you, select a few seconds of “tape noise” with the mouse then go to Effect, Noise Removal, and click on the “Get Noise Profile” box.
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