How to burn .CDI Image for Testing
Testing Disc Image
If you have followed our instructions to 'create a perfect audio copy using .CDI image' it is advisable to first burn this .CDI image to a blank CD-R before submitting to webs4cd for production. To do this,follow the instructions below which will allow you to create a duplicate audio disc, using the .CDI image file to ensure it's correct before submitting to us for production.
Start Disc Juggler 6
- Click File > New
- Select 'Burn disc image'
Select Disc Juggler Option
Setting up the Job
Follow the settings below to prepare your .CDI image for burning to a blank CD-R
- Click 'Source' and locate the .CDI image
- Select 'Write & Verify' from the action section
Burning .CDI with Disc Juggler
Configure Advanced Settings
Most of the settings are included within the .CDI itself, but writing CD-Text to the new image is optional, so follow these instructions to enable CD-Text on the new disc.
- Click 'Advanced' tab
- Tick' CD-Text' box
- If you wish, adjust the burn speed to a lower setting e.g 8x or 16x
- Ensure you have selected the correct burning drive (if you have more than one)
- Ensure you have entered a blank CD-R ready for burning
- Click 'Start' button (will be un-selectable if 4 or 5 above are incorrect)
Final Steps for burning .CDI
Test & Verify
The final stage of this process is to now play your new dis which has been created from the .CDI image that you plan to submit to webs4cd. If it sounds good, plays correctly and retains all CD-Text and relevant ISRC codes, then it is ready to submit to us for processing.
Submitting .CDI Image Digitally
You can submit your .CDI image to us via our yousendit drop box. We advise that you use a MD5 checker to ensure that your file is unchanged in transit.
You can download a free MD5 tool from here, and all you do is run it, open your .CDI image and generate a MD5 hash code (just click the button 
and then submit your .CDI image to us along with the MD5 hash. We can then do the same process our side, checking that the MD5 hash matches which confirms there is no data loss in transport via the internet.
