Lets Talk Audio! CD Ripping and Conversion Services in Oxford UK

CD CONVERSION & RIPPING SERVICES OXFORDSHIRE UK

We offer a professional service that quickly and easily converts your entire CD collection into digital music files suitable for your digital music player. Enjoy the full potential of your Digital Music System (Linn, Moon, Auralic, Sonos, Naim etc) with these professionally created files without any hassle.

Converting audio CDs into the following formats: Apple Lossless, FLAC, MP3, AAC, WMA, Ogg Vorbis, WMA Lossless, WAV, and more.

Inclusive Collection and Delivery of your CDs
High quality conversion techniques
Multiple formats available - including lossless formats
Help and advice loading your digital music player
Comprehensive and consistent album, artist, track data
Album art when available

Pricing

The following table shows the pricing per audio CD and the discounts available for larger orders.

** The minimum order value is 50CDs or £50.00. All prices exclude VAT @ 20%

Number of CDs	Single File Format	Price for additional file formats
50 to 100**	£1.00	£0.10
101 to 200	£0.95	£0.10
201 to 300	£0.90	£0.10
301 to 400	£0.85	£0.10
401 to 500	£0.80	£0.10
501+	£0.80	£0.10

For example if you have 110 CDs and you require FLAC and MP3 format then the total cost would be 110 x (0.95+0.10) = £115.50 plus VAT

http://oxfordduplicationcentre.com/CD-Conversion-Service-Oxfordshire-UK.html

Onion Skin Archive Book Scanning - What is this and how do we process the pages?

CURRENT BOOK SCANNNING PROJECT. We are currently working on a very large archive of old books that require HQ scanning to Archival TIFF images. Once processed, these images will be prepared to PDF with OCR (optical character recognition) for a complete searchable output. The difficulty in this order, is the books are prepared using a medium called Onion Skin Paper. Whilst we are very confident in preparing this type of medium, it is very important to be aware that there are risks with scanning, given the sometimes-fragile nature of the paper. Tears and rips can occur, so a very gentle white glove approach is required. Equally, with the nature of onion skin, the paper is very translucent which requires a sheet of white paper to be placed under each page before scanning. This then grants a very good HQ image that we can work with. WHAT IS ONION SKIN PAPER? Onion skin paper is a type of very light weight, almost translucent paper that ...

The Repair Shop - How To Spot A Ferrotype Camera 1855-1940s

After watching The Repair Shop on BBC1 restore a beautiful and rather rare ferrotype camera I thought a blog on the process would be interesting. Not only did they repair but they managed to have the camera working, taking photographs. This was very inspirational given the age of the camera. ABOUT FERROTYPE PROCESS Ferrotypes first appeared in America in the 1850s, but didn’t become popular in Britain until the 1870s. They were still being made by while-you-wait street photographers as late as the 1950s. The ferrotype process was a variation of the collodion positive, and used a similar process to wet plate photography . A very underexposed negative image was produced on a thin iron plate. It was blackened by painting, lacquering or enamelling, and coated with a collodion photographic emulsion. The dark background gave the resulting image the appearance of a positive. Unlike collodion positives, ferrotypes did not need mounting in a case to produce a positi...

Audio Recording Through the Ages – Oxford Duplication Centre

Audio Recording Through the Ages – Oxford Duplication Centre The late 19 th and 20 th centuries brought with them a huge range of exciting technological developments, including everything from the advent of electrification to railways, telecommunications and engines. However, an often overlooked breakthrough was the development of audio recording technology – before 1877, there was no way to record and play back sound and music. It’s mindblowing to consider this, especially as today we can digitally encode audio and store thousands of songs on a smartphone! So how did we get to this stage? The 20 th century brought rapid developments to the world of audio, with new technologies transforming formats and production methods every few decades. For example, the earliest technology that could reproduce sound – Thomas Edison’s phonograph – used wax cylinders to store the resulting audio, but the end result was often low quality and with poor fidelity. The ...

Oxford Duplication Centre Ltd

Search This Blog