We wouldn't release a mastering equaliser unless it rivalled the sound and usability of the analogue hardware we have in our studio. But we are now ready with the Analog Magpha EQ.
This EQ is the result of years of mastering experience and has been a secret weapon in getting exactly the right sound for our clients. We hope it can help you too, whether placed on a track, subgroup or the master channel, this EQ delivers a silky smooth sound that's as warm as it is pure.
Under the hood we've developed a new technology that gives extremely accurate match of analogue prototype curves in both magnitude and phase. While most modern digital EQs do a good job at matching the magnitude of analogue filters, they do not match the analogue phase.
The lower panel shows that Analog Magpha EQ matches analogue phase right up to 20kHz, even at standard sample rates. This is often perceived as an "open", "pure" sound which is prized in analogue hardware by many engineers, especially when a few bands of mid or high frequency EQ is engaged.
We believe that key to creating great sounds is to use your ears. That's why our user interface is fully designed to reinforce the feedback loop between control and ear.
As engineers, it is easy to be distracted by visual feedback (consciously or unconsciously). Our UI design has minimal graphic elements, so that we don't dial in "shapes" by habit. This way we are constantly involved in the control-listen-evaluate working loop, which quickens the search for the best possible sound.
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£ 110 GBP
Introductory offer ends 7th May 2018:
£ 80 GBP
Not working? Please email us directly if something doesn't work! The quickest way to get a solution is by email.
Also, feel free to just get in touch if you have any questions, suggestions or ideas. We'd love to hear from you.
For the technically inclined, we will be presenting the new technology that this plugin is based upon, with accompanying peer-reviewed paper at the Audio Engineering Society's Milan 2018 event (see P23-4 Improving the Frequency Response Magnitude and Phase of Analogue-Matched Digital Filters).