Synthesizers

The latest product of Korg's long-established A1 synthesis technology, the N1R module may not break any ground, but it bristles with great sounds and is a cinch to edit. Paul White feels thoroughly Nlightened...

Paul Ward reintroduces an instrument now widely neglected on account of its 'digital' tag, and argues that it still has much to recommend it.

Prepare to shed a tear in another near-miss tale of a desirable analogue synth swept aside by the rise of digital technology.

The Minimoog rides again thanks to Welsh company Moog Music Limited. But how close does it sound to the original? We at SOS knew opinion would be split, so we got five of our regular synth reviewers, all previous or current Mini owners, to give us their views.

The latest addition to Waldorf's Microwave family certainly advertises its presence. Paul Nagle finds out if the future's bright as well as orange.

Will physical modelling continue to be at the leading edge of synthesis, or are there other methods moving up on the inside tracks? Paul Wiffen winds up the Synth School series with a little crystal ball-gazing.

Simon Lowther introduces the clan of classic American analogue synths, the Oberheim OBs.

It's certainly borrowed (for the purposes of this review), and it's unquestionably blue, but is it old or new? Synth Guidance Counsellor and long‑time K2000 owner Paul Ward checks out Kurzweil's VP makeover of this legendary workstation.

One of two General MIDI modules are simply a cut above the rest, and Roland's high-end Sound Canvases fit right into this category. Paul White retires to the studio with the latest in the line and dips into a seemingly limitless palette of sound...

In the penultimate part of his series on synthesizer technology, Paul Wiffen turns his attention to the problem of emulating acoustic instruments in which the sound is produced by a string or reed, and amplified and modified by the body of the instrument.

Gordon Reid is bitten by the memory of a brilliant, but deeply flawed trio of Italian synthesizer designs that could have been the last word in affordable analogue.

The streamlined '90s exterior of Emu's Audity 2000 claims to hide a virtual modular hybrid, harking back to the company's own lost '70s analogue megasynth.

Long awaited and much anticipated, Novation's digitally-modelled analogue synth module is the company's most ambitionus offering yet.

Do you ever wonder who's responsible for the waveforms and sound patches in your favourite synth? If it's a Korg keyboard, then the answer might be Steve McNally, one of the team of sound developers.

Last month, Paul Wiffen looked at how virtual synthesis can emulate analogue synths whilst going beyond their hardware-based limitation. Now he looks at its applications for imitating and exceeding older instruments such as electric piano and organ.

Analogue modular synths in the late '90s are something like the old bus joke — none for ages, then loads all at once. Chris Carter catches the latest arrival.

Physical Modelling and Virtual Synthesis have been buzzwords for several years now, especially when it comes to imitating analogue synthesis. But what are their advantages and disadvantages, and how do they work? Paul Wiffen explains.

A synth company that produced as many classic and well-loved instruments as did Moog Music is surely allowed the odd turkey! Gordon Reid waxes critical over one of them.

Once upon a time, all synths were like this — discrete analogue sound-generating and sound processing modules, connected in any configuration the synthesist cared to dream up. If you like that idea, Analogue Systems are providing a new alternative to expensive antique systems. Chris Carter does the time warp again...

A quality acoustic piano sound in a 1U rack-mounting package? Paul Ward lifts the lid to see if there are any strings attached...

Paul Wiffen continues to examine transitional synthesis, covering the Wave Sequencing facility, first introduced on the innovative Korg Wavestation, and concluding with Emu's Z-plane technique, which may be regarded as bridging the gap between S&S and today's physical modelling.