Hi Ben
It
was maybe a little abrupt to call it a B v1.5, but the truth is that if Virus release
another VA synth that will be updated from the C as much as the C was to the B, then I can't imagine many people would buy it because they'd be perfectly happy with their C.
I reckon Access need to branch out sideways as well as upwards, and devise a more extensive synthesis palette and a better user interface if they are to survive as a hardware-only piece of kit. The 2-line LCD is pretty abysmal - you can do sound-programming using a Trinity V3 with Moss [which has absolutely no knobs other than a jog-dial!] massively significantly quicker, rather than attempting to program sounds via the Virus' 2 line LCD and its labyrinth of scrolling menus, sub-menus, and parameters. It's frustrating, and not really at all conducive to efficient/effortless programming, regardless of how many knobs it has if you have to keep diving into the scrolling menus a lot of the while.
I think the (nothing short of) huge success of the Virus B and C would have put Access in a position to be one of the big-boys, financially, and I've no doubt they could R&D and implement a large graphical LCD if they wanted to.
Indeed for their next synth they will need to pull something like this out of the bag, otherwise people will say what they've said about all the other 'new' VAs that have cropped up recently - ie. "It's just another bog-standard VA", and that they prefer their computer monitor screens for waveform editing. A l? Z3ta+, Vanguard, etc. as they offer more possibilities.
Imagine, however, that a large LCD screen strapped on to a hardware VA synth would allow you to do graphical Z3ta style programming, and more, and Access would have more choices as to what synthesis types would be made possible as a result of having the LCD for graphical support, and for greater and deeper - not to mention hugely quicker ? interaction for the user.
>>As for a product with a large LCD touchscreen display - I can't see it happening in the near future. The cost of displays like that are astronomical - that's why you don't see any of the small, independent European synth manufacturers putting them on their products. If you think about it, Access, Clavia, Waldorf and Novation all have similar sized displays. Even the Roland JP8000 and Korg MS2000had a small display.
And that is what would put Access at a massive advantage if they were to implement one, being the first to do so. - No other VA on the planet has one, apart from the Moss VA/physical-modelling expansion board for Korg's Trinity and Triton. I'll take some pics of the Korg's screen when programming VA patches if you wish ? although as mentioned that it has no knobs (the Triton does, however) it still poos on Access' 2-line LCD from a truly immense height.
However, even the way that Korg uses the large LCD as a graphical monitor tool for programming VA is slightly archaic and can be improved - afterall, the Trinity and Moss were released back in 1995 and 1997 respectively. For example, there are no pictures of oscillators, or waveforms that you're tweaking (either ?live?, or otherwise), no illustrations of LFOs (which would be nice to assess the single-cycle waveshapes on offer), etc. These don?t detract from the programming efficiency, though, due to the Moss? much simpler VA architecture. But on balance the Trinity does graphically represent EGs, routing paths, and 'sliders' and 'knobs', and it all adds up to make programming a doddle.
But in an Access Virus vibe, using todays technology, imagine if you can see a large representation of an oscillator waveform (such as [
these], for example) that you're 'designing', and then to be able to graphically see it morphing as you tweak various wave-shaping parameters via the real knobs on the Virus, or likewise.
In addition, there are such parameters for waveshaping that software programs like Z3ta+ can do, that the Virus can't. In Z3ta+'s instance, aspects what they call:-
* Warp (increasingly warps and bends the waveform beyond its amplitude threshold),
* Twist (same as warp, but increasingingly inverts the polarity instead),
* Multi-point (chops and splits the waveform into three separate portions),
* Wave (bends and molds the waveform into a sine wave),
* Symmetry (pulse width/waveform),
* Drive (boosts and clips the waveform),
* Offset,
* Shrink (shrinks the pulse of the wave, and inserts silence up until the 'single-cycle' [of frequency] is completed),
* Self-sync (same as Shrink, but adds multiples of the waveform up until the single cycle is completed),
* Bit reduction (as per what the Virus already does),
* DC-Offset, and (corrects, or forces apart, the DC offset)
* Window (straps a triangle amplitude envelope over the waveform)
Which are great to see on a waveform display:-
?on an LCD, along with menus/tabs, programming stuff, and much, much more!
Alesis Ion has an, albeit smaller LCD, come to think of it?