Progress Update

Well, over the past few weeks Synovatron Electronic Music has been registered (the tax office now knows about me), the first batch of DIY kits are half sold and I have customers in UK, Sweden, France and Turkey. 

I have had a really nice write-up from a great synth enthusiast Pierre Serné.  Thanks for that Pierre! Please visit his blog.

I have added some new pages to the blog - Feedback, Modular Sounds and CV Tools Project. Feedback is a place to make any comments or suggestions (and a bit of shameless self-promotion). Modular Sounds is about the 'music', or you may prefer sounds, that I have made with my modulars. CV Tools Project is a blog-style, step-by-step, account of the design lifecycle of my CV Tools module which aims to be both educational and a subliminal sales ploy (_8-(|) doh!

First Eurorack DIY Prototyping kits and cables are now shipping

The first orders have been received and are now being shipped. 

Synovatron Electronic Music is underway!!

Eurorack synth prototyping products now available

Please check out the product and support pages on this blog. 

Kits and cables are also available through eBay; just search "Modular synth prototyping kit" or click here

Update on New Eurorack modular synth prototyping kits - Circuit boards have arrived

The new DIY prototyping circuit boards have arrived. They look good and the quality is very good.

The pots, pot brackets, headers, caps and jacks all fit which which is a huge relief.  To give you an idea of what they'll look like assembled checkout the preliminary piccies below of both types of board with some components assembled ready for prototyping to start. Note I have added some LEDS to one of the DIY2 boards too.

Time now to sort out the packaging, data pack, options and pricing - about another week before they become available.

Update on front panel artworks

Just thought I'd give a little more detail on front panel artworks as there is already some interest.

The picture below of my module currently in development shows the CAD drawing for a 12HP front panel in the top left. The adjacent front panel overlays show an evolution from a very simple, flat looking artwork to more 'sexy' metallic looking and coloured alternatives with some apparent depth.

 
Edit 08/07/11: The following graphics, based on ink-jet/laser printable vinyl overlays, was attempted on the first off batch of CV Tools modules but has been withdrawn in favour of a standard screen printed panel for two reasons. The first was that it was not liked that much by customers; people saw it as a cheap label. The second was that it was expensive and difficult to apply accurately. I will still use the overlays for prototypes.Please read the following but note it has all been superceded by events.

My task is to make this a service that is affordable by streamlining how I go about setting out the pot scaling, legends, functional grouping (separating lines or boxes). A good place to start from is if you use Schaeffer Front Panel Designer to get the panel made then I can use the DXF file generated to align the graphics to the holes; obviously with as much description from you as possible about what you actually want to see.

The one-off 2mm anodised panel from Schaeffer cost me 27 Euros (about 23GBP, $35US but it is beautifully machined!!); I anticipate the cost of an artworked plastic overlay would need to be less for that size panel to make it attractive, including my design effort (that's why I need to streamline the process - the slicker I get the more viable it'll be!).

The hardest part is lining up the overlay accurately on the panel as the overlay is self-adhesive. I'm getting quite adept at this now as I have prototyped several overlay types. You do get several chances and I may include a spare.

I am still developing the technology as it needs to have great graphics, be cheap to make whilst still having good wear and scratch resistance properties.  This balance is not easy and I will still need to explore better processes and techniques so initially this will be for smaller prototypes with some caviats on how much abuse it can handle. The artwork is great quality though and the durability is reasonable but could be better. The price will reflect this fact. Having said all that I'm going to use it in my system as it stands as I don't tend to abuse my hardware.

Any suggestions and comments would be most welcome.

New Eurorack modular synth prototyping kits preview

Hello fellow synth fans,

In the next few weeks I will be producing a range of Eurorack standard modular synth prototyping kits for synth constructors and enthusiasts; these kits will comprise Doepfer compatible printed circuit boards (PCBs) and components. 

These  will enable you to make neat prototype or one-off projects that accomodate bracketed pots, PCB mounted jacks, switches and LEDS so that they can be easily mounted to a module front panel.

The idea is that you build your designs on the breadboards supplied and get the front panel manufactured separately, either by yourself, or by a company such as Schaeffer http://www.schaeffer-ag.de/en (I can provide some template files that you can use directly or can modify as you require. I will also look at providing some standard panels e.g. five pots and five jacks but this is still being costed; more on this in the coming weeks).

I will also be able to provide you with a relatively low cost high quality front panel overlay to give your module a professional appearance; this service will also be explained in more depth in the coming weeks.

This is an overlay I made for a product in development
(this is the next product - a versatile voltage processor)

There will be 3 kits available:


Kit 1: This comprises 2 single-sided prototyping matrix-type breadboards and cable as follows:-

• DIY1. This PCB is primarily for mounting control pots and prototyping most of the circuitry on a breadboarding area.  It is provided with 5 control pots and mounting brackets; the pot values supplied are 50k linear (type B) but you can request 10k, 100k linears (type B) or 1M log (type A); 2 100nF decoupling capacitors and a 16-pin header are supplied fitted to the board; the pots and brackets are supplied loose. Not all pots need to be fitted and there is provision for PCB mounting of LEDS. The PCB has +12V, -12V and 0V busses.

• DIY2. This PCB is primarily for mounting jack sockets but switches (Taiway series 200 sub-min toggle switches) and LEDS can also be fitted.  It has a smaller breadboarding area than DIY 1. It is provided with 5  3.5mm jack sockets but some can be left out to fit switches or LEDs.

• Doepfer compatible ribbon cable.

• Data sheet.

Kit 2: This comprises just the DIY 1 breadboard and five pots and brackets.


Kit 3: This comprises just the DIY 2 breadboard and five jack sockets.

A range of components such as pots, brackets, knobs, jacks and cables will also be available.

This is just a preview and I will put up more details, costs and photos in the coming weeks.