

I wanted to post that I have FORScan running under OSX using the Crossover App.
Ti 36x pro emulator mac upgrade#
The Upgrade went without issue and FORScan started and appears to work as expected.
Ti 36x pro emulator mac update#
I purchased the update (1 yr support) as there might be some more updates still to come. Personally I bought the single with no support, and was outside of my 30 day satisfaction guarantee so that was just my luck. If you have not purchased you can using the checkout CX36 to get 36% off the purchase. You might get lucky and find someone who is willing to donate their time, but good luck.īut if you had the money to do all that, buying a blofeld would be the cheaper and quicker solution.You make a good point! But this isnt about making money its about preserving synths that most likely in the next 30-50 years wont exist any longer (apart from the odd few).I just wanted to update this post for the latest version of Crossover.Ĭrossover has been updated to v18. Sure anything is possible if you have a budget and enough of the right kind engineers.
Ti 36x pro emulator mac how to#
If you were a coder about to embark on a project like this, sure, you could stay under the radar, release the code under a pseudonym on github, and let people figure out how to download deconstruct and install the firmware from the manufacturer.īut if you had the money to do all that, buying a blofeld would be the cheaper and quicker solution. So you have to pay your engineers out of your own pocket, knowing that you will never be able to recover your costs. If you try to sell it to recover your investment, waldorf, nord, etc. And you will never be able to recoup a penny of that cost, because what you are asking is to build a system to allow you to run someone else's code without paying them. Lets say 1000 man hours of work, probably much more if your goal is to emulate multiple synths (since each synth is different hardware). So all this has to be done by people who work for free. But it is a LOT of work, and lot of reverse engineering, a lot of time and effort that will get you sued if you try to sell it. Its one thing if you were a seasoned low lever coder that has done other work of this sort, and YOU wanted to embark on it. I don't mean to sound too negative or discouraging, but what you are asking is a lot of work. You might get lucky and find someone who is willing to donate their time, but good luck. Im not very experienced when it comes to coding and delevopment and im wondering what would be needed to pull something like this off?ĭo you think it could be possible though?sure anything is possible if you have a budget and enough of the right kind engineers. I then came across this site providing EPROM dumps for most of the synths mentioned above


The original Xbox used a DSP56362 for audio, so maybe this could be adapted somehow to boot those roms. Years later, a group of people started developing an Xbox Emulator under QEMU. I managed to obtain a copy and have attached it below. He made the code for the emulator Open Source but unfortunatley has since been taken down. Seems like some guy attempted to write a DSP563xx emulator last decade, but got stuck and stopped development at some point. This got me wondering about some sort of emulator that could run them all so I went on a search and came across the sites below Novation Nova - 5 Motorola 56362 (synth engine), and 1 Motorola 56303 (fx unit)Īccess Virus Ti2 - 2x Freescale DSP 56367. The synths below all share the same Motorola 563xx DSPs I stumbled across this site showing the different DSPs used inside of various synths and realised alot of them shared the same DSP chip. Last week I had this crazy idea and thought I would share it across a few sites to see what the possibilty of it was.
