Hi, B.
In all honesty, I've looked at some of the supplied materials in the Vivado_hls software,
the free web-version has got a number of examples that can work on my very cheap
Parallella board. It's the cheapest Zynq board on the marker, which of course might not be
the best way to start a
Thanks all for your non-scarce replies to my question and a lot of practical
considerations. I suppose mostly it's always nice to know what people are working on.
About the reasons for my inquiry: mostly tho whole of the modern day PC as a Complex
Instruction Set Computer has become so
>
> but i can't, for the life of me, understand why any hardware product would
> need a latency of 17 or 20 ms. that's a factor of 10 longer than the minimum
> delay i can account for.
>
>
> r b-j
>
>
> Original Message ---
On Mon, Aug 15, 2016 at 6:34 AM, robert bristow-johnson
wrote:
> well, i'm not much of a musician (i wish i were). but i am honestly
> surprized reading the magnitude of NoteOn delay and possible jitter. i
> *just* cannot imagine why *anything* like 10 ms would be
need
a latency of 17 or 20 ms. �that's a factor of 10 longer than the minimum delay
i can account for.
�
r b-j
Original Message
Subject: Re: [music-dsp] Anyone think about using FPGA for Midi/audio sync ?
From: "Nigel Redmon&qu
robert bristow-johnson
> <r...@audioimagination.com> wrote:
>
>
> so agreeing pretty much with everyone else, here are my $0.02 :
>
>
>
> Original Message --------
> Subject: Re: [music-dsp] Anyone think about
�
so agreeing pretty much with everyone else, here are my $0.02 :
Original Message
Subject: Re: [music-dsp] Anyone think about using FPGA for Midi/audio sync ?
From: "David Olofson" <da...@olofson.net>
Date: Sat, A
(General ramble about matters related to this subject.)
Linux is certainly not a realtime OS - but it's a very common
misconception that it has anything to do with multithreading. It's
just that general purpose (and server) operating systems are optimized
for throughput, and there are also
I do appreciate both perspectives here, on the one hand
it is plainly overkill to talk about sub microsecond
accuracy in music control systems. Yet on the other hand,
its genuinely the case that many very modern, highly specified
PC sequencers still don't sound good because their complexity
You don't need an FPGA for accurate timing resolution -- any microcontroller
can do this. Even an Arduino can give you ~ microsecond resolution. You just
need to stay away from multi-threaded operating systems; Linux is not a
real-time OS.
> On Aug 13, 2016, at 09:15, Theo Verelst
On 2016-08-13, Theo Verelst wrote:
For a class of applications where at least you would want sample
accurate control messages, [...]
That's not about music-dsp, but dsp simple. There's a reason why all
synthesis architectures out there make distinction between modulation
and audio rate
Hi all,
This is one of those things I've been toying in thought about lately (again): everything
on PCs and probably phones and pads as well that does input/output, be it in the family of
proper thread management or actual devices like Midi and Audio interfaces (and certainly
over networks as
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