nw2s
nw2s::m Assembly Instructions
There same PCB may be used as either the active buffered mult or the passive mult. It's a very quick build, but you need to pay attention to a coup...
nw2s::dsp Freeze/Stretch Demos
Once you open up the possibility of a heavy-duty DSP chip like the SHARC with hardware accelerated FFT and biquad filters and can leverage some hig...
A Detailed Look at the Clocks
Before we take a look at the next round of MIDI support updates, I wanted to take a little time to talk about the different clocks available on the...
USB MIDI Support Part 1: The Basics
In preparation for the b2 prototyping (which will feature two front-facing USB OTG connectors), I'm furiously adding support for a few new USB devi...
Future Future
First off, let me thank everyone for such a successful run with the nw2s::io! I'm almost out of the first run of 50 balanced modules and have sold ...
The Square Wave Test
There is a recent thread on the MW forum about the array of I/O modules, which may or may not sound better and why.
I assert that while the s...
nw2s::io design, usage, and update
Great news! I now have a fully working nw2s::io balanced prototype running, fully powered. The signal PCBs arrived last week and the power PCBs th...
System Configuration for the 'b
A new feature of 1.1 is the ability to store system configurations on the SD card. This will allow us to remove any system-specific settings from c...
Upcoming Grid Support Preview
I've been a bit busy, with the 'io module, but I've also gotten a lot of code written for the 'b on the way to the 1.1 firmware release. Added to ...
nw2s::io Unbalanced Assembly Instructions
If you would like an offline version of these instructions, you can download it here:
[ddownload id="1231" button="grey" text="Download 1.1 PDF (%...
Official Release! Version 1.0 Firmware
I'm happy to announce the 1.0 version of the nw2s::b firmware. This is quite a milestone in the development of this extremely flexible programmable...
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