dj3nk

Ja, da hat der SLP aber ganz enorm Recht ^^

ive found black-on-blue and white-on-blue 2x16 displays on pollin.de for 7,95 ;) green 2x20 are there for 3,95 all prices in euro for our european here ;) greetz

did they say how long it will last ? Didnt they at least offer you some free boards ?

on german divineo the lcd costs 25 euro grrrrrrrrrrrrrrrrrrrr

Schön zu hören dass bei dir alles klappr soweit. Weiter so !

everybody needs a 303 ^^

What about the AL3101 ? It costs under 10 $.

thx

DooM

The newer CME Masterkeyboards are wireless. Look for CME UF60 70 or 80. Latency is <3ms. greetz

i just can find the schematics

recorrection of the corrected correction. ;)

yabbadabbaday !!!! ^^ But the deadline is dead ;) Yeah, gooood news.

:D

It looks to m e like 8 Leds. 2 are for midi in /out. They should be connected to a ltc. Power led like screaming rabbit said

I read you can just use asm commands in c. but you have to put a "_" before variables. i hope thats right now what ive written.

np ;)

aaah, my english is getting better and better ;) sry

OK, nice to here, so I won't have to change the layout ^^. I havent programmed in asm yet. I just know a bit how it works. But I am learning C at the moment in school and hope that this will help me. Softwaresided I dont know exactly how to solve everything yet. I want to control every audio channel over 14-bit so we aren't limitated to 127 volume steps anymore. One idea is to use a cc AND a nrpn per channel,etc. to control. If the host/user isnt able to send/receive nrpn you can take cc's instead ( that way you would only have 127 steps instead of 256 ! ). Another idea is to use a cc for "channel select" and modwheel for volume. Here you wont need cc's, but you cant edit parallel volume slides within your host very easily. You'd have to change the channel@cc and volume@modwheel veryveryveryveryveryveryvery often to get hearable results. We could also implement all types of communication and could add a entry to the menu to change it if needed. other things: - Display with buttons or push-encoder (size ? functions ? ) - 3 Pots per channel (Volume, pan, FX) - mute/solo buttons - headphone jack - perhaps cheap lm3915 led vu meters for ins / fx / main ( I can split a 2nd time after the input buffers, but how should I add main and fx to it ? But is it still ok to have a signal split into 4 after the ne5532 ? (Main,FX,Headphone,VU) Can I just add the same buffers again after the fx-return and mainmixer-out to get Headphone and VU without loosing quality ?? Here I'd only have to split into 2 again. any other ideas ? *g* greetz

??? I thought there arent any left ? I didnt write a mail because I dont want write sth senceless, but now I see the order was still open >:-( . Ive added mine to the list but I dont think i will get any sids now. Would be nice Wilba, if you could write this a little bit clearer. ( Yes still clearer ;) ) lol. Or are there 30+ spares when everyone on the list gets its order? greetz and thx Wilba

isnt it just a midi keyboard/controller ????

I'd take it too if he doesnt want it and if its possible to add these buttons. ;)

There is a ground line between every pair of channels. I just have finished the 1st version of a xtra pcb with 8 ne5532 input buffers. If theres enough time tommorow I'll make the "mixer" pcb. My thought configuration is like this: input buffers ===> 8 stereo channels (pga1-4) ===> MainMixer ===> output I /'\ I I \./ I same 8 channels (pga5-8) ==> Mixer 2 ==> ext.FX This way I can assign an external FX to every of the 8 incoming stereo channels indepently with wet/dry . Now my question. Is it ok to split to audio signal into 2 after the input buffers ? Or do i have to split the signal before them and use 2nd buffers for the fx tree ? greetz PS: Yes I have to change the direction of the text on the pcb ;) ne5532x8_v05.JPG

write a short pm to TK. thx

the connectors are very short to the pcb and so ... thre arent long parallels ;) but thx for info anyway EDIT: I have 2 pcbs lyieng in front of me ;) tommorow ill drill the holes and perhaps ill solder the ics. greeetz :) PS: I will scan the pcb if i find my scanners driver.