Before we get to the chips,
here are a few things I'd be happy if you could help me with:
Maybe you have the card or have downloaded a card image of Roland FANXRUP1 or FANXUP1
that was once floating around the web? If you have the card but don't
know how to create an exact backup of it, I'll help you with it - it's easy.
I've already dumped both cartridges from a Yamaha PSS-103 and PSS-104 as well as reversed its barcode system (same for Yamaha PSS-101 and PSS-102 which use 7bit barcode cards instead of 8bit, plus dumped rom from PSS-102 as well) and those dumps are/will be on this great webpage amongst tons of my other dumps. However, maybe you have PSS-104 service manual or, at least, schematics, that seem nowhere to be found?
I'm looking for an Alesis WEDGE rom dump, Alesis XT:C rom dump and also Alesis XT-Reverb rom dump, Here's a MidiVerb dump for you in exchange. In fact, you can find tons of my dumped roms on this great webpage.
Also - maybe you have an Alesis Wedge rom dump? Or, at least, have made some photos of its insides?
How come noone seems to have dumped Roland DDR-30 waverom?
I'm tempted to buy one cheap available locally now just to make dumps
(for all of you, btw!), but I already have a hundred more other synths
to desolder and dump in queue, so probably won't go for it. If you have
one - dump all the roms and let me know! It just should be put on this great website.
It seems that Yamaha CS6x/CS6R supplied accessory CD
(with old original software and preload audio clips) is not amongst the
available support downloads - maybe you have it and can dump its
contents?
It seems there that earliest version (A00) of the Yamaha FB01
firmware rom is somewhat rare, and I esimate, based on the units that I
have, that at most 10%-20% of the units in the wild do have it. All
usual ones have the most-likely-final C00, that I have desoldered,
dumped and shared in the long-ago ancient times. However, for the sake
of history and disassembly fun, having A00 dumped is a must as well,
though I don't realy have too much of spare time to desolder and dump
it, especially since maybe someone has already dumped this version
(given the popularity and abundance of these modules). So if you have
it, let me know. At some point I might desolder it and dump it, if it
turns out to be realy rare, but I'd better spend that time desoldering
and dumping something else.
Also, for the curious, initial hardware version (with A00 rom) only
differs with (besides missing ground wire from the pcb inside) that it
does not have a metal sub-chasis under the pcb, so you can tell that
from the outside by looking from the bottom: early ones have two holes,
but no screws in them, and instead has white plastic pegs in other
holes right besides front panel. Serial numbers for the A00 version
seem to be below 02000, while 07000 and up definitely has version C00.
No idea about if there was a B00 version in betwen 02000 and 07000.
(I will likely make a separate article on FB-01 at some point)
Any of the ART MultiVerb, ProVerb or similar reverbs/effect rom dumps are also of interest for me, for example I'm looking for ART Proverb 200 - here's an ART Multiverb LT dump for you in exchange.
It seems that there exists a version 2.02 firmware dump of Lexicon MPX-500 - I'd like to burn a fresh firmware for mine. Maybe you have it?
Judging by the immense popularity of PSS-51 in eastern europe, aisa and
amongst russians, it is quite hard to believe that no one have dumped
its roms. Maybe you have dumps of Yamaha PSS-51 program, abc and/or waveroms? Or maybe you know one for local pickup somewhere within Baltic states?
In regards to multieffect pedals - maybe you have a rom dump of Roland/BOSS GT-10B? There in this great webpage you can find my GT-3,5,6,8 dumps.
And maybe someone has already desoldered and dumped PSR-6000 waveroms?
Those are three pieces of DIP42 chips, each 2Mbyte (besides two more chips with styles and
then two DIP40 with program and demo songs). I am somewhat tempted to
grab one from the local trash market to do this, yet not sure if I
realy have to. And I don't have a clue when I could actually get to
desoldering it, even if I' ll grab one now. Still GEW9 stuff seems
rather interesting and not that common to come by in the keyboards.
Thanks, I now got the floppy files from Casio WK-1800 Accessory Disk (demo disk that came with it).
I will eventually make a page about this idea and what has been done
(if anything), but for now this text blob is just to keep the following
from the old post for those who are interested: You might like the main
reason I'm lookig for it - it is clearly a fun attack vector
to non-destructively dump its maskrom (in Hitachi H8) since it actually
allows to execute arbitrary code! While dumping can be done even by
blinking a led chdk-style, in this case there's already initialized and
working uart for that. Furthermore, if all is well, waveroms (8Mbyte total)
can also be dumped this way, since H8 can quickly access them, and
procedure to do this for studying will be in the maskrom. On the other
hand, I'll very likely at some point just desolder and dump waveroms
anyways - but it could be more epic to dump it via diskette and midi.
In regards to spare parts and hardware things that I'm missing, maybe you have this:
* Display from early 2000s - Kyocera KCG057QV1DB-G00 found in old Fantom-X keyboards (Roland part code: 03560889 "DISPLAY UNIT LCD KCG057QV1DB-G00").
In regards to multieffect pedals - maybe you have a rom dump of Roland/BOSS GT-10B? There in this great webpage you can find my GT-3,5,6,8 dumps.
If you do, please email me!
Roland Wave Expansion Cards
This section was overdue for more than a decade, sorry.
Despite a popular belief that I'm a yamaha chip and rom zealot, I am
actually much more into roland roms and dsps. It's just that I never
got around to begin sections on roland roms and cards. There will be
another section regarding the maskrom wave chips themselves, but I'm
not sure if it will come around in the closest decade anyways. So there it
goes!
Sorry for the mess - take these notes as they are, as it's quite unlikely I will fix this page anytime soon.
 |
|
I am going to grow the lists gradually, whenever I will find some spare time for doing it.
I did dumps and make a wave format decompression converter for SN-U a few cards that I had in late 90s. Then in about 2000 I did the same with SR-JV80-xx ones, since I wanted to load custom samples into JV I had, which sounded so incredibly better than the Impulse Tracker I used (and loved) so much back then. Then came the SRX, however I didn't get to "working" on their internals till the very late 2000s, since by then I did already had samplers, and later the magnificent Fantom-XR, which nullified my need for custom samples in cards for JV or XV.
Proabably someday there will be some separate pages about waveroms and another one about the two compression methods.
By the way, I do not sell these cards. This table is intended as a comprehensive reference on expansion rom cards by roland for inquiring minds.
I will copy down below edit for some readability some of the tons of info I have written down during last three decades regarding roland wave expansion stuff and such. Don't hold your breath, though, as I don't have that much spare time to be "working" on this.
I've dumped all sorts of roland cards, and reverse engineered and made converters into linear wave data for all of them. Compression names are the ones I've given them and so take them for what they are. I also still have most if not all of these cards, but if you have dumped or want to spare one for dumping and extraction of all the valuable old wave goodies inside them, drop me an email.
I don't have all SO-JD and SO-PCM1 cards, so information on the missing ones won't come here so soon, if ever. If you have done any dumps of those, though, you are welcome to send me some! Or maybe you have some spare cards that you don't mind parting with.
Quick note about compressions: (before I finally make a separate article about those at some point)
All rolands since early 90's up until the new fantom-2019 (and linear sample storage in earlier fantoms) use FCE-DPCM compression. This includes JD800 as well, you dummies. So it is pathetic and stupid to see those "knowledgable" dudes around the web claiming about JD (or whatever synth they want to boost in someones eyes) that those ones differ from others that those do not use compression. They all do use the same compression from the earliest Sound Canvas to Integra and FA, including absolutely everything in between, and only the Fantom-2019 (I call it this way, since the name clashes with the original fantom) released a month ago is the first one that does not.
FCE-DPCM compression itself is excellent, and an amazing achievement for the time it came out. And again, idiots around the web claiming it is in principle or sounds like or should be compared to anything like MPEG, are wrong. It sounds very good and artifacts mostly affect only sharp transients, and decompression has amazing dynamic depth that can approach almost 24bits - this is why I suggest decompressed wave size to be viewed as 24bit.
SN-U series
These were used for T-110, later renamed as U-110 as well as a few
other synths that use the same technology and compression - like U-220
and D-70 that has nothing to do with actual D-series. Very interesting
but sadly abandoned planned feature is that cards were meant to contain
demo songs, yet only SN-U110-01 does contain one called "Cantata147".
Technically there's no problem to play them back since all four U-110
demo songs are also placed in waveroms (and so are also still present
inside but not played back in U-220).RS-PCM very likely comes from "Reduced Size PCM" instead of the official marketing backronym.
D-70 and R-8 cards are also technically fully compatible. Internal waveroms of MV-30 are also from this generation and format, and seems that, when MV-30 waveroms were in development, it was called U-50 (though, half of the D-70 waveroms refer to it as a U-50 as well).
| Card name |
internal name |
ROM finished |
ID |
wave compression | actual wave data size* |
waves (of them unique) |
additional notes |
| SN-R8-04 Electronic |
SN-R8-04 | LDPCM | 511.99k |
in 26 multisamples + seems to also contain a demo seq "Walkon" | |||
| SN-R8-06 Ethnic Percussion |
SN-R8-06 | LDPCM | 511.99k | in 26 multisamples + seems to also contain a demo seq "Summit*A" | |||
| SN-R8-07 Mallet |
SN-R8-07 | LDPCM | 511.99k | in 26 multisamples + seems to also contain a demo seq "Avatar" | |||
| SN-R8-09 Power Drums U.S.A. |
SN-R8-09 | LDPCM | 430.55k |
in 26 multisamples + seems to also contain a demo seq "Coconut" | |||
| SN-R8-10 Dance |
SN-R8-10 | LDPCM | 507.35k |
in 26 multisamples + seems to also contain a demo seq "Swangin!" | |||
| SN-R8-11 Metallic Percussion |
SN-R8-11 |
LDPCM | 511.93k |
in 26 multisamples + seems to also contain a demo seq "AsianGod" |
|||
| SN-SPLA-01 |
SN-SPLA-01 0.90 (basst 0.90) |
LDPCM | 507.9k |
85 (85) |
in 12 multisamples |
||
| SN-U110-01 Pipe Organ and Harpsichord |
BRQ002 1.00 |
LDPCM | 486.1k |
41 (32) |
has a demo song "Cantata147" inside |
||
| SN-U110-02 Latin and FX Percussion |
PERC008 1.00 | LDPCM | 507.9k |
158 (58) |
|||
| SN-U110-03 Ethnic |
ethno011 1.00 |
LDPCM | 507.9k |
51 (36) |
|||
| SN-U110-04 Electric Grand and Clavi |
grand008 1.00 |
LDPCM | 507.9k |
46 (34) |
|||
| SN-U110-05 Orchestral Strings |
O-STR024 1.00 |
LDPCM | 507.9k |
31 (31) |
|||
| SN-U110-06 Orchestral Winds |
WINDS036 1.00 |
LDPCM | 507.8k |
41 (41) |
in 35 multisamples (tones) |
||
| SN-U110-07 Electric Guitar |
EG019 1.00 |
LDPCM | 507.9k |
202 (75) |
|||
| SN-U110-08 Synthesiser |
u20-1-37 1.00 |
LDPCM | 495.3k |
129 (87) |
Built into U-220 as a waverom-E (IC23) |
||
| SN-U110-09 Guitar and Keyboards |
U20-2-27 0.27 |
LDPCM | 507.9k |
62 (58) |
Built into U-220 as a waverom-F (IC24) | ||
| SN-U110-10 Rock Drums |
ROCK_DS 0.25 |
LDPCM | 506.5k |
41 (28) |
|||
| SN-U110-11 Sound Effects |
se 1.00 |
LDPCM | 505.6k |
164 (29) |
|||
| SN-U110-12 Sax and Trombone |
super0270 0.27 |
LDPCM | 355.9k |
66 (66) |
|||
| SN-U110-13 Super Strings |
u-13 1.00 |
LDPCM | 507.9k | 24 (12) |
|||
| SN-U110-14 Super Acoustic Guitar |
u-14 1.00 |
LDPCM | 507.9k |
55 (31) |
|||
| SN-U110-15 Super Brass |
u-15 1.00 |
LDPCM | 507.8k |
36 (18) |
* - multiply x2.00 for 16-bit linear decompressed size.
SO-JD series
And again, contrary to dimwit claims all over the internet, JD-800 has absolutely oridinary tone generator section just like any SoundCanvas or E-series arranger keyboards, using the same compression. Special thing about that synth is the heavy BOSS effects section. By the way, I desoldered and made backups of the internal waveroms of the JD-800 - as it seemed that everybody else lacked the balls to dare touch the sacred JD pcbs. Quite similarly with D-50 and D-70 that I also desoldered and dumped. If you feel like you need 'em, just look around the web, and will likely stumble upon some or all of those.| Card name |
internal name |
ROM finished (Y/M/D) |
ID |
wave compression | actual wave data size* |
actual waves |
additional notes |
| SO-JD80-01 Drums & Percussion - Standard |
Drum Card (CARD_1) |
1991/03/06 |
FCE-DPCM | 988.06k |
54 |
||
| SO-JD80-02 Drums & Percussion - Dance |
Drum Card (CARD_2) |
1991/03/11 |
FCE-DPCM | 998.43k |
56 |
||
| SO-JD80-03 Rock Drums |
Drum Card (CARD_3) |
1991/03/08 |
FCE-DPCM | 1002.63k |
33 |
||
| SO-JD80-04 Strings Ensemble |
SO-JD80-04 (JDC_STRA) |
1991/07/12 |
FCE-DPCM | 988.98k |
28 |
in 7 multisamples |
|
| SO-JD80-05 Brass Section |
SO-JD80-05 (SOJD8005) |
1991/12/04 |
FCE-DPCM | 973.30k |
65 |
in 14 multisamples | |
| SO-JD80-06 Grand Piano |
FCE-DPCM | ||||||
| SO-JD80-07 Guitar Collection |
SO-JD80-07 JD Guitar 3 (JDGTR3) |
1992/06/18 |
FCE-DPCM | 806.18k |
52 |
in 14 multisamples |
|
| SO-JD80-08 Accordion |
Card05 Ver1.00 (CRD05100) |
1992/11/10 |
FCE-DPCM | 998.84k |
154 |
in 31 multisamples, 20 patches |
* - multiply with x1.939394 for 16bit equivalent, or better yet x2.90909 for 24bit equivalent decompressed wave data size.
SO-PCM1 series
| Card name |
internal name |
ROM finished (Y/M/D) |
ID |
wave compression | actual wave data size* |
actual waves |
additional notes |
| SO-PCM1-01 Piano Selections |
Card01 (CRD010) |
1991/11/12 |
FCE-DPCM | 987.27k |
57 |
in 10 multisamples, 18 patches |
|
| SO-PCM1-02 Guitar and Brass |
Card02 (CRD020) |
1991/11/13 |
FCE-DPCM | 999.53k |
151 |
in 38 multisamples, 22 patches | |
| SO-PCM1-03 Rock Drums |
Card05 (CRD051) yes, this is not a mistake |
1992/03/26 |
FCE-DPCM | 971.39k |
157 |
in 90 multisamples, 7 patches |
|
| SO-PCM1-04 Grand Piano |
FCE-DPCM | ||||||
| SO-PCM1-05 Accordion |
FCE-DPCM | ||||||
| SO-PCM1-06 Baroque |
Card06 (CRD061) |
1992/12/29 |
FCE-DPCM | 999.83k | 74 |
in 24 multisamples, 31 patches |
|
| SO-PCM1-07 Orchestral FX |
Orche (OFX100) |
1993/04/09 |
FCE-DPCM | 1956.98k |
94 |
in 54 multisamples, 29 patches |
|
| SO-PCM1-08 County/Folk/Bluegrass |
Count (CTR100) |
1993/05/19 |
FCE-DPCM | 1836.84k |
184 |
in 79 multisamples, 63 patches, 1 rhythm kit |
* - multiply with x1.939394 for 16bit equivalent, or better yet x2.90909 for 24bit equivalent decompressed wave data size.
SR-JV80 series
| Card name |
internal name |
ROM finished (Y/M/D) |
ID |
wave compression | actual wave data size* |
actual waves |
additional notes |
| SR-JV80-01 Pop |
Pop (POP100) |
1992/02/16 |
FCE-DPCM | 8.040M |
831 |
in 224 multisamples, 145 patches |
|
| SR-JV80-02 Orchestral |
Orchestral (ORC100) |
1992/11/11 |
FCE-DPCM | 8.009M |
616 |
in 174 multisamples, 255 patches |
|
| SR-JV80-03 Piano |
Piano (PNO100) |
1992/11/04 |
FCE-DPCM | 8.028M |
393 |
in 73 multisamples, 111 patches |
|
| SR-JV80-04 Vintage |
Synthesizers (SYN100) |
1993/10/03 |
FCE-DPCM | 7.888M |
1604 |
in 255 multisamples, 255 patches |
|
| SR-JV80-05 World |
Ethnic (ETH100) |
1994/04/21 |
FCE-DPCM | 7.999M |
733 |
in 255 multisamples, 255 patches, 1 rhythm kit |
|
| SR-JV80-06 Dance |
Dance (DNC102) |
1995/02/08 |
FCE-DPCM | 7.869M |
741 |
in 255 multisamples, 255 patches, 4 rhythm kits |
|
| SR-JV80-07 Super SoundSet |
?car (CAR015) |
1995/04/03 |
FCE-DPCM | 7.856M |
779 |
in 255 multisamples, 220 patches, 4 rhythm kits |
|
| SR-JV80-08 Keyboards 60&70 |
?greatest organs (GTO023) |
1995/07/24 |
FCE-DPCM | 7.881M |
1232 |
in 255 multisamples, 255 patches |
|
| SR-JV80-09 Session |
Collection (COL100) |
1996/01/29 |
FCE-DPCM | 7.856M |
507 |
in 206 multisamples, 200 patches, 4 rhythm kits |
|
| SR-JV80-10 Bass & Drums |
Bass&Drums (BSD015) |
1996/09/15 |
FCE-DPCM | 7.878M |
745 |
in 241 multisamples, 197 patches, 4 rhythm kits |
|
| SR-JV80-11 Techno Collection |
Dance 2 (DC2040) |
1997/07/20 |
FCE-DPCM | 7.821M |
1142 |
in 255 multisamples, 255 patches, 4 rhythm kits |
|
| SR-JV80-12 Hip Hop |
HipHop (HHP100) |
1998/02/15 |
FCE-DPCM | 7.845M |
804 |
in 255 multisamples, 255 patches, 4 rhythm kits |
|
| SR-JV80-13 Vocal |
Choir (CHR104) |
1998/06/22 |
FCE-DPCM | 8.017M |
307 |
in 82 multisamples, 128 patches |
|
| SR-JV80-14 Asia |
Asia (ASI100) |
1998/08/15 |
FCE-DPCM | 7.896M |
529 |
in 175 multisamples, 168 patches, 4 rhythm kits |
|
| SR-JV80-15 Special FX |
Special FX (SFX100) |
1999/02/15 |
FCE-DPCM | 7.876M |
441 |
in 248 multisamples, 204 patches, 4 rhythm kits |
|
| SR-JV80-16 Orchestral 2 |
Film (FLM101) |
1999/02/14 |
FCE-DPCM | 7.900M |
478 |
in 153 multisamples, 214 patches, 4 rhythm kits |
|
| SR-JV80-17 Country |
Country (CTR101) |
1999/08/14 |
FCE-DPCM | 7.829M |
749 |
in 247 multisamples, 210 patches, 4 rhythm kits |
|
| SR-JV80-18 Latin |
Latin (LTN100) |
2000/03/09 |
FCE-DPCM | 7.783M |
686 |
in 255 multisamples, 203 patches, 4 rhythm kits |
|
| SR-JV80-19 House |
House (House104) |
2000/08/11 |
FCE-DPCM | 7.846M |
705 |
in 255 multisamples, 156 patches, 4 rhythm kits |
|
| SR-JV80-99 Experience 1 |
EXPrn (DEM101) |
1994/09/09 |
FCE-DPCM | 2.005M |
123 |
in 19 multisamples, 64 patches |
|
| SR-JV80-98 Experience 2 |
Demo 2 (DEM2_100) |
1996/09/27 |
FCE-DPCM | 1.975M |
198 |
in 27 multisamples |
|
| SR-JV80-97 Experience 3 |
Demo 3 (DEM3007) |
1998/09/16 |
FCE-DPCM | 1.972M |
187 |
in 34 multisamples |
* - multiply with x1.939394 for 16bit equivalent, or better yet x2.90909 for 24bit equivalent decompressed wave data size.
SRX and derivatives
There I listed only those FA and Juno-DS expansions that are not identical images of their respective SRX cards.| Card name |
internal name |
ROM finished (Y/M/D) |
ID, hex |
wave compression | actual wave data size* |
actual waves |
additional notes |
| SRX-01 |
RhythmExpVer1.01 DynDr |
2000/01/17 |
01 04 |
FCE-DPCM | 31.909M |
1298 |
in 719 multisamples |
| SRX-02 | PianoExp Ver1.00 C Pno |
1999/12/16 |
02 03 |
FCE-DPCM | 32.387M |
368 |
in 48 multisamples |
| SRX-03 | MIKYG Ver.1.02 Stdio |
2001/03/22 |
03 07 |
FCE-DPCM | 31.798M |
1796 |
in 522 multisamples |
| SRX-04 | SRX-04 Symph.Str Strng |
2001/03/29 |
04 05 |
FCE-DPCM | 31.881M |
1287 |
in 196 multisamples |
| SRX-05 | SRX-05 SupDance SpDnc |
2001/11/15 |
05 08 |
FCE-DPCM | 30.784M |
3231 |
in 818 multisamples |
| SRX-06 | Orchestra CpOrc |
2003/05/20 |
06 08 |
FCE-DPCM | 28.443M |
1754 |
in 512 multisamples |
| SRX-07 | Contemporary UlKey |
2002/07/14 |
07 08 |
FCE-DPCM | 31.110M |
3936 |
in 860 multisamples |
| SRX-08 | Dance PlTrx |
2002/07/14 |
08 08 |
FCE-DPCM | 30.904M |
2834 |
in 950 multisamples |
| SRX-09 | Ethnic WldCl |
2002/07/14 |
09 08 |
FCE-DPCM | 31.265M |
2494 |
in 873 multisamples |
| SRX-10 | SRX-10 BgBrsEns Brass |
2004/01/29 |
0A 06 |
FCE-DPCM | 32.047M |
1220 |
in 261 multisamples |
| SRX-11 | SRX-11 CompltPno CmPno |
2004/11/04 |
0B 06 |
FCE-DPCM | 31.710M |
1416 |
in 40 multisamples |
| SRX-12 | SRX-12 ClassicEP Cl.EP |
2006/01/19 |
0C 06 |
FCE-DPCM | 31.911M |
4690 |
in 168 multisamples |
| SRX-97 | FCE-DPCM | ||||||
| SRX-98 | FCE-DPCM | ||||||
| SRX-99 | FCE-DPCM | ||||||
| FA EXP-01, DS EXP-01 |
Dance Dance |
2013/09/11 |
12 04 |
FCE-DPCM | 25.918M |
2712 |
in 829 multisamples |
| FA EXP-02, DS EXP-02 |
Contemporary Keys |
2013/09/11 |
11 04 |
FCE-DPCM | 24.170M |
3202 |
in 629 multisamples |
| FA EXP-03, DS EXP-03 |
Ethnic World |
2013/11/29 |
13 04 |
FCE-DPCM | 30.596M |
2470 |
in 867 multisamples |
| FA EXP-11 |
Vintage Synth VntSy |
2017/05/16 |
0D 03 |
FCE-DPCM | 32.185M |
2186 |
in 222 multisamples |
| RD EXP-01 | RD2000 EXP01 b03 RDex1 |
2016/12/19 |
3C 02 |
FCE-DPCM | 32.251M |
1981 |
in 170 multisamples named only with numbers. missing patches block, so those are already built in base firmware. |
| RD EXP-02 | RD2000 EXP02 b02 RDex2 |
2016/12/19 |
3D 02 |
FCE-DPCM | 32.395M |
1415 |
in 32 multisamples named only with numbers. missing patches block, so those are already built in base firmware. |
| RD EXP-03 | RD2000 EXP03 b02 RDex3 |
2016/12/19 |
3E 02 |
FCE-DPCM | 28.091M |
2156 |
in 94 multisamples named only with numbers. missing patches block, so those are already built in base firmware. Interestingly, internally it is an unusual kludge of two similar expansions. |
| RD EXP-04 | RD2000 EXP04 b01 RDex4 |
2016/12/19 |
3F 02 |
FCE-DPCM | 32.381M |
1552 |
in 36 multisamples named only with numbers. missing patches block, so those are already built in base firmware. |
| RD EXP-05 | RD Expansion 05 VTW10 |
2017/12/13 |
40 02 |
FCE-DPCM | 5.833M |
707 |
in 77 multisamples named only with numbers. missing patches block, so those are already built in base firmware. Don't let the small size fool you - it contains some exceptionally cool stuff. |
| RD EXP-06 | EXP-11 VintSynth VntSy |
2017/10/26 |
31 03 |
FCE-DPCM | 32.185M |
2186 |
in 222 multisamples, 25 patches |
| SRX-04 altered for Integra7 |
ITGR7CopiedSRX04 SRX4a |
2012/05/11 |
3C 05 |
FCE-DPCM | 31.881M | 1287 | there are insignificant differences from the original SRX-04 |
* - multiply with x1.939394 for 16bit equivalent, or better yet x2.90909 for 24bit equivalent decompressed wave data size.
VEXP series (EXZ for the Fantom-2019)
These ones differ the most from all of the previous roland cards, waveroms and expansions. Samples
are now in 16bit linear format, and not longer constrained to frames and 1Mbyte dsp
access segments. Multisamples are now in new format that can have 128
different samples per multisample instead of SRJV's only 16 regions.| Card name |
internal name |
Waves finished, exz file compiled |
ID, hex |
wave format | actual wave data size |
actual waves |
additional notes |
| EXZ001StgPno1 Stage Piano 1 |
EXZ001LN |
2019/07/29, 2019/09/13 16:24:05 |
16bit linear | 72.5M |
462 |
||
| EXZ002StgPno2 Stage Piano 2 |
EXZ002LN |
2019/07/30, 2019/09/13 16:32:47 |
16bit linear | 58.6M |
843 |
||
| EXZ003SesionDr Session Drums |
EXZ003LIN KY019 ROM0 |
2019/08/01, 2019/09/13 16:33:44 |
16bit linear | 64.1M |
356 |
||
| EXZ004PowerDr Power Drums |
EXZ004LIN KY019 ROM0 |
2019/08/23, 2019/09/13 16:34:20 |
16bit linear | 56.4M |
288 |
||
| EXZ005Studio Studio Sounds |
EXP06->EXZ |
2019/07/03, 2019/09/13 16:26:46 |
16bit linear | 85.7M |
1792 |
conversion of FA EXP-06 |
|
| EXZ006World World Instruments |
EXP03->EXZ |
2019/07/11, 2019/09/13 16:35:02 |
16bit linear | 80.3M |
2468 |
conversion of FA EXP-03 | |
| EXZ007Orchstra Orchestra |
EXZ007LN |
2019/08/27, 2019/12/24 13:04:15 |
16bit linear | 80.0M |
1749 |
inexact SRX-06 |
|
| EXZ008VintKeys Vintage Keys |
EXZ008LN |
2019/08/27, 2019/12/25 11:19:37 |
16bit linear | 73.6M |
3199 |
Seems that guys did work during xmas holidays! looks like a conversion of FA EXP-02 |
|
| EXZ009SymphStr Symphonique Str |
EXP009LN |
2019/08/29, 2019/12/04 17:51:26 |
16bit linear | 86.1M |
1249 |
inexact SRX-04 | |
| EXZ010BrassEns Big Brass Ens |
EXZ010LN |
2019/08/29, 2019/10/25 10:37:11 |
16bit linear | 80.3M |
1208 |
inexact SRX-10 | |
| EXZ011ClasscEP Classic EPs |
EXZ011LN |
2019/08/30, 2019/12/04 17:53:58 |
16bit linear | 77.6M |
4662 |
inexact SRX-12 | |
| EXZ012DanceTrx Dance Trax |
EXZ012LN |
2019/08/30, 2019/12/25 11:39:58 |
16bit linear | 75.8M |
2712 |
Seems that guys did work during xmas holidays! conversion of FA EXP-01 |
|
| EXZ013GrandPno Concert Grand Pn |
EXZ013LN |
2019/08/30, 2019/12/04 17:58:48 |
16bit linear | 89.0M |
368 |
conversion of SRX-02 | |
| EXZ014CmpltPno Complete Piano |
EXZ014LN |
2019/08/30, 2019/12/04 18:00:32 |
16bit linear | 80.5M |
704 |
||
| EXZ015VintSyn Vintage Synth |
EXZ015LN |
2019/08/30, 2019/12/23 18:00:32 |
16bit linear | 94.2M |
2062 |
By the way, all byte multiplicators k and M here are Si - meaning x1000 and x1000'000 respectively, and in most cases are precise byte values, rounded to whatever looks good in the table.