* Getting Started with GIMIC [#be85fa44]
(Some of the information on this page is outdated. A major renewal on its way!)~
#menu(MenuBarEng)

'''What can I do with GIMIC? Which parts do I need?'''
* Getting Started with G.I.M.I.C [#c5743356]
You can move around this Wiki from the menu on the left. Pages marked &color(red){(jp)}; are currently  only in Japanese.

'''What can I do with G.I.M.I.C? Which parts do I need?'''
~--- Here we'll answer these basic questions. ~

#contents

** What is GIMIC? [#w024533b]
The GIMIC is a modular chiptune sound generating system: It can be loaded with various modules with sound chips that were employed in home computers and arcade games through the 80s and 90s.((The currently available version of the motherboard can be mounted with only one sound chip module at a time. A variation with an ability to handle multiple sound chips simultaneously is currently under development.))~
** What is G.I.M.I.C? [#z2251178]
The G.I.M.I.C is a modular chiptune sound generating system: It can be loaded with various modules with sound chips that were employed in home computers and arcade games through the 80s and 90s.((The currently available version of the motherboard can be mounted with only one sound chip module at a time. A variation with an ability to handle multiple sound chips simultaneously is currently under development.))~

By exchanging modules, it can emulate a range of chiptune sound systems. Currently, OPN3-L, OPNA, and OPM are available as sound chip modules. ~
By exchanging modules, it can emulate a range of chiptune sound systems. Currently, OPN3-L, OPNA, OPM, and OPL3 are available as sound chip modules. ~

The G.I.M.I.C sound modules come with their respective sound chips, so you don't have to look elsewhere (or "scavenge") for them!~
The G.I.M.I.C sound modules come with their respective sound chips already mounted, so you don't have to look elsewhere (or "scavenge") for them!~

// 本機はあらゆるチップ音源をモジュールとして接続し、多種多様の音源を多種多様のデータ・手段により、実チップによる楽曲演奏を行えるようにした音源です。~
// 本機は過去採用された実チップ音源環境を手軽に利用できる環境を提供するという目的で企画が開始された音源です。~
//現在、PCのSPECが大きな進化を遂げ、昔からある各種音源用のデータ等をリアルタイムでソフトウェア演算処理し、PCから再生できる時代となってきました。しかしそれらのソフトウェア音源による再生においては、チップ音源が持つ独特のクセ等を完全に再現するものはほぼ皆無です。また、実際に実音源を利用した楽曲再生を行うには、対応するハードウェアの準備を行う必要があります。オークション等で現状入手できるものがあるとはいえ、実機を用意する手段は、今後のメンテナンスや設置場所等を考慮すると、運用が困難である手段ともいえます。~
//そこでGimicの登場です。Gimicの思想は「モジュール」と「ファームウェア」次第で、出来ることの範囲は非常に大きく、現時点では、s98形式ファイルの再生のみの実現にとどまっていますが、将来的には、ファームウェアとして「各種チップ音源データのGimicによるスタンドアロン、またはPC接続による、Nativeな楽曲再生」や、「MIDI機器として動作」など、また、音源モジュール側としては、FM音源としてOPM/OPLL、その他の音源として、PSG( YM-2149)が既にモジュール製作の候補として上がっております。~
//今回の頒布はシングルモジュール版となっておりますが、もともとは製作時間の都合でシングルモジュールとなっており、企画序盤の段階では、モジュールを4枚搭載可能な仕様で計画されていました。つまりは今回頒布したCPUボードとOPN3モジュールを利用できる~
//4モジュール対応のGimicマザーボードについても開発を行っています。~
//今後のGimicの動きに注目下さい!
#ref(GMC-MB2.jpg)

#ref(gimic001.jpg)
** What is it good for? [#n8a64347]

** What is it good for? [#oec86a98]
At this point of development, the GIMIC can play S98 formatted FM control log files, which can be created by logging play data with a PC-88/PC-98/X1 emulator. ~
G.I.M.I.C can be used either as a song file player, or as a hardware synthesizer.

Additionally, each sound chip module has one or more data formats it can play without conversion: ~
The OPM Module can play MDX, the format used by the MXDRV FM sound driver for SHARP X68000;~
The OPNA and OPN3-L Modules can play song files for PMD or FMP, FM sound drivers for NEC PC-88/PC-98. ~
-As a song file player

You need a PC with an SD card reader to copy S98/MDX/PMD song files onto an SD card. The SD card can then be inserted to the GIMIC's SD card slot, through which GIMIC will read and play the files. ~
G.I.M.I.C can playback song files in a microSD card inserted to its card slot.
Below are the file formats that G.I.M.I.C can handle.

For future plan, we are considering support for direct control from PC of the sound chips loaded on GIMIC((The feature will enable PC-88/PC-98/X1/X68000 emulators to use GIMIC as an external sound system, among other things.)) and MIDI-controllability((Which will give GIMIC an ability to act as a MIDI-controlled sound device like YAMAHA FB-01 or TX81Z.)).~
--VGM (.vgm)
--S98 (.s98)
--MXDRV (.mdx ; the format used by the MXDRV FM sound driver for SHARP X68000)
--PMD (.m, .m2, .mz ; the format used by the PMD FM sound driver for NEC PC-88/PC-98)
--FMP (.opi, .ovi, .ozi ; the format used by the FMP FM sound driver for NEC PC-98)

* Things to Prepare Before Acquiring Your GIMIC [#l6dee9a3]
-As a hardware synthesizer

** SD Card Reader and SD Card [#f409cffe]
As said above, the most basic way for the GIMIC to play song files is to read them out of an SD card.~
When connected to a PC through USB, G.I.M.I.C can be used as an external sound source by software emulators and song file players. This enables G.I.M.I.C to play songs in formats that it can't process on its own.

Although the GIMIC has an SD card reader built in, a PC will NOT recognize it as a card reading device when connected to the GIMIC via USB.~
** Where can I get it? [#ya83cedc]

Consequently you need an SD card reader that can be used with your PC, and an SD card to copy the files onto.~
Currently there are two online retailers that sell our products, but we're afraid neither has got an English UI. They seem to ship overseas too, but we suggest you ask them beforehand to make sure.

We recommend using cards with capacities from 2GB to 4GB. The GIMIC can handle SDHC cards with up to 8GB capacity. ~
BEEP: ~
https://thebase.in/inquiry/beep-theshop-jp ~
https://twitter.com/beep_shop

** USB Cable [#x8667c88]
Since the GIMIC draws power from an USB power source, you need an USB cable of type Standard-AB (which we don't include in our packages). ~
Kyoritsu: ~
https://eleshop.jp/shop/contact/contact.aspx

For reference, here is a link to [[ELECOM's USB cable:http://www2.elecom.co.jp/cable/usb/usb2-eco/]] specification page. See the pictures to make sure which type of connector you need.~
Please try searching G.I.M.I.C to see if they are stocked and to check out the prices. 

Cables of this type are commonly included in packages of PC accessories or peripherals (e.g. printers), so you may have already one in stock.~
// The site… 以下は三月兎英語版が出来次第に削除。

Besides PCs, you can also use an [[USB to AC Adapter:http://www2.elecom.co.jp/avd/ipod/charger/ava-acu01/]] or a self-powered USB hub as the power source.~
* Things to Prepare Before Acquiring Your G.I.M.I.C [#q6f6dbae]

* GIMIC Modules: Primary [#v4851c17]
To play any sound with the GIMIC, you need a motherboard and at least one sound chip module. Below are short descriptions of these primary modules. ~
**USB Micro-B cable [#dd6420e9]
To connect G.I.M.I.C to your PC. G.I.M.I.C also draws power from USB.~
A low-quality cable may cause signal degradation or power loss, which in turn can lead to unexpected malfunctions.~
Use a cable that can fast-charge a smartphone to avoid such troubles.~

** GMC-MB1: Motherboard [#s4202b92]
For reference, below are the cables we employed during the development.~

#ref(GMC-MB1_PCB.jpg)
Straight~
Motorola ECOMOTO : SKN6378A~

The "heart and core" of the GIMIC, this motherboard is loaded with a 32bit/72MHz ARM Processor to control the sound chip modules.~
Right angled~
Sony Ericsson : EC600L~

It also has an SD card slot (to load S98/MDX/PMD data with) and a stereo mini-jack as the audio output. ~
'''Note that some cables shipped with smartphones or tablets are &color(red){"charge-only", i.e. unable to transfer data.};'''~
'''Make sure that your cable offers data transfer too.'''~

Features:~
**A microSD card (if you use the "Standalone" G.I.M.I.C firmware) [#pddecfb0]
From which G.I.M.I.C reads song files.~
G.I.M.I.C can handle SD/SDHC cards with up to 8GB capacity (SDXC cards are unsupported).~

- ''Carefully selected parts'' including push buttons that give nice touch feeling, durable and sturdy connectors, etc. Also for other parts that directly affect sound quality or reliablity, we have abundantly employed first-class brand, excellent grade components.
We have confirmed that UHS-I cards can be used, but they will function in compatibility mode, since G.I.M.I.C doesn't support UHS-104.~

- ''Lead-free soldering'' to prevent health problems. Since its soldered parts are bare to the touch, the GIMIC is the first in the field of indie hardware to be assembled totally with lead-free solder (excluding FM LSI and DAC). We have employed lead-free solder specifically designed for audio equipments.
For reference, below are the cards we employed during the development.~

- ''32bit/72MHz MCU'' that increases the module's efficiency to its full potential.
SanDisk MobileUltra microSDHC UHS-I 8GB : SDSDQY-008G-J35A~
SanDisk Extreme Pro microSDHC UHS-I 8GB : SDSDQXP-008G-J35~

- ''Low power consumption'' that enables the GIMIC to run on bus power, i.e. without any AC adapter.
**An AC adaptor (for GMC-MB2PRO only; optional) [#y71e83ac]
Drawing power from an external supply, you can avail yourself of G.I.M.I.C's full potential.~
Use an AC adaptor with an output voltage of 5V, a currency of 1000mA (or above), connector type of EIAJ-02.~

- ''SD Card slot'' that handles up to 8GB SDHC.
''Do not use an AC adaptor with an output valtage exceeding 5.2V, as it can cause permanent damage to G.I.M.I.C.''~

- ''USB ports'' through which the GIMIC can be connected to a PC to be controlled as a USB device. Also the GIMIC is capable to host other USB devices, which function we are planning to expand in future updates. Currently it can use a USB ten-key as a controller to play, pause and select songs.

- ''Line-OUT & MIDI IN'' via breakout cable (MIDI controllability is yet to come).
For reference, below is the AC adaptor we employed during the development.~

** GMC-OPN3L: OPN3-L Module [#ie382e6c]
AC adaptor for SONY PSP1000/2000/3000 series: PSP-100~

#ref(GMC-OPN3L_PCB.jpg)
* G.I.M.I.C Modules: Primary [#w2f3d307]
To play any sound with the G.I.M.I.C, you need a motherboard and at least one sound chip module (Lite motherboard can be used without any sound chip modules). Below are short descriptions of these primary modules. Click the names to see detailed descriptions.~

OPN3-L (YMF288) is the sound chip employed in NEC PC-9821 in its later years.~
** [[GMC-MB2: Motherboard>GMC-MB2 Description]] [#s998f3df]

The chip is in some degree compatible with OPN (YM2203) and OPNA (YM2608), the sound chips of PC-6601SR, PC-8001mkIISR, PC-8801mkIISR (and the later models of the series), PC-9801 series, PC-9821 series, FUJITSU FM77AV series, SHARP MZ-2500 and so on. ((The compatibility is only partial. For example, OPN3-L has no ADPCM synthesis, which on the other hand OPNA does. Also, OPN3-L's FM/SSG mix balance is not changeable.))~
The heart and core of the G.I.M.I.C, the motherboard controls the sound chip modules with its 32-bit, 72 MHz ARM processor. It's also equipped with a microSD card slot to read data from, and a 3.5mm stereo jack for audio output.~

Features:~
//G.I.M.I.C motherboard comes in three editions:
//
//-''Lite (GMC-MB2LT)'' : a low cost, more easily affordable model~
//-''Standard (GMC-MB2STD)'' : for those who want basic functions of G.I.M.I.C~
//-''Professional (GMC-MB2PRO)'' : for those who seek higher sound quality and versatility~
//
//See the chart below for a detailed comparison.
//
//'''(The Lite Edition is not yet available; release scheduled in April 2014)'''~
//
//||LT|STD|PRO|
//|PCM|no|yes|yes|
//|Preamp|yes|yes|yes|
//|Sound Quality|good|very good|excellent|
//|MIDI|no|no|yes|
//|Parallel-out|no|no|yes(2 paths)|
//|DC In|no|no|yes|
//|USB hosting|no|no|yes|
//|Built-in FM chip|yes|no|no|

- ''Authentic YMF288-M (OPN3-L) FM LSI''. This sound chip is roughly equivalent to 86 SoundBoard of PC-98 or PC-88 SoundBoard II without PCM/ADPCM.((Later models of PC-9821 employ YMF288 as the successor to 86 SoundBoard.))~
Compared to these SoundBoard, OPN3-L
-- Lacks ADPCM
-- Lacks CSM speech synthesis
-- Lacks General Purpose I/O
-- Lacks individual outputs for FM and SSG((While OPN/OPNA has individual outputs for FM and SSG, OPN3-L mixes both signals into one single output with fixed ratio.))
-- Lacks PCM synthesis of 86 SoundBoard((86 SoundBoard has an individual sound chip that processes PCM, apart from the FM chip.))
** [[GMC-OPN3L: OPN3-L Module>GMC-OPN3L Description]] [#hfae7047]

- ''High clarity of sound'' made possible with top grade parts specifically designed for the puropose. The module can keep the level of the noise in the signal much lower than built-in sound systems of gaming hardwares or home computers. One can obtain even clearer sounds in combination with our DAC module (GMC-OPT01) and/or SPDIF module (GMC-OPT02).
OPN3-L (YMF288) is the sound chip employed in NEC PC-9821 in its later years.~

** GMC-OPNA: OPNA Module [#be2372af]
The chip is in some degree compatible with OPN (YM2203) and OPNA (YM2608), the sound chips of PC-6601SR, PC-8001mkIISR, PC-8801mkIISR (and the later models of the series), PC-9801 series, PC-9821 series, FUJITSU FM77AV series, SHARP MZ-2500 and so on. ((The compatibility is only partial. For example, OPN3-L has no ADPCM synthesis, which on the other hand OPNA does. Also, OPN3-L's FM/SSG mix balance is not changeable.))~

#ref(GMC-OPNA_PWB.jpg)
** [[GMC-OPNA: OPNA Module>GMC-OPNA Description]] [#ccbb86a8]

A module mounted with an OPNA (YM2608) sound chip mentioned above.~

Just as SoundBoard II of PC-8801 series, this modules has a DRAM exclusively alloted for ADPCM synthesis, which makes possible an exact reproduction of PC-88 sounds.~

It also has a variable FM/SSG mix balance, which can be utilized to emulate sound systems of both PC-88 and PC-98 (86 SoundBoard).~

Features:~
** [[GMC-OPM: OPM Module>GMC-OPM Description]] [#td51d663]

- ''Authentic YM2608B FM LSI'', the model employed in PC-88/PC-98 series.

- ''ADPCM synthesis'' which the module handles all by itself with its 256KB DRAM.

- ''Variable FM/SSG mix balance'' that can be set to any ratio. The first indie hardware((As of Jul. 2011.)) to be equipped with this ability, this module can play song data for multiple enviroments, retaining their original volume balance.

- ''Variable clock rate'' that can be set to anything within the module's operating frequency.((It works only in 7.9872MHz frequency with the current version of the firmware.)) This feature enables a more faithful emulation of arcade game hardware with YM2203 sound chip.

- ''High clarity of sound'' attained through abundant use of high grade electronic components. Even for parts that do not directly affect sound quality, we have employed the best components for the optimal reliability. For example, we have lavishly used expensive round pin IC sockets designed for SDIP, rather than leaf spring sockets, which are much cheaper but more apt to degrade over time and thus liable to contact failure.

** GMC-OPM: OPM Module [#j06dcd5b]

#ref(GMC-OPM_PCB.jpg)

OPM (YM2151) is the FM sound chip of SHARP X1TurboZ and X68000, employed also in arcade game systems of 80s and 90s.((OPP (YM2164) sound chip in YAMAHA FB-01, DX21, DX27, DX100 and KORG DS-8, 707 etc. is compatible OPM.))

Features:~
- ''Authentic YM2151'', the FM LSI employed by SHARP X1, X68000, various arcade game systems and digital synthesizers.~
'''Currently the module doesn't support X1's SSG, X68000's ADPCM, or PCM sounds of arcade game systems.'''((We're working on a high-spec version of the motherboard, which will (besides being able to handle multiple sound chips at the same time) support X1's SSG. X68000's ADPCM and arcade games' PCM will be supported by the PCM module, likewise under development.))
** [[GMC-OPL3: OPL3 Module>GMC-OPL3 Description]] [#scafc161]

- ''High clarity of sounds'' attained through abundant use of high quality components, extensively rivising the board design of the 80s to meet the modern standard.
A module mounted with an OPL3 (YMF262-M) sound chip, the FM LSI used by Adlib GOLD 1000, Creative Sound Blaster Pro 2.0, VIBRA 16 and Sound Blaster 16. This module can be used to reproduce the sounds of IBM PC compatibles in their MS-DOS era.~

- ''Variable clock rate'' that can be set to anything within the module's operating frequency (3MHz-4MHz)((With the current version of the firmware the clock rate is fixed to 4MHz.)) This first in the indie hardware feature enables a highly faithful emulation of arcade game sound systems, whose clock rate is not always uniform.((This feature will be supported in the future when playing S98 data. The clock data will be fixed to 4MHz when playing MDX files.))~
'''Clock rate gets instantly adjusted at the start of each song.'''

3MHz
#ref(CLK_3M.png)
4MHz
#ref(CLK_4M.png)
Connect one of these sound chip modules to the motherboard, and your G.I.M.I.C is ready to play! ~

- ''Ability to exchange the chip'' to one with pin-compatibility, such as YM2164 (OPP). The IC socket makes the replacement quite effortless.((Mounting OPP will not bring any change to the module's function.))
* G.I.M.I.C Modules: Secondary [#rfdd5ff8]
Here is a list of optional modules to expand and enhance your G.I.M.I.C. ~

** GMC-OPL3: OPL3 Module [#tbe7cfe6]
** [[GMC-OPT02: Digital Output Module for OPN3-L>GMC-OPT02 Description]] [#sf0936f5]

#ref(GMC-OPL3_PWB.jpg)

A module mounted with an OPL3 (YMF262-M) sound chip.

Features:~
- ''Authentic YAMAHA YMF262-M'', the FM LSI employed by Sound Blaster 16 and its compatibles.

- ''Compatibility with OPL and OPL2''. The module can play song data for those earlier YAMAHA FM chips. (CSM speech synthesis mode is not supported)

- ''Variable clock rate'' that, as with GMC-OPNA and GMC-OPM, can be set to anything within the module's operating frequency. It enables the module to emulate arcade game sound systems, where clock rate might vary according to games.

- ''High clarity of sounds'' attained through abundant use of high quality components.

Connect one of these four sound chip modules to the motherboard, and your GIMIC is ready to play! ~

* GIMIC Modules: Secondary [#j10c38f4]
Here is a list of optional modules to expand and enhance your GIMIC. ~

** GMC-OPT01: DAC Module for OPN3-L [#qf99e0a1]

#ref(GMC_OPT01_PCB.jpg)

A DAC Module to be used with OPN3-L. Although the DAC unit on the OPN3-L module is tuned up for the optimal peformance, as an option we are offering this module with a Delta-Sigma DAC from Burr-Brown(TI) for even better results. ~

For comparison, [[here:http://hkhacks.googlecode.com/files/gimmick%21_NORM_OPT01.zip]] is a zip archive which includes two samples recorded through GMC-OPT01 and OPN3-L's native DAC respectively. ~

'''Note that you may need a somewhat Hi-Fi listening environment for the difference to be noticeable.'''~

** GMC-OPT02: Digital Output Module for OPN3-L [#jede5e3b]

#ref(GMC-OPT02_PWB.jpg)

This module enables direct digital output from OPN3-L. You can feed the signal into any external DAC of your choice and pursue the best end results.~

Features:~

- ''Ultimate sound quality'' that surpasses any other emulator. This module draws digital signals directly out of FM LSI, so the purity of sound is at the very highest. Also, software emulators can not faithfully recreate the original sounds, since they calculate waveform with a bit depth lower than the hardware sound chip.~
#br
'''To what sound card the digital signals are feeded will make some difference (though slight) in the quality of resulting sound.'''~
'''We recommend using an external DAC (when playing) or audio card (when recording), instead of PC's built-in sound card.'''~
 '''an example of a recording interface: RME Babyface'''~
 '''an example of a playing interface: AUDIOTRAK Dr.DAC2DX'''~

- ''Up- and down-sampling'': with its sampling rate converter, the module can output the signals in the frequency of 44100/48000/55466/96000Hz.~
'''The 96kHz frequency is recommended.'''~
'''Signals from the FM LSI are in 55466Hz/16bit.'''

The pictures below show the bit statistic while in 96kHz mode and playing no sound:~

#ref(GMC-OPT02_DGChk.png)
#ref(GMC-OPT02_ST.png)

** GMC-LCD: LCD Display [#bd320464]

#ref(GMC-LCD.jpg)

An LCD that shows song informations. Also, when playing MDX data, it visualizes the notes being played on each track in keyboard-styled view.~

For further information about the visualizer, see our [[videos>GIMIC関連動画]].~

** GMC-BOUT: Breakout Cable [#pcf54e6e]

#ref(GMC-BOUT.jpg)

A breakout cable with 2 RCA line outs and 1 set of MIDI IO.~

Since GIMIC does not support MIDI IO at this point, we are currently offering cables with line outs only, and that exclusively at exhibitions.~

** GMC-BPNL: Bottom Panel [#b0a237e2]

#ref(GMC-BPNL.jpg)

A PMMA panel identical to the top cover. ~

Since the GIMIC's motherboard is bare on the bottom side, touching the bottom with wet hands or putting it on a metal surface may cause a short-circuit. This bottom panel will protect the motherboard from such accidents. ~

** Ten-key [#ybf88b63]
** Ten-key [#r49761c1]
You can connect a ten-key to the USB Standard-A port of the motherboard and use it as an external controller to play/pause and choose tracks. ~

'''We are not offering ten-keys themselves, so please acquire one (if necessary) through your preferred vendor.'''~

* Future Projects [#hd7ad7d2]
* Future Projects [#w54ed0a1]
We at the G.I.M.I.C. Project are planning further development, both hardware and software-wise. Some of the projects are listed below.~

** PCM Module [#ne8573ce]
A PCM sound chip module equipped with an Altera's FPGA.~
//** PCM Module [#pa43f806]
//A PCM sound chip module equipped with an Altera's FPGA.~
//
//It will play various PCM formats (e.g. ADPCM of X68000, PCM sounds of PC-9821's 86 SoundBoard) //with its powerful emulating ability.~

It will play various PCM formats (e.g. ADPCM of X68000, PCM sounds of PC-9821's 86 SoundBoard) with its powerful emulating ability.~
//** OPLL Module [#m3b8981f]
//A sound chip module mounted with a YM2413B (a.k.a. OPLL), YAMAHA's FM LSI.~

** OPLL Module [#x672f809]
A sound chip module mounted with a YM2413B (a.k.a. OPLL), YAMAHA's FM LSI.~
//While as yet no software emulation of the OPLL has been wholly successful, this module will realize a //faithful reproduction of its sounds by employing the authentic chip.~

While as yet no software emulation of the OPLL has been wholly successful, this module will realize a faithful reproduction of its sounds by employing the authentic chip.~
//** PSG Module [#q7420359]
//A sound chip module with YAMAHA's SSG LSI, YM2149F. We will make a special expansion to its //processor register for a higher sound playing compatibility.~

** PSG Module [#m8e3c0b1]
A sound chip module with YAMAHA's SSG LSI, YM2149F. We will make a special expansion to its processor register for a higher sound playing compatibility.~

** High-Spec Motherboard [#r978a154]
** High-Spec Motherboard [#f1f91fcc]
A motherboad that can be loaded with multiple sound chip modules and control them simultaneously.~

The GIMIC with this motherboard will be able to handle up to 4 sound chips at the same time.~
The G.I.M.I.C with this motherboard will be able to handle up to 4 sound chips at the same time.~

** Expanded Stand-Alone Playing Ability [#o56a3e27]
Greater ability to process and play various data formats with GIMIC's own sound driver, independent of PCs.~
** Control with MIDI [#r414b8bb]
Controllability from an external MIDI input, with which the G.I.M.I.C will be able to act as a hardware synthesizer.~

Current firmware version can handle formats for MXDRV, PMD and FMP.~
** Inter-G.I.M.I.C Syncability [#b813c845]
Ability for chain-connected G.I.M.I.Cs to be synced to each other to form an ensemble.~

** Control from PC [#q8c1b6d0]
Controllability from a PC via USB, with which PC programs will be able to play the GIMIC as an external sound device.~

** Control with MIDI [#j9100e1e]
Controllability from an external MIDI input, with which the GIMIC will be able to act as a hardware synthesizer.~

** Inter-GIMIC Syncability [#o1eb5624]
Ability for chain-connected GIMICs to be synced to each other to form an ensemble.~

** Optimizations for Live DJ'ing [#f9865a0c]
** Optimizations for Live DJ'ing [#k01b5acf]
DJ-oriented features that will enhance live use, such as a CUE monitoring function.~


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