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- Jan 15, 2019
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ORIGINAL CONSOLE: SEGA Genesis
Base Product: ATGames SEGA Genesis Classic Game Console (Kohls Release 2016)
Base Components: ATGames Console, 2 IR Basic Genesis Controllers
Base Price: $49.99 (2018)
Overall Goal: Portablize the ATGames SEGA Genesis Classic Console using as much base hardware as possible.
Starting Date: 01-16-19
This will be my first console modding attempt and as such I broke it up into 5 phases which will narrow my focus and take things slow. I picked this console since its fairly cheap and small. I know one or two other members have started a mod with this console before but neither have posted finished product as far as I know. I didn't want to do an emulator based micro-controller project as I wanted to try messing with actual hardware. I have access to 3D printer so prototyping cases will be easy.
Ideas or tips for goals in any of the phases are welcome! I will try my best to document my progress.
---------------------------
PHASE I: PG-1 "CONCOLLER"
Primary Goal: Combine single IR controller and base console into single frame
Secondary Goal: Convert original IR controller into wired controller
Bonus Goal: Enable 2nd IR controller input (IR or wired)
Concerns:
-May not be able to direct connect the IR controller emitter to IR receiver circuit on console board
-Gripping the system interfering with cartridge slot
Status:
01-16-19 + Initial Teardown Completed
01-18-19 + CAD Modeling of Base Components Completed
Base Components:
Base Console Teardown
Base Console Board Assembly
Main Board (MB) [Top Layer]
Main Board (MB) [Bottom Layer]
I/O Board (IOB) [Top Layer]
I/O Board (IOB) [Bottom Layer]
IR/PWR I/O Board (IPB) [Top Layer]
IR/PWR I/O Board (IPB) [Bottom Layer]
Base Controller Teardown
Controller I/O Board (CIOB) [Top Layer]
Controller I/O Board (CIOB) [Bottom Layer]
Barebones Testing:
Wired 3.3V Source on MB to CIOB
Voltage Regulator on MB takes 9V to 3.3V
Voltage Regulator Pinout from Bottom of MB (Top- 9V Input, Middle- GND, Bottom- 3.3V Output)
Removed IPB and Rewired to be Free from IOB, Bent IR Reciever to be Straight, Bent IR Transmitter on CIOB 180 Deg
IOB Pinout (White- , Red- , Black- , Blue- )
Completed Phase 1 Electrical Assembly with Current Controller Frame
Frame Design/Testing:
Test Print of new color changing filament (Joycon Mount)
CAD Renders/Basic Dimensions:
CIOB
MB
IOB
IPB
Electrical Assembly
Current PG-1 Bottom Case Design
---------------------------
PHASE II: PG-2 "POWERCON"
Primary Goal: Enable use of replaceable battery pack instead of AC power adapter
Secondary Goal: Enable dual option of DC or AC power
Bonus Goal: Enable rechargeable power source
---------------------------
PHASE III: PG-3 "SCREENOLE"
Primary Goal: Add 3"-4" screen to the system
Secondary Goal: Enable speaker OR headphone jack audio
Bonus Goal: Enable dual option of screen or external peripheral (aka TV) use
Concerns:
-Deciding what speakers to use and implementing the splitter for speaker or headphone audio
Status:
-Currently looking at ASIN #B0045IIZKU (3.5" TFT LCD Display). Supposedly can be powered by at least 5V when you mod it like this reviewer did. Has an audio input but no sound.
---------------------------
PHASE IV: PG-4 "HAND-GEN"
Primary Goal: Design screen to be deploy-able to protect when not in use
Secondary Goal: TBD
Bonus Goal: Investigate and provide information for implementing a standard controller instead of IR one
---------------------------
PHASE V: PG-AK
Final product design with one reproduction unit.
Base Product: ATGames SEGA Genesis Classic Game Console (Kohls Release 2016)
Base Components: ATGames Console, 2 IR Basic Genesis Controllers
Base Price: $49.99 (2018)
Overall Goal: Portablize the ATGames SEGA Genesis Classic Console using as much base hardware as possible.
Starting Date: 01-16-19
This will be my first console modding attempt and as such I broke it up into 5 phases which will narrow my focus and take things slow. I picked this console since its fairly cheap and small. I know one or two other members have started a mod with this console before but neither have posted finished product as far as I know. I didn't want to do an emulator based micro-controller project as I wanted to try messing with actual hardware. I have access to 3D printer so prototyping cases will be easy.
Ideas or tips for goals in any of the phases are welcome! I will try my best to document my progress.
---------------------------
PHASE I: PG-1 "CONCOLLER"
Primary Goal: Combine single IR controller and base console into single frame
Secondary Goal: Convert original IR controller into wired controller
Bonus Goal: Enable 2nd IR controller input (IR or wired)
Concerns:
-May not be able to direct connect the IR controller emitter to IR receiver circuit on console board
-Gripping the system interfering with cartridge slot
Status:
01-16-19 + Initial Teardown Completed
01-18-19 + CAD Modeling of Base Components Completed
Base Components:
Base Console Teardown
Base Console Board Assembly
Main Board (MB) [Top Layer]
Main Board (MB) [Bottom Layer]
I/O Board (IOB) [Top Layer]
I/O Board (IOB) [Bottom Layer]
IR/PWR I/O Board (IPB) [Top Layer]
IR/PWR I/O Board (IPB) [Bottom Layer]
Base Controller Teardown
Controller I/O Board (CIOB) [Top Layer]
Controller I/O Board (CIOB) [Bottom Layer]
Barebones Testing:
Wired 3.3V Source on MB to CIOB
Voltage Regulator on MB takes 9V to 3.3V
Voltage Regulator Pinout from Bottom of MB (Top- 9V Input, Middle- GND, Bottom- 3.3V Output)
Removed IPB and Rewired to be Free from IOB, Bent IR Reciever to be Straight, Bent IR Transmitter on CIOB 180 Deg
IOB Pinout (White- , Red- , Black- , Blue- )
Completed Phase 1 Electrical Assembly with Current Controller Frame
Frame Design/Testing:
Test Print of new color changing filament (Joycon Mount)
CAD Renders/Basic Dimensions:
CIOB
MB
IOB
IPB
Electrical Assembly
Current PG-1 Bottom Case Design
---------------------------
PHASE II: PG-2 "POWERCON"
Primary Goal: Enable use of replaceable battery pack instead of AC power adapter
Secondary Goal: Enable dual option of DC or AC power
Bonus Goal: Enable rechargeable power source
---------------------------
PHASE III: PG-3 "SCREENOLE"
Primary Goal: Add 3"-4" screen to the system
Secondary Goal: Enable speaker OR headphone jack audio
Bonus Goal: Enable dual option of screen or external peripheral (aka TV) use
Concerns:
-Deciding what speakers to use and implementing the splitter for speaker or headphone audio
Status:
-Currently looking at ASIN #B0045IIZKU (3.5" TFT LCD Display). Supposedly can be powered by at least 5V when you mod it like this reviewer did. Has an audio input but no sound.
---------------------------
PHASE IV: PG-4 "HAND-GEN"
Primary Goal: Design screen to be deploy-able to protect when not in use
Secondary Goal: TBD
Bonus Goal: Investigate and provide information for implementing a standard controller instead of IR one
---------------------------
PHASE V: PG-AK
Final product design with one reproduction unit.
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