Gamerpaddy
Joined 1 February 2024
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== About == | ==About== | ||
'''YouTube''': [https://www.youtube.com/gamerpaddy gamerpaddy YouTube Channel]<br> | '''YouTube''': [https://www.youtube.com/gamerpaddy gamerpaddy YouTube Channel]<br> | ||
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'''OSHW Repository''': [https://oshwlab.com/gamerpaddy gamerpaddy open source hardware lab] | '''OSHW Repository''': [https://oshwlab.com/gamerpaddy gamerpaddy open source hardware lab] | ||
=== Biography === | ===Biography=== | ||
I grew up in germany where every once in a while people would put their broken and unused household electronics on the streets for disposal. I picked up whatever I could, took it apart and tried to understand how it worked. | I grew up in germany where every once in a while people would put their broken and unused household electronics on the streets for disposal. I picked up whatever I could, took it apart and tried to understand how it worked. | ||
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I am a full supporter of the right to repair movement and contribute through work, knowledge and helping others where I can. | I am a full supporter of the right to repair movement and contribute through work, knowledge and helping others where I can. | ||
=== Projects === | ===Projects=== | ||
==== Yamaha EBike Battery Dongle ==== | ====Yamaha EBike Battery Dongle==== | ||
Starting in 2016 I worked on an emulator module to use third-party lithium-ion batteries on Yamaha powered e-bikes. The module emulates the datastream of a healthy battery and sends it to the Yamaha PW series engine, allowing any power source in the 10-cell lithium-ion voltage range (27-42V) to be used in place of the original battery. | Starting in 2016 I worked on an emulator module to use third-party lithium-ion batteries on Yamaha powered e-bikes. The module emulates the datastream of a healthy battery and sends it to the Yamaha PW series engine, allowing any power source in the 10-cell lithium-ion voltage range (27-42V) to be used in place of the original battery. | ||
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More information on the [[Yamaha EBike Battery Dongle]] wiki page. | More information on the [[Yamaha EBike Battery Dongle]] wiki page. | ||
==== Topping PA5 Amplifier D01 Replacement Module ==== | ====Topping PA5 Amplifier D01 Replacement Module==== | ||
In 2023 I worked on a replacement module to help people repair their failed Topping PA5 Class-D Amplifiers, as documented in the audiosciencereview forums [https://www.audiosciencereview.com/forum/index.php?threads/topping-pa5-fix-d01-module-replacement-for-everyone.44219/#post-1572910]. | In 2023 I worked on a replacement module to help people repair their failed Topping PA5 Class-D Amplifiers, as documented in the audiosciencereview forums [https://www.audiosciencereview.com/forum/index.php?threads/topping-pa5-fix-d01-module-replacement-for-everyone.44219/#post-1572910]. | ||
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More information on the [[Topping PA5]] wiki page. | More information on the [[Topping PA5]] wiki page. | ||
==== GE Medical Flashpad Digital X-ray Detector ==== | ====GE Medical Flashpad Digital X-ray Detector==== | ||
I got hold of a GE Flashpad, a 2048x2048 digital radiography image sensor originally used in GE Optima 220AMX mobile X-ray units. These show up on the used market mostly in unknown or broken condition. | I got hold of a GE Flashpad, a 2048x2048 digital radiography image sensor originally used in GE Optima 220AMX mobile X-ray units. These show up on the used market mostly in unknown or broken condition. | ||
I tore it down, documented the hardware and spent time reverse engineering the URP/PDAP communication protocol it uses over | I tore it down, documented the hardware and spent time reverse engineering the URP/PDAP communication protocol it uses over Ethernet. I got to the point where the detector can be fully identified over the network, scripts can be downloaded and executed, and a acquisition run can be driven from a custom host implementation without any GE software involved. | ||
More information on the [[GE Medical Flashpad Digital Xray Detector]] wiki page. | More information on the [[GE Medical Flashpad Digital Xray Detector]] wiki page. | ||