Consideration
Consideration
Consideration
🔵Multisim
🔵Multisim
🔵C++
🔵C++
🔴AutoCAD
🔴AutoCAD
🟢PCB
🟢PCB
🟤Documentation & Standarts
🟤Documentation & Standarts
🟡Python
🟡Python
🔴LTspice
🔴LTspice
🔴SolidWorks
🔴SolidWorks
🟠Fusion 360
🟠Fusion 360
⚫CNC
⚫CNC
Apple PowerMac G4 Titanium
Apple PowerMac G4 Titanium
Apple PowerMac G4 Titanium
The Power Mac G4 Titanium was the pinnacle of early 2000s design—titanium body, a 17-inch display, and enough nostalgia to make any tech enthusiast misty-eyed. My plan? Modernize it without losing its soul.
The project involves squeezing in a modern AMD or Intel x86 platform, adapting the original I/O (because FireWire and VGA aren’t exactly plug-and-play anymore), and creating a custom video decoder for the display.
The Power Mac G4 Titanium was the pinnacle of early 2000s design—titanium body, a 17-inch display, and enough nostalgia to make any tech enthusiast misty-eyed. My plan? Modernize it without losing its soul.
The project involves squeezing in a modern AMD or Intel x86 platform, adapting the original I/O (because FireWire and VGA aren’t exactly plug-and-play anymore), and creating a custom video decoder for the display.
The Power Mac G4 Titanium was the pinnacle of early 2000s design—titanium body, a 17-inch display, and enough nostalgia to make any tech enthusiast misty-eyed. My plan? Modernize it without losing its soul.
The project involves squeezing in a modern AMD or Intel x86 platform, adapting the original I/O (because FireWire and VGA aren’t exactly plug-and-play anymore), and creating a custom video decoder for the display.
Rebuilding the hot-swappable battery system is non-negotiable—because let’s be honest, nothing says “cool” like popping out a battery mid-work without skipping a beat. Classic design, modern guts—it’s a match worth making.
Rebuilding the hot-swappable battery system is non-negotiable—because let’s be honest, nothing says “cool” like popping out a battery mid-work without skipping a beat. Classic design, modern guts—it’s a match worth making.
Rebuilding the hot-swappable battery system is non-negotiable—because let’s be honest, nothing says “cool” like popping out a battery mid-work without skipping a beat. Classic design, modern guts—it’s a match worth making.
Deferred
Deferred
Deferred
Concept "Gamma" | WiGig I/O Hub
Concept "Gamma" | WiGig I/O Hub
Concept "Gamma" | WiGig I/O Hub
This concept aimed to use WiGig (IEEE 802.11ad) at 60 GHz for a wireless USB hub with USB ports and an audio amplifier, promising speeds up to 7 Gbps with low latency. In theory, it was perfect; in practice, MultiSim calculations showed a range of 1 meter, complex phased-array antennas, and a projected power draw of 86 watts—a thermal nightmare.
This concept aimed to use WiGig (IEEE 802.11ad) at 60 GHz for a wireless USB hub with USB ports and an audio amplifier, promising speeds up to 7 Gbps with low latency. In theory, it was perfect; in practice, MultiSim calculations showed a range of 1 meter, complex phased-array antennas, and a projected power draw of 86 watts—a thermal nightmare.
This concept aimed to use WiGig (IEEE 802.11ad) at 60 GHz for a wireless USB hub with USB ports and an audio amplifier, promising speeds up to 7 Gbps with low latency. In theory, it was perfect; in practice, MultiSim calculations showed a range of 1 meter, complex phased-array antennas, and a projected power draw of 86 watts—a thermal nightmare.
Scrapped in the alpha stage, the project never left the theoretical phase, but it offered valuable insights into millimeter-wave theory and WiGig’s practical limits. The dream of a wireless hub lives on—but so do its lessons.
Scrapped in the alpha stage, the project never left the theoretical phase, but it offered valuable insights into millimeter-wave theory and WiGig’s practical limits. The dream of a wireless hub lives on—but so do its lessons.
Scrapped in the alpha stage, the project never left the theoretical phase, but it offered valuable insights into millimeter-wave theory and WiGig’s practical limits. The dream of a wireless hub lives on—but so do its lessons.
🟠Matlab
🟠Matlab
🔵Multisim
🔵Multisim
🔵C++
🔵C++
🟤Documentation & Standarts
🟤Documentation & Standarts
🔵C
🔵C
Deferred
Tapper | NFC Music Share
Tapper | NFC Music Share
Tapper | NFC Music Share
Tapper was built for one purpose: effortless music sharing. You’d pick a song, tap your friend’s phone, and—just like that—it would send the track’s streaming link. No long setups, no QR codes, just a tap. Clean, simple, futuristic.
But NFC had other plans. Antennas seemed to be hiding in some manufacturer’s secret bunker—top of the phone, bottom, middle, or sometimes not there at all. What should’ve been a tap turned into a scavenger hunt. Add a transfer time that felt longer than a bad Spotify ad, and the shine wore off fast.
Tapper was built for one purpose: effortless music sharing. You’d pick a song, tap your friend’s phone, and—just like that—it would send the track’s streaming link. No long setups, no QR codes, just a tap. Clean, simple, futuristic.
But NFC had other plans. Antennas seemed to be hiding in some manufacturer’s secret bunker—top of the phone, bottom, middle, or sometimes not there at all. What should’ve been a tap turned into a scavenger hunt. Add a transfer time that felt longer than a bad Spotify ad, and the shine wore off fast.
Tapper was built for one purpose: effortless music sharing. You’d pick a song, tap your friend’s phone, and—just like that—it would send the track’s streaming link. No long setups, no QR codes, just a tap. Clean, simple, futuristic.
But NFC had other plans. Antennas seemed to be hiding in some manufacturer’s secret bunker—top of the phone, bottom, middle, or sometimes not there at all. What should’ve been a tap turned into a scavenger hunt. Add a transfer time that felt longer than a bad Spotify ad, and the shine wore off fast.
After testing it on friends, we got the hard truth: cool concept, poor execution. Tapper didn’t launch, didn’t hit GitHub, and likely wouldn’t win any popularity contests. But hey, the experience—debugging APIs, working with Android NDKs—was priceless. Tapper’s gone, but its DNA lives on in other projects. Sometimes you learn more from the flops than the wins.
After testing it on friends, we got the hard truth: cool concept, poor execution. Tapper didn’t launch, didn’t hit GitHub, and likely wouldn’t win any popularity contests. But hey, the experience—debugging APIs, working with Android NDKs—was priceless. Tapper’s gone, but its DNA lives on in other projects. Sometimes you learn more from the flops than the wins.
After testing it on friends, we got the hard truth: cool concept, poor execution. Tapper didn’t launch, didn’t hit GitHub, and likely wouldn’t win any popularity contests. But hey, the experience—debugging APIs, working with Android NDKs—was priceless. Tapper’s gone, but its DNA lives on in other projects. Sometimes you learn more from the flops than the wins.
🔵C++
🔵C++
🟡Python
🟡Python
🟢Android NDK
🟢Android NDK
🟤Documentation & Standarts
🟤Documentation & Standarts
Deferred
Deferred
© 2025 Maksym Parkhomuk. All rights reserved.
© 2025 Maksym Parkhomuk. All rights reserved.