I want to USE my Asus ROG G751JT keyboard into a Custom Built Gaming Desktop PC
I want to USE my Asus ROG G751JT keyboard into a Custom Built Gaming Desktop PC
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I'm facing a challenge with building a custom gaming PC – I’m essentially a “nab,” meaning I lack technical expertise. My primary issue is my one-handedness; standard keyboards and mice won’t work comfortably for me. Someone might suggest buying a high-end gaming laptop, but spending $3,600 or more on a machine that can't be upgraded internally – and would likely become obsolete within a few years – doesn’t make sense. Similarly, an eGPU setup wouldn’t solve the core problem of needing adaptable hardware.
I need a flexible system I can modify and upgrade as technology evolves. The key question is: would it be feasible to use my laptop's G751JT keyboard and trackpad in a desktop build instead? I haven’t started researching components yet, and I’m only proceeding if this solution proves viable. Essentially, I’m seeking confirmation that using my existing input devices as a substitute for a traditional setup is possible.
Thank you for any guidance on this matter.
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Capturing high-quality footage from games like Ghost Recon Wildlands can be challenging due to its dense foliage and detail. The resulting videos often exhibit pixelation, particularly during fast-paced driving sequences, even before compression. Achieving truly smooth gameplay recordings typically requires significant storage space.
A common workaround is using Instant Replay mode, which caches gameplay into a small file. This allows users to capture up to 20 minutes of footage by pressing Alt+F10, saving it as an actual video file. However, even with this method, large files (potentially several gigabytes) can still be created, especially in games like Wildlands where visual fidelity is high. A lengthy tutorial on capturing gameplay without HUD elements or upgrades demonstrates the need for careful optimization to mitigate pixelation issues. Optimizing file size by utilizing Instant Replay mode and limiting capture durations helps manage storage requirements effectively.
Hey 1hand3d, let me first say I think it's great you're not giving up on gaming and trying to adapt. It show's how determined gamers can be.
That said, my one confusion is why you're sticking with the laptop KB? I could see it if you could somehow as well use it's touch pad, but from the pics I've seen in searching for that KB, it's shown without touchpad. So basically I'm wondering how you're managing look, aim, and shoot?
I've always felt more comfortable with KB/M vs gamepad, but there's some modified Xbox One gamepads made for one handed use by an engineer named Ben Heck. They're not cheap at $350, but about 1/10 the laptop price you mentioned. https://www.benheck.com/xb1s_controllers/
I've also looked at some gaming keypads, some of which are called one handed, but they require mouse, so the advertising is misleading, The better ones can also cost $300 or more.
I also just found a brand called Evil that makes one handed gamepads for quite a bit less.
https://www.evilcontrollers.com/store?cat=158
There may be others as well. Ben Heck says most of the people that email him say motorcycle accidents are the main reason they need a one handed controller.
Frag Maniac :
Hey 1hand3d, let me first say I think it's great you're not giving up on gaming and trying to adapt. It show's how determined gamers can be.
That said, my one confusion is why you're sticking with the laptop KB? I could see it if you could somehow as well use it's touch pad, but from the pics I've seen in searching for that KB, it's shown without touchpad. So basically I'm wondering how you're managing look, aim, and shoot?
I've always felt more comfortable with KB/M vs gamepad, but there's some modified Xbox One gamepads made for one handed use by an engineer named Ben Heck. They're not cheap at $350, but about 1/10 the laptop price you mentioned. https://www.benheck.com/xb1s_controllers/
I've also looked at some gaming keypads, some of which are called one handed, but they require mouse, so the advertising is misleading, The better ones can also cost $300 or more.
I also just found a brand called Evil that makes one handed gamepads for quite a bit less.
https://www.evilcontrollers.com/store?cat=158
There may be others as well. Ben Heck says most of the people that email him say motorcycle accidents are the main reason they need a one handed controller.
Thanks for the reply Frag Maniac and also for leading me to a doable alternative. I must say that I never knew about these one handed game pads, though personally I always thought about devising some workaround for one-handed gamers such as myself, myself. Weird huh
, but great minds think for themselves.
I'm glad that there are alternatives for those of us who are limited to only one working thumb.
That being said, this solution would be more aimed at driving, mmo, rpg titles, not multiplayer fps' as I am more into, with the keyboard/trackpad configuration having the edge on split second reaction timing.
I play A LOT of Battlefield games
(mostly 3) so to not have that ability to custom key-bind multiple functions to one key is really the deal breaker for me. However, I am going to invest in one of these one-handed gaming pads because I intend to start a YouTube channel just to show others like me, that you can still game and be competitive regardless of your physical limitations,
and just for visuals (the smoothness offered by the thumb-sticks in contrast to the track-pad will be a vast improvement when trying provide a cinematic experience to viewers
) so there is that with the additional benefit of being able to apply smoother acceleration/braking in driving titles as opposed to either 100% or 0% throttle/braking that I have to endure when using my keyboard.
So THANK YOU for putting me onto Ben Heck
, maybe he might be able to custom build me a case to hook up my keyboard/track-pad and connect it to the desktop build via a USB connection.
*Begins to pray in my prayer closet*
This text describes a project involving repurposing a laptop trackpad and keyboard for use on a desktop computer. It details various mounting options, suggesting methods like using plastic sheets or jigsaw cutting to create a flush mount. The advice emphasizes sourcing used laptop parts and potentially seeking assistance from someone experienced with console controller wiring (like Ben Heck).
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The goal is to repurpose a laptop trackpad for use with a desktop keyboard, creating a one-handed control system. I'm exploring options beyond commercially available “Evil Brand” controllers, seeking a more customized build.
Initially, I considered sourcing used laptop parts – specifically cannibalizing the trackpad faceplate from an older model. This could be mounted directly to my desk using standoffs or a thin plastic sheet (like those sold by TAP Plastics) for a flush mount. L-brackets would also provide stability and allow for angle adjustments.
The wiring presents a significant challenge, requiring careful connection of the laptop’s trackpad circuitry to the desktop keyboard. I've consulted with Ben Heck, who specializes in console controller modifications, and he believes it’s largely a matter of “hacking” the connections.
I’m particularly drawn to Ben’s design, despite the cost, as it appears robust and well-suited to intense use. It’s also important to acknowledge that individuals with physical limitations can be incredibly resourceful.
To clarify, I'm specifically interested in adapting a laptop trackpad – not other types of input devices – for this project. Ben is confident he can achieve my desired configuration. The idea of cutting a section from my desk and using TAP Plastics for a flexible mounting solution—perhaps with adhesive rubber feet for stability—is appealing.
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Ben specializes in modifying Xbox One controllers for one-handed use, including wiring, soldering, and 3D printing custom parts. He’s skilled at configuring electronics and provides helpful advice on techniques like de-soldering, often with a humorous approach. His hands show the dedication he has to this craft.
Beyond his individual modifications, Ben collaborates with Tap Plastics for more complex projects. Tap Plastics offers services such as cutting materials to size, creating bends and holes, smoothing edges with a torch, and assembling parts from blueprints – essentially building custom designs based on Ben’s specifications or drawings.
If you need assistance with video capture, compression, editing, or uploading his gameplay footage, help is available.
Ben modifies Xbox One controllers for one-handed use, showcasing his skills in wiring, soldering, 3D printing, and offering advice. He discusses Tap Plastics’ services – bending, cutting, and assembly – as an alternative if needed. Frag Maniac provides support with video capture, editing, and uploading, detailing current settings (60FPS, 21mbps) and acknowledging struggles with quality while aiming for improvement with higher bitrates and external storage to avoid HDD issues. He expresses frustration with recording limitations and the need for better equipment.
Ghost Recon Wildlands gameplay recording and optimization techniques are detailed, focusing on efficient capture methods like ShadowPlay’s Instant Replay mode to minimize file sizes. The process involves utilizing a large-capacity external hard drive (6TB WD Black) for both game storage and ShadowPlay cache writing, prioritizing the Instant Replay feature over full recordings due to its ability to create smaller, manageable video files. Strategies for dealing with potential pixelation issues during recording are discussed, including pausing gameplay during moments of high motion or detail, and utilizing Avidemux’s Average Bitrate (ABR) compression option instead of Variable Bitrate (VBR) for enhanced image quality. The text also delves into YouTube’s recommended bitrate guidelines for 1440p uploads (30,000), explaining the impact of resolution on file size and highlighting the limitations of resizing videos without maintaining the appropriate bitrate. Comparisons are made between capturing at native 1080p versus resizing to 1440p, demonstrating how increased resolution combined with a suitable bitrate can improve visual quality. Finally, it addresses upload speed considerations and provides resources for utilizing Avidemux for compression and resizing tasks.