The Developer's Guide to Making a GameMaker Studio PC That Works Well
So, you want to build or upgrade your PC just for GameMaker Studio. Good decision. GMS is well-known for being easy to use, but customizing your system to fit its unique idiosyncrasies can make your development experience go from annoyingly slow to pleasantly smooth.
This isn't just a list of things. This goes into great detail on why each part is important for your task. We're going to break down the developer's path, from writing code to testing the final version, and figure out which hardware speeds up each step.
The GameMaker Workflow: Where the Problems Are
You need to know where your PC spends its time in order to develop the proper one. Let's take it apart:
Design and coding (IDE responsiveness): This is all about using the editor. Quick code completion, rapid search, and easy navigation of the user interface are all very important. This is mostly a task for a single-core CPU and storage.
Compiling (The Long Wait): You press the "Run" button and wait. This is the part that uses the most hardware. The VM compiler mostly works on one core, while the more powerful YYC (YoYo Compiler) can use multiple cores much better.
Runtime (Testing Your Game): This is about how well the game runs. For 2D games, the speed of the Single-Core CPU is almost the only thing that matters for instance calculations. The GPU is very important for 3D or complicated shaders.
Making things and doing more than one thing at once: Working with Photoshop, Aseprite, Chrome (with 50 tabs of documentation), and Discord open. This needs a lot of RAM and a CPU that works well with several cores.
Now, let's put up the best machine to handle all of this.
The Brain: Picking the Right CPU
This is the most essential choice you have to make. The CPU is in charge of your project's IDE, compilation, and in-game logic.
The King for Pure GMS: AMD's X3D Series (Ryzen 7 7800X3D)
Why? Because AMD's 3D V-Cache technology is a game-changer. It puts a huge amount of very fast L3 cache right on the CPU die. This is what makes GameMaker and many other games great. It makes more useful data, such code for compilation, instantaneously available to the CPU cores, which cuts down on latency by a lot. In actual life, this implies that the IDE is noticeably faster and the compile times are shorter. It's quite hard to beat for a system that is mostly for GameMaker.
Intel Core i7-14700K and i5-14600K: Great all-around workhorses
Why: Intel's hybrid architecture (P-cores and E-cores) is great for developers that do a lot of things at once. The strong P-cores take care of the primary GameMaker thread and compilation, while the E-cores take care of all your background duties (music, browsers, and communication apps) quickly and easily. This stops those background activities from taking away GMS's valuable cycles. The i7 is great for multitasking, while the i5 is a great deal for people who don't have a lot of money.
For a pure GMS beast, the AMD 7800X3D is the best choice. The Intel i7/i5 is a great choice if you stream, edit videos, or do a lot of things at once.
The Library: Speed and Capacity of RAM
RAM is like the active workspace on your computer. Your PC will start using the much slower SSD as overflow if your project and all of your apps can't fit in RAM. This will make everything jitter.
32GB: Lets you operate GameMaker, a big project, a browser with a lot of tabs, art program, and Discord at the same time without any problems. This is the best place for 95% of devs.
64GB: This is necessary if you work with really large image files (4K+ textures), use virtual machines to test different platforms, or perform a lot of video editing or multitasking.
For AMD, the speed is DDR5-6000 CL30, and for Intel, it's DDR5-6400 CL32.
At these speeds and times, each platform is at the best price-to-performance point right now. Faster RAM makes the whole system more responsive and can save you valuable time on long build jobs.
The Workbench: Storage (SSD) is the Hero No One Talks About
This is the best update for any developer who used to work on a PC with a hard drive. It has an impact on every part of your work.
Type: SSD Gen 4 NVMe
Why: An NVMe drive connects directly to the motherboard and is 5 to 7 times faster than a regular SATA SSD. This speed means:
Almost instant starting of the OS and IDE
Loading projects in seconds instead of minutes
The compiler is always reading from and writing to the drive, which cuts down on build times by a lot
Plan: Two Drives Set Up
Drive 1 (500GB–1TB): A fast NVMe drive for your Windows operating system and all of your programs, such GameMaker and Photoshop. This keeps your system running smoothly.
Drive 2 (1TB–2TB+): An NVMe drive solely for your GameMaker projects and assets that are currently in use. This stops Windows background tasks from getting in the way of your project compiles and load times.
The Graphics Card (GPU) Artist
The GPU isn't the most important part of most 2D GameMaker projects. The graphics that come with most current CPUs can often run them. But a specialized GPU is important for:
Advanced shaders and filters, as well as full-screen effects and lighting
3D in GameMaker: GMS can do 3D, but it's not the main focus
Your Art Tools: A strong GPU is helpful for canvas rendering and manipulation in programs like Photoshop, Aseprite, and Spine
Recommended GPUs: NVIDIA RTX 4060 Ti (16GB) or AMD Radeon RX 7700 XT (12GB)
They function great and, most importantly, have enough VRAM to handle big texture atlases and let you work comfortably in your art apps without costing a lot of money.
Putting It All Together: Sample Builds
The "Endgame" Developer (AMD Focused)
CPU: AMD Ryzen 7 7800X3D
GPU: NVIDIA RTX 4060 Ti with 16GB of memory
RAM: 32GB G.Skill Flare X5 DDR5 6000MHz CL30
Storage: 1TB WD Black SN850X for the OS + 2TB Crucial T500 for projects
Why it works: This build is carefully tuned to operate with GameMaker. The X3D CPU gives a real improvement in performance where it counts the most.
The "Creative Suite" Power User (Intel-Centric)
CPU: Intel Core i7-14700K
GPU: NVIDIA RTX 4070 Super with 12GB
RAM: 64GB Corsair Vengeance DDR5 6400MHz CL32
Storage: Same two-drive arrangement as above
Why it works: This system doesn't only run GameMaker; it does everything else it needs to accomplish. No trouble with editing videos, producing 3D images, or having every app open at once.
In the End: Balance is Most Important
You don't need an RTX 4090 or the most costly i9 CPU. That money would be better spent on a bigger NVMe disk or additional RAM, in reality. The goal is to have a balanced system where no one part slows down the others. This system is specifically designed for the unique needs of creating, compiling, and testing your GameMaker games.
Stop reading about hardware and start making games. Your new computer will be grateful.
Question: What component of your present setup is slowing you down the most? Please tell me in the comments; I'm interested!
At Global Nettech, we’ve helped a lot of studios and artists get the most out of GameMaker Studio by providing them with the best hardware.