Custom PC builds give you the flexibility to choose the right hardware for your work, gaming, creative projects or everyday computing needs. Buying a gaming PC can quickly become confusing.
One retailer tells you that you need the latest graphics card. Another recommends a faster processor. Someone else says you need more RAM. Before long, you’re looking at dozens of components and wondering whether you’re actually getting the right computer for your money.
Computerist takes a different approach.
We build custom gaming PCs around how you actually intend to use them.
Whether you want a capable 1080p gaming machine, a high-performance 1440p system, a powerful 4K gaming PC or a computer that can handle gaming alongside streaming, content creation or other demanding workloads, we’ll help you choose a balanced configuration.
There isn’t one “best” gaming PC.
The right system depends on:
A computer designed for competitive 1080p gaming can be very different from a machine designed for 4K gaming.
Not a component list.
Not a sales target.
Your requirements.
Computerist can help design and assemble custom desktop systems around your requirements.
Depending on the build, components may include:
CPU
Motherboard
RAM
Graphics card
NVMe SSD
Additional storage
Power supply
CPU cooling
Case
Case fans
Operating system
Wi-Fi and Bluetooth
Additional expansion hardware
Every component needs to work properly with the others.
A powerful graphics card is of little value if the rest of the system creates a significant bottleneck.
Likewise, buying the most expensive processor doesn’t necessarily produce the best gaming experience.
1080p gaming remains an excellent option for many players.
A well-designed 1080p system can provide excellent performance without spending money on hardware that you may not benefit from.
The ideal configuration depends on:
Games
Target frame rate
Monitor refresh rate
Graphics settings
CPU requirements
For competitive games, a high-refresh-rate display may make CPU performance particularly important.
For graphically demanding games, the graphics card may become the primary consideration.
We’ll design around your actual requirements.
1440p is a popular choice for gamers who want a substantial improvement in image quality without moving all the way to 4K.
A good 1440p gaming PC needs to balance:
The right graphics card depends on the games you play and the frame rates you’re targeting.
We can help you build a system around your monitor and performance expectations rather than selecting components in isolation.
4K gaming places considerably greater demands on graphics hardware.
A suitable system may require careful consideration of:
GPU capability
VRAM
CPU
Cooling
Power supply
Display technology
Storage
A 4K gaming PC can become expensive very quickly.
Our approach is to determine what you actually want to achieve and build around that requirement.
If spending more money produces little meaningful improvement for your particular games, we’ll tell you.
If you’re using a 144 Hz, 165 Hz, 240 Hz or higher-refresh-rate monitor, the computer needs to be capable of producing enough frames to take advantage of the display.
That can shift the balance between components.
For some competitive games, CPU performance can become particularly important.
For graphically demanding games, the GPU may remain the limiting factor.
The right build depends on the games you’re playing and the performance you’re targeting.
If you want to game while streaming on platforms such as Twitch or YouTube, your system will have additional requirements.
A suitable configuration may need to account for:
We’ll consider the complete workload rather than designing a gaming system and hoping it handles streaming afterwards.
The processor affects gaming performance, application performance and the overall balance of the system.
The most expensive CPU isn’t necessarily the best choice.
We’ll consider:
Games
Applications
Resolution
Budget
Future requirements
Cooling
For many gaming systems, the graphics card is one of the most important components.
We’ll consider:
Target resolution
Frame rate
Graphics settings
Game requirements
VRAM requirements
Monitor
Budget
Power consumption
The goal is to choose a GPU that makes sense for the rest of the system.
The motherboard provides the platform connecting the major components.
We’ll consider:
CPU compatibility
RAM support
Expansion slots
Storage interfaces
USB connectivity
Networking
Wi-Fi/Bluetooth requirements
Upgrade possibilities
You don’t necessarily need the most expensive motherboard.
You need one that provides the features and compatibility your build actually requires.
Memory requirements depend on what you do with the PC.
Gaming alone may have different requirements from gaming combined with:
Streaming
Video editing
Virtual machines
Development
Content creation
We’ll recommend an appropriate configuration rather than simply maximising the amount of RAM.
Fast storage can improve:
We’ll consider both performance and capacity.
For many gamers, storage capacity is just as important as raw storage speed.
A fast drive that is constantly full isn’t particularly useful.
The power supply is one of the components that should never be treated as an afterthought.
The PSU needs to provide suitable:
It also needs to be appropriate for the graphics card and overall system.
A powerful gaming PC deserves a properly selected power supply.
Gaming workloads can generate significant heat.
Depending on the processor and build, cooling options may include:
Cooling isn’t just about temperatures.
It can also affect:
We’ll select cooling appropriate to the build rather than installing an unnecessarily complicated solution.
A case isn’t just about appearance.
It affects:
We’ll consider the physical dimensions of the components and the airflow requirements of the system.
A custom PC should be assembled properly.
Good cable management can improve:
Airflow
Accessibility
Appearance
Maintenance
Troubleshooting
It also makes future upgrades easier.
The goal isn’t to create a computer that looks good only in photographs.
It should be practical to maintain.
Building the hardware is only part of the process.
A new PC may also require configuration involving:
We’ll configure the system appropriately and test it before considering the build complete.
A new PC should be tested.
We can check areas such as:
System stability
CPU behaviour
GPU operation
Memory
Storage
Temperatures
Cooling
Fan operation
Network connectivity
USB connectivity
Display output
The exact testing performed depends on the build.
Make sure the system is behaving as expected before you take it home.
“Future-proofing” is one of the most overused terms in PC sales.
No computer can realistically be future-proof forever.
Technology changes.
New processors appear.
Graphics requirements increase.
Interfaces evolve.
Instead of trying to predict the next decade, we’ll consider sensible upgrade paths.
That might mean choosing:
A motherboard with useful expansion options
Appropriate power supply headroom
Adequate case space
Additional storage capability
Suitable RAM capacity
A platform with a reasonable upgrade path
But we won’t recommend spending hundreds of dollars today on features you may never use.
A custom PC doesn’t have to mean an expensive PC.
A sensible budget build focuses on where your money produces the greatest real-world benefit.
Depending on your requirements, we can prioritise:
We’ll work backwards from what you actually want the computer to achieve.
If you’re looking for high-end performance, the same principle applies.
A premium system should still be balanced.
Spending more on every component simply because the budget allows it doesn’t necessarily produce the best result.
We’ll consider where additional investment actually improves:
Frame rates
Resolution
Stability
Workload performance
Storage
Cooling
Noise
Longevity
For some people, the PC isn’t just a computer.
It’s part of the room.
If appearance matters, we can take factors such as:
Case design
RGB lighting
Cable management
Component aesthetics
Cooling
Lighting compatibility
Desk setup
into consideration during the design.
A beautiful PC that overheats isn’t a successful build.
Not everyone wants a computer that sounds like a small aircraft taking off.
A quieter gaming PC can be designed by considering:
Fan selection
Fan curves
CPU cooling
GPU cooling
Case airflow
Component efficiency
Acoustic characteristics
The exact result depends on the components and workload.
A gaming PC doesn’t always have to be connected by Ethernet.
Depending on your home network, a build can include:
However, for competitive gaming or other latency-sensitive workloads, a wired Ethernet connection may still be preferable where practical.
Computerist can also help with the wider home network.
A pre-built computer can be perfectly suitable for some people.
A custom build may make more sense when you want:
Specific components
A particular case
Greater control over quality
A specific performance target
Better upgrade flexibility
Custom aesthetics
A configuration designed around your workload
The benefit is control.
You decide what matters.
We help make sure the resulting system makes technical sense.
Already purchased some parts?
That’s fine.
If you’re unsure whether everything is compatible, we can assess the proposed configuration.
For example, we can check whether:
It’s much cheaper to identify a compatibility problem before everything is assembled.
Once the configuration is agreed, the system can be assembled carefully.
The exact process varies according to the build.
You don’t need to know which CPU or GPU you need.
Tell us:
We’ll identify the components required to meet those goals.
Components need to work together.
You’ll understand what you’re getting and why each major component has been selected.
No major component changes should happen without your approval.
The PC is built, configured and tested.
The goal is a system that is ready to use rather than a pile of components in a box.
There isn’t one price.
The cost depends on:
Performance target
CPU
GPU
RAM
Storage
Motherboard
Cooling
Case
Power supply
Operating system
Assembly
Configuration
The best way to approach a custom build is to start with your budget and requirements, then determine where the money should be allocated.
A list of individually impressive components doesn’t necessarily make a good computer.
The components need to work together.
That’s where proper system design matters.
Your gaming PC may also be used for:
We’ll take those requirements into account. Choosing the right components is essential when building a reliable, well-balanced PC. Intel’s PC building guide provides useful guidance on selecting compatible components, planning your build and assembling a PC.
Buying a custom PC isn’t necessarily the end of the relationship.
If you later need:
Upgrades
Troubleshooting
Windows support
Hardware repairs
Networking
Data recovery
Security assistance
Computerist can help.
If your computer isn’t worth upgrading, we’ll tell you.
If a simple upgrade can save you the cost of replacing it, we’ll tell you that too.
The decision remains yours.
Technology issues can be stressful.
You don’t need someone making unrealistic assumptions.
We’ll explain:
What appears to have happened
What can potentially be done
What risks exist
What options are available
Whether an upgrade or a new should be contacted
What the likely next steps are
Then you can make the decision.
Computerist’s experience extends beyond consumer computer hardware into professional IT environments involving:
Endpoints
Microsoft 365
Networks
Security
Cloud services
Business systems
Hardware deployment
Infrastructure
That broader knowledge is useful when a hardware upgrade needs to integrate with a broader technology environment.
Don’t start with:
“What’s the most powerful PC I can buy?”
Start with:
Tell us the games you play, your monitor, your budget and what else you want the computer to handle.
We’ll help turn those requirements into a balanced custom gaming PC.
Computerist provides custom PC design, gaming computer assembly and practical IT support across Melbourne’s south-east.
Yes. We can help design and assemble a custom gaming PC around your games, performance requirements and budget.
No. Tell us what games you play, what monitor you have, what performance you want and your approximate budget. We’ll work through the technical requirements with you.
Yes. We’ll design the system around your target resolution, games, refresh rate and performance expectations.
Yes. 4K gaming requires careful consideration of graphics performance, VRAM, CPU, cooling and power requirements.
Yes. Streaming can change the hardware requirements, so we’ll consider gaming and streaming workloads together.
Yes. We can design a system around both gaming and creative workloads rather than optimising the machine for only one use.
Absolutely. If you have specific preferences, we can work around them while checking compatibility and practicality.
Potentially, yes. We can assess the components first to ensure they are compatible and suitable for the proposed system.
Yes. Windows installation and configuration can be included where requested.
A custom system should be tested after assembly. We’ll check appropriate hardware, temperatures, stability and basic functionality before considering the build complete.
Yes. Noise can be considered during component selection, cooling design and fan configuration.
Yes. If aesthetics matter to you, we can consider RGB and other visual components as part of the design.
Yes, subject to component availability and the configuration you want.
Not automatically. A custom build gives you greater control over components and configuration. Whether that is worthwhile depends on your requirements and budget.
Yes, provided the original system is designed with sensible upgrade options. We can also assess future upgrades as your requirements change.
