A 1440p machine built around the resolution that currently offers the best balance of image quality and hardware cost. This is the build most people asking for a gaming PC should actually be looking at.
Who this is for
Someone running a 1440p display at high refresh, playing a mix of current titles, and wanting high settings without constant compromise.
It also handles content creation comfortably. The core count and memory capacity suit photo editing, light video work and development alongside gaming.
| Component | Part | Why this one |
|---|---|---|
| Processor | AMD Ryzen 7 7800X3D | The stacked cache makes a disproportionate difference in games, frequently more than extra cores would. Eight cores handles everything else comfortably. |
| Motherboard | MSI MAG B650 TOMAHAWK WIFI | Full ATX with solid power delivery, three M.2 slots and Wi-Fi. B650 rather than X670 because the additional lanes would go unused here. |
| Memory | 32 GB DDR5-6000 CL30 (2 × 16 GB) | Two modules at the AM5 sweet spot. 32 GB is comfortable for gaming with applications open alongside, and for creative work. |
| Graphics card | NVIDIA GeForce RTX 4070 SUPER class | 12 GB of video memory, which is the figure that matters at 1440p. Comfortable at high settings with room for demanding titles. |
| Storage | 2 TB NVMe SSD | Modern games are large. 2 TB avoids the constant management that 1 TB requires once you keep more than a handful installed. |
| Power supply | 750 W 80 PLUS Gold with a native 12V-2×6 cable | Comfortable for this hardware. A native cable rather than an adapter is tidier and removes a failure point. |
| Case | Mid tower with mesh front, three included fans | Room for a 360 mm radiator if you change the cooler later, and enough clearance for any current card. |
| CPU cooler | Dual-tower air cooler, roughly 155 mm | Matches most 240 mm liquid coolers in performance with no pump to fail. Check height clearance against your case. |
Why this processor rather than more cores
A sixteen-core processor costs considerably more and is slower in games than this one. Games are sensitive to cache and to how quickly a core can get the data it needs, and much less able to use many cores than productivity software.
If your work genuinely uses many cores, video encoding, rendering, or compiling large projects, a higher core count is the better buy and you should weigh gaming performance against that. For a machine that mainly plays games, this is the more sensible choice.
What this build gives up
4K. This build targets 1440p deliberately. It will run 4K, but not at high refresh with high settings in demanding titles.
Heavily threaded productivity work. Eight cores is fine for most things and not the right choice if you render or compile all day.
What to upgrade first
Nothing, for a while. This is a balanced configuration and no single component is obviously holding the others back at 1440p.
When the time comes, the graphics card. The 750 W supply has capacity for a considerably more demanding card, and AM5 means a processor upgrade is possible without replacing the board and memory.
How this build was put together
Every component here was selected to serve the stated purpose at the stated budget, and the complete list was run through our compatibility engine before publication: socket, memory generation and slot count, case clearance for the card and cooler, power connectors and supply capacity.
We have not benchmarked these parts ourselves. The reasoning is based on published specifications, standards documentation, and practical experience assembling machines. Where performance figures matter to your decision, publications that run controlled tests are the right source. Our methodology page sets out how we work in full.
Want to change something? Open this configuration in the PC Builder, substitute parts, and it will re-check compatibility and power as you go.