CPURyzen 7 5700X3DAM4 · 8C/16T · 105W₹23,000-25,400+GPURTX 4070 Super 12GB12GB VRAM · 220W₹63,400-70,000Bottleneck by resolution
Same engine as the builder. At 1080p the CPU does more of the work; at 4K the GPU carries the load, so the verdict changes with your monitor.
The verdict, in full
Written from this pair's own engine output: the score, the bottleneck direction and the resolution it changes at.
Our engine rates the balance between the Ryzen 7 5700X3D and the RTX 4070 Super 12GB at 92 out of 100. That means neither part is holding the other back, which is the single most important thing to get right in a build and the thing most quotations I see get wrong.
The logic is simple. The RTX 4070 Super 12GB is a 1440p card, and feeding a card at that level does not need an expensive CPU. It needs a competent one with enough threads, which is exactly what 8 cores and 16 threads on the Ryzen 7 5700X3D gives you. Spend more on the processor here and you buy headroom the card cannot use. Spend less and the card starts waiting.
What decides this build now is everything else: a board whose VRM can actually feed the Ryzen 7 5700X3D, real PSU headroom rather than a sticker number, and RAM at the speed the platform wants. Those are the parts that turn a correct pairing into a working PC.
Real-world performance
What this pair is built to handle. These are engine-derived tiers, not benchmarked figures. I will not print an FPS number I cannot source.
Who this is for
Buy it if
- You game at 1440p and want high refresh
- You want the budget split correctly between the two parts
- You want a proven combination with no surprises
Look higher if
- You are targeting native 4K
- You want ray tracing on in AAA titles
- You do heavy editing or compiling, where more cores pay off
Finishing the build
Common questions
Opens the builder with both parts loaded. Add the rest and get the complete GetPC Score: compatibility, warranty traps, wasted money.