But why is that so?
Let’s take a look at why this performance discrepancy happens.
For starters, there’s the generationof which the 5000 series is the latest available in July 2022.
If you include Ryzen 7 5000APUsin your options, you get two additional options.
That leaves a total of six Ryzen 7 5000 processors for desktop PCs.
That leaves a total of 12 Ryzen 7 5000 chips.
Both processors launched in January 2021 and are rated for enthusiasts.
However, the most significant difference between the two is in theirTDPs.
Even at its top rating of 54 watts, it’s still significantly less than the desktop CPU.
When you have a desktop PC, space is generally not an issue.
That’s because users havemany PC case sizesto choose from.
Furthermore, even the smallest SFF cases deliver bigger space than the largest laptops.
The abundance of space you find in PC cases means there’s ample airflow to cool down components.
However, space is a luxury in laptops.
Since these devices are designed for portability, manufacturers must keep their components smaller and much closer together.
And it’s not just the processor spewing heat inside a laptop.
If it has a dedicated GPU, it generates a lot of heat inside the laptop, too.
This is why laptop GPUs have less power than their desktop counterparts.
But even laptops with the exact specifications can vary in performance.
After all, you wouldn’t want a laptop that can’t recharge itself when you’re using it.
That ensures that it will never consume more energy than the laptop’s small charger can provide.
And if you’re comparing two or more models, attempt to find reviews from the same reviewer.
That’s because they’re more likely to have the same testing methodology, thus giving you consistent results.
After all, specifications on paper sometimes do not show the real thing.
