The AMD Ryzen 5 9600X is the clear budget‑CPU winner in 2026 – it beats the similarly‑priced Intel Core Ultra 5 225 and 5 245K by about 21 % in gaming performance per US $ and costs €60 less than the Ryzen 7 7700X while delivering a higher 1080p score.
What you get for the money
The 9600X ships with six cores and twelve threads on AMD’s Zen 5 architecture, a 65 W TDP and a maximum draw of 88 W. Its street price in the US is $173 and the lowest listed Euro price is €179 (source, source). In 1080p gaming it scores 72.6 % of the fastest CPU (source).
For comparison, the Intel Core Ultra 5 225 also costs €179, but its 10‑core/10‑thread Arrow Lake design only reaches 62.5 % in the same test and draws up to 121 W (source, source). The higher‑tier Core Ultra 5 245K is €185.9, scores 67.1 % and peaks at 159 W (source, source).
Performance‑per‑dollar (or euro) snapshot
| CPU | 1080p score | US price | € price | Score / $ | Score / W |
|---|---|---|---|---|---|
| Ryzen 5 9600X | 72.6 % | $173 | €179 | 0.42 %/ $ | 0.83 %/ W |
| Core Ultra 5 225 | 62.5 % | $180 | €179 | 0.35 %/ $ | 0.52 %/ W |
| Core Ultra 5 245K | 67.1 % | $193 | €185.9 | 0.35 %/ $ | 0.42 %/ W |
| Ryzen 7 7700X | 70.6 % | $233 | €200.49 | 0.30 %/ $ | 0.50 %/ W |
Why the 9600X saves you electricity
At its peak draw of 88 W the 9600X delivers roughly double the performance‑per‑watt of the Core Ultra 5 245K (0.83 %/ W vs 0.42 %/ W). Even the Core Ultra 5 225, which caps at 121 W, lags behind (0.52 %/ W). The efficiency gap translates into lower monthly electricity bills, a factor many Balkan gamers keep an eye on.
Real‑world buying advice
If you’re building a 1080p‑or‑lower rig on a €180‑€200 budget, the 9600X gives you the best bang for the buck. Its six‑core layout is enough for most modern titles at medium‑high settings, and the lower power draw means you can pair it with a modest 450 W PSU and still have headroom for a budget GPU such as the RTX 5050 (internal link).
Only consider stepping up to the Ryzen 7 7700X if you need the extra two cores for heavy multitasking or future‑proofing, and you’re willing to spend roughly €21 more for a 2 percentage‑point gain in 1080p performance. The 7700X also runs hotter (max 142 W) and will push your power bill up.
For users who already own an Arrow Lake motherboard, the Core Ultra 5 225 might look tempting because it’s the same price in euros, but the 9600X still outperforms it by 10 percentage points and uses far less power. The Core Ultra 5 245K closes the gap but costs €6.9 more and still lags behind in efficiency.
When to skip the 9600X
- If you can stretch to a used Ryzen 7 7700X for roughly the same €200 price, you’ll gain a modest performance bump and more cores, though at higher electricity cost.
- If your workload is heavily multi‑threaded (e.g., video rendering) and you need more than six cores, the Intel 245K’s 14 cores may be a better fit despite its power draw.
- If you’re planning a high‑refresh‑rate 1440p or 4K build, the 9600X will become a bottleneck sooner than the 7700X or a high‑core‑count Intel part.
What the numbers don’t tell you
The data covers only synthetic 1080p gaming scores and maximum power draw. It says nothing about real‑world frame‑rate variance, latency, overclocking headroom, motherboard compatibility quirks, or how the CPUs age with newer games. It also excludes any used‑market pricing, which can shift the value equation dramatically in the Balkans.
Bottom line: for a fresh €179 build aimed at 1080p gaming, the Ryzen 5 9600X is the most cost‑effective choice in 2026. It beats its direct Intel rivals on performance per dollar and per watt, and it undercuts the next‑tier Ryzen 7 7700X while still delivering solid 6‑core power.
