Evaluate if upgrading to an i7-4790K is beneficial based on your needs and system requirements.
Evaluate if upgrading to an i7-4790K is beneficial based on your needs and system requirements.
I plan to just replace the monitor with a 144 Hz 2k model. He upgraded his CPU and RAM, while my graphics card is an htx 970 compared to mine's 1070. I'm curious what others will say about this change. Another reason I'm considering updating my NVMe storage isn't compatibility—it's affecting performance. I notice people achieving higher FPS in the same games even after overclocking.
It's strange when your friend, using a slightly slower and older GPU, still outperforms you. The specs suggest up to 10Gb/s on this board, roughly 1000MB/s during tests at full load. You're not hitting the 3500MB/s mark, but it's still impressive. Unfortunately, this doesn't affect your frame rate, and a better NVMe drive won't help either. There are still some questions remaining, and it seems your system is running with reduced settings all the time.
Absolutely, it makes sense to avoid spending on a CPU lacking hardware enhancements. The 9700K seems overpriced and should be cheaper. The 4790K offers solid performance boosts through overclocking. I’d hold off until the Ryzen 4000 lineup arrives or Intel releases a 10nm desktop chip with better efficiency before making the switch.
Discussing IPC around 4.8 about performance is tricky since it depends on many factors. It's hard to say exactly what your CPU can handle without testing. You might need to check the specific details in your device settings or use benchmark tools.
Execute a single-thread Cinebench run, examine the output, and assess how it stacks against other CPUs sharing the same clock speed. The results are fairly close, though not always a perfect match for every situation. Next, evaluate your CPUs peak frequency versus those of the other models, which will help you understand actual real-world performance.
Worth" depends on your needs. Are you using your PC for gaming or other tasks? Your answer shapes the response. If you can use modern features, consider a Ryzen 5 3600 or 3700X. The 9700K isn't worth it anymore—it won’t keep up. For 2020, look for chips with SMT or Hyperthreading to stay relevant. Gaming will mainly depend on your graphics card, but you might want to upgrade if you plan to play high-end titles. I recommend waiting until Nvidia releases a new series before swapping your GPU, so you get good value over time. For performance, aim for at least 6 cores and 12 threads. At the price point of the 3600, it’s still a solid upgrade from your current setup. If you want to stay ahead, opt for the 3700X. The 9700K is what the 9600K should have been—older i5 chips often miss out on hyperthreading and age faster. The i9 9900K would be ideal if Intel delivers a better version soon. The 3700X offers more power for future games. For GPUs, stick with your 1070 for now—it’s still decent—and plan to move to the next-gen models when they arrive. Keep in mind that next-gen consoles will demand more cores and threads, so upgrading is wise if you want to run current and upcoming triple-A titles smoothly. With Ryzen, more cores mean better performance, and the new generation brings even stronger options.
The 9900k was part of Intel's fast-paced but flawed 9th generation collection. They really should have continued offering the 8th generation at lower prices and pushed the 10th generation forward from the 9th. I’d suggest a price around $249,870 or $279,870k for days above $1,996,200... but honestly, it would have been better.
Haswell and Ryzen 1000 models offer similar performance per instruction in regular tasks, but games see a drop mainly because of memory constraints. For that generation, IPC might be about 5% lower in gaming compared to Haswell. Intel boosted IPC by roughly 10% on newer chips, thanks to better memory controllers that let speeds reach around 3466 MHz. AMD enhanced its Zen+ processors with improved cache, branch prediction, and reduced inter-core latency, pushing IPC up by about 15% over Zen 1. This improvement helped AMD close the gap with Intel in gaming cycles, achieving a 10% edge in performance per cycle. With Zen 2, AMD further optimized caches and latency, delivering even stronger gains. Meanwhile, Intel continues to raise its own numbers—especially with Zen 3’s 8-core design and much lower core latency (around 26.7ns vs Intel’s 45ns). This means a CPU with 10% higher IPC will outperform another by roughly 10% at the same clock speed.
Here’s a revised version of your text:
Essentially, going back to the Athlon era—where Amd aimed for better instruction per cycle while Intel focused on faster clock speeds—this time it’s not about a big jump in performance. Instead, Amd is boosting frequency more each generation. This comparison highlights IPC differences alongside Intel's latest models and Amd's recent Ryzen 3rd-gen chip. It’s frustrating to see commentators misinterpret these numbers; we already know what higher clock speeds mean. Back then, we always evaluated CPU performance through this lens, showing how architecture impacts efficiency per cycle. This matters because, as seen with Intel’s Coffee Lake lineup, higher IPC combined with increased frequency and cores can still deliver strong results.