Intel is back with the 11th generation of desktop CPUs, codenamed Rocket Lake. Although it relies on the same node of the 14nm manufacturing process as the past five generations, the company has managed to achieve more performance over the course of the year. It’s definitely a respectable effort given that AMD’s Ryzen 5000 Series relies on a 7nm process. But can Intel continue to remain competitive while AMD delivers massive performance gains overall? We’ve had a chance to test the Intel 11700K gaming performance, but is it worth it in the $ 399 MSRP?
This is one of the most important generations of Intel for years when it comes to decision-making, so there’s no doubt about it. As mentioned earlier, Intel has been trying to pull every last bit of performance from an outdated 14nm process, and performance has come at the cost of efficiency. Each successive generation requires more power, and the 11th generation processors are the most energy-greedy without offering much in the way of improving performance. Some of this has to do with the fact that Rocket Lake is Intel’s last major 14nm desktop effort and is actually a backdoor for the 10nm design for Alder Lake, slated for launch later this year. That’s right, there’s something much better on the horizon. So what’s the point of getting this generation?
Simply put, the 11700K arrives in a fun time. The demand for PC gaming devices at the moment, and it is likely that not many will want to wait for Intel’s final reveal of Alder Lake. Regardless, we don’t know what the Alder Lake Show will look like in the end, and the Ryzen 5000 series stock is still recovering. But Rocket Lake is available for MSRP today. Most importantly, most games are choked by the GPU these days, because using super settings or gaming at high resolutions simply can’t hit the frames driving these high-frequency CPUs in the first place. Even if you can find the right graphics processing unit (GPU) for your needs, modern Intel CPUs already offer high-refresh 1080p games, and that would suffice for most people.
There are reasons to look at the 11700K, as it is actually a very powerful gaming CPU. Those who want to do things like live streaming or create content can take advantage of the extra cores and threads given by the jump from an i5 or any other 6-core CPU, and clock speeds help drive high-refresh 1080p performance simultaneously. Intel has also added some additional features to this generation that the 10th generation sorely lacks.
11700K specifications at a glance
11700 kW She has a lot in common With the previous generation i7. However, according to Intel, it features 19% IPC (instructions per cycle / hour), improved memory support up to 3200MHz from the latest generation 2993MHz, PCIe 4.0 support plus four additional PCIe lanes. And it’s really just to keep things simple. These improvements are enough to provide some small fps boosts, but the performance improvements are modest and sometimes circumstantial.
|# Of topics||16|
|Max Turbo Frequency||5.0|
|TDP||125 watts *|
|Number of PCIe lanes||20|
|PCIe configuration||Up to 1 x 16 + 1 x 4, 2 x 8 + 1 x 4, 1 x 8 + 3 x 4|
There’s a common misconception about the 11700K that needs to be addressed, and that’s how its specs translate into gaming performance. Those comparing the 11700K to the previous generation i7s will notice that the frequencies aren’t very impressive. Compared to 10,700k, The base frequency 11700 K decreases by 200 MHz while the MAX Turbo frequency decreases by 100 MHz. Enhanced IPC aims to compensate for this difference, and the true operating frequency of any CPU constantly fluctuates between these values while under load. The numbers on spec sheets cannot simply be taken at face value.