Which Laptop Has The Fastest Processor

Which Laptop Has The Fastest Processor – Today we’ll look at the Core i9-11980HK, the fastest processor Intel offers in its Tiger Lake H45 lineup. A few weeks ago we tested the new Core i7-11800H, which impressed with its performance improvements over Intel’s previous generation parts, but we ended up with mixed feelings.

The i7-11800H couldn’t outperform AMD Ryzen 5000 equivalent parts in most productivity applications, and the Intel platform’s generally higher price weakened its advantage in games where Intel performed well.

Which Laptop Has The Fastest Processor

The Core i9-11980HK is the best processor in Intel’s mobile lineup, so we wanted to find out how it performs against Intel’s Ryzen 9 mobile chip or Intel’s Core i7-11800H, a more powerful product that’s often available in the same system. How well has Intel been able to take advantage of the best 8-core Tiger Lake silicon?

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In this review, we will focus on the comparison between the 11980HK and 11800H. Both CPUs are very similar in design and basic specifications. Both are 8-core chips with 16 threads and 24 MB L3 cache. Both have the same integrated Intel maximum clock Maximum range of 5.0 GHz, provided CPU cooling is adequate. This gives the Core i9 model a clock speed advantage of around 10%.

The other advantage of the 11980HK is on the platform side. While most of the specs are the same across all Tiger Lake H45 processors: 20 PCIe 4.0 lanes connected to the CPU, Thunderbolt 4 support, DDR4-3200, 10nm SuperFin process node – but the HK model, 11980HK, also supports overclocking .

While all of Intel’s H-series processors allow you to configure any power limit (including above the default 45W, even on locked parts), only the 11980HK actually allows you to modify the clock factor table and some other values ​​on the Intel XTU or other devices. Typically, however, this is only suitable for the best laptops, as the power and thermal limits are adequate for most models.

The test system for comparison today is the MSI GE76 Raider, a similar laptop from the same product line that we saw testing the Core i9-10980HK.

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Inside this laptop is a GeForce RTX 3080 GPU with 16GB of VRAM and a power cap of 135-155W. For testing, we used 16GB of good quality dual-channel DDR4-3200 memory, which is standard across all the H-series laptops we have. to experiment.

This is a beautiful laptop, with a 17-inch 1440p 165Hz display, which is very GPU-friendly, as this type of hardware has moved beyond 1080p resolution in modern games. This isn’t the thinnest or lightest model, but it doesn’t claim to be. This is a performance-focused laptop that’s still relatively portable, with a good-quality metallic finish, although I could take or leave the RGB lighting strip on the front edge.

However, this isn’t a laptop review, it’s an overview of the Core 9-11980HK, so like all of our previous laptop tests, we evaluate the strength of this standardized system. This means we keep all the stock boost behavior, but use the long-term power limit of 45W, which is the standard for these processors.

This gives us the ability to compare different laptops, ignoring any OEM configuration or cooling/power differences between models. This is therefore a true test of a CPU’s capabilities compared to other CPUs, and not just a test of how well a given OEM can configure its system for power-intensive use.

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We’ll also include some power scaling data later in the review so you can see how different chips perform at different power levels, which could be helpful in your purchasing decision. According to standards!

The first is Cinebench R23. In this workload, the 11980HK performed very well, increasing performance by 7% over the Core i7-11800H. This makes the 11980HK more competitive with Ryzen, matching the performance of the Ryzen 7 5800H and falling 9% behind the Ryzen 9 5900HX when considering the same power configuration.

However, the margin is in the single digits and we see a significant 28% performance increase over the previous generation Core i9-10980HK in these heavily multithreaded workloads, a good sign of performance improvements.

The 11980HK is slightly faster than the Ryzen 9 5900HX in this test, I recorded a 3% performance difference, which is close to the margin of error, but it is faster. It’s also slightly faster than the Core i7-11800H and 17% faster than the 10980HK.

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The benefits seen here between the 11980HK and 11800H aren’t as great as the difference in estimated clock speeds. With the 11980HK being the 5.0 GHz part and the 11800H being 4.6 GHz, the Core i9 part should be about 8 to 9 percent faster, but here it’s only 3 percent faster. Because she?

This is because the 11980HK rarely runs at its maximum clock speed of 5.0 GHz, it may do so for very short periods of time, but it is rare to see consistent performance at that clock speed. A single Cinebench R23 thread will take many minutes to run, so for most of that run the 11980HK sits at a lower clock frequency.

In our long-distance Handbrake CPU encoding test, the 11980HK was slightly faster than the 11800H: 4% to be exact. It’s big enough to be outside the margin of error, but it’s not a huge difference between the 8-core parts, and it’s clear that in the long run the Core i9 processors are only slightly more efficient.

In the end, Intel’s market share was 15% worse than the Ryzen 9 5900HX and 15% higher than the previous generation model, the 10980HK.

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We see similar results in Blender Classroom workloads. Here, the 11980HK is 8% faster than the 11800H, but 14% slower than the Ryzen 9 5900HX. It’s in these types of workloads that are heavily multithreaded and take many minutes to complete that Ryzen processors have a 45W efficiency advantage and therefore also a performance advantage.

When compiling Chromium code, another long-term multithreaded workload, the 11980HK performed well: 6% faster than the 11800H, which essentially puts it on par with AMD’s 5900HX. With a 20% advantage over the 10980HK, there’s plenty of reason to upgrade to Intel’s new direct previous generation laptop model, the gain here is quite large for the laptop form factor.

When we move to shorter tests, Intel’s Tiger Lake H45 is definitely the right choice for this generation of Matlab.

With a larger amount of L3 cache than AMD equivalents, 24MB versus 16MB, the 11980HK outperforms the 5900HX by 10% in this workload. Combined with excellent single-thread performance, Intel performs well in these types of tests.

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It’s the same story in our Microsoft Excel numerical calculation test. This is one of the biggest differences between the Core i9-11980HK and Core i7-11800H at around 19 percent, which appears to be a byproduct of higher clock speeds at certain power levels and improved performance features of this MSI laptop . illness. power.

For typical daily workloads measured in the PCMark 10 core test, there is no difference between the Tiger Lake H45 series and AMD’s Ryzen 5000 series. So if you’re just interested in basic app loading, web browsing, video conferencing, and the like, either of the two current versions will suit you.

We saw similar results in PCMark 10 application workloads. There wasn’t much difference between the Ryzen 9 5900HX and the Core i9-11980HK, which makes sense based on what we’ve seen in previous tests. Compare performance with easy threads.

In 7-Zip compression, the clear winner is the Core i9-11980HK. The Core i9 part is a strong performer with a 14% performance advantage over the Ryzen 9 5900HX – AMD’s current-gen parts are better suited to Intel’s 10th gen in this workload.

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However, this will change when decompression is observed. Currently, the 11980HK is 15% slower than the Ryzen 9 5900HX and just a few percent faster than the i7-11800H. AMD processors perform very highly in decompression workloads and have been doing so for some time.

In Adobe Photoshop using the Puget Systems benchmark, the Core i9-11980HK performed well, slightly better than the Ryzen 9 5900HX, although in reality both systems offered similar levels of performance.

Although the 11980HK is 10% faster than the 11800H, consistent with the difference in clock speeds, the 11980HK is not much faster than the 10980HK. I believe a lot of this comes from how often these workloads are prioritized, where the 10th Gen Core i9 part actually has a slight advantage over the 11th Gen in lightly threaded applications like this one.

In DaVinci Resolve Studio 17, comparisons with different laptops are always a bit difficult because the GPU has a significant impact here. But what we can see is that with the same RTX 3080 laptop GPU, the new 11980HK model

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