Can the Tiger take on the Zen 3? –

Can the Tiger take on the Zen 3? –

The Zen 3 has been a huge success for Asus, and it’s not hard to see why. With its large 6-inch screen, it’s a great size for gaming, and the battery life is excellent, meaning you can play for hours without needing a recharge. It’s not the cheapest phone out there, but it’s well worth the price if you’re looking for a high-end handset with the grunt to cope with modern 3D games.

When it comes to sports, one of the most common questions asked is “can so and so beat so and so?” The beauty of sports is that it allows anyone to take on anyone else and the result is clear. The thing about technology though, is that it can never beat something else as it is always being developed. It is for this reason why I’m starting this new blog series, Can the Tiger Take on the Zen 3? In this blog series, I’m going to pit two technology gadgets or service against each other to see which one is a better overall product.

The Zen 2 has been on the market for a while now, but it’s been unable to make any sort of dent in the sales of the new Tiger. Since its launch, the Tiger has consistently sold out within an hour of being available, so clearly something about it is appealing to the market, but what is it?

The competition between Intel and AMD has never been more bloody. In each iteration, the red and blue teams compete for technical superiority. AMD took CES 2021 by storm with its Zen 3-powered Ryzen 5000 mobile processors, unveiling its full lineup of the latest processors that promise 4K gaming on laptops. Intel was not far away from presenting four new processor families and launching the 11th generation. The company is moving forward with its 5th generation Tiger Lake H-35 processors, which should reach the 5 GHz mark in laptops and promise enthusiast-level gaming in a thin package. AMD versus Intel. Image source: Notebookcheck Intel has released more than thirty Tiger Lake processors, including more than ten this year alone. The ultra-portable, business-oriented series was launched in September 2020, the medium-powered H35 series in January 2021, and the top offering, the H series, in May 2021. Some of these processors can regularly reach 5 GHz with Turbo Boost and deliver excellent performance regardless of the type of laptop. AMD has fourteen mobile processors in its portfolio, all released after CES 2021 and based on the Zen 3 architecture. While the Ryzen chips themselves don’t reach the 5GHz limit, they are known to be unlocked, meaning they can probably be overclocked above the 5GHz limit on a laptop. These processors offer ultra-fast frame rates at high resolutions in games and exemplary performance values. Today we will compare the performance of Intel’s latest Tiger Lake and AMD’s Ryzen 5000 mobile processors and try to find out if Intel managed to regain the position it lost to AMD.

Tiger Lake H35 vs. Ryzen 5000

In January 2021, as Ryzen shone on the scene with its lineup of 11 new processors, Intel released 3 Tiger Lake H35 series quad-core processors with a maximum TDP of 35W each. Among them, the i7-11375H with Iris Xe graphics card can reach up to 5 GHz with Intel Turbo Boost. The company also announced plans to release future eight-core H-series processors aimed at gaming. These three H35 processors had 4 cores each and only performed well in single-core performance compared to the Ryzen 5000 processors. In terms of single-core performance, the Intel i7- 11370H could compete with AMD’s top-of-the-line Ryzen 9 5980HS, which is an eight-core processor. This is the reference point. Tiger Lake source notebook benchmark single-core However, once the processors were fully utilized, performance declined as the quad-core Intel processors could not compete with the eight-core AMD processors with 20 MB of cache. In the benchmark below, we see that even Intel’s latest generation of processors outperforms the Tiger Lake i7-11370H. It’s worth noting that both Intel and AMD processors have a maximum TDP of 35W, but when it comes to single-core performance, it’s perhaps the superior Zen 3 architecture that gives the Ryzen processors an edge over the pack. Multicore Tiger Lake Benchmark Source: notebookcheck

Tiger Lake H vs. Ryzen 5000

On the eleventh. In May, Intel unveiled the Tiger Lake H series, announced in January. A total of 5 processors are available for evaluation by laptop users. These include two Core i5 processors with six cores and a maximum frequency of 4.5 GHz with a variable TDP of 35-45 W. A Core i7 processor with a Turbo Boost speed of 4.6 GHz and two Core i9 processors, the most powerful of which, the i9-11980HK, can reach a Turbo Boost speed of 5 GHz and has a maximum TDP of 65 W. With the launch of a range of new processors capable of challenging AMD, Intel hopes to end AMD’s dominance. So let’s see how these new chips will fare against the high-end Ryzen 5000. This is the range of processors released by Intel that are available for consumer laptops.

Processor Core/Current Increase of speed/turbo Cache TDP
Core i9 11980HK 8(16) 2.6-3.3 GHz/5.0 GHz 24 MB 45-65 W
Core i9 11900H 8(16) 2.5-2.1 GHz/4.9 GHz 24 MB 35-45 W
Core i7 11800H 8(16) 2.3-1.9 GHz/4.6 GHz 24 MB 35-45 W
Core i5 11400H 6(12) 2.7-2.2 GHz/4.5 GHz 12 MB 35-45 W
Core i5 11260H 6(12) 2.6-2.1 GHz/4.4 GHz 12 MB 35-45 W

One look at the lineup and you can probably guess that AMD has reason to be concerned. The cache of the first three processors is 24MB, which is 4MB more than the top AMD Ryzen 9 5980HX processor. The new H-series processors have two base clock speeds, and at surprisingly low levels, suggesting that they will consume little power in standby. Let’s take the Core i9 11900H as an example. Although it has a power rating of 35 watts, it can run a 45-watt laptop at a slightly higher speed. However, when powered by Intel Turbo Boost Max 3.0 technology, some cores can reach up to 5.0 GHz. However, the final performance of all cores should be around 4.5 GHz in multicore tests. word-image-9232 word-image-9233

Tiger Lake H Upgrades

Intel has finally said goodbye to its 14nm processors and introduced 10nm SuperFin lithography in its H-series. The 7nm Zen 3 has a competitor in the form of the Willow Cove microarchitecture that Intel uses in its H-series processors. The new architecture has many improvements. The maximum speed of supported memory has been increased from DDR4-2933 to DDR4-3200. Almost all new processors are rated at 35W instead of 45W for continuous power. Intel also claims that Tiger Lake-H is not just another series of processors, but a platform that offers three times the bandwidth of its predecessor. It leaves the Ryzen 5000 behind in terms of PCIe 4.0 implementation with a combination of 20 PCI Express 4.0 and 24 PCI Express 3.0 lanes. The Ryzen 9 5980HX has a PCIe 3.0 module for comparison. PCI Express 4.0 gives the processor direct access to the ultra-fast GDDR6 memory of graphics cards, giving gamers an unprecedented gaming experience on a mobile platform. With its H-Series processors, Intel promises gaming performance for laptops comparable to desktop PCs: Frame rates should increase due to reduced latency and images with heavy textures should load instantly. These are some of the improvements Intel has made to the H-Series mobile processor platform.

  • PCIe 4.0 with Intel’s high-speed storage technology
  • Support for overclocking with Intel Xtreme Tuning Utility
  • Memory is supported up to DDR4-3200.
  • Thunderbolt 4 with transfer rates up to 40 Gbps.
  • Discrete Intel Killer Wi-Fi 6E.
  • Integrated dual display port for energy efficient companion display.

Intel H-Series mobile processor gaming performance

With its H-Series processors, Intel is targeting gamers and content creators. Although the company has oddly abandoned Iris Xe graphics and reverted to integrated UDH graphics, the technology it has built into its latest processors is of great use to content creators and gamers. Here are Intel’s benchmarks comparing its best Core i9 11980HK processor to the Ryzen 9 5900HX. The graphics card used is an RTX 3080. Intel Core i9-11980HK Gaming Benchmarks Source: pcworld For most of the tested games we see an improvement of at least 20%. The Intel i9-11980HK, which happens to be an unlocked processor, beats the best processor in the Ryzen-5000 series. With demand for Ryzen processors outpacing supply, AMD has good reason to be concerned. Here are the numbers comparing the i5-11400H to the Ryzen 9 5900HS. Note that these two chips from AMD are their best. Intel Core i5-11400H gaming benchmarks Source: pcworld The numbers are again worrisome for AMD. Although the company had the first advantage, it seems that Intel has finally raised the bar with the arrival of the Tiger Lake H series and is pushing Ryzen Zen 3 to the limit. However, it should be noted that these are not independent benchmarks, but Intel’s own. In the coming weeks we will get a clearer picture, when the different portals present their independent benchmarks.

Supplement

With the little data we have (thanks to a recent publication), and judging by Intel’s statements, AMD’s hegemony, which was promised with much fanfare, might finally be over. Intel is back with a vengeance. Tiger Lake processors are marketed for all categories of laptop users. We have quad-core processors for ultraportables and business laptops that offer more performance. There are mid-range processors with six cores aimed at gaming, and finally we have a potential holy grail for content creators and professional gamers – the Core i9-11980HK, unlocked and ready to run at over 5 GHz. So there’s really nothing left for Zen 3? Well, not all is lost. The sun is still shining for the Zen 3-based EPYC processors that AMD launched in March and that Intel still has no answer for. In addition, the price of the Intel H-Series has not yet been fully determined. AMD has developed a real panacea by pricing its products with excellent value for money. Remember the Ryzen 3300X? A year old $120 hotcake (honestly, I’m still looking for it) that Intel still has no answer for. This subversive pricing model may be AMD’s only lifeline in this race to maintain the lead.

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Recommended for you on the site and elsewhere on the InternetAs you know, the Zen 3 now has its official release and I am sure you are waiting for its review. But, can it take on the Tiger?…. Read more about tiger lake’ vs ryzen 5000 and let us know what you think.

Frequently Asked Questions

Will Zen 3 be faster than Intel?

The Zen3 chips are expected to be released early next year and will be a significant upgrade to the Zen2 architecture, which was released in 2018. There are, however, some rumours floating around that Zen3 chips may be fast enough to challenge Intel chips for supremacy. So, I decided to investigate how fast Intel chips are. Intel has always been the king of processors when it comes to performance, so when the Zen 3 was released, a lot of people were wondering how it’s going to compete with the king. Well, the truth is that the Zen 3 can easily surpass the Intel processors in terms of performance, but the cost will be quite high. In fact, most people agree that it’s a lot more affordable to buy a decent Intel processor than a high-end Zen 3 processor.

Is Zen 3 better than Intel?

The Zen 3 is another great leap forward for Intel, and will once again be a serious contender. But will it be better than AMD’s offering? Let’s take a look! While Intel has been busy in recent years beating AMD at their own game, the company is a bit behind when it comes to the gaming scene, and this is where AMD’s new Zen 3 processor hopes to change the game. With a rumored 16-core processor coming next year, the Tiger is hoping to blow Intel away and become the king of the jungle. But, will it be enough to topple the giant chip maker?

Does Tiger Lake support PCIe 4?

The Tiger Lake architecture, developed by Intel in partnership with ARM, has been designed from the ground up to address the challenges of the next decade. One of the more important aspects of Tiger Lake is the fact that it has been designed specifically to support PCIe 4, which is expected to replace PCIe 3 in the near future. However, some have questioned whether the Tiger Lake architecture can support PCIe 4. Testing by experts has revealed that the Tiger Lake architecture can indeed achieve support for PCIe 4, and that the Tiger Lake architecture is likely to be the leader of the pack when it comes to this technology. When Intel showcased Tiger Lake, the company claimed that the new fifth-generation Intel Core processors were designed with performance and connectivity in mind. However, it did not reveal whether the new processors will support PCIe 4.0. But now, it has been confirmed that Intel’s new CPUs will support the latest version of the PCI Express bus standard. Intel says that the PCI Express 4.0 support will be enabled on Tiger Lake-based motherboards equipped with an Intel 300 Series chipset. It remains to be seen if the new processors will be backwards compatible with the older PCI Express 3.0 platform. That said, even if they are not, it is unlikely that anyone will be too upset since PCIe 4.0 offers a significant performance boost over

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The Zen 3 has been a huge success for Asus, and it’s not hard to see why. With its large 6-inch screen, it’s a great size for gaming, and the battery life is excellent, meaning you can play for hours without needing a recharge. It’s not the cheapest phone out there, but it’s well worth…

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