Large reflection of each fast, energy-efficient cores and slow, additional energy-saving cores in accordance with the unconfirmed internal data released by wccftech and AdoredTV. Looks like a little CPU design. .
Intel’s large / small designs fall into two spheres
On Intel 2021 configuration day, the corporation announced that the upcoming Alder Lake (12th century) processors will use a mix of efficiency and effectiveness courses. This brings the corporation’s discontinued 2020 Lecfield design to the forefront.
Huge … Smaller designs perform time-centered tasks on larger, hotter-efficiency courses, but the background tasks are slower, but much less energy-intensive. This configuration in the RM world — now including Android and iOS phones and tablets — includes Apple M1 Max – but is actually much smaller in the x86_64 “normal computing” world.
Intel Lakefieldfield’s structure lasted only 12 months and included only two products, the i5-L16G7 and i3-L13G4. There was never a market demand for Lakfield, due to the questionable combination of efficiency and effectiveness cores – each Lakefield CPUs offered only one core core supported by 4 performance cores.
Expected 12th and 13th-Gene SKUs
The Alder Lake-IT 12th Core, expected to take place in November 2021, will significantly change the design’s consistency to efficiency, and the i9-12900 is expected to offer eight Golden Cove Proficiency Courses and eight Grammont Effective Courses. The Golden Cove cores help with hyperthreading, but they do not make the Gramsmont cores.
In line with the news released by Adoror TV, Raptor Lake builds and expands the design of Alder Lake, converts Golden Cove’s efficiency corporations to Raptor Cove and improves the design of Grammont’s efficiency courses. We are also waiting for the major counts from Alder Lake to Raptor Lake with a 24-core / 32-core i9-13900 OK in 2022 if all goes well.
In desktop Alder and Raptor Lake CPUs – 35W, 65W and 125W TDPP with the same power consumption (power consumption) is one of the key details in most of those rumors. Below is a comparison of the current-Gene Rocket Lake-SS CPUs: ‘Extremely CPUs’ (all expected to return at 125W TDP)
| Rocket Lake-S (11th-Gene Desktop CPUs) | ||
| Mannequin | Cores | TDP (PL1) |
| i5-11600 OK | 6p / 0e | 125 watts |
| i7-11700 OK | 8p / 0e | 125 watts |
| i9-11900 OK | 8 p / 0 E | 125 watts |
| Alder Lake-S (12th-Gene Desktop CPUs) | ||
| Mannequin | Cores | TDP (PL1) |
| i5-12600 OK | 6p / 4e | 125 watts |
| i7-12700 OK | 8p / 4e | 125 watts |
| i9-12900 OK | 8p / 8e | 125 watts |
| Raptor Lake-S (13th-Gene Desktop CPUs) | ||
| Mannequin | Cores | TDP (PL1) |
| i5-13600 OK | 6p / 8e | 125 watts |
| i7-13700 OK | 8p / 8e | 125 watts |
| i9-13900 OK | 8 p / 16 e | 125 watts |
Each Ader Lake and Raptor Lake are expected to use the Intel 10nm course, which is currently only available in mobile CPUs. Rocket Lake-S was originally expected to be built at 10nm, but the’nnm ‘course was built on a 14nm course hosted by Intel with’ reported options’, but is not yet ready for the desktop.
Power and efficiency
The important thing to note here is that while Intel is significantly slowing down the major counts, it is only by including success courses – Efficiency Core counts are expected to remain unchanged at 6, 8, and 8 for Core i5, Core i7 and Core i9 families, respectively.
During the Pileriver era, AMD seems to be incorporating techniques such as efficiency courses to turn a few more into a multi-threaded workload by repeating the tragic mistake. A monster that no one needs to live with. After all, this little room ignores elephants.
In terms of efficiency, it seems unlikely that i9-12900Okay with 16 full cores to compete effectively with the latest AMD equivalent. The current generation Ryzen 9 5950x already offers 16 cores — and all 16 are effective courses. The Ryzen 9 5900X is available in a “single” 12 core – but once, all 12 are effective courses. We are not sure what Group Purchase we have in retail for the next season, but we do not really expect major confidence. Decreases.
In terms of power consumption, we only look at Intel’s PL1 TDP standard: TDP is required to run the chip. Lost Turbo. We look forward to delivering any credibility to Alder and Rocket Lake to the PL2, but we all know that Rocket Lake-S ‘125W TDPP units can easily hit 200W or more when operating at turbo frequency.
Anandtek shows the maximum TDP for the I9-11900 OK up to 300 watts, even the i5-11600 OK at 210 watts: AMD’s maximum, power consumption consumption remains below 12W on the 12-core Ryzen 9 5900X and 16-core 5950X. .
Conclusions
First of all, we must remind everyone that “gossip” is not a pluralistic “truth” – all of this information is largely based on knowledge from many sources since 2021. Use a hybrid large and small as described – but everything else is ready to hold at least one diploma or another.
We have confirmed here that Alder and Rocket Lake-S SKUs will live with the original counts and TDP will not change Seriously Compared to Rocket Lake-S. But it is not clear whether these designs will keep an eye on Apple MM for the sake of protecting the biggest hyena design space in the history of computing, or for Lecfield to be dusted off like the last 12 months.
The current flow of Adodore TV provides much of the information we have on the Raptor Lake designs.