Intel’s 12th generation Core is officially released: a performance increase of 100%! The game wins Ryzen 9

Waiting, Intel Alder Lake 12th generation Core processor finally arrived!

Today, the desktop version of the first six K/KF series types, as well as the supporting Z690 chipset motherboard, will be followed by more types and more platforms in the future.

Many of its architecture and technical details have been released before, but there are still many dry goods for today’s first release. Let’s come together one by one.

Core Duo is officially released: One function is improved by 100%! The game’s victory over Ryzen 9th-generation Core Duo is officially released: one feature is increased by 100%! The game’s victory over Ryzen 9th-generation Core Duo is officially released: one feature is increased by 100%! The game’s victory over Ryzen 9th-generation Core Duo is officially released: one feature is increased by 100%! The game wins Ryzen 91. Overview of architecture skills. Generation Core is the first desktop processor with Intel 7 process technology, and it is also the 10nm Enhanced SpuerFin. It is also the first x86 desktop processor with a hybrid architecture plan. With the newly planned Golden Cove CPU micro-architecture, coupled with the initial support for DDR5 memory and PCIe 5.0 standards, the overall strength has completed a huge leap.

It is not an exaggeration to say that it is Intel’s most revolutionary processor product in the last decade.

Core Duo is officially released: One function is improved by 100%! The game’s victory over Ryzen 9th-generation Core Duo is officially released: one feature is increased by 100%! The game is defeated by the Ryzen 912 generation Core. Two CPU centers are planned, one is the functional core (P core) and the other is the energy efficiency core (E core).

Many people habitually call it the big and small cores, but Intel emphasizes that this is very different from the traditional big.LITTLE big and small core architecture on smart phones, because the small cores in the big and small cores are for energy saving and power saving. The E core is to strengthen the multi-core function, and its function is still reasonably high in simple terms.

The P-core plan is more traditional and is a continuation of the Core family. It is optimized for single-threaded and light-threaded functions. It is suitable for higher-load games and productivity applications. There are up to 8 desktop products in the P1 series and up to 6 in the P2 series.

The E-core plan is closer to the Atom clan, which optimizes the multi-threading function and reduces the impact on the front desk task management as much as possible. There are up to 8 desktop products in the P1 series, but not in the P2 series.

It should be noted that the P core supports hyper-threading, while the E core does not. For example, the i9-12900K has 8 P cores and 8 E cores, and the total number of threads is 24.

Core Duo is officially released: One function is improved by 100%! The game wins Ryzen 9 and the coexistence of the two centers also changes the cache system.

Each center of the P core has its own independent 1.25MB L2 cache (only 0.5MB for the 11th generation), totaling up to 10MB.

E cores are grouped for each of the four centers, sharing 2MB of L2 cache, totaling up to 4MB.

All P cores and E cores share the three-level cache, with a maximum capacity of 30MB, which is almost doubled compared to the 16MB of the 11th generation.

Core Duo is officially released: One function is improved by 100%! To win the game over Ryzen 9, Intel specially planned Intel Thread Director (thread scheduler) in order to reasonably allocate and schedule two centers, and it is deeply integrated with Windows 11 to ensure that different loads are allocated to the most suitable center under different conditions.

The 12th generation Core hardware integrates a microcontroller, which supervises the operating instructions of each thread with nanosecond precision, and feeds back to the operating system in real time for the most appropriate allocation and scheduling, and together according to the heat dissipation plan, operating environment, power consumption settings, etc. Make dynamic and adaptive adjustments without user intervention.

Core Duo is officially released: One function is improved by 100%! After the game wins Ryzen 9, for example, you start to use Adobe Premiere Pro for video transcoding in the foreground, of course, all take the P core, and then you open Adobe Lightroom to modify the photo, the video transcoding will be transferred to the background and handed over to the E core to continue execution , P core takes over the photo modification.

It is claimed that this mechanism, in conjunction with other improvements, can bring about 47% improvement in functionality.

Of course, if a piece of software wants to fully release the efficiency of the hybrid architecture and maximize its functionality, developers need to make targeted adjustments and optimizations, but even without any optimization, the 12th-generation Core itself combined with Windows 11 can ensure normal operation.

Core Duo is officially released: One function is improved by 100%! The game’s victory over Ryzen 9th-generation Core Duo is officially released: one feature is increased by 100%! The game’s victory over the Ryzen 912-generation Core is a set of flexible and extensible architecture. Three packaging methods are planned for different fields.

Meanwhile, on the desktop is an independently packaged LGA1700 with a length and width dimension of 45×37.5mm, a maximum of 8+8 16 centers, and a 32-unit nuclear display.

The internal package interface has also changed. With the overall height basically unchanged, the STIM heat dissipation grease and Die chip are thinner, and the IHS heat dissipation top cover is thicker, which can greatly improve the heat dissipation capacity.

The mobile terminal is a BGA Type3 integrated package with a measurement size of 52×25×1.3mm, a maximum of 6+8 14 centers, and a 96-unit nuclear display.

For the field of ultra-low power consumption, it is BGA Type4 HDI integrated package with a size of only 28.5×19×1.1mm, up to 2+8 10 centers, 96-cell core display, and TDP as low as 9W.

Core Duo is officially released: One function is improved by 100%! The game wins Ryzen 9 memory support DDR5-4800, DDR4-3200, expansion connection supports 16 PCIe 5.0, 4 PCIe 4.0, Wi-Fi 6E, Thunderbolt 4, these will not be repeated.

2. Types and specifications The 12-generation Core desktop version is first released in six types, all of which are K/KF series unlocked versions, suitable for high-end users and overclockers.

Core Duo is officially released: One function is improved by 100%! The flagship type of Ryzen 9 is i9-12900K, i9-12900KF, 8P+8E 16 centers, 24 threads, integrated 14MB L2 cache, 30MB L3 cache.

The P core reference frequency is 3.2GHz, the turbo frequency is up to 5.1GHz, and the turbo frequency Max 3.0 is accelerated to a maximum of 5.2GHz. The E-core reference frequency is 2.4GHz, and the core frequency is up to 3.9GHz.

, F 8P+4E 12 center 20 threads, integrated 12MB secondary cache, 25MB tertiary cache.

The P core reference frequency is increased to 3.6GHz, and the maximum acceleration of Turbo Frequency and Turbo Frequency Max 3.0 will be 4.9 GHz and 5.0 GHz. The E core reference frequency is increased to 2.7GHz, and the core frequency is reduced to 3.8GHz at the highest.

, F is becoming more mainstream, 6P+4E 10 center 16 threads, integrated 9.5MB L2 cache, 20MB L3 cache.

The P core reference frequency further came to 3.7GHz, and the turbo frequency was accelerated by up to 4.9GHz, and the turbo frequency Max 3.0 was not supported. The E-core reference frequency reaches 2.8GHz, and the core frequency reaches 3.7GHz.

The three K types integrate UHD 770 core graphics cards with 32 units. The three KF types naturally have no center.

The memory support is the same, the six types are dual-channel DDR5-4800, DDR4-3200, and the maximum capacity is 128GB.

Core Duo is officially released: One function is increased by 100%! After the game, the power consumption of Ryzen 9’s thermal planning is unified to 125W, but Intel has defined a new maximum turbo power (Maximum Turbo Power) this time, which is similar to the previous PL2 state, but it can be sustained for a long time, specifically i9-12900K/KF 241W, i7-12700K/KF 190W, i5-12600K/KF 150W are respectively 93%, 52%, and 20% higher than TDP.

At the same time, TDP is still equal to PL1, and in a stable overclocking environment, PL1=PL2 can be achieved. For example, the i9-12900K can always run stably under the power consumption of 241W, which is the maximum speed up power consumption.

3. After talking about the function for a long time, we must be impatient. What is the function score?

The measured data will not be shared with us until 21:00 on November 4th. Let’s take a look at Intel’s official data.

Core Duo is officially released: One function is improved by 100%! The game’s victory over the Ryzen 9P core uses the new Golden Cove architecture. The official claims that at the same 3.3GHz frequency, compared to the 11th generation Core’s Cypress Cove architecture, the IPC (instructions per clock cycle) has increased by an average of 19%, which can roughly It is understood that the same frequency function improves ups and downs.

Core Duo is officially released: One function is increased by 100%! In terms of the single-core function of the game’s victory over Ryzen 9, the P core and E core are 28% and 1% higher than the 10th generation Core at the same frequency. Compared with the 11th generation Core, the P core can be 14% higher, and the E core is lagging behind. 10%.

In other words, the E core is really not a small core, and its function has even surpassed the 10th generation Core.

Core Duo is officially released: One function is improved by 100%! In terms of the multi-core function of the Ryzen 9 game, the i9-12900K with a peak power consumption of 241W, compared with the i9-11900K with a peak power consumption of 250W, has a full 50% higher function under the premise of slightly saving power. This is a hybrid architecture. Maximum power.

Even if the power consumption is reduced to 125W, it is half of the peak value of i9-11900K, and the multi-core function is still 30% higher. After it is reduced to 65W, it can still be equal, which is obtained with a quarter of the power consumption. The same multi-core function.

Core Duo is officially released: One function is improved by 100%! In terms of the game’s victory over Ryzen 9, the overall ups and downs reached 13% at 1080p resolution, and online games like “League of Legends” even surpassed 40%.

Core Duo is officially released: One function is improved by 100%! The game beats Ryzen 9 so how does it compare to competing products? Facing the Ryzen 9 5950X with i9-12900K, Intel admits that some games are indeed slightly behind and some are equal, but most of them are clearly ahead, with the highest fluctuation exceeding 30%.

Of course, the two memories are different. Intel is DDR5-4800 and AMD is DDR4-3200.

According to Intel, compared to DDR4-3200, DDR5-4800 is the first game function in most of the time, but the ups and downs are not too big, and it does not exceed 5%.

Core Duo is officially released: One function is improved by 100%! Compared with the i9-11900K, the i9-12900K has a more impressive function improvement than the i9-11900K. With the support of the high efficiency of the hybrid architecture, the acceleration of the ups and downs can easily reach more than 30%, or even double it!

Core Duo is officially released: One function is improved by 100%! The game’s victory over Ryzen 9th-generation Core Duo is officially released: one feature is increased by 100%! The game’s victory over Ryzen 9th-generation Core Duo is officially released: one feature is increased by 100%! The game’s victory over Ryzen 9 is ultimately some of the advantages compared to i9-12900K and i9-11900K. For example, the photo modification function is increased by 36%, the video modification function is increased by 32%, the 3D modeling function is increased by 37%, and the multi-frame rendering speed is increased by 100%. !

4. The price is different from the official starting price of i9-12900K at 589 dollars, i9-12900KF at 564 dollars, i7-12700K at 409 dollars, i7-12700KF at 384 dollars, i5-12600K at 289 dollars, and i5-12600KF at 264 dollars.

Compared with the existing types, it is more expensive than 50 U.S. dollars, 51 U.S. dollars, 20 U.S. dollars, 10 U.S. dollars, 27 U.S. dollars, 27 U.S. dollars.

Pre-orders are now being accepted, and it will be available globally at 21 o’clock on November 4th. It is expected to hand over hundreds of thousands of units by the end of this year and more than 2 million units by the end of March next year.

It was also revealed that 28 new types of the 12-generation Core will be handed over to OEMs early next year, covering desktop, mobile, and commercial versions.

Bank of China is now on the shelves for pre-sale: i9-12900K 4999 yuan, i9-12900KF 4699 yuan, i7-12700K 3199 yuan, i7-12700KF 2999 yuan, i5-12600K 2299 yuan, i5-12600KF 2099 yuan.

Comparing the starting price of the corresponding type of the 11th generation, the flagship i9-12900K is 300 yuan more expensive, and the i7 and i5 series are respectively 250 yuan and 400 yuan higher.

Core Duo is officially released: One function is improved by 100%! The game’s victory over Ryzen 9th-generation Core Duo is officially released: one feature is increased by 100%! The game’s victory over Ryzen 9th-generation Core Duo is officially released: one feature is increased by 100%! The game’s victory over Ryzen 9th-generation Core Duo is officially released: one feature is increased by 100%! The game wins Ryzen 9

Intel 12代酷睿正式发布:一性能提升100%!游戏完胜锐龙9

万众等待中,Intel Alder Lake 12代酷睿处理器总算到来了!

今日首发桌面版六款K/KF系列类型,以及配套的Z690芯片组主板,更多类型、更多平台将在之后陆续跟上。

的诸多架构、技能细节此前现已发布了许多,但今日的首发,仍然有许多干货。咱们一一道来。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9代酷睿正式发布:一功能提高100%!游戏完胜锐龙9代酷睿正式发布:一功能提高100%!游戏完胜锐龙9代酷睿正式发布:一功能提高100%!游戏完胜锐龙91、架构技能概述代酷睿是第一款采用Intel 7制程工艺的桌面处理器,也便是10nm Enhanced SpuerFin,一起也是第一款采用混合架构规划的x86桌面处理器,还用上了全新规划的Golden Cove CPU微架构,再加上首发支撑DDR5内存、PCIe 5.0标准,整体实力完成了巨大的腾跃。

说它是Intel最近十年最具革命性的处理器产品,也不为过。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9代酷睿正式发布:一功能提高100%!游戏完胜锐龙912代酷睿规划了两种CPU中心,一个是功能核(P核),一个是能效核(E核)。

许多人习惯性地称之为巨细核,可是Intel强调,这和智能手机上传统的big.LITTLE巨细核架构天壤之别,因为巨细核里的小核是为了节能省电,12代酷睿里的E核则是为了强化多核功能,单纯来看它的功能仍然是适当高的。

P核的规划更传统,是酷睿宗族的延续,针对单线程、轻线程功能而优化,合适较高负载的游戏、生产力应用,在桌面产品P1系列中最多8个,P2系列中最多6个。

E核的规划则更接近Atom凌动宗族,这对多线程功能优化,并尽可能削减对前台使命办理的影响,在桌面产品P1系列中最多8个,P2系列中则没有。

需要注意的是,P核支撑超线程,E核则不支撑,比如说i9-12900K 8个P核、8个E核,线程总数是24个。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9两种中心的并存,也改变了缓存系统。

P核每个中心有自己独立的1.25MB二级缓存(11代只要0.5MB),合计最多10MB。

E核每四个中心一组,同享2MB二级缓存,合计最多4MB。

所有P核、E核同享三级缓存,最多容量30MB,比照11代的16MB几乎翻了一番。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9为了合理分配、调度两种中心,Intel特别规划了Intel Thread Director(线程调度器),而且与Windows 11深度结合,保证不同的负载在不同的条件下分配给最合适的中心。

12代酷睿硬件集成了微控制器,以纳秒级的精度监督每个线程的运转时指令,实时反馈给操作系统进行最合适的分配调度,一起根据散热规划、运转环境、功耗设定等进行动态的适应性调整,而这一切都无需用户干预。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9举例来说,开端使用Adobe Premiere Pro在前台进行视频转码,当然都走P核,然后你又打开Adobe Lightroom修改相片,视频转码就会转入后台交给E核继续执行,P核则接手相片修改。

声称,这套机制配合其他改进,能够带来多达47%的功能提高。

当然,如果一款软件要充沛开释混合架构的效率,到达功能最大化,需要开发者进行针对性的调整和优化,但即便不做任何优化,12代酷睿本身结合Windows 11也能够保证正常运转。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9代酷睿正式发布:一功能提高100%!游戏完胜锐龙912代酷睿是一套灵敏可扩展的架构,规划了三种封装方法,针对不同领域。

其间,桌面上是独立封装的LGA1700,长宽尺度45×37.5mm,最多8+8 16中心,32单元核显。

内部封装接口也有所改变,整体高度基本不变的情况下,STIM散热硅脂、Die芯片都更薄了,IHS散热顶盖则更厚了,能够大大改进散热能力。

移动端是BGA Type3整合封装,三围尺度52×25×1.3mm,最多6+8 14中心,96单元核显。

针对超低功耗领域则是BGA Type4 HDI整合封装,尺度仅为28.5×19×1.1mm,最多2+8 10中心,96单元核显,TDP低至9W。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9内存支撑DDR5-4800、DDR4-3200,扩展衔接支撑16条PCIe 5.0、4条PCIe 4.0,Wi-Fi 6E,Thunderbolt 4,这些就不赘述了。

2、类型规格12代酷睿桌面版首发六款类型,都是K/KF系列解锁版,合适高端用户、超频玩家。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9旗舰类型是i9-12900K、i9-12900KF,8P+8E 16中心、24线程,集成14MB二级缓存、30MB三级缓存。

P核基准频率3.2GHz,睿频最高5.1GHz,睿频Max 3.0加快最高5.2GHz。E核基准频率2.4GHz,睿频最高3.9GHz。

、F 8P+4E 12中心20线程,集成12MB二级缓存、25MB三级缓存。

P核基准频率提高到3.6GHz,睿频、睿频Max 3.0最高加快别离将至4.9GHz、5.0GHz。E核基准频率提高到2.7GHz,睿频最高则降至3.8GHz。

、F愈加主流化,6P+4E 10中心16线程,集成9.5MB二级缓存、20MB三级缓存。

P核基准频率进一步来到3.7GHz,睿频加快最高4.9GHz,不支撑睿频Max 3.0。E核基准频率到达2.8GHz,睿频最高来到3.7GHz。

三款K类型统一集成UHD 770核芯显卡,32单元。三款KF类型天然没有中心。

内存支撑一样,六款类型都是双通道DDR5-4800、DDR4-3200,最大容量128GB。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9热规划功耗统一为125W,可是Intel这次定义了新的最大加快功耗(Maximum Turbo Power),类似之前的PL2状态,可是能够长期持续坚持,具体为i9-12900K/KF 241W、i7-12700K/KF 190W、i5-12600K/KF 150W,别离比TDP高出93%、52%、20%。

一起,TDP仍然等于PL1,而且在安稳超频环境下,能够做到PL1=PL2,比如说i9-12900K能够一向安稳跑在241W的功耗之下,这便是最大加快功耗。

3、功能说了半天,我们必定不耐烦了,功能跑分究竟如何?

实测数据还要到11月4日21点才干共享给我们,这儿先看看Intel官方的数据。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9P核用了新的Golden Cove架构,官方声称在相同的3.3GHz频率下,比照11代酷睿的Cypress Cove架构,IPC(每时钟周期指令数)平均提高达19%,能够粗略地理解为同频功能提高起伏。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9单核功能方面,同频比照10代酷睿,P核、E核别离高出28%、1%,而比照11代酷睿,P核能够高出14%,E核则要落后10%。

换言之,E核还真不是什么小核,它的功能乃至现已超越了10代酷睿。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9多核功能方面,241W峰值功耗的i9-12900K,比照250W峰值功耗的i9-11900K,在稍微省电一些的前提下,功能高出足足50%,这才是混合架构的最大威力。

即使功耗降到125W,也便是i9-11900K峰值的一半,多核功能也仍然高出30%,而在降到65W之后,仍然能够相等,也便是以四分之一的功耗获得了相同的多核功能。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9游戏功能方面,1080p分辨率下归纳起伏到达了13%,《英豪联盟》这样的网游乃至超越了40%。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9那么比照竞品呢?i9-12900K面对锐龙9 5950X,Intel承认部分游戏的确稍有落后,也有的相等,但绝大部分都明显抢先,最高起伏超越30%。

当然,两家内存不一样,Intel这边是DDR5-4800,AMD这边是DDR4-3200。

按照Intel的说法,DDR5-4800相比于DDR4-3200,游戏功能大部分时分都是抢先的,不过起伏并不太大,遍及不超越5%。

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9内容创造方面,i9-12900K相比于i9-11900K功能提高更为可观,混合架构高效率支撑下,加快起伏能够轻松打到30%以上,乃至翻一番!

代酷睿正式发布:一功能提高100%!游戏完胜锐龙9代酷睿正式发布:一功能提高100%!游戏完胜锐龙9代酷睿正式发布:一功能提高100%!游戏完胜锐龙9最终是i9-12900K、i9-11900K比照的一些优势项目,比如相片修改功能提高36%,视频修改功能提高32%,3D建模功能提高37%,多帧烘托速度提高100%!

4、价格与上市官方起售价别离为i9-12900K 589美元、i9-12900KF 564美元、i7-12700K 409美元、i7-12700KF 384美元、i5-12600K 289美元、i5-12600KF 264美元。

比照现有类型别离贵了50美元、51美元、20美元、10美元、27美元、27美元。

现已开端接受预订,11月4日21点起全球上市,预计到今年底交给数十万颗,到下一年3月底交给超越200万颗。

还透露,会在下一年初向OEM厂商交给12代酷睿中的28款新类型,涵盖桌面、移动、商用版本。

国行现已上架预售:i9-12900K 4999元、i9-12900KF 4699元、i7-12700K 3199元、i7-12700KF 2999元、i5-12600K 2299元、i5-12600KF 2099元。

比照11代相应类型的首发价,作为旗舰的i9-12900K贵了300元,i7、i5系列则别离高了250元、400元。

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