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Intel Core i5-6500 vs i5-6600
Core i5-6600:
More comparisons
Mini Review
Intel Core i5-6500 advantages
The Intel Core i5-6500 is priced about 10% cheaper.
The i5-6500 processor has 4% better price/performance ratio than the Intel Core i5-6600 microprocessor.
Intel Core i5-6600 advantages
In single-threaded tasks, the processor has 8% higher performance.
The CPU has 8% better performance in multi-threaded applications.
The Core i5-6600 performs 4% faster when running memory-intensive tasks.
Graphics performance of the processor is higher.
i5-6500 vs i5-6600 performance comparison
The charts demonstrate performance of Core i5-6500 and Core i5-6600 microprocessors in various kinds of applications. The numbers in the charts are based on a number of benchmarks, that you can view in the "Benchmarks" tab. As such, the shown results may differ from results, that you may see in individual tests. The 'Overall performance' chart shows an average of all-around performance benchmarks, and benchmarks, specific to each type of task. The 'Price-performance ratio' chart calculates how much more performance you will get per dollar spent. The cost of other system components is not included in this chart.
21.61.20.80.40
Higher is better
21.61.20.80.40
Higher is better
& - Intel Core i5-6500 & & & - Intel Core i5-6600
21.61.20.80.40
Higher is better
21.61.20.80.40
Higher is better
Overall performance
21.61.20.80.40
Higher is better
Price / performance ratio
21.61.20.80.40
Higher is better
A complete list of benchmarks, that show performance difference between i5-6500 and Intel Core i5-6600 in various types of programs, can be seen in the .
i5-6500 vs i5-6600 power consumption and price comparison
Thermal Design Power
80644832160
Lower is better
Current official price
300240180120600
Lower is better
& - Intel Core i5-6500 & & & - Intel Core i5-6600
Detailed side by side comparison of Core i5-6500 vs Core i5-6600 specs can be found in the
below. Much more detailed comparison of low level features of both processors is located in the .
Pros and Cons summary
Core i5-6500&Core i5-6600
General recommendations: Somewhat lower official price, Slightly better price / performance ratio
General recommendations: A bit faster in general, Performs slightly better in graphics programs and games
Drawbacks: Performs a bit worse in all program types, A bit slow in graphics applications and games
Drawbacks: More expensive, A bit worse price / performance ratio
Similar processors
Core i5-6500&Core i5-6600
Similar CPUs use the same socket and architecture as Intel i5-6500 and i5-6600.
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Specifications
Please visit
pages for more detailed specifications of both microprocessors.
&Intel Core i5-6500Intel Core i5-6600
Market segmentDesktop
ManufacturerIntel
Basic details
Model numberi5-6500i5-6600
CPU part numberCM4CM1
Box part numberBXBXCBXBXC
Introduction date&
Current official price&&
CPU features
Core name&
Microarchitecture&
Technology (micron)&
Data width (bits)64
Frequency (MHz)32003300
Turbo Frequency (MHz)&&
Clock Multiplier&&
L2 cache (KB)&
L3 cache (KB)6144
TDP (Watt)&
Multiprocessing&
Instruction set extensions
AES / Advanced Encryption Standard&
AMD64 / EM64T 64-bit technology&
AVX / Advanced Vector Extensions&
AVX2 / Advanced Vector Extensions 2&
F16C / 16-bit Floating-Point conversion&
FMA3 / 3-operand Fused Multiply-Add&
SSSE3 / Supplemental SSE3&
TSX / Transactional Synchronization Extensions&
Supported technologies
PowerNow! / Enhanced SpeedStep&
Trusted Execution&
Turbo Core / Turbo Boost&
Virtualization&
Virus Protection / Execute Disable bit&
Integrated Graphics
Graphics tier&
Microarchitecture&
Execution units&
Base frequency (MHz)&
Maximum frequency (MHz)&&
Integrated Memory Controller(s)
The number of controllers&
Memory channels&
Supported memory&
DIMMs per channel&
Maximum memory bandwidth (GB/s)&
Rows with different specifications or features are highlighted.
For detailed specifications of "Intel Core i5-6500" or "Intel Core i5-6600" parts please click on the links in the table header.
Benchmarks
System setup
Below is a complete set of Intel Core i5-6500 and i5-6600 benchmarks from our CPU benchmark database.
Both microprocessors were tested on ASRock Z170 Extreme4 motherboard with 16GB dual-channel Corsair Vengeance LPX DDR4-2400 CMK16GX4M2A2400C14 memory, and Integrated on-chip Skylake graphics.
All tests were performed at default frequency and voltage, using manufacturer's stock fan/heatsink. None of the components were overclocked. Motherboard BIOS options were left at default settings.
The results of all benchmarks are broken into four categories: multi-threaded, single-threaded, memory intensive and graphics / gaming.
Core i5-6500 vs i5-6600 single-threaded benchmarks
Single-threaded benchmarks run on a single CPU core, and do not depend
on such features as the number of cores, or Hyper-Threading
technology. Additionally, they do not utilize on-chip caches,
dedicated to other cores.
& Intel Core i5-6500 & & &
& Intel Core i5-6600
CINEBENCH R10 CPU score (1 core) benchmark
Measures performance of a single-core rendering of a photo-realistic
3D image using CINEMA 4D software engine.
CINEBENCH R15 CPU score (1 core) benchmark
FLAC encoding - single process benchmark
Reports the number of songs, converted by a single CPU core from WAV to
FLAC format using the best possible compression.
H.264 video encoding - single process benchmark
Measures the number of frames, converted by one CPU thread from MPEG2
format to H.264 format using high quality settings.
LAME MP3 encoding - single process benchmark
Reports the number of MP3 songs, encoded by one CPU core per one minute.
& Intel Core i5-6500 & & &
& Intel Core i5-6600
Super PI (1M) benchmark
Measures time, required to calculate the first 1 million digits
after the decimal point in the number Pi.
XVid video encoding - single process benchmark
Reports how many frames per second can be transcoded by a single CPU core from MPEG2 to XVid (MPEG4) format, utilizing single-pass conversion method.
Core i5-6500 vs i5-6600 multi-threaded benchmarks
Multi-threaded benchmarks utilize all CPU cores and other on-chip
resources (on-chip caches, internal buffers, etc). Intel's
Hyper-Threading feature also helps to improve multi-threading
performance.
& Intel Core i5-6500 & & &
& Intel Core i5-6600
3DMark06 CPU score benchmark
Estimates processor performance based on how fast it runs such
CPU-intensive code as game logic, physics and pathfinding AI. The
test requires DirectX 9.0.
Blender 2.76 (64-bit) 3D graphics and animation tool benchmark
Blowfish encryption benchmark
Reports encryption speed of pre-defined 32KB text block. The data is
encrypted using Blowfish algorithm.
CINEBENCH R10 CPU score benchmark
Measures performance of multi-core rendering of a photo-realistic 3D
image using CINEMA 4D software engine.
CINEBENCH R10 render time (seconds) benchmark
Measures time taken to render a photo-realistic 3D image using CINEMA
4D software engine.
& Intel Core i5-6500 & & &
& Intel Core i5-6600
CINEBENCH R15 CPU score benchmark
CrystalMark ALU benchmark
Runs Fibonacci, Napierian, Eratosthenes and QuickSort integer
performance tests on all CPU cores, and reports the sum of results.
Euler3D benchmark
Solves specific computational fluid dynamics problem, and
reports a CFD cycle frequency in Hertz.
FLAC encoding - multiple processes benchmark
Reports the number of songs, converted from WAV to FLAC
format by all CPU cores using the best possible compression.
Fritz Chess Benchmark benchmark
Measures CPU speed by evaluating chess board positions using
Deep Fritz 12 engine.
& Intel Core i5-6500 & & &
& Intel Core i5-6600
H.264 video encoding - multiple processes benchmark
Measures the number of frames, converted by all logical processors
from MPEG2 format to H.264 format using single-pass method and high quality settings.
H.264 video encoding - multithreaded benchmark
Measures the number of frames, converted by all logical processors
from MPEG2 format to H.264 format using multi-threading system calls,
dual-pass method and high quality settings.
Handbrake DVD to mpeg4 transcoding benchmark
Handbrake x264 to Android conversion benchmark
LAME MP3 encoding - multiple processes benchmark
Reports the number of MP3 songs, encoded by all CPU cores per one minute.
& Intel Core i5-6500 & & &
& Intel Core i5-6600
PCMark 8 Home score benchmark
PCMark 8 Work score benchmark
PCMark05 CPU score benchmark
Measures CPU performance by running data compression, decompression,
encryption and decryption tests as single-threaded tasks and in
PCMark05 score benchmark
Measures overall system performance by running 16 general, CPU,
Memory, Graphics and HDD tests, and uses results to calculate a
weighted score, expressed in PCMarks.
POV-Ray 3.7 (64-bit) 3D rendering benchmark
& Intel Core i5-6500 & & &
& Intel Core i5-6600
Windows Experience Index CPU score benchmark
Windows Experience Index video encode score benchmark
XVid video encoding - multiple processes benchmark
Reports how many frames per second can be transcoded by all CPU cores
from MPEG2 to XVid (MPEG4) format, utilizing single-pass conversion
wPrime v1.55 (32M / 1 core) benchmark
wPrime (1 core) benchmark measures time taken by a single thread to
calculate square roots of numbers from 1 to M).
wPrime v1.55 (32M) benchmark
wPrime benchmark measures time taken by all logical processors to
calculate square roots of numbers from 1 to M).
Core i5-6500 vs i5-6600 graphics benchmarks
Graphics benchmarks depend on the type of integrated or discrete
graphics adapter, and to less extent on the processor performance.
Because these benchmarks are synthetic, they may not truly represent
gaming performance. However, they still can be used to estimate whether
one processor will perform faster or slower than another CPU
in games and other 3D tasks.
& Intel Core i5-6500 & & &
& Intel Core i5-6600
3DMark Cloud Gate score benchmark
3DMark Fire Strike score benchmark
3DMark Ice Storm score benchmark
3DMark Sky Diver score benchmark
3DMark06 3DMark score benchmark
Measures 3D graphics and game performance of CPU/GPU combination by
running 4 game simulations, that make extensive use of DirectX
9.0/9.0C capabilities.
& Intel Core i5-6500 & & &
& Intel Core i5-6600
BioShock Infinite, Low settings,
BioShock Infinite, Medium settings,
BioShock Infinite, UltraDX11 settings,
CINEBENCH R10 OpenGL score benchmark
CINEBENCH R15 OpenGL score benchmark
& Intel Core i5-6500 & & &
& Intel Core i5-6600
DiRT 3 game, , High settings benchmark
DiRT 3 game, , Medium settings benchmark
Left 4 Dead 2 game, , High settings benchmark
Left 4 Dead 2 game, , Medium settings benchmark
Metro Last Light Redux game, , Medium settings benchmark
& Intel Core i5-6500 & & &
& Intel Core i5-6600
Metro Last Light Redux game, , Low settings benchmark
PCMark05 Graphics score benchmark
Rates graphics subsystem based on several 2D, 3D and video playback
Windows Experience Index gaming score benchmark
Windows Experience Index graphics score benchmark
Core i5-6500 vs i5-6600 memory performance
Memory-intensive tests or programs move large amounts of data to/from
memory, and they depend more on memory throughput and the size of
on-chip caches, rather than on CPU integer/FP/SIMD performance.
& Intel Core i5-6500 & & &
& Intel Core i5-6600
7Zip compressing/decompressing speed benchmark
Estimates MIPS (Millions of Instructions Per Second) rating of the
processor by measuring compression and decompression speeds of large
blocks of data.
7Zip compressing/decompressing speed (1 thread) benchmark
Estimates MIPS (Millions of Instructions Per Second) rating of a
single thread by measuring data compression and decompression speeds,
and dividing averaged result by the number of threads.
CrystalMark Memory benchmark
Evaluates Read, Write, Read/Write and Cache memory bandwidth score.
The final result is the sum of measured results.
PCMark05 Memory score benchmark
Evaluates CPU cache and memory performance by measuring how fast the
CPU can read, write or copy memory blocks, and randomly access data
within a memory block.
WinRAR 3.71 (32-bit) compressing/decompressing speed benchmark
Measures compression and decompression speed of random data in KB per second
& Intel Core i5-6500 & & &
& Intel Core i5-6600
WinRAR v5.21 (64-bit) compressing/decompressing speed benchmark
Uses 64-bit enabled code to compress and decompress random data.
Results are reported in KB per second.
Windows Experience Index memory score benchmark
The table below compares support for x86 extensions and technologies,
as well as individual instructions and low-level features of the Intel Core i5-6500
and Intel Core i5-6600 microprocessors. Information in this table was
retrieved from actual processors using CPUID instruction, and we also
utilized internal timer to measure CPU frequency. Be aware that all
technologies, disabled in BIOS or by a virtual machine, will be shown as not
supported.
Different steppings of Intel processors may also have slightly different features.
In rare cases, measured frequency may differ from official specifications.
ManufacturerIntel
CPU FamilyCore i5
Model / Processor Numberi5-6500i5-6600
Measured Frequency3192 MHz3311 MHz
CWID version0.5
Part number (supplied)CM4CM1
Part number (guessed)CM4CM1
S-Spec / Stepping CodeSR2BXSR2BW
General information
VendorGenuineIntel
Processor name (BIOS)Intel(R) Core(TM) i5-6500 CPU @ 3.20GHzIntel(R) Core(TM) i5-6600 CPU @ 3.30GHz
Logical processors4
Base frequency3200 MHz3300 MHz
Maximum frequency3600 MHz3900 MHz
Bus / reference frequency100 MHz
Processor typeOriginal OEM Processor
CPUID signature506E3
Family 6 (06h)
Model94 (05Eh)
Stepping 3 (03h)
TLB/Cache details64-byte Prefetching
Data TLB: 1-GB pages, 4-way set associative, 4 entries
Data TLB: 4-KB Pages, 4-way set associative, 64 entries
Instruction TLB: 4-KByte pages, 8-way set associative, 128 entries
L2 TLB: 1-MB, 4-way set associative, 64-byte line size
Shared 2nd-Level TLB: 4-KB / 2-MB pages, 6-way associative, 1536 entries. Plus, 1-GB pages, 4-way, 16 entries
Cache Details
Instruction set extensions
Additional instructions
Major features
Other features
+ - feature is supported
- - feature is not supported
Features, not supported by all processors in the table, are not displayed
Comments (0)
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教你如何选择Intel处理器?
来源:系统之家
作者:yunchun
  很多朋友都有电脑,电脑更新换代速度非常快。还有很多用户,对电脑的配件不是很了解。我们在选购电脑的核心部件:CPU的时候,不知道怎么选择好,要哪种的比较好?现在就和小编一起去了解一下如何选择Intel处理器。
  步骤如下:
  这些Intel CPU你认识吗?
  主流的消费级Intel CPU包括了Core i3、Core i5和Core i7还有奔腾,另外还有其他的非主流产品比如说赛扬和至强。当然这里说的是国内能够从正规渠道买到的产品,如果你是从某捡垃圾的贴吧过来想看大船靠岸的,这种脏活累活真白老师是不会干的,只能是可怜的白老师去做。
  壕气冲天:Intel Core i7至尊级CPU,看好主板再买!
  作为主流CPU中最旗舰的Intel Core i7至尊处理器,无论是从价格还是性能都是一等一的,另外在这个等级的CPU,Intel还用上了钎焊,要知道随着AMD的不给力,处于温室之中的Intel早就把普通玩家忘记了,随便挤点牙膏,整点硅脂就可以打发了,还美其名曰&增加能效比&。当然对于有钱的主,Intel自然不敢怠慢,什么十核二十线程,25MB L3缓存,40PCI-E通道,四通道DDR4内存,有啥好的都给你装上,只要你有钱。
  ▲厉害了Word英特尔哟
  当然对于小白来说,这个价位的CPU自然是不推荐的,不过不排除钱多的主就是要买,咱用不了如此强悍的性能数着框框也舒服啊。在此真白老师在羡慕小白钱多的同时,还是要提醒与其他的主板不同的是,至尊版Intel Core i7处理器使用的主板的芯片组叫做X99,叫做X99,叫做X99。重要的事情要说三遍,不然等下买来个其他主板然后说插不上,这个锅真白老师不背。
  高端必选:Intel Core i7处理器
  既然I7至尊版太昂贵了,那我们怎么办呢?Intel给我们准备了更加&廉价&的Intel Core i7处理器,相比较于Intel Core i7至尊版,普通版在核心数目、L3缓存和PCI-E通道、内存通道等都砍了不小的一刀。目前在市场上主要销售的是Intel Core i7-6700和Intel Core i7-6700K,这两颗都是四核心和八线程,其中带&K&的是可以超频的。不过对于大部分消费者来说根本就不想超频,那么买Intel-Core 6700是不是就行了呢?错了,你想Intel这几年在CPU市场上如此春风得意,怎么会突然良心了起来的呢?
  Intel鸡贼地将Intel Core i7-6700和I7-6700K设置为不同的基准频率,其中i7-6700的频率设置为了3.4GHz,而I7-6700K的频率设置成为了4GHz,消费者也是没得选(Intel:我就是CPU现在的扛把子,来打我呀!)。咋办呢?加点钱上6700K吧,反正相差200来块,谁叫人家是CPU的老大呢?
  从小编得到的小道消息,真白老师家里就是使用的Intel Core i7-6700K,而且每天都是玩玩Galgame,看看视频,你看看这不是浪费吗?不过据说白老师给真老师推荐了《文明6》,然后真老师好几天都没来上课了。
  主流之选:Intel Core i5处理器
  当然对于手头比较紧的小白用户来说,Intel Core i7高达2000元的售价自然是难以承受的,那怎么办呢?总不会逃到AMD那边去吧,没关系,Intel给主流用户推出了Intel Core i5这个档次的处理器,相比较于Intel Core i7,Intel Corei5主要是砍了&超线程&技术和L3缓存,核心数还是4个,也就是说拥有四个框框。
  目前Intel Core i5销售的共有四个型号,分别是i5-6400、i5-6500、i5-6600和i5-6600K,其主要区别就是频率的不同。真白老师经过实地考察,发现Intel I5-6400实在是一坑,主频2.7GHz和其他的处理器相差巨大,据说整机的奸商很喜欢用这颗CPU,我们先把它给排除在外。之后就是和6600K了,这三颗CPU的频率相差不大,主要是Intel i5-6600K可以超频,不过考虑到i5-价格相差200多,所以真白老师推荐大家购买Intel Core i5-6500或者i5-6600K,至于选择哪一个就看你喜不喜欢超频了。
  我虽然核心少,但是频率高啊:Intel Core i3处理器
  如果各位小白觉得I5的售价还是偏高的话,比如说只是打个炮(坦克世界),打个撸(英雄联盟)。甚至连独立显卡都还不想装怎么办?这不是Core I3的处理器就出来了。相比较于Intel的Core i5处理器,Intel将i3的物理核心又砍了两个,通过增加超线程让框框仍然显示四个。
  不过I3不服了,我们虽然核心少,但是主频高啊,目前Intel Core i3在售的是core i3-6100和i3-6300。主频为3.7GHz和3.8GHz,而且Intel这一次再核显上良心了一回。i3的核显与i5和i7是一样的。不过考虑到价格,真白老师说Intel Core i3-6100更适合日常的用户。
  当然接下来还有奔腾处理器,不过已经不适合普通玩家购买了,当然如果你给你老爹整台斗地主的机器,那么400来块的价格还是不错的。
  主板害了我啊:Xeon E3 1230 V5处理器
  有很多小白肯定看到了某个加钱党贴吧每天在吹E3 1230 CPU,然后就真的买了E3 1230 V5过来,之后却发现自己点不亮,被坑了吧!Intel估计是考虑到E3的火爆,在第六代CPU之中额外加入了对于E3的限制,普通购买的主板并不能识别这块CPU,只能使用C232或者C230的主板。至于价格,899、,有那钱还不如去买i7-6700K是吧,第六代E3早就失去了自己的性价比,然后大家也就不用考虑了。
  看完了上面的这些推荐,相信小白们对于处理器选择的姿势水平有所提高了吧。总之就是一句话,根据需求选择CPU,别整的像那个白老师那样,拿着Intel i7-6700K每天推Galgame,看同人本,真是太浪费CPU性能了。
  ▲下次还要来上课哟
  如果你是一名轻度使用者,Intel Core i3-6100更加适合你,CPU处理性能不低,然后核心显卡也不落后,游玩轻度游戏足够了。当然如果你想要游玩主流的3A大作的话,那么久选择一块Core i5-6500或者6600K,I5的处理器配合GTX 1060/Radeon RX 480这样水平的显卡可以说是主流玩家的首选。当然如果你使用的是GTX 的显卡,那么一块Intel Core i7-6700K几乎是必备了,性能不足还能超频啊!当然如果某个小白想要上四路Titan X,还有的选吗?Intel Core i7-6950X在等着你!
  教你如何选择Intel处理器就给各位详细介绍到这里了;还不知道怎么选择Intel处理器的,可以参考一下上述的内容啊!希望上述的内容会对你有帮助啊!
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第六代skylake处理器|Intel挖坑!Skylake处理器竟会被散热器压坏
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篇一 : Intel挖坑!Skylake处理器竟会被散热器压坏  小编点评:兼容问题出现了问题导致Intel又陷坑,这个问题可大可小,还是得着手跟进啊。  Intel这一年发布的两代桌面处理器命运多舛,14nm工艺遇到的难题导致了Broadwell处理器的难产,桌面版基本毫无存在感,新一代的Skylake好歹是上市了,但内存电压高了不行,Core i7-6700K又陷入了缺货、涨价的怪圈。现在又一个悲剧出现了,部分散热器有可能损坏Skylake处理器,特别是在运输或者颠簸的过程中,日本镰刀公司已经第一个行动起来为用户免费更换螺丝。Intel这几年保持着一两年换一次CPU插槽的升级速度,不过在散热器要求上总算良心了,现在的LGA1151处理器也兼容之前的LGA散热器,不过这次惹祸的也是这个。  日本镰刀公司的散热器在国内比较小众,但在追求静音、小巧的日本及欧美市场还不错。日前镰刀欧洲区宣布旗下的Fuma、Ninja 4、Grand Kama Cross 3、Mugen Max以及Kotetsu等散热器有可能损坏Skylake处理器,特别是运输、颠簸的过程中,用在其他平台上倒是没什么担心的。目前镰刀公司已经有相应的售后措施,用户可登录官方网页免费获得更换的螺丝扣具。镰刀是第一个站出来承担责任的,但这事的根源就一定是镰刀自己的问题吗?也不见得,PCGH网站表示有消息来源已经给他们确认了有可能造成损坏的问题,他们也研究了这个问题可能的原因,如下图所示:图中Skylake处理器的PCB要比右边的Broadwell处理器PCB要薄一些,这意味着处理器的承压能力降低了,而目前大部分兼容LGA1151插槽的散热器都是按照之前的标准设计的,所以这是可能导致Skylake处理器受损的原因。  目前Intel还没有像之前的处理器那样公开提供LGA1151插槽的散热器设计规范,所以现在还不能确定Skylake处理器的承压能力到底降低了多少。继镰刀之后,不知道其他散热器厂商是否会跟进,现在也不能确定这个问题影响有多大,大家也不需要太过担心,损坏处理器的只可能是特别情况,我们也会继续关注这个问题。篇二 : 哪款适合你?英特尔第六代Skylake处理器全曝光上个月,英特尔发布了针对游戏玩家的第六代Skylake处理器K系列版本,并且已经开售,虽然拥有最强的性能,但这款产品并不是大众消费者的最爱。现在,英特尔已经公布了Skylake家族的全部阵容,除了已经亮相的桌面级芯片外,移动平台的Skylake-H、Skylake-U、Skylake-Y和Skylake-HXeon几个产品线也已确定。作为新一代产品,Skylake芯片将加入了很多新特性,例如支持DDR4内存、Windows10、Cortana、IntelRea()lSense、以及英特尔无线显示技术WiDi。需要注意的是,所有移动处理器还集成了重命名后的HD500系列核显,并且完整支持DirectX12。上图两款 Xeon 至强处理器都是物理四核心,是所有移动处理器性能最强的版本。支持超线程技术和睿频加速,低端的型号默认频率为 2.8GHz,高端款为 2.9GHz,通过 Turbo Boost 可以达到最高的 3.8GHz。此外,Skylake-U和Skylake-H系列还将搭载IrisPro和eDRAM,以提升整体性能。而Skylake-Y则拥有CoreM3、CoreM5、以及CoreM7三个系列,这三款处理器都采用了两个物理内核设计,支持超线程,虽然通过TurboBoost睿频加速可以推到很高的频率,但最高型号CoreM6Y75也只有1.2GHz的默认频率。另外,这批CoreM芯片集成了IntelHD515核显。预计苹果将在下一代Macbook上选用Core M系列。酷睿i7-6950HQ(四核/八线程)处理器则将是应用于高端主流笔记本市场,其它主流酷睿i7处理器包括i7-6822HQ和i7-6700HQ。酷睿i5系列则会有i5-6440HQ(4核/8线程)和稍低一阶的i5-6442HQ。虽然确定了这么多型号,但是我们还无法预测今年会有几款上市,预计在即将开幕的IFA 2015大会上我们能看到不少搭载Skylake处理器的PC。相比上一代Broadwell寥寥可数几款型号,Skylake庞大的阵容确实让人眼前一亮,可以看出,英特尔迫切希望通过Skylake处理器来点燃消费者的热情。面向桌面平台的Skylake-S系列如下: ·IntelCorei7-6700K;·IntelCorei5-6600K;·IntelCorei7-6700;·IntelCorei5-6600;·IntelCorei5-6500;·IntelCorei5-6400;·IntelCorei7-6700T;·IntelCorei5-6600T;·IntelCorei5-6500T;·IntelCorei5-6400T。篇三 : Intel新至尊处理器Skylake-X和Kaby Lake-X曝光:采用LGA 2066接口Intel新至尊处理器曝光!继续挤牙膏 此前,曾有消息称Intel会在今年6月份的台北电脑展上发布新一代X299芯片组。但目前最新的说法显示。X299要跳票到8月份。 Benchlife爆料称,如无意外的话,Intel全新的Basin Falls平台(也就是Skylake-X和Kaby Lake-X)处理器将会在8月份登场,具体一点就是德国的科隆游戏展,8月22日-26日。 Kaby Lake-X和Skylake-X均采用了LGA 2066接口,共计四款处理器,分别是10核心、8核心、6核心和4核心,其中前三者的热设计功耗均为140W,而后者则是112W。 架构方面,10/8/6核心版本均为Skylake-X,只有4核心版是Kaby Lake-X架构,均只能搭配X299主板使用。 虽然具体规格不太清楚,但基本可以确认的是,新一代处理器最大的升级就是在内存支持方面,据说能原生支持DDR4-2667MHz四通道内存。 篇四 : Skylake处理器怎么样?第六代酷睿处理器将提升PC性能英特尔将对该公司的主打电脑芯片进行改版,采用Skylake架构的第六代酷睿处理器将提升PC性能,还能降低能耗。 除此之外,这些芯片还将减少电脑用户所需使用的线缆数量,并利用面部识别技术取代密码。
英特尔Skylake处理器
  & 英特尔周二晚间发布了这些备受期待的产品,而在此之前,微软已于今年7月末推出了新一代Windows 10操作系统。这两家公司希望能够借助新的软件和硬件恢复PC市场的增长。   &Skylake的表现将决定整个PC行业的下滑走势。&美国投资公司Moor Insights & Strategy分析师帕特里克&莫海德(Patrick Moorhead)说。    英特尔计划未来几个月在48款芯片中使用Skylake架构。高端游戏PC制造商已经开始提供Skylake系统。笔记本厂商也有望于本周五在柏林举行的IFA大展上升级产品。   &整个PC生态系统中都将看到这套架构。&市场研究公司Pund-IT分析师查尔斯&金(Charles King)说。   英特尔客户端计算集团高级副总裁施浩德(Kirk Skaugen)表示,英特尔将瞄准5亿多台至少已经使用了4年的PC。英特尔表示,与这些系统相比,采用Skylake芯片的设备在执行标准计算任务时的速度至少可以加快1倍,电池续航时间则能延长2倍。新电脑的体积会更小,重量会更轻,因为Skylake芯片的耗电量更低,意味着零部件可以安装得更加紧凑,冷却设施也可以减少。与之前的最新系统相比,采用Skylake的主流笔记本在执行标准任务时的速度可以加快10%,耗电量降低20%。   除了采用传统设计的电脑外,施浩德还预计Skylake将推动一些新型设备进一步流行,包括舍弃风扇的超薄笔记本和&计算棒&&&这是一种类似于优盘的产品,只要插到电视上便可为其提供计算能力。   英特尔还鼓励PC厂商将新的芯片与该公司开发的RealSense3D摄像头技术进行整合。后者的目的是计算物体的尺寸以及不同物体之间的距离。这种摄像头还能实现人脸识别,并且可以扫描物体的3D图。   Skylake还继续践行了英特尔的理念,减少了桌面设备中使用的各种线缆。其中一大关键进步是将USB与雷电技术进行了整合。这样一来,便可通过一条线来实现高速数据传输、外接显示器以及充电等功能。篇五 : Intel Skylake处理器封杀超频 华擎绕路破解非K系列在Intel Skylake六代酷睿处理器发布的时候,发现非K系列黑盒版竟然可以超外频了,而且不少厂商都打开了方便之门,简直是天上掉馅饼。可惜没过多久,Intel就很快就封杀了这种超频行为,主板厂商们也只能服从。 不过总有不服气的,比如说一贯以出幺蛾子见长的华擎,今天就公开宣布其两款主板Fatal1ty H170 Gaming K4/Hyper(玩家至尊H170效能版/Hyper)、Fatal1ty B150 Gaming K4/Hyper(玩家至尊B150 Gaming K4/Hyper)都自带了外部时钟发生器芯片,可以直接绕过Skylake处理器内置的时钟发生器,直接控制频率。 这样,用户就可以直接调整非K系列Skylake处理器的外频,而且步幅精确到0.0625MHz,同时还能调节内存频率。 当然,其他没有独立时钟发生器的主板就没戏了,比如说Fatal1ty H170 Gaming K4、Fatal1ty B150 Gaming K4,虽然设计和功能上和前两款基本一样,但就不能超频了。 独立时钟发生器芯片 Fatal1ty B150 Gaming K4/Hyper Fatal1ty B150 Gaming K4/Hyper Fatal1ty H170 Gaming K4/Hyper Fatal1ty H170 Gaming K4/Hyper 以上就是生活小百科汇总的关于Intel Skylake处理器封杀超频 华擎绕路破解非K系列,大家可以参考一下,希望对大家有帮助!欢迎大家继续关注其他信息!
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