That is because they are quite long, I will let the topic open and read them during the day, but you seem to try to beat me in the length of posts, haha, my boss always complains that my emails are too long, I give to many details and he has no time to read them.
Anyhow, I only wanted to say that if you go for an ivy, make sure that is not one that would need delidding. Most of them do, they are not suitable for "intensive heat" activities that people on and around this forum do.
Find More Posts by LaurV. Originally Posted by LaurV. Originally Posted by diep. Your system will eat watt or so if you use good PSU and run those at full throttle. Most engineering samples use more power than the TDP of the release.
All times are UTC. The time now is Sun Nov 14 UTC up days, , 0 users, load averages: 0. This forum has received and complied with 0 zero government requests for information. A copy of the license is included in the FAQ. User Name. Remember Me? Mark Forums Read. Page 1 of 3. Thread Tools. Find More Posts by diep. Find More Posts by Mark Rose. Visit mackerel's homepage! The focus is working in low temperatures and saving power. Good for thin computers or the All in One type. Asus says the board with the Z chipset can actually use the Kaby Lake processor.
On the other hand, the previous generation 2 processors Skylake and Kaby Lake make it possible to use a higher chipset like the Z In the picture below is a very small pin difference between Coffee Lake left vs.
Make a motherboard with Chipset Z vs Z to be different. This means you have to buy a new processor and a new motherboard. Save my name, email, and website in this browser for the next time I comment. Home Privacy Policy. Pulses PRO. Sign in. Forgot your password? Get help. Create an account. Password recovery. Monday, November 15, All hardware mobile software. Free Article Content dimas - June 16, All Gaming photography Robotic.
A Radio Controlled Plane dimas - July 16, Tocks indicate architecture upgrades, whereas Ticks represent a "die-shrink". The last generation " Ivy Bridge " differs in small, but important ways from the current generation, "Haswell". Knowing the finer points of Intel's system will make the difference between getting three or nine hours of laptop battery life. The key to understanding the difference lies in Ticks and Tocks. Intel's update schedule revolves around two kinds of updates, released every months, codenamed as Ticks and Tocks.
When Intel shrinks the die where the CPU cores and other components sit by, using a smaller production process, it causes a reduction in the power required by the chip. Consequently, heat production and power requirements drop. Currently, both Haswell and Ivy Bridge use a nm production process. Note, though, that the upcoming Broadwell CPU will use the nm production process and is rumored to use substantially less power than even Haswell.
Currently, Haswell represents a "Tock" in the upgrade cycle, meaning it's a new microarchitecture and thus on desktops uses the new LGA socket. Almost always, "tocks" result in a socket change. Each CPU also comes with a corresponding motherboard and chipset.
Chipsets provide a number of functions neccessary for your computer to run. In recent years, there's been a trend to move chipset features directly onto the CPU. For example, the former Southbridge and Northbridge systems were further reduced in Haswell. Many features normally contained within the Southbridge and Northbridge were moved onto Intel's Platform Controller Hub chip.
The shift improves system performance. As with all CPU technologies, the mobile versions of desktop CPUs offer reduced power requirements and lower heat production. They manage to offer such improvements by also reducing their frequencies and number of cores. The first number following the iX- represents the generation of CPU. A "3" means Ivy Bridge and a "4" means Haswell. In its Haswell design, Intel chose to focus specifically on lower power requirements.
This fact stands out when examining the battery life of Ivy Bridge against Haswell laptops. In general, mobile Haswell chips offer a near doubling of battery life over Ivy Bridge. All CULV variants have two cores instead of four. M-appended CPUs can offer up to four cores, but require more power.
An important upgrade from Ivy Bridge to Haswell lies in its corresponding chipset.
0コメント