Consume a little less power to provide better battery life.That means full 4k support instead of just under 4K support, and a faster base clock speed for the onboard GPU.ĭue to the 14nm die size in the Broadwell processor instead of the 22nm process used the Crystal Well, power consumption is generally reduced and heat emissions are also reduced.īoth of these are significantly eclipsed by the upcoming Skylake processors. The 5th gen also better built-in graphics – an Iris Pro 6200 instead of 5200. The Broadwell supports 1866mHz DDR3 RAM, and the older Crystal Well only supports up to 1600mHz. They have a higher clock speed, 3.1gHz instead of 2.7gHz base speed, with Turbo bursting to 3.6gHz instead of 3.2gHz. In short, the newer processors are faster. Hence, the 5th generation processors have a higher base frequency for both processing and GPU. There was a major change in lithography which was bought down to 14nm from 22nm in the 5th Generation processors which will significantly have more number of transistors packed in the same volume which ultimately means better performance. Please follow the link to find the difference between 4th gen i5-4350U and the equivalent 5th gen i5-5350U Both Broadwell and Haswell use the same micro architecture with minor performance changes. Tic – Die Shrink (The next release is the “tick” in which they take the same micro architecture as the “tock” but shrink it and make it more efficient in terns of heat, power, and performance.)Ĥth Gen – Haswell – 22 nm technology – Tocĥth Gen – Broadwell – 14 nm technology – TickĪs you can see, there is a die shrink from 4th Gen to 5th Gen – This means your mobile devices would go thinner from the previous version, better battery life. Toc – Architectural changes (When a brand new and different micro architecture comes out it is the “tock”)
Its basically the tic-toc version followed by Intel Lets consider the mobile range of Intel processors for Laptops and tablets as there are no 5th Gen chips for low end desktop versions The Haswell or 4th generation cpus are the “tock” and the Broadwell or 5th generation cpus are the “tick” It is a “Tock, Tick” cycle explained below. Intel follows a cycle when releasing micro architectures. The difference between Haswell and Broadwell is not much. The Broadwell-E or 5th generation high end gaming cpus are not out yet. The 5th generation intels are only based off of the Broadwell micro architecture. The 4th generation intels are based off of the Haswell and for the high end gaming cpus, the Haswell-E micro architecture.
However, for best results do consult an expert Difference between 4th and 5th Gen? If you are a novice in the field like me, the following compilation might help. Being a non-IT engineer required some research into the basics of hardware devices. Recently, I was searching the new configuration of a laptop i’d like to buy and made a few interesting discoveries.
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