Is it better than New Core? Learn about IPC and micro-architecture! "In the article, CFAN and everyone share the impact of process and microarching on processor performance. In addition to these two key parameters, power consumption is also a core element that restricts processor performance output.
They are the tenth generation of Core, I5-10300H is stronger than I5-10210U and i5-1035G7, and can even go beyond I7-10510U and I7-1065G7, because i5-10300h has up to 45W TDP, while other models of TDP only 15W.
In fact, regardless of Intel or AMD, it will split on the notebook platform for different periods.
For example, AMD Ruilong has "low power" (U series, 15W) and "high performance" (H series, 35W / 45W), while Intel habits are "ultra low power" (Y-line, 4.5W ~ 9W), "low power" (U series, 15W) and "high performance" (H series, 45W), achieve more precise positioning for different TDP --Y series for the extremely thin-fanless Two-in-one equipment, U series is used for light thinning, H series for gamebook and design.
The higher the TDP power consumption, the more "dare", the more "dare", and can run on a higher frequency at a higher frequency for a long time, resulting in stronger performance.
Below, we will take the three processors of the ten generations of Core i5-1035G7, ten generations, Core i5-10210u and ten generations, and TDP, see how the processes, IPC, TDP and other parameters will affect performance.
For the actual CPU computing performance, the ranking of the three processors is I5-1035G7 ≤ I5-10210U
The bottom of I5-1035G7 performance of the latest 10nm process and the new Sunny Cove micro-architecture is because its default / Turbo acceleration frequency is the lowest, offsetting IPC performance enhancement from the micro-architecture.
However, I5-1035G7 integrates a sharp Plus 64 that is not inferior to entry-level discrete graphics. It is another scenery from another perspective - I5-1035G7 in TDP remains 15W unchanged, strengthens the nuclear display , Under the premise of reducing the frequency, CPU performance is still comparable to the higher frequency of I5-10210U, which is also enough to show the extraordinary strength of the new Sunny Cove microarchitecture.
The power of I5-10300h is from 45W power consumption. If it is mandated to 15W, then its performance is not much better than I5-10210U. Conversely, if the TDP of I5-10210U is opened to 45W, then it becomes I5-10300H, and if I5-1035G7 is increased to 45W, then its performance is only stronger.
In the same way, AMD's Ruilong 5 4600U and Ruilong 5-4600h can also be seen as a processor, which is set in 14W and 45W TDP states.
The reason why only gamebooks can use the H series 45W TDP processor because the game is generally thicker, there are more spaces to place more fans, heat dissipation fins and heat pipes.
It should be noted that TDP (thermal design power consumption) is the heat of the CPU instead of true power consumption (see "CPU power consumption is not TDP from here"), TDP needs to match more luxurious heat dissipation Modules, and higher power power adapters.
In short, the processor listed in the same period is comparable between the same TDP products. Between the same TDP processors, the performance can be judged by comparative process (main frequency, core number) and micro-architecture (IPC performance). Read more
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