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It has four cores and a low frequency
Intel Tiger Lake processors will replace the Ice Lake generation next year. The first Tiger Lake CPUs will appear in the mobile segment - you can not even mention the desktop one.
Despite the fact that the Ice Lake generation has just begun to appear on the market in finished products, the results of testing the CPU Tiger Lake-Y have already appeared on the Web.
The processor does not yet have a name, but you can see that it contains four cores, supports Hyper-Threading and operates at a frequency of 1.2 GHz.
Given the parameters of the Ice Lake-Y processors, we can assume that this is the base frequency. The CPU Ice Lake-Y, depending on the model, it varies from 0.8 GHz to 1.1 GHz, but if we talk about four-core models, then the maximum is 1 GHz, and even then only one model. So from the Tiger Lake-Y generation, one can expect, among other things, an increase in frequencies.
Recall that this will be a new generation with a new microarchitecture and new Xe GPUs. But the process technology will remain the same - 10 nm.
As for the indicators in the test, it is difficult to compare here, because the Geekbench database does not yet have Ice Lake-Y processor data. In addition, the indicators are too low, which may indicate participation in the testing of an early sample.
Intel Tiger Lake processors will replace the Ice Lake generation next year. The first Tiger Lake CPUs will appear in the mobile segment - you can not even mention the desktop one.
Despite the fact that the Ice Lake generation has just begun to appear on the market in finished products, the results of testing the CPU Tiger Lake-Y have already appeared on the Web.
The processor does not yet have a name, but you can see that it contains four cores, supports Hyper-Threading and operates at a frequency of 1.2 GHz.
Given the parameters of the Ice Lake-Y processors, we can assume that this is the base frequency. The CPU Ice Lake-Y, depending on the model, it varies from 0.8 GHz to 1.1 GHz, but if we talk about four-core models, then the maximum is 1 GHz, and even then only one model. So from the Tiger Lake-Y generation, one can expect, among other things, an increase in frequencies.
Recall that this will be a new generation with a new microarchitecture and new Xe GPUs. But the process technology will remain the same - 10 nm.
As for the indicators in the test, it is difficult to compare here, because the Geekbench database does not yet have Ice Lake-Y processor data. In addition, the indicators are too low, which may indicate participation in the testing of an early sample.
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