We are all aware that Intel is preparing CPUs with an all-E-Core design for its ‘Alder Lake-N’ portfolio, which will include the N200, N100, and N95.
Intel Alder Lake-N N95 CPU Leaks 3.1 GHz Clocks and 6 MB L3 Cache Despite Having Only 4 E-Cores
if you have a good day, and if you have a good day, and if you have a good day, and if you have a good day, and if you have a good day, and if you have a good day. The ‘Core’ SKUs will have either a hybrid or a P-Core-only design, whereas the ‘N’ SKUs will have an E-Core-only design.
So far, we’ve only known about two Intel Alder Lake-N SKUs, the N200 and the N100, but it appears that the blue team has a third variant called N95, not that N95 (Mask). While the N200 and N100 have dual Gracemont E-Core clusters, the N95 appears to have a single-enabled cluster. As a result, the Intel N95 has four cores and four threads.
The Intel N95 CPU has a base clock speed of 1.70 GHz and maximum clock speeds of up to 3.1 GHz. In addition, the CPU has 6 MB of L3 cache and 2 MB of L2 cache. The platform on which the chip was running was not specified, but it did have 8 GB of memory. We can expect an LGA 1700/1800 socketed platform because these are meant to be desktop Pentium/Celeron replacements.
In terms of performance, the CPU received 781 points in single-core testing and 1978 points in multi-core testing. Because of their doubled threat count, the first-generation Ryzen 5 1400/1500 CPUs with 4 cores and 8 threads deliver comparable single-threaded performance and around 60% higher multi-threading performance. The main distinction is that those chips were rated at 65W, whereas the Alder Lake-N CPUs are rated at a much lower TDP. Intel’s Alder Lake-N CPUs have yet to be released, but we can expect them to appear in OEM PCs in early 2023.