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The latest badge promoting the Intel Core branding. The following is a list of Intel Core processors.This includes Intel's original Core (Solo/Duo) mobile series based on the Enhanced Pentium M microarchitecture, as well as its Core 2- (Solo/Duo/Quad/Extreme), Core i3-, Core i5-, Core i7-, Core i9-, Core M- (m3/m5/m7/m9), Core 3-, Core 5-, and Core 7- Core 9-, branded processors.
In mid-2015 it was announced that second generation versions of the Compute Stick would feature advancements on the Bay Trail framework through application of Core M processors in the form factor. The new devices (released Q1 2016) allowed Intel to introduce additional processing power as well as 4 GB memory for "more intensive application and ...
There are two versions of the computer, which differ in screen size (12.5-inch and 13.5-inch) and some other hardware elements. The first 12.5-inch generation used an Intel Core M3-6Y30 microprocessor, which was later upgraded to an Intel Core m3-7Y30 microprocessor. [1] Both models feature a 1080p screen with a back-lit keyboard.
Core m3 6Y30: 0.9 GHz 2.2 GHz 2.0 GHz 850 MHz 3.8 W Pentium 4405U: 2.1 GHz — — HD 510 950 MHz 2 MB 15 W — 10 W Q3 2015 $161 4405Y: 1.5 GHz HD 515 800 MHz ...
Core Decode width Execution ports Pipeline depth Out-of-order execution FPU Pipelined VFP FPU ... M3 [84] [87] 2018 ARMv8.2-A: 6-wide: 15: Yes 12-wide dispatch 228 ...
As with prior M series SoCs, this serves as both RAM and video RAM. The M3 has 8 memory controllers, the M3 Pro has 12 and the M3 Max has 32. Each controller is 16-bits wide and is capable of accessing up to 4 GiB of memory. [14] The M3 Pro and 14-core M3 Max have lower memory bandwidth than the M1/M2 Pro and M1/M2 Max respectively.
Core 2 also introduced a quad-core performance variant to the single- and dual-core chips, branded Core 2 Quad, as well as an enthusiast variant, Core 2 Extreme. All three chips are manufactured at a 65 nm lithography , and in 2008, a 45 nm lithography and support front side bus speeds ranging from 533 MT/s to 1.6 GT/s.
CoreMark is a benchmark that measures the performance of central processing units (CPU) used in embedded systems.It was developed in 2009 [1] by Shay Gal-On at EEMBC and is intended to become an industry standard, replacing the Dhrystone benchmark. [2]