Intel Core i7-12700K vs M1 Max (10C24G)
            Intel Core i7-12700K
            
                $350
            
        
    
            M1 Max (10C24G)
            
                
            
        
    | 12 Cores 20 Threads 3.6GHz Clock | 10 Cores 10 Threads 3.23GHz Clock | 
| Socket LGA 1700 | Socket Unknown | 
| iGPUUHD 770 1500MHz 770 GFLOPS FP32 | iGPU24-Core M1 Max 7.85 TFLOPS FP32 | 
| 
                                            
                                                GB6S 2,555
                                            
                                             63% | GB6S 2,400 59% | 
| 
                                            
                                                GB6M 13,785
                                            
                                             52% | GB6M 12,700 48% | 
| CB23S 1,940 75% | CB23S 1,535 59% | 
| CB23M 22,230 52% | CB23M 12,380 29% | 
| ManufacturerIntel | ManufacturerApple | 
| ArchitectureAlder Lake | ArchitectureApple Silicon 10 | 
| FamilyCore 12th Gen | FamilyM Series | 
| Instruction Set (ISA) x86-64 | Instruction Set (ISA) AArch64 | 
| Codename Alder Lake-S - Alder Lake-8P-8E P-Core Golden Cove - - E-Core Gracemont | Codename Jade-C - M1 Max P-Core Firestorm - - E-Core Icestorm | 
| Market Segment Desktop | Market Segment Laptop | 
| Release Date 11/4/2021 | Release Date 10/26/2021 | 
| Foundry Intel - - - | Foundry TSMC - - - | 
| Node Intel 7 - - - | Node N5 - - - | 
| Die Size 202 mm² - - - | Die Size 432 mm² - - - | 
| Transistor Count 14.6 Billion - - - | Transistor Count 57 Billion - - - | 
| LGA 1700 | Unknown | 
| 12 Cores 8 P-Cores - 4 E-Cores | 10 Cores 8 P-Cores - 2 E-Cores | 
| 20 Threads 16 P-Threads - 4 E-Threads | 10 Threads 8 P-Threads - 2 E-Threads | 
| P-Core 3.6GHz 5GHz Boost - | P-Core 3.23GHz - - | 
| - - - | - - - | 
| E-Core 2.7GHz 3.8GHz Boost | E-Core 2.06GHz - | 
| Overclocking Unlocked - - - | Overclocking Locked - - - | 
| Type DMI | Integrated Chipset - | 
| - - | - - | 
| - - | - - | 
| Transfer Rate 16GT/s | - - | 
| - - | - - | 
| Lanes 8 | - - | 
| Bandwidth 16GB/s | - - | 
| Bi-directional 32GB/s | - - | 
| L0 Instruction - - | L0 Instruction - - | 
| L0 Data - - | L0 Data - - | 
| L1 Instruction 32KB/P-Core 8-way set associative - - 64KB/E-Core 8-way set associative | L1 Instruction 192KB/P-Core 6-way set associative - - 128KB/E-Core 4-way set associative | 
| L1 Data 48KB/P-Core 12-way set associative - - 32KB/E-Core 8-way set associative | L1 Data 128KB/P-Core 4-way set associative - - 64KB/E-Core 2-way set associative | 
| L2 1280KB/Core 10-way set associative - - - - - - - - 2MB Shared (E-Core) 16-way set associative | L2 - - 24MB Shared 12-way set associative - - - - - - 4MB Shared (E-Core) 16-way set associative | 
| L3 - 25MB Shared - 12-way set associative - - - - - | - - - - - - - - - - | 
| - - - - | - - - 48MB SLC Cache | 
| Channels 2 | Channels 4 | 
| Max Memory 128GB 128GB | Max Memory 64GB | 
| ECC Not Supported | ECC Not Supported | 
| Bus Width/Channel 64Bit Bus Width 128Bit | Bus Width/Channel 128Bit Bus Width 512Bit | 
| Clock 2400MHz 1600MHz Transfer Rate 4800MT/s 3200MT/s | Clock 3200MHz Transfer Rate 6400MT/s | 
| Bandwidth/Channel 38.4GB/s 25.6GB/s Bandwidth 76.8GB/s 51.2GB/s | Bandwidth/Channel 102.4GB/s Bandwidth 409.6GB/s | 
| TDP 125W - - 190W Peak | TDP 90W - - - | 
| Temp 100°C Max - | Temp 100°C Max - | 
| Included Cooler Not Included | Included Cooler Not Included | 
| PCIe 5.0 x16 Lanes PCIe 4.0 x4 Lanes | PCIe 4.0 x12 Lanes | 
| UHD 770 1500MHz 256 Shaders 1500MHz 770 GFLOPS FP32 | 24-Core M1 Max 3072 Shaders 1278MHz 7.85 TFLOPS FP32 | 
| GNA 3.0 | - | 
| - - | - 16 Cores | 
| -  | 11 TOPS FP16 | 
| - - | - - | 
| No Cellular | No Cellular | 
 
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
                             
                                 
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