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Core i3 12100F, LGA1700, 3300 MHz, L3 cache 12MB, 10nm, TDP 58W-89W, Hladnjak BOX, Memory channel 2 Osnovne karakteristike: Socket: LGA1700 Radni takt [MHz]: 3300 L3 cache: 12 TDP: 58 Ostale karakteristike: Hladnjak: BOX Integrirani grafički sustav:

- Vertical Segment: Desktop - Processor Number: i3-12100F - Lithography: Intel 7 - Use Conditions: PC/Client/Tablet CPU SPECIFICATIONS - Total Cores: 4 - No. of Performance-cores: 4 - No. of Efficient-cores: 0 - Total Threads: 8 - Max Turbo Frequenc

Features Idle States: Yes Supported instruction sets: AVX 2.0 Direct Media Interface (DMI) Revision: 4.0 Use conditions: PC/Client/Tablet Scalability: 1S Supported instruction sets: SSE4.1 Supported instruction sets: SSE4.2 Thermal Monitoring Technol

Ryzen™ 5 4500 processor The AMD Ryzen™ 5 4500 processor is a 6-core CPU for socket AM4 with 3.6 GHz clock frequency and 8 MB L3 cache. The AMD Ryzen™ 5 4500 processor has a maximum power clock rate of 4.1 GHz and is manufactured using the 7nm FinFET

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Model: AMD Ryzen™ 3 4300G Podnožje: Socket AM4 CPU Cores 4 Threads 8 Veličina cachea: L3 Cache 4MB

Ryzen™ 5 5500 processor The AMD Ryzen™ 5 5500 processor is a 6-core CPU for socket AM4 with 3.6 GHz clock speed and 16 MB L3 cache. The AMD Ryzen™ 5 5500 processor has a maximum power clock rate of 4.2 GHz and is manufactured using the 7nm FinFET pro

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Specifikacije - Jezgre: 4 (4C) - Niti: 8 - Turbo takt: 4.00GHz - Osnovni takt: 3.80GHz - TDP: 65W, 45W cTDP-down - Grafika: Da (AMD Radeon grafika) - Socket: AMD AM4 (PGA1331) - Prikladnost čipseta: A320 (ovisi o modelu), A520, B350 (ovisi o modelu),

Features Market segment: Desktop PCI Express slots version: 4.0 Graphics On-board graphics card model: Not available Discrete graphics card model: Not available On-board graphics card: No Discrete graphics card: No Logistics data Harmonized System (H

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The 14th generation Intel® CoreTM desktop processors called Raptor Lake-S bring a new chip layout with different CPU cores for different application scenarios. The performance cores ensure performance for computationally intensive applications, the e