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- AMD Ryzen Threadripper: Processors for use in workstations. Ideal for content creators and professional use
- Intel Core i3 | AMD Ryzen 3/3Pro: Everyday use/light gaming
- Intel Core i5/Ultra 5 | AMD Ryzen 5/5Pro: Powerful performance for demanding everyday tasks and gaming
- Intel Core i7/Ultra 7 | AMD Ryzen 7/7Pro: Ideal for gaming, multitasking, and demanding applications
- Intel Core i9/Ultra 9 | AMD Ryzen 9/9Pro: Extremely high performance for gaming and content creators
- Intel Xeon | AMD Epyc: Designed for servers, data centers, and professional-grade workstations
- The processor socket type. The motherboard should have the same socket in order for the processor to "fit".
- 4 Cores: Several for a basic use computer.
- 6 Cores: At least 6 cores are recommended for light gaming and video editing, while more are preferred for more demanding tasks or professional use.
- 8 Cores: At least 8 cores are recommended for more demanding tasks or professional use, gaming, and video editing.
- Over 8 Cores: For more than 8 cores, recommended for gaming, video editing, demanding multitasking/tech enthusiasts & light workstation
- Embedded Graphics: Processors with integrated graphics processing unit. A motherboard that supports this function is required.
- Unlocked (Overclocking): Ability to change the clock settings of the processor to achieve higher operating frequency (overclocking).
- Zen 5: The latest technology from AMD. Offers top per-core performance and improved energy efficiency. Compatible with Socket AM5.
- Zen 3: The most popular generation for the "classic" Socket AM4. An excellent choice for value-for-money upgrades on older systems with DDR4 memory.
- Zen 4: The first generation from AMD that introduced the AM5 Socket and DDR5 support. It also includes models with "3D V-Cache" technology, which are top-tier for gaming.
- Raptor Lake (14th Gen): The latest upgrade of the LGA 1700 Socket. Higher speeds (GHz) and more cores in the i7 models compared to the 13th generation.
- Raptor Lake (13th Gen): 13th generation Intel. Significant increase in Efficient cores and Cache. Compatible with Socket LGA 1700 and DDR4 or DDR5 memory.
- Arrow Lake: Intel’s latest generation (2024+). Requires new motherboards (Socket LGA 1851) and exclusively supports DDR5 memory. Features a built-in NPU for Artificial Intelligence (AI) tasks.
- Alder Lake (12th Gen): The generation that introduced hybrid architecture (P-Cores & E-Cores) and the LGA 1700 socket. It is now the entry-level option for modern Intel systems.
- Zen 5 0
- Zen 3 9
- Zen 4 0
- Raptor Lake (14th Gen) 0
- Raptor Lake (13th Gen) 0
- Arrow Lake 0
- Alder Lake (12th Gen) 0
- Zen 2 1
- Zen 2
- Zen+ 0
- Coffee Lake (9th Gen) 0
- Kaby Lake (7th Gen) 0
- Rocket Lake (11th Gen) 0
- Skylake (6th Gen) 0
- Sapphire Rapids 0
- Cascade Lake 0
- Comet Lake (10th Gen) 0
- Ice Lake 0
- Emerald Rapids 0
- Sandy Bridge-E 0
- Broadwell (5th Gen) 0
- Haswell 0
- Zen 4c 0
- Ivy Bridge-E 0
- Granite Rapids 0
- Box: The cooler is not necessarily included.
- Tray (Without Packaging): The processors are sold directly by the manufacturer without packaging (box) and do not include additional accessories, such as coolers.
- Hardcore Gaming: High processing power for demanding gaming and simultaneous execution of live streaming applications.
- Casual Gaming: Processors optimized for smooth performance in popular game titles and standard gaming requirements.
- Old Technology Processor Upgrade: Older generation models for improving the performance of existing systems based on socket compatibility.
- Home & Student: Options for basic office tasks, web browsing, and media playback.
- Performance: Processors designed for extremely demanding tasks that require high computational power. They offer top performance for professionals and high-spec gaming.
- Entry Level: Processors that offer strong performance for more demanding tasks and gaming.
- Basic: Budget processors intended for everyday use, office applications, or light gaming.
- For Server: Intended for use in servers, they are designed for work environments that require continuous operation and demanding usage.