Cluster of articles about CPU, clock, thread core, cache, socket, chipset, Intel, AMD and how to choose the right platform.
CPU is the computer's central processing unit. Understanding CPU correctly helps you read the standard configuration and choose a device that suits your study, office, and gaming needs.
Read details →
Mainboard is the foundation that connects CPU, RAM, SSD, graphics card and all communication ports. Choosing the wrong motherboard can limit the upgrade path.
Read details →
Socket decides whether CPU can be plugged into the mainboard or not. This is required background knowledge if you read the configuration or build PC yourself.
Read details →
The chipset determines the mainboard's features such as the number of ports, number of M.2 slots, overclocking capabilities and future upgrade paths.
Read details →
CPU clock is an important indicator but not all. This article explains GHz, boost clock and how to properly read CPU performance.
Read details →
Cores and threads determine the parallel processing ability of CPU. Understanding this concept helps you choose a machine for office, gaming or editing more accurately.
Read details →
Cache CPU is a super fast cache memory located near the processing core. Cache capacity affects data access speed and actual performance.
Read details →
TDP helps you estimate the heat and power generated by the component. Understanding TDP helps to choose the right heatsink, power supply and case.
Read details →
Intel and AMD both have many strong CPU lines. This article helps you compare according to actual needs instead of arguing by brand. Who are
Read details →
The names i3, i5, i7, i9 indicate the product line position but are not enough to evaluate performance. This is the easiest way to read CPU Intel.
Read details →
The names Ryzen 3, 5, 7, 9 help differentiate the segment but do not cover all the performance. Read Ryzen the right way to choose the right machine for your needs.
Read details →
PC graphics don't always require the most expensive card. This article helps you balance CPU, RAM, SSD, GPU and the screen according to the correct software.
Read details →
Knowing how to read the configuration helps you avoid buying a device based on vague advertising. The article guides you to read CPU, RAM, SSD, graphics card and power in a simple way.
Read details →
Buying a used CPU can save you a lot of money if you know how to check it. This is a practical checklist to avoid CPU errors, CPU overheating or goods of unknown origin.
Read details →
A CPU that is too weak will cause the computer to lag when opening software, render slowly, the game will drop FPS in heavy scenes and sometimes slow down the whole system.
Read details →
A slow machine is not always due to CPU. In many cases, just raising SSD is enough for the machine to transform. These are the most notable signs.
Read details →
Thermal paste helps transfer heat from CPU to the radiator. Old or incorrectly applied glue can cause temperatures to increase and performance to decrease.
Read details →
Air cooling and water cooling both have their own advantages and disadvantages. The article helps you choose the right solution according to CPU, case, noise, durability and maintenance needs.
Read details →
Photoshop needs CPU, RAM, SSD and sometimes GPU in a balanced ratio. This article helps you choose a machine that runs Photoshop smoothly and within your budget.
Read details →
AutoCAD has its own characteristics about CPU, RAM, SSD and GPU. This article helps choose the right machine for 2D, 3D drawings and real engineering needs international.
Read details →
Premiere requires CPU, RAM, SSD and GPU to coordinate very closely. This article helps you choose a video editing machine that has smooth, lag-free previews and time-saving rendering.
Read details →
Newbies building PC often make mistakes in socket, power, airflow, BIOS, RAM and upgrade paths. This article summarizes the most common errors and how to avoid them.
Read details →
CPU laptop and CPU desktop differ in power, heat dissipation and clock holding ability. This article helps you make correct comparisons and avoid misunderstandings.
Read details →
A hot device can be caused by dust, poor airflow, old thermal paste, the wrong fan direction, or overloaded components. This is how to handle it from the root.
Read details →
