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RAM

RAM is one of the critical components for determining the smoothness of any system, whether you're building a high-performance gaming rig or a professional editing workstation. In this Hardware Guide section, we analyze in detail how capacity and speed influence multitasking, helping you avoid annoying bottlenecks in your workflow.

To choose correctly, it's essential to understand concepts like MHz frequency and CAS latency , as these values ​​define how quickly the processor accesses temporary data. Depending on your motherboard, you can opt for DDR4 or the latest DDR5 generation, always ensuring maximum compatibility between components to guarantee the stability of the operating system and software.

In addition to technical specifications, we offer up-to-date comparisons and step-by-step installation guides so any user can upgrade their memory safely. Whether you need to optimize your PC for streaming, cryptocurrency trading, or simply browsing with more tabs open, you'll find the information you need here to make a smart hardware investment and extend the life of your computer.

Close-up of a detailed view of electronic microchips on a circuit board, representing GDDR7 memory technology

Everything about GDDR7 memory: Frequencies, Bandwidth, and Performance

Discover the maximum frequency of GDDR7 and how PAM3 technology is revolutionizing the bandwidth of future graphics cards.

High-performance DDR5 RAM memory modules on a vibrant yellow background

Complete Guide to DDR5 CUDIMM Memory

Discover the new CUDIMM standard: greater stability, speeds starting at 6400 MT/s, and full compatibility. Take your PC to the next level today!

Conceptual 3D visualization of the HBM memory architecture, showing the vertical stacking of DRAM arrays with bright connections, representing high data density for AI.

DRAM and HBM memory production: The hidden engine of Artificial Intelligence

Discover how HBM and DRAM memories work, who manufactures them, and why AI has caused a global chip shortage until 2027.

low memory mode in Windows 11

Low memory mode in Windows 11: how to minimize RAM usage

Learn how to activate a low memory mode in Windows 11 with settings and tricks to minimize RAM consumption.

memory configuration on CXL servers

Memory configuration on CXL servers: advanced guide

Discover how to configure memory on CXL servers, NUMA modes, pooling, and advantages for AI and large-scale data centers.

RAM memory on Mac

RAM on a Mac: How to find out how much you need and optimize it

Discover how much RAM your Mac needs, how to see if you're running low, and tricks to free up and optimize memory without changing your computer.

DRAM memory prices rise by 171% each year

DRAM is getting more expensive at breakneck speed: causes, facts, and how it affects you

DRAM memory is soaring due to AI and HBM. Discover expected price increases, the most affected segments, and how to make your purchase decision in time.

Who needs a computer with Quad-Channel?

Who needs a quad-channel computer and when it really pays off

Dual or Quad-Channel? Find out who's using it, DDR4 vs. DDR5, and how to choose RAM for gaming, rendering, and work.

SOT-MRAM memory with tungsten layer

SOT-MRAM memory with a tungsten layer: the bet that unites speed and efficiency

Tungsten-coated SOT-MRAM: 0,35 ns, 156 fJ, and high stability. Discover how this memory can replace SRAM with lower power consumption.

Dram and Nand prices rise due to AI and data centers

Dram and NAND prices rise due to AI and data centers: keys, data, and what's next

DRAM and NAND prices rise due to AI: Samsung, Micron, and SanDisk announce increases. Data, timelines, and forecasts for 2026. Come in and get ready.

What is PoX graphene RAM?

PoX Graphene RAM: What It Is, How It Works, and Why It Could Change Everything

What is graphene PoX memory: 400ps per operation, non-volatile, and ready to revolutionize AI and your devices.

Details of the Chinese GPU Fenghua No.3

Fenghua No. 3: Architecture, HBM Memory, and Chinese GPU Ambitions

Fenghua No. 3 in detail: RISC-V, HBM for AI, modern APIs, and 8K. Everything we know now, explained clearly.

ddr5 vulnerable to phoenix rowhammer

DDR5 Vulnerable to Phoenix RowHammer: Analysis, Risks, and Mitigations

Phoenix exploits SK Hynix's DDR5 despite ECC. Risks, CVE-2025-6202, and practical mitigations to avoid rooting in minutes.

imec and Ghent University achieve 120 layers in 3D DRAM memory

imec and Ghent University achieve 120 layers in 3D DRAM memory

3D DRAM milestone: imec and Ghent achieve 120 Si/SiGe bilayers. Challenges, solutions, and parallels with 3D NAND. Discover what it entails.

Advantages of CAMM2 memory modules

CAMM2: real advantages, differences with SO-DIMM and status of the standard

CAMM2 in detail: advantages, LPCAMM2, key figures, and market status. Is it better than SO-DIMM? We'll tell you the facts.

DDR4 memory production will end in 2026

DDR4 production end imminent…: what's happening and what's coming next

DDR4 is nearing its end. Key dates, shortages, prices, and next steps. Come in and get ready.

ddr6

DDR6: All about the next generation of RAM

Learn all about DDR6: specifications, speed, new platforms, and release date. Don't miss out!

How to do basic RAM overclocking (Intel XMP, AMD EXPO, JEDEC profiles) step by step

How to Overclock RAM Basics: Complete Guide to XMP, EXPO, and JEDEC

Learn how to speed up your RAM with XMP or EXPO and improve your PC's performance in minutes. A simple, easy, and reliable step-by-step guide.

DIMM Types

Types of RAM memory modules: DIMM, LRDIMM, UDIMM, RIMM, RDIMM, SO-DIMM, MiniDIMM, MicroDIMM, FB-DIMM, NVDIMM, UniDIMM, CAMM, SIMM…

RDIMM

RDIMM: What is this type of RAM module and how does it differ from DIMMs?

AMD Fuji GPU, HBM memory, HBM4

HBM4: Can it replace DDR5 and GDDR7? We explain the future of memory.

RAM

MHz or MT/s: What matters most when choosing RAM?

Cheap RAM vs. Gaming RAM: Which One Should You Buy?

MR-DIMM

MR-DIMM: These are the new next-generation memory modules.

RAM

RAM memory: glossary of terms to understand this memory

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