ADATA Group recently suffered the theft in transit of a batch of XPG Lancer Blade DDR5 6000 16GB desktop overclocking memory modules (Model: AX5U6000C4816G-BLABRBK). We have immediately
reported the incident to the authorities and are pursuing all available legal action against those responsible. To protect consumers and partners and prevent purchases of stolen goods ineligible for official after-sales service, we hereby announce the following: 
<ol>
 <li>We urge all distribution partners and consumers not to purchase products of unknown origin through unauthorized channels. Always verify the product serial number through official channels — if no warranty information can be found, the product may be stolen or counterfeit; please remain vigilant.</li>
 <li>ADATA will not provide any official warranty, return/exchange, or related after-sales service for this lost batch of products.</li>
 <li>To verify whether your product is genuine and covered by the ADATA warranty, please check the product serial number at:<a href="https://www.adata.com/en/support/warranty/" style="color:#00a7eb;" target="_blank" rel="noopener noreferrer"> Warranty Check</a> If no warranty information is displayed after your search, the product is likely from this stolen batch. Please contact us promptly at <a href="mailto:service@adata.com" style="color:#00a7eb;" target="_blank" rel="noopener noreferrer">service@adata.com</a>.</li>
 <li>If you have purchased goods from this batch, or discover it being offered for sale at unusually low prices, please preserve all relevant evidence (purchase receipts, chat records, seller information) and contact ADATA immediately. </li>
</ol>
 
<div>Thank you for your continued support and trust in ADATA.</div>
<div>This announcement is hereby issued.</div>
<div>July 23, 2026</div>

Urgent Announcement: Stolen Goods and Counterfeit / Unauthorized-Channel Purchases ADATA Group recently suffered the theft in transit of a batch of XPG Lancer Blade DDR5 6000 16GB desktop overclocking memory modules (Model: AX5U6000C4816G-BLABRBK).We have immediately
reported the incident to the authorities and are pursuing all available legal action against those responsible. To protect consumers and partners and prevent purchases of stolen goods ineligible for official after-sales service, we hereby announce the following: 
<ol>
 <li>We urge all distribution partners and consumers not to purchase products of unknown origin through unauthorized channels. Always verify the product serial number through official channels — if no warranty information can be found, the product may be stolen or counterfeit; please remain vigilant.</li>
 <li>ADATA will not provide any official warranty, return/exchange, or related after-sales service for this lost batch of products.</li>
 <li>To verify whether your product is genuine and covered by the ADATA warranty, please check the product serial number at:<a href="https://www.adata.com/en/support/warranty/" style="color:#00a7eb;" target="_blank" rel="noopener noreferrer"> Warranty Check</a> If no warranty information is displayed after your search, the product is likely from this stolen batch. Please contact us promptly at <a href="mailto:service@adata.com" style="color:#00a7eb;" target="_blank" rel="noopener noreferrer">service@adata.com</a>.</li>
 <li>If you have purchased goods from this batch, or discover it being offered for sale at unusually low prices, please preserve all relevant evidence (purchase receipts, chat records, seller information) and contact ADATA immediately. </li>
</ol>
 
<div>Thank you for your continued support and trust in ADATA.</div>
<div>This announcement is hereby issued.</div>
<div>July 23, 2026</div>

Urgent Announcement: Stolen Goods and Counterfeit / Unauthorized-Channel Purchases 

XPG Named Premier Sponsor of 4Divinity at gamescom 2026

XPG Unveils the New NIMBUS and NIMBUS PLUS Gaming Chairs

XPG Launches INFINITY Fans and MAESTRO Air Coolers

ADATA Monthly Sales Report of May 2026

ADATA Photography Contest

XPG Dream Build

New Product Concept Campaign

XPG DRAM Overclocking Challenge

Meet ADATA Ambassadors

ADATA Driving Intelligent Systems

UNLOCK THE NEXT GENERATION

USB Flash Drives

Desktop Memory

Memory Cards

External HDD

Power Banks

Chargers

Charging Cables

Choosing the right dashcam memory card is essential to ensuring critical footage is never lost. Unlike standard memory cards for smartphones or cameras, dashcams operate in a 24/7, high-intensity loop recording environment; choosing the wrong specifications can easily compromise recording stability and data security. Therefore, when purchasing a memory card, it is recommended to follow four core principles: prioritize memory cards from High Endurance series to maximize loop-recording lifespan; clarify SDHC vs. SDXC for capacity needs, noting that SDXC cards support the exFAT file system for seamless large-file recording; ensure recording speeds meet U3 / V30 and A2 performance standards to reliably support 2K/4K high definition video; and establish a maintenance habit of formatting the card via the dashcam every 1 to 3 months to keep your drive recordings and overall safety fully protected.

How to choose a memory card for dash cams? This article provides a complete guide of memory card specifications, key purchasing points and care tips, helping you select a highly durable and stable memory so that all records are well retained.

How to choose a memory card for dash cams? A complete guide to memory card specification and maintenance tips

Memory Card

Random Access Memory (RAM) is a type of primary memory that temporarily stores data and instructions while your computer is running. It is often described as your PC&rsquo;s short-term memory or workspace, where active tasks are handled in real time.
&nbsp;
The name Random Access Memory comes from how data is accessed. Unlike older storage systems that require reading data in sequence, RAM allows the system to retrieve any piece of data directly, regardless of its location. Every memory cell can be accessed with the same speed, whether it&rsquo;s the first or last piece of data stored.
&nbsp;
RAM plays a critical role in overall system performance by acting as a high-speed buffer between the CPU and storage. Its main functions include:
●&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Running the Operating System: When you start your computer, essential system files are loaded into RAM, so the operating system can run efficiently.
●&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Launching and Running Applications: Programs such as browsers, editing software, and games rely on RAM to store active data, allowing them to run smoothly and respond quickly.
●&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Handling Resource-Intensive Workloads: Tasks like video editing, 3D rendering, gaming, and data processing require large amounts of RAM to manage complex data in real time.
<h3><a name="_ixg8j83xosx8"></a>What are the Differences Between RAM and SSD/HDD?</h3>
While RAM and storage devices like SSDs and HDDs both handle data, they serve very different purposes. The most important difference is that RAM loses all stored data when the power is turned off. In contrast, SSDs and HDDs retain data permanently. RAM is designed for speed, while storage devices are designed for capacity and long-term data storage. Here&rsquo;s a clear comparison:
<table border="1" width="624" cellspacing="0" cellpadding="0">
<tbody>
<tr>
<td valign="top" width="108">
Feature
</td>
<td valign="top" width="275">
RAM (Random Access Memory)
</td>
<td valign="top" width="241">
SSD / HDD (Storage)
</td>
</tr>
<tr>
<td valign="top" width="108">
Storage Type
</td>
<td valign="top" width="275">
Volatile (temporary; data lost when powered off)
</td>
<td valign="top" width="241">
Non-volatile (permanent storage)
</td>
</tr>
<tr>
<td valign="top" width="108">
Main Function
</td>
<td valign="top" width="275">
Stores data actively used by the CPU
</td>
<td valign="top" width="241">
Stores files, programs, and OS long-term
</td>
</tr>
<tr>
<td valign="top" width="108">
Speed
</td>
<td valign="top" width="275">
Extremely fast
</td>
<td valign="top" width="241">
Slower (SSD faster than HDD)
</td>
</tr>
<tr>
<td valign="top" width="108">
Capacity
</td>
<td valign="top" width="275">
Smaller (e.g., 8 GB to 64 GB)
</td>
<td valign="top" width="241">
Larger (e.g., 500 GB to several TB)
</td>
</tr>
<tr>
<td valign="top" width="108">
Cost per GB
</td>
<td valign="top" width="275">
Higher
</td>
<td valign="top" width="241">
Lower
</td>
</tr>
</tbody>
</table>

Unlock better PC performance by understanding RAM, its types, how it differs from SSD storage, how much memory you need, and when an upgrade makes sense.

RAM Explained: How Much Memory Do You Really Need?

DRAM

PCIe (Peripheral Component Interconnect Express) is a high-speed serial interface standard that connects a computer's processor and chipset with high-performance expansion devices.
&nbsp;
Originally introduced to replace older bus interfaces, PCIe now serves as the foundation for a wide range of hardware, including graphics cards, NVMe <a style="color: #00aeef !important;" href="https://www.adata.com/us/quikTips/how-to-choose-ssd-solid-state-drive/">SSDs</a>, network adapters, RAID controllers, sound cards, capture cards, Thunderbolt add-in cards, AI accelerators, and other expansion devices.
&nbsp;
Its dedicated, high-bandwidth communication channels enable fast and reliable data transfer, while its standardized architecture simplifies system design and ensures broad compatibility across diverse hardware platforms.
&nbsp;
<h3>Why Is PCIe Important for SSDs?</h3>
For SSDs, PCIe acts like a high-speed highway connecting the storage drive and the motherboard. The more lanes this highway has, the more data can travel at the same time, allowing the SSD to achieve higher transfer speeds and lower latency.
&nbsp;
Unlike SATA, which was originally designed for hard disk drives and is limited to a maximum interface speed of 6 Gb/s, PCIe provides multiple lanes for much greater bandwidth. This makes it the preferred interface for modern high-performance storage. Many PCIe SSDs use the NVMe protocol, which is specifically designed to take advantage of PCIe&rsquo;s high-speed architecture and deliver faster communication between the SSD and system.
&nbsp;
Although both SATA SSDs and PCIe SSDs use NAND flash memory, their connection methods are different. SATA SSDs are limited by the bandwidth of the SATA interface and typically reach sequential read speeds of up to 550 MB/s.
&nbsp;
In comparison, PCIe SSDs using NVMe can utilize the wider PCIe bandwidth to achieve significantly higher speeds, resulting in faster boot times, quicker file transfers, and improved performance for demanding workloads.
&nbsp;
<h4>PCIe SSD vs SATA SSD</h4>
<table style="width: 100%; border-collapse: collapse; border: 1px solid #666;">
<thead>
<tr>
<th style="border: 1px solid #666; padding: 12px; text-align: left;">Feature</th>
<th style="border: 1px solid #666; padding: 12px; text-align: left;">SATA SSD</th>
<th style="border: 1px solid #666; padding: 12px; text-align: left;">PCIe (NVMe) SSD</th>
</tr>
</thead>
<tbody>
<tr>
<td style="border: 1px solid #666; padding: 12px;">Interface</td>
<td style="border: 1px solid #666; padding: 12px;">SATA III</td>
<td style="border: 1px solid #666; padding: 12px;">PCIe</td>
</tr>
<tr>
<td style="border: 1px solid #666; padding: 12px;">Protocol</td>
<td style="border: 1px solid #666; padding: 12px;">AHCI</td>
<td style="border: 1px solid #666; padding: 12px;">NVMe</td>
</tr>
<tr>
<td style="border: 1px solid #666; padding: 12px;">Typical Read Speed</td>
<td style="border: 1px solid #666; padding: 12px;">Up to ~550 MB/s</td>
<td style="border: 1px solid #666; padding: 12px;">Up to 14,000+ MB/s (PCIe 5.0)</td>
</tr>
<tr>
<td style="border: 1px solid #666; padding: 12px;">Latency</td>
<td style="border: 1px solid #666; padding: 12px;">Higher</td>
<td style="border: 1px solid #666; padding: 12px;">Lower</td>
</tr>
<tr>
<td style="border: 1px solid #666; padding: 12px;">Best For</td>
<td style="border: 1px solid #666; padding: 12px;">Everyday computing, older systems</td>
<td style="border: 1px solid #666; padding: 12px;">Gaming, content creation, professional workloads</td>
</tr>
<tr>
<td style="border: 1px solid #666; padding: 12px;">Upgrade Potential</td>
<td style="border: 1px solid #666; padding: 12px;">Limited by SATA bandwidth</td>
<td style="border: 1px solid #666; padding: 12px;">Scales with newer PCIe generations</td>
</tr>
</tbody>
</table>

Learn all PCIe fundamentals, including how it works, slot sizes, lanes, benefits, common uses, and different generation comparisons for SSD upgrades.

What is PCIe: The Hidden Bandwidth Behind Faster SSD Performance

As PlayStation 5 games continue to grow in size, gamers are finding that the console&rsquo;s internal SSD space quickly fills up. Managing your game library can become a hassle, with large AAA titles taking up significant storage. Fortunately, using an external SSD for your PS5 is an excellent solution for expanding storage and organizing games more efficiently. In this guide, we&rsquo;ll explain everything you need to know about using an external SSD for the PS5, from setting it up to choosing the best drive for your gaming needs.

Discover how an external SSD can unlock more space on your PS5 and provide faster game transfers for an optimal gaming experience

Unlock More Space: The Ultimate External SSD Guide for PS5

External Storage

When your computer lags with multiple windows open or slows down during video editing, the first upgrade that often comes to mind is &ldquo;memory.&rdquo; But if you&rsquo;re new to computer hardware, you might be unfamiliar with DIMM memory and unsure if an upgrade is really necessary. Don&rsquo;t worry! This article will introduce you to DIMM memory, explain the key differences between UDIMM and SODIMM, and provide essential tips for purchasing and installing. Whether you&rsquo;re upgrading your current PC or building a new gaming rig, you&rsquo;ll find the perfect DIMM memory solution tailored just for you.

Thinking about upgrading your computer memory but not sure where to start?
This article breaks down everything you need to know about DIMM memory, including the key differences between UDIMM and SODIMM, plus must-know tips for buying and installing. Get ready to boost your PC’s performance and say goodbye to lag!

DIMM Memory Guide: Memory Type and Installation Precautions

With the rise of high-resolution multimedia and increasingly complex software, storage devices play a crucial role in overall system performance. While traditional hard drives (HDDs) offer large capacity, they often fall short in speed, stability, and responsiveness needed for modern applications. In contrast, SSDs boast a non-mechanical design, blazing-fast read/write speeds, shock resistance, and exceptional durability. Whether upgrading a laptop, desktop, or workstation, an SSD can deliver a significant performance boost. This article dives deep into the real benefits of SSDs and offers tailored buying advice for different use cases.

Upgrade smarter with our SSD guide covering speed, benefits, and essential buying factors for laptops, desktops, workstations, and everyday computing.

What Is an SSD and How Do You Choose the Right One?

When evaluating the difference between SSD and HDD, traditional external hard drives may retain a cost advantage, yet modern external SSDs deliver a comprehensive upgrade in read/write performance, shock resistance, drop protection, and compact portability. External SSDs dramatically minimizes wait times for 4K/8K video editing and heavy file transfers. Moreover, it supports OTG functionality, providing instant plug-and-play convenience for iPhone and Android devices, while also standing as a premier solution for gamers seeking PS5 storage. When shopping for a drive, it is important to choose capacities of 1TB to 2TB or higher and select the appropriate USB interface, ensuring optimal transmission performance and data safety across all devices.

Are external solid state drives (SSDs) worth buying? In this article, we’ll walk you through the powerful benefits of external SSDs, explain who should invest in them, and guide you in selecting the right one so you can make an informed decision and get the best performance out of your portable storage.

How to Choose an External SSD? A Complete Buying Guide to Portable Solid-State Drives for Mobile Backups and PS5 Storage

As high-performance storage becomes increasingly popular, M.2 SSDs have emerged as the top upgrade choice for desktops and laptops alike. Whether you&rsquo;re a gamer, creator, or everyday user seeking faster system responsiveness, the right M.2 SSD can dramatically elevate your computing experience.
Many users feel overwhelmed by technical terms like PCIe, NVMe, and SATA when choosing an M.2 SSD. This article cuts through the jargon with practical product insights and real-world usage tips, breaking down key specs, buying considerations, and performance differences to help you make the best choice.

Not sure whether to choose PCIe 4.0 or 5.0 for your M.2 SSD? This article breaks down the differences in interface, performance, and key buying factors, helping you pick the fastest SSD that fits your gaming, creative work, or everyday needs!

How to choose a M.2 SSD? (PCIe 4.0 or 5.0?) An article to help you master performance, compatibility and application scenarios

As the standard transmission interface connecting computers and diverse external devices, USB flash drives support various functionalities including data transfer, video output, and device charging. Among the flash drives commonly found on the market, USB 2.0 and USB 3.0 are the most widespread. USB 2.0 easily handles everyday document tasks, while USB 3.0 has become the standard specification for laptops and desktops, maintaining full backward compatibility with USB 2.0. Versions from USB 3.1 and above provide greater convenience, faster transfer speeds, and support for USB Type-C, making them ideal for smartphone flash drives, PCs, and high-speed external hard drives. Although USB4 delivers the highest performance available today, USB 2.0 and USB 3.0 remain the most common versions across consumer devices and motherboards due to their high compatibility and cost-effectiveness.

What are the differences between USB 2.0 and 3.0? This article gives you a quick grasp of USB 3.0 transfer speed, compatibility, application scenarios and identification method, offering a thorough analysis on the differences of USB ports.

What are the differences between USB 2.0 and 3.0? In-depth look of USB series 3.0 speed and compatibility

Whether it&rsquo;s running out of battery on the go or charging devices when traveling abroad, the power bank has become one of the essential items when going out. However, with the various models featuring different power capacity and specifications in the market, ranging from power bank capacity, rated capacity or QC or PD fast-charging, it can be confusing how to choose the one you need.&nbsp; Without understanding these specifications, you may end up with a model that cannot meet your demand, or even violate flight restrictions regarding power banks. This article will guide you through capacity, charging interface and care tips of power banks, helping you to find a power bank that&rsquo;s ideal for everyday use and travels.

How to choose a power bank? A complete guide from capacity differences, fast-charging specifications to flight restrictions to help you choose the perfect power bank for travel and everyday use.

How to choose a power bank? Power bank capacity, rated capacity and flight restrictions on power banks

Mobile Lifestyle

Building your own PC sounds exciting, but for many beginners, it can also feel intimidating. With so many parts to choose from and compatibility issues to watch for, one wrong move can seem like it will ruin the whole build. That uncertainty often keeps people from getting started.
&nbsp;
In reality, building a PC step by step is much easier once you understand what each part does and how everything fits together. This guide will break down the essential components and the build process in a clear, beginner-friendly way, so you can create a PC that fits your gaming, work, or everyday computing needs with confidence. Let&rsquo;s get right into it!

Build your first PC with confidence. Learn all the essential components you need, where everything goes, and how to assemble your system step by step.

How to Build a PC From Scratch Without the Guesswork

If your computer starts lagging or responding slowly during multitasking, it doesn&rsquo;t always mean your hardware is outdated or worn out. In many cases, simply upgrading your memory (RAM) can significantly boost performance and improve multitasking capabilities. This article begins with the basics, exploring what memory is, its critical role in your system, and how to identify DDR memory. We&rsquo;ll also guide you through laptop memory upgrades, key specifications to consider, and essential installation steps, helping you make the smartest choice when upgrading or buying memory.

Is your laptop running slower than usual? We’ve got you covered! From understanding what memory is to step-by-step upgrade guidance, this complete guide will help you know when to upgrade, explain the differences in DDR specs, and share essential installation tips. Boosting your laptop’s performance has never been easier!

How should I expand the memory of my laptop computer? Complete Memory Analysis: Start Boosting Performance Here

In modern gaming, speed and performance are critical factors that can make or break the experience. With increasingly demanding games that require large amounts of storage and fast load times, gamers are turning to external SSDs (Solid-State Drives) to boost performance. Whether you&rsquo;re looking to reduce load times, enhance responsiveness, or store massive game files, an external SSD is becoming a must-have for serious gamers.

Expand your PS5 storage with an external SSD. Learn how to boost performance and manage your game library efficiently.

External SSD for Gaming: A Game-Changer for Speed and Performance

Running out of storage on your Nintendo Switch can be a frustrating experience. And now you&rsquo;re wondering whether to invest in a Nintendo Switch memory card. Whether you are an avid gamer or a casual player, choosing the right one can impact your gaming experience. 
&nbsp;
In this guide, we will walk you through why you need a memory card for your Nintendo Switch, the types of compatible memory cards, and recommend a high-performance option to bring your gaming to new heights.

Looking to upgrade your Nintendo Switch 2 storage? Discover the best memory cards for Nintendo Switch 2 to boost performance, load faster, and store more games with ease.

Exploring the future with ADATA SD7.1 for your Switch 2

Despite rapid advancements in technology, USB flash drives remain a cornerstone of reliable and efficient data storage. Whether transferring large datasets, collaborating on projects, or securely storing critical presentations, these compact devices continue to meet diverse needs with unmatched convenience.

Learn the differences between USB 3.1 Gen 1, Gen 2, and USB 3.2 to choose the right USB flash drive for your data transfer needs. Discover speed, compatibility, and performance tips.

Understanding USB 3.1 Gen 1, Gen 2, and USB 3.2: What It Means for Your USB Flash Drive

Solid-state drives (SSDs) are celebrated for their speed and efficiency, but their lifespan is an essential consideration for any user. Unlike hard disk drives (HDDs), SSDs lack moving parts, offering an inherently longer shelf-life. However, even SSDs have finite lifespans, which are influenced by various factors, including the underlying technology, usage patterns, and maintenance practices. This guide explores the elements that impact SSD longevity and offers insights into maximizing their lifespan.

Learn how long SSDs last and what affects their lifespan. Explore key factors like NAND types, usage patterns, and maintenance tips to extend your SSD’s durability.

How Long Do SSDs Last? A Comprehensive Guide to Understanding SSD Lifespan

When evaluating data storage solutions, the primary options are solid-state drives (SSDs) and hard disk drives (HDDs). HDDs, the traditional choice, have been a foundational component in computer storage for decades. These drives utilize magnetic spinning disks, known as platters, paired with a mechanical arm to read and write data. Their versatility spans applications from personal desktops to enterprise data centers.
In contrast, SSDs represent the modern standard for speed and reliability. By leveraging NAND flash memory, SSDs deliver rapid data access without relying on moving parts. This makes
SSDs ideal for high-performance use cases such as gaming systems, portable devices, and professional workstations.

Discover the key differences between SSDs and HDDs. Learn how SSD speed, durability, and power efficiency deliver superior performance for modern computing needs.

SSD vs HDD: Understanding SSD Speed and Performance Differences

Selecting the right SSD can be a complex process, particularly with the rapid pace of technological advancements. Among the many factors to consider, the choice between PCIe 3.0 and PCIe 4.0 is a critical one, impacting speed, compatibility, and system performance. This article provides a comprehensive comparison of these two PCIe generations to help you make an informed decision.

Compare PCIe 3.0 vs 4.0 to choose the right SSD for your system. Learn about speed, compatibility, and performance to make an informed storage upgrade.

PCIe 3.0 vs 4.0: Speed, Compatibility, and the Right SSD for You

In today&rsquo;s digital world, smartphones are more than communication tools. For many, their iPhone is a camera, entertainment system, and even a personal archive of precious memories and critical documents. With the increasing storage demands from apps, high-resolution photos, and 4K videos, many iPhone users quickly run out of space. This is where SSDs (Solid-State Drives) become a versatile and powerful solution for expanding your iPhone&rsquo;s storage and improving backup processes.

Enhance your gaming experience with an external SSD. Discover how faster load times and better performance can improve your setup.

The Ultimate Guide to Using an SSD for iPhone: Expand and Backup with Ease

As laptops become more powerful and portable, users increasingly require fast, reliable, and flexible storage solutions to keep up with modern workflows. While many laptops come with sufficient internal storage, these drives can quickly reach their limits, especially with data-heavy tasks like video editing, gaming, or large software applications. An external SSD offers a simple, effective solution for boosting your laptop&rsquo;s performance, providing faster speeds, enhanced portability, and greater durability compared to traditional hard drives. In this article, we&rsquo;ll explore the key benefits of using an external SSD with your laptop, along with practical tips for choosing and setting up the right SSD for your needs.

Maximize your laptop's performance with an external SSD. Learn the benefits of faster speeds, portability, and durability, plus tips for choosing and setting up the best SSD for your needs.

Boost Your Laptop’s Performance with an External SSD: Key Benefits and Tips

Heatsinks and M.2 SSDs are essential components in modern computer systems, contributing significantly to their overall performance and reliability. While their functions differ, these elements often intersect in discussions about system optimization. The common question is whether adding a heatsink to an M.2 SSD is necessary to enhance performance. This article explores the functionality of heatsinks, their application to M.2 SSDs, and when their use is most beneficial.

Wondering if your M.2 SSD needs a heatsink? Learn how heatsinks help prevent thermal throttling, maintain performance, and extend SSD lifespan under heavy workloads.

Heatsinks and M.2 SSDs: Do You Really Need One for Optimal Performance?

Wireless charging devices are ubiquitous in modern daily life. Devices supporting wireless charging, such as smartphones, tablets, smartwatches, and Bluetooth earbuds, can all achieve "wireless" charging through wireless charging pads or power banks that support wireless charging. This article will introduce three common wireless charging standards: Qi, Qi2, and MagSafe.
&nbsp;
Qi is a standard established by the Wireless Power Consortium (WPC). However, Qi's drawback is that the device being charged needs precise alignment with the charging pad to achieve optimal charging efficiency.
&nbsp;
To solve the alignment problem, Apple introduced MagSafe, a magnetic wireless charging standard designed for the iPhone. Through its magnetic design, iPhones can easily align precisely for the best wireless charging experience. Apple also defined the MFM (Made For MagSafe) certification standard, allowing consumers to get up to 15W wireless charging for their iPhones using MFM-certified products.
&nbsp;
MFM-certified products are relatively expensive, while non-MFM certified wireless charging products can only provide 7.5W charging power. With the iPhone 15 announcing support for the Qi2 magnetic wireless charging standard launched by the WPC in 2023, consumers' choices are no longer limited to MFM-certified products. Qi2-supported products are also more affordable compared to MFM-certified ones and are compatible with both Apple and Android devices.
&nbsp;
<table class="rwdtable" border="1" width="0" cellspacing="0" cellpadding="0">
<tbody>
<tr>
<td width="138">
&nbsp;
</td>
<td width="138">
MagSafe
</td>
<td width="138">
Qi2
</td>
<td width="138">
Qi
</td>
</tr>
<tr>
<td width="138">
Max Output
</td>
<td width="138">
7.5-15W*
</td>
<td width="138">
15W
</td>
<td width="138">
5-15W
</td>
</tr>
<tr>
<td width="138">
Efficiency
</td>
<td width="138">
High
</td>
<td width="138">
High
</td>
<td width="138">
Low
</td>
</tr>
<tr>
<td width="138">
Precise Alignment Tech
</td>
<td width="138">
Yes, w/ Magnetic Alignment
</td>
<td width="138">
Yes, w/ Magnetic Alignment
</td>
<td width="138">
No
</td>
</tr>
<tr>
<td width="138">
Price
</td>
<td width="138">
High
</td>
<td width="138">
Medium
</td>
<td width="138">
Low
</td>
</tr>
<tr>
<td width="138">
Compatibility
</td>
<td width="138">
Apple Devices
</td>
<td width="138">
Android &amp; Apple Devices
</td>
<td width="138">
&nbsp;
</td>
</tr>
</tbody>
</table>
&nbsp;
*Requires MFM certification to support up to 15W.
&nbsp;

Confused about MagSafe, Qi, and Qi2? Discover the pros, cons, and best use cases for magnetic wireless charging power banks. Learn how ADATA’s R050 and R100 help you charge wirelessly—anytime, anywhere.

Magnetic Power Banks: Qi2 vs. MagSafe & How to Choose

Power banks have become essential for travelers. However, with the increasing number of overseas and business trips, airlines are tightening safety regulations regarding power banks.

Traveling abroad with a power bank? Learn the latest airline regulations, safety tips, and how to choose a flight-approved power bank. Stay powered and compliant with expert advice from ADATA.

Can You Bring a Power Bank on a Plane? | Travel Safety Tips

As artificial intelligence (AI) technologies rapidly evolve, our way of life is undergoing profound changes. From the instant responses of voice assistants and the efficient computing of self-driving cars to the personalized recommendations of e-commerce platforms, AI is becoming the driving force of the future. However, fully implementing AI applications requires immense computational power and efficient data processing, which rely heavily on the speed, stability, and efficiency of storage devices. Solid-state drives (SSDs) have thus become an indispensable cornerstone of AI technology.

High-performance SSDs power generative AI with faster data processing, stable storage, and efficient computing—driving innovations from voice assistants to code generation.

SSDs Drive the Key to Generative AI

With mainstream blockbuster games frequently exceeding 100GB and the PS5's built-in SSD offering limited capacity, many gamers choose to install an M.2 SSD to expand their storage. The primary benefits of PS5 storage expansion include faster game load times, the ability to keep more games installed, and reduced latency and stutter. A compatible SSD for PS5 must deliver a sequential read speed of 5,500MB/s or higher, typically in the M.2 2280 form factor, and equipped with a heatsink to prevent thermal throttling. A capacity of 1TB or above is recommended.

Upgrade your PS5 with an M.2 SSD to enjoy faster load times, expanded storage, and optimized gaming performance. Follow our step-by-step guide to ensure a seamless upgrade.

Enhance Your PS5 with an M.2 SSD: Tips for a Successful Upgrade

An SSD is a type of storage device that uses NAND flash memory to store data persistently, even when the device is powered off. Unlike HDDs, which rely on spinning magnetic platters to read and write data, SSDs have no moving parts. This fundamental difference results in faster speeds, greater reliability, and quieter operation.
<h3>Key Components of an SSD</h3>
&nbsp;
<ul>
<li>Storage Technology (Internal Core): SSDs are built using NAND flash memory, a non-volatile technology that ensures data is retained without requiring a constant power supply. The NAND flash market generated <a href="https://www.statista.com/statistics/275887/nand-flash-manufacturer-sales-worldwide/" target="_blank" rel="noopener">$68.4 billion</a> in revenue in 2022, highlighting its growing significance in the tech industry. This technology enables high-speed data transfer and long-lasting data retention, making it a cornerstone of modern storage.</li>
<li>Form Factor: The physical size and shape of an SSD are referred to as its form factor, and these vary depending on the device and application. Common form factors include:
<ul>
<li>2.5-inch SSDs: These drives mimic the size of traditional HDDs and are widely used as replacements for older storage devices.</li>
<li>M.2 SSDs: Compact and versatile, M.2 SSDs come in various dimensions, such as M.2 2230, M.2 2242, and M.2 2280. The M.2 2280 is the most prevalent, fitting seamlessly into laptops, desktops, and even high-performance servers.</li>
</ul>
</li>
<li>Interfaces: An SSD&rsquo;s interface dictates how it communicates with the computer, impacting speed and compatibility:
<ul>
<li>SATA (Serial ATA): A reliable and widely adopted interface with speeds capped at 600MB/s.</li>
<li>PCIe (Peripheral Component Interconnect Express): A more advanced interface that can deliver speeds exceeding 14,000MB/s with the latest PCIe 5.0 generation.</li>
</ul>
</li>
<li>Transmission Protocols: Protocols handle data flow between the SSD and the system:
<ul>
<li>AHCI (Advanced Host Controller Interface): Originally designed for HDDs, AHCI works with SATA SSDs but limits their speed and efficiency.</li>
<li>NVMe (Non-Volatile Memory Express): Optimized for SSDs, NVMe delivers faster speeds, lower latency, and improved energy efficiency.&nbsp;</li>
</ul>
</li>
</ul>
&nbsp;

Discover the key differences between SATA SSDs and NVMe SSDs. Learn about their specifications, performance, and best use cases to choose the ideal storage solution for your needs.

What’s The Difference: SATA SSD vs. NVMe SSDs

In recent years, <a title="solid-state drives (SSDs)" href="https://en.wikipedia.org/wiki/Solid-state_drive" target="_blank" rel="noopener">solid-state drives</a><a title="solid-state drives (SSDs)" href="https://en.wikipedia.org/wiki/Solid-state_drive" target="_blank" rel="noopener"> (SSDs)</a>&nbsp;have quickly surpassed traditional hard disk drives (HDDs) in terms of speed, reliability, and overall performance. Thanks to their faster data access, enhanced durability, and improved energy efficiency, SSDs have become the preferred storage solution for both consumers and businesses. However, not all SSDs are the same. There are two types: external SSDs and internal SSDs. 
While both provide significant advantages, understanding the differences between them can help you choose the right option for your specific needs. This article will break down the key distinctions in performance, portability, installation, and more to help you make an informed decision.

Discover the key differences between external SSDs and internal SSDs, including performance, portability, installation, and reliability. Learn which type is ideal for your needs and boost your storage efficiency.

Comparing External SSD and Internal SSD: Performance, Portability, and More

Have you ever found your mobile phone low on power at a critical moment? For example, when needing to use GPS navigation in an unfamiliar neighborhood and waiting 3 hours for your phone to charge is not an option. We’ve all been there. Besides ensuring you have a full charge on your phone before going into a situation like this, the next best solution is to have a power bank on hand with fast charging capabilities.

Fast Charging & Protection Mechanism for Power Banks

As solid state drives (SSDs) become cheaper, many consumers will choose SSDs when replacing or upgrading PC and laptop hardware since SSD performance is much better than traditional hard drives (HDDs). These SSDs are inevitably replaced by even faster SSDs. This article will discuss how to properly dispose of old SSDs at a time when information security risks are becoming more and more prevalent. Whether personal privacy, videos, passwords, or business secrets, you do not want your information stolen after replacing an SSD. Thus, you need to consider how to safely clear SSD data.

As solid state drives (SSDs) become cheaper, many consumers will choose SSDs when replacing or upgrading PC and laptop hardware since SSD performance is much better than traditional hard drives (HDDs). These SSDs are inevitably replaced by even faster SSDs. This article will discuss how to properly dispose of old SSDs at a time when information security risks are becoming more and more prevalent. Whether personal privacy, videos, passwords, or business secrets, you do not want your information s

How to Erase Data When Replacing an Old SSD

The hottest topic of 2024 has been &ldquo;high-speed AI computing.&rdquo; However, the public&rsquo;s attention is also focused on the "heat dissipation&rdquo; aspect of AI computing. Although seemingly unrelated topics, there is in fact an inseparable relationship between high-speed computing and heat dissipation. For electronic products, heat management means ensuring operational stability. Poor heat dissipation will cause components to overheat and cause product damage. Good heat dissipation can significantly reduce failure rate. Especially in terms of <a href="https://www.adata.com/us/news/1120/" target="_blank" rel="noopener">overclocked memory</a>, as clock speed rises, it becomes more likely that operating temperature exceed tolerances, which poses a challenge to system stability, performance, and reliability. Therefore, cooling solutions are becoming more and more important in electronic products. Memory heatsinks are limited by motherboard space and cannot exceed a certain volume. Therefore, applying <a href="https://www.adata.com/us/news/1120/" target="_blank" rel="noopener">heat dissipating coating technology to PCBs (printed circuit boards)</a> is an innovative solution for overclocked memory.

The hottest topic of 2024 has been “high-speed AI computing.” However, the public’s attention is also focused on the "heat dissipation” aspect of AI computing. Although seemingly unrelated topics, there is in fact an inseparable relationship between high-speed computing and heat dissipation. For electronic products, heat management means ensuring operational stability. Poor heat dissipation will cause components to overheat and cause product damage. Good heat dissipation can significantly reduce

Overclocked Memory with Heat-Dissipating PCB Coating Surmounts Cooling Challenges

Overclocking is a highly challenging endeavor that requires both skill and patience. It not only improves computer performance, but also gives enthusiasts a sense of accomplishment and fun. When the system fails to boot normally after overclocking, overclockers can stabilize their system by adjusting various parameters such as voltage, DRAM CL value (Column Address Strobe latency), etc. When overclocking is successful, the system will run in a stable manner at the overclocked speed. This is a challenge that many overclockers love. They will post their achievements in HWBot https://hwbot.org which not only provides a platform for competition, but also allows overclockers to share their skills and experiences with their peers.
At the same time, users who do not wish to bother modifying system parameters can use Intel XMP or AMD EXPO one-click overclocking to easily enjoy the speed offered by overclocked memory. This is a convenient way for ordinary users to get started, allowing them to experience the fun of overclocking and the benefits of improved performance.

Overclocking is a highly challenging endeavor that requires both skill and patience. It not only improves computer performance, but also gives enthusiasts a sense of accomplishment and fun. When the system fails to boot normally after overclocking, overclockers can stabilize their system by adjusting various parameters such as voltage, DRAM CL value (Column Address Strobe latency), etc. When overclocking is successful, the system will run in a stable manner at the overclocked speed. This is a ch

No overclocking experience? Everyone is an overclocker with XMP/EXPO

The handheld gaming market has remained quiescent for a number of years as Sony and Nintendo launched their latest consoles and mobile gaming boomed on smartphones. For handheld gamers, playing anytime anywhere holds the greatest appeal and these gaming devices also provide a sense of immersion that is different from mobile games. Renowned market research organization, Gartner, stated that the handheld gaming market will grow to 14.8 million units in 20271. Therefore, handhelds will always have a place in the market. At the end of 2021, Valve launched the hit Steam Deck, ushering in a turning point in the handheld game device market. Brands such as Asus, Razer, MSI, Logitech, AYANEO, etc. began to launch their own products in succession. Even Xbox and SONY are rumored to be working on their own offering. With the proliferation of handhelds, the demand for storage capacity has also increased significantly.
&nbsp;
Current handheld gaming devices bring different features to the table including superior battery life, high-performance hardware, and support for cloud gaming. In terms of cloud gaming, gamers must first subscribe to a streaming service and then prioritize network quality. However, those who prefer not to game through the cloud must have enough storage space to store their favorite games. Let&rsquo;s talk today about how to expand the space of your handheld gaming device.
&nbsp;
Take the two most popular models on the market, the Steam Deck comes in three capacities: 256GB, 512GB, and 1TB, while the ROG Ally only has a 512GB option2. If you wish to upgrade storage capacity, a M.2 2230 form factor SSD is required to swap out onboard storage. For example, the XPG GAMMIX S55 is an M.2 2230 Gen4 SSD specially designed for handhelds. It has a read/write performance of 5,000/3,700MB per second and a maximum capacity of 2TB. Since there are currently few brands on the market with options in excess of 1TB, the 2TB GAMMIX S55 can meet the expansion needs of most gamers.

The handheld gaming market has remained quiescent for a number of years as Sony and Nintendo launched their latest consoles and mobile gaming boomed on smartphones. For handheld gamers, playing anytime anywhere holds the greatest appeal and these gaming devices also provide a sense of immersion that is different from mobile games. Renowned market research organization, Gartner, stated that the handheld gaming market will grow to 14.8 million units in 2027. Therefore, handhelds will always have a

Adding Storage to Steam Deck and ROG Ally

A revolution in performance was ignited when the first Gen5 solid-state drive (SSD) appeared on the market. Various brands launched their own top-notch products and, after unboxing and evaluation by the media, what mysteries have yet to be revealed? Today, let&rsquo;s delve into some secrets that have yet come to light.
&nbsp;
Most people are dazzled when they see <a href="https://www.adata.com/en/consumer/category/ssds/solid-state-drives-legend-970/" target="_blank" rel="noopener">Gen5 SSDs</a> offer high-speed transmission of more than 10,000MB per second. However, they will find that along with high performance, there comes an inability to effectively dissipate heat, causing the SSD to slow down to cool off. Even with a heatsink installed, heat often cannot be dissipated in a timely manner due to limited heatsink surface area, resulting in unstable transmission rate, an accelerated cascading performance decline, and SSD failure. Due to manufacturing limitations, most SSDs still utilize the 12nm process. Barring future process advancements, Gen5 SSDs cannot be used without installing a heat dissipation device.

A revolution in performance was ignited when the first Gen5 solid-state drive (SSD) appeared on the market. Various brands launched their own top-notch products and, after unboxing and evaluation by the media, what mysteries have yet to be revealed? Today, let’s delve into some secrets that have yet come to light.

Gen5 SSD Active Cooling Showdown

2023 has been a groundbreaking year for Generative AI (Artificial Intelligence) across various fields. By the end of the year, another buzzword has taken center stage, AI PC! What is AI PC? To put it simply, AI PC can be seen as an upgraded PC architecture. It is broadly defined as a computer device with generative AI functions without the need of a cloud platform. It has the same CPU (central processing unit) and GPU (Graphics Processor Unit) as a traditional PC and an additional NPU (Neural Processing Unit) that traditional PCs do not possess. The NPU can quickly process large amounts of data at lower power consumption and is paired with a local LLM (Large Language Model) to further accelerate the development of generative AI in industry, commerce, and education.
&nbsp;
So what is the connection between AI computing, AI PC, and memory? If we compare an AI​​system to a brain, computer memory would equate to the brain&rsquo;s memory areas. Just like the human brain needs to store and retrieve information for learning and decision-making, AI PCs also need memory to store and manage data and model parameters. Since memory is storing data used by large-scale language models, access speed also affects AI computing performance for different tasks. Furthermore, AI PC generally refers to the use of generative AI on a PC without the need to connect the device to the cloud. Even if the PC does not have a network connection, generative AI can still be used on the device.

2023 has been a groundbreaking year for Generative AI (Artificial Intelligence) across various fields. By the end of the year, another buzzword has taken center stage, AI PC! What is AI PC? To put it simply, AI PC can be seen as an upgraded PC architecture. It is broadly defined as a computer device with generative AI functions without the need of a cloud platform. It has the same CPU (central processing unit) and GPU (Graphics Processor Unit) as a traditional PC and an additional NPU (Neural Pr

Why is DRAM important for AI PCs?

As consoles specifications become more and more powerful and streaming platform popularity increases, many video and audio creators have been infused with creative energy. However, upon in-depth inspection, we find that the specifications required in different creative fields are not equal and creators have not done enough homework, leaving certain creators in a conundrum. This article recommends products with suitable specifications based on the importance of memory (DRAM and SSD) and the level of the creator.
&nbsp;
Let us start with DRAM. Every piece of work will be post-produced more or less using software such as Premiere Pro, Photoshop, After Effects, Adobe Audition, Animate, Media Encoder, Dreamweaver, etc. When the system lags, creators often fall into the trap of upgrading DRAM as much as possible as long as it does not blow their budget. Of course, more memory typically leads to increased computational efficiency. This is an immutable fact, and one that causes manufacturers to give much thanks, but we can still perform some careful calculations.
&nbsp;
We require enough memory to load a computer's operating system, launch the required video editing software, edit videos effortlessly, open multiple applications, and keep system background tasks running. Generally, the more tasks you multi-process, the more memory capacity you need to perform these tasks such as processing large files, multiple files, 3D rendering, modeling, etc. It is important for creators to consider the amount of memory required for the type and amount of video material that requires editing.

As consoles specifications become more and more powerful and streaming platform popularity increases, many video and audio creators have been infused with creative energy. However, upon in-depth inspection, we find that the specifications required in different creative fields are not equal and creators have not done enough homework, leaving certain creators in a conundrum. This article recommends products with suitable specifications based on the importance of memory (DRAM and SSD) and the level

DRAM and SSDs: The Key to Content Creation

As technology becomes ever more sophisticated, the demand for large file transfers and backups continues to grow accordingly. As a result, the need for high-speed external storage devices is also on the rise. However, when consumers use external storage devices, they sometimes find that file write speeds are not as fast as expected. When this happens, it may be due to Windows system settings!
&nbsp;
Users can use storage device policy settings to change the way Windows manages storage devices. Windows default policies include "quick removal" and "better performance." In order for ADATA to allow consumers fast access to external storage devices, the following instructions primarily explain how to set up "Better Performance" in the Windows system to improve the system management performance of storage devices. When this policy is in effect, Windows can cache write operations to external devices. However, when plugging and unplugging external storage devices from the system, consumers must use the Safely Remove Hardware process to remove the external disk to ensure the integrity of the data on the device.

As technology becomes ever more sophisticated, the demand for large file transfers and backups continues to grow accordingly. As a result, the need for high-speed external storage devices is also on the rise. However, when consumers use external storage devices, they sometimes find that file write speeds are not as fast as expected. When this happens, it may be due to Windows system settings!

Improve the performance of external storage devices in Windows

Gaming enthusiasts and professional creators are always looking for the fastest performance to handle the latest games and high-resolution videos. At the same time, storage needs continue to increase. Where 1TB was previously considered sufficient, now a mere 4-5 AAA games will fill your drive to bursting. For example, popular games such as Baldur's Gate 3, Star Wars: Jedi Survivor, and Modern Warfare 3 each require 100 to 150GB of space. Coupled with DLC and game progress, and it really gets people thinking about upgrading to a larger SSD! This article discusses the benefits of large-capacity SSDs by dividing them into factors such as "the basic storage unit of flash memory," "wear leveling algorithm," and "terabytes written (TBW)."
&nbsp;
1. The basic storage unit of NAND flash&nbsp;
Firstly, the component that determines the capacity of a SSD is the NAND flash chip. The greater the number of chips, the greater the capacity of the SSD. A NAND flash chip is a package of "Dies" cut from a wafer. Each Die is composed of Plane, Block, Page, and Cell units of different sizes. Cells are also divided into SLC, MLC, TLC and QLC based on the number of bits that can be stored.

Gaming enthusiasts and professional creators are always looking for the fastest performance to handle the latest games and high-resolution videos. At the same time, storage needs continue to increase. Where 1TB was previously considered sufficient, now a mere 4-5 AAA games will fill your drive to bursting. For example, popular games such as Baldur's Gate 3, Star Wars: Jedi Survivor, and Modern Warfare 3 each require 100 to 150GB of space. Coupled with DLC and game progress, and it really gets pe

What are the benefits of large capacity SSDs?

Energy-conservation and carbon reduction can be achieved through the use of PCR

Eco-friendly Materials are in Vogue! What is PCR?

For the longest time, people have paid little attention to storage device temperatures. However, as current PCs become ever smaller and M.2 SSD (solid state drive) transmission interfaces advance into the next generation, the question arises: Do M.2 SSDs require heat dissipation? If so, what type? Are cooling mechanism really effective? Recently, it seems like these topics are constantly on everyone’s lips. So, let us talk about the essentials of heat dissipation.

Exposing the Secrets of SSD Cooling

As the performance of mobile devices continues to improve, users have greater expectations for fast charging and data transmission. What should be prioritized when choosing <a href="https://www.adata.com/en/consumer/category/usb-cables/usb-c-to-usb-c-cable/" target="_blank" rel="noopener">Type-C charging cables and chargers</a>? The following four purchasing tips will teach consumers how to choose the product that fits best!

As the performance of mobile devices continues to improve, users have greater expectations for fast charging and data transmission. What should be prioritized when choosing Type-C charging cables and chargers? The following four purchasing tips will teach consumers how to choose the product that fits best!

Type-C Charging Accessory Selection Guide: 4 Key Tips!

A new generation of platforms and technologies are changing the way we use computers. As a representative of high-performance memory modules, CUDIMM is specifically designed for the latest systems and aims to fully utilize the overall performance of the computer. It not only delivers excellent speed and stability, but also maintains a reserve of potential performance for future needs.
&nbsp;
CKD improves performance
&nbsp;
CUDIMM fully complies with the latest JEDEC standards and features a built-in CKD (Clock Driver). This technology unlocks the following advantages:
<ul>
<li>Reduced signal attenuation and noise: improves memory stability and maintains reliable performance even when running at high frequencies.</li>
<li>Improved operational performance: the CKD supports stable operation of memory at a speed of 6400MT/s, reaching 9,000MT/s after overclocking, and meeting the needs of high-performance applications.</li>
</ul>
&nbsp;
In addition, JEDEC named these new memory modules CKD CUDIMM (desktop memory) and CSODIMM (notebook memory) to distinguish them from traditional memory module designs.

CUDIMM DDR5 redefines memory performance for the latest systems, including Intel® Core™ Ultra processors. Experience unmatched speed, stability, and compatibility, from gaming to AI, with JEDEC-compliant CUDIMM.

Getting to Know CUDIMM: Performance Breakthroughs for a New Generation of Memory Modules

"How should I choose between DDR5 and DDR4?" is a common question for many users when building a desktop or upgrading laptop memory. As the latest evolution in DRAM technology, DDR5 main memory modules are engineered to meet the growing demands of modern computing. Mainstream DDR5 clock speeds range from 4800 MT/s to 7200 MT/s, with overclocking pushing past 10,000 MT/s. Furthermore, DDR5 features an on-module PMIC and on-die ECC, doubles bandwidth compared to DDR4 up to 51.2 GB/s, and supports capacities of up to 128GB per module.
&nbsp;
DDR5 is primarily divided into three DIMM form factors based on workload: consumer desktops typically use low-latency UDIMMs, which balance cost and performance as the mainstream choice for building the best gaming rigs; laptops and mini PCs adopt compact SODIMMs; and enterprise servers and workstations rely on registered RDIMMs equipped with a register buffer to achieve ultimate stability and capacity expansion. When purchasing, always verify motherboard compatibility and ensure adequate thermal solutions to maintain a stable, smooth experience across AI computing, 4K/8K video editing, and demanding workloads.

Discover how DDR5 memory enhances computing with faster data rates, improved efficiency, and higher capacity. Perfect for gaming, AI, and data centers.

Comprehensive Guide to DDR5 Memory

When evaluating desktop or laptop memory upgrades, deciding "how much RAM do I need" and "how to choose between DDR4 and DDR5" are core considerations. DDR4 transfer rates range from 2133 to 3200 MT/s, offering exceptional cost-effectiveness and broad motherboard compatibility, remaining a reliable choice for gamers selecting the best RAM for gaming. In contrast, DDR5 memory modules start at 4800 MT/s with theoretical bandwidth of up to 51.2 GB/s, attained dual 32-bit subchannels per module, an on-module PMIC, and on-die ECC functionality. In addition to verifying motherboard compatibility, purchasing decisions should factor in workload requirements: DDR4 delivers stable performance for mainstream gaming and multitasking, whereas DDR5 serves as a key upgrade for unleashing performance in AI computing or 4K/8K content creation.

Learn the differences between DDR4 vs. DDR5 RAM, including speed, bandwidth, and performance, to determine which best suits your computing needs.

DDR4 vs. DDR5: All Differences between DDR4 and DDR5

Memory modules are vital components in computer and server systems. As computing demands grow, memory technology continues to evolve. This article will provide an analysis on the three primary types of DDR5 memory: UDIMM (Unbuffered DIMM), RDIMM (Registered DIMM) and CUDIMM (Clocked Unbuffered DIMM), which are about to become the new standard for consumer desktop DDR5 memory. This analysis will explore core features, applications, and importance in the AI ​​era.

Memory modules are vital components in computer and server systems. As computing demands grow, memory technology continues to evolve. This article will provide an analysis on the three primary types of DDR5 memory: UDIMM (Unbuffered DIMM), RDIMM (Registered DIMM) and CUDIMM (Clocked Unbuffered DIMM), which are about to become the new standard for consumer desktop DDR5 memory. This analysis will explore core features, applications, and importance in the AI era.

Future Trends in DDR5 Memory: Comprehensive Analysis of UDIMM, RDIMM, and CUDIMM

Have you ever bought a new solid state drive (SSD) and wondered what to do with the old one that was still usable? Even though it takes up space, you can&rsquo;t bear to throw it away? The author recommends a method that is both environmentally friendly and practical: with a little ingenuity, these "retired" drives can be transformed into external storage devices, giving old SSDs a new lease of life!
Though many older SSDs are actually still functional, their capacity or speed just no longer meet user needs. Instead of throwing them away, give them a second chance. Just buy an <a href="https://www.adata.com/en/consumer/category/external-ssds-and-hard-drives/?brand=consumer&amp;type=External%20Enclosure" target="_blank" rel="noopener">SSD enclosure</a>, drop in the old SSD, and turn it into a brand new drive that is perfect for when dissembling and upgrading computer storage is inconvenient, you are financially constrained from spending money to buy a new drive, or you are traveling or working and need to access important files, photos, and videos. As long as you have an external enclosure, not only are you extending the service life of an SSD, but internal drives can also be replaced according to users&rsquo; performance requirements while reducing the generation of electronic waste.
&nbsp;
In order to make it easy for all consumers to breathe new life into their drives, ADATA has launched a series of <a href="https://www.adata.com/en/consumer/category/external-ssds-and-hard-drives/?brand=consumer&amp;type=External%20Enclosure" target="_blank" rel="noopener">external HDD/SSD enclosures</a>, all of which are designed with a focus on simple installation that is suitable for the most inexperienced computer novices!!
&nbsp;
The EC600 external HDD/SSD enclosure is a rare external SSD enclosure that uses recycled plastic. The EC600&rsquo;s casing is made of 85% PCR plastic which reduces carbon emissions by 74% across the product cycle. Drives can be installed into the EC600 in three simple steps without any tools.

Have you ever bought a new solid state drive (SSD) and wondered what to do with the old one that was still usable? Even though it takes up space, you can’t bear to throw it away? The author recommends a method that is both environmentally friendly and practical: with a little ingenuity, these "retired" drives can be transformed into external storage devices, giving old SSDs a new lease of life!

Renew Your Old SSDs: An Analysis of External Drive Enclosures Turn your SSD into a great mobile storage assistant!

Since the European Union (EU) passed regulations mandating all mobile phone and tablet manufacturers uniformly adopt USB Type-C charging specifications by December 2024, the iPhone 15 series has started using a <a href="https://www.adata.com/us/consumer/category/usb-cables/usb-c-to-usb-c-cable/" target="_blank" rel="noopener">Type-C charging</a> connector to comply with these regulations. Thus, consumers no longer need to purchase charging cables and chargers of different specifications, greatly reducing the generation of electronic waste.
&nbsp;
The consolidated use of USB interfaces is even more revolutionary for charging mobile devices. Our demand for data continues to increase as the multitudes use AI for tasks such as rendering detailed illustrations or generating large image files. Consequently, the unification of interfaces is not limited to improving data and power transmission efficiency, but also lays the necessary foundation for the development of AI technology.
&nbsp;
The file size of any casual high-definition video shot on a mobile phone can be as large as 1GB. However, the built-in capacity of mobile phones is limited. The adoption of the <a href="https://www.adata.com/us/consumer/category/usb-cables/usb-c-to-usb-c-cable/" target="_blank" rel="noopener">Type-C interface</a> as a general trend facilitates the expansion of storage capacity and the transfer of large files, efficiently and conveniently sharing data between laptops, tablets, and external storage devices. The demand for seamless connections between various devices will greatly accelerate the adoption of universal <a href="https://www.adata.com/us/consumer/category/usb-cables/usb-c-to-usb-c-cable/" target="_blank" rel="noopener">Type-C applications</a>.
&nbsp;

Since the European Union (EU) passed regulations mandating all mobile phone and tablet manufacturers uniformly adopt USB Type-C charging specifications by December 2024, the iPhone 15 series has started using a Type-C charging connector to comply with these regulations. Thus, consumers no longer need to purchase charging cables and chargers of different specifications, greatly reducing the generation of electronic waste.

Create a Seamlessly Connected Life: Efficient Charging and File Transfer with USB Type-C Interface

Memory cards are a very common storage tool in everyday life. With the introduction of 8K resolution in video and audio recording, users will have higher expectations when it come to the transmission performance of memory cards.
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There are many different types of SD memory cards on the market, all of which comply with the standards established by the SD Association(SDA). If you want to understand SD memory card specifications and how to choose a SD memory card that suits your needs, you can refer to the previous QuikTIPS article "<a href="https://www.adata.com/en/quikTips/29/" target="_blank" rel="noopener">Things to Know Before Buying a Memory Card!</a>"

Memory cards are a very common storage tool in everyday life. With the introduction of 8K resolution in video and audio recording, users will have higher expectations when it come to the transmission performance of memory cards.

SD Express Card with SSD-Level Performance

With the continuous development of new generations of Intel and AMD CPUs, performance has continuously improved, but correspondingly, Thermal Design Power has also risen. Therefore, more and more gamers who gravitate to high performance gaming systems are choosing all-in-one CPU liquid coolers which confer higher heat dissipation efficiency. However, AIO CPU liquid coolers usually require higher budgets. Therefore, players with budget considerations and personal preferences usually choose tower-type air-cooled radiators to cool CPUs.

Are you team air-cooled CPU or liquid-cooled CPU? 
With the continuous development of new generations of Intel and AMD CPUs, performance has continuously improved, but correspondingly, Thermal Design Power has also risen. Therefore, more and more gamers who gravitate to high performance gaming systems are choosing all-in-one CPU liquid coolers which confer higher heat dissipation efficiency. However, AIO CPU liquid coolers usually require higher budgets.

Save Space with Low-profile Memory Module Heatsinks

People who have been keeping an eye on Solid-State Drives (SSDs) may have noticed the growing acceptance of PCIe Gen4 SSDs in recent years. With pricing gradually reaching a favorable point and gaining market popularity, so why has this trend been derailed by PCIe Gen5 SSDs from the beginning of this year?! Is this new generation making its debut too quickly, or are manufacturers simply showcasing their capabilities? Let's find out together.

People who have been keeping an eye on Solid-State Drives (SSDs) may have noticed the growing acceptance of PCIe Gen4 SSDs in recent years. With pricing gradually reaching a favorable point and gaining market popularity, so why has this trend been derailed by PCIe Gen5 SSDs from the beginning of this year?! Is this new generation making its debut too quickly, or are manufacturers simply showcasing their capabilities? Let's find out together.

Deciphering Gen5 SSDs and Their Industrial Applications

PCIe Gen4 is the fourth generation of the PCI Express specification. As the subsequent iteration of Gen3, Gen4’s data transfer rate is twice that of PCIe Gen 3, enabling PCIe Gen 4 devices to transfer data at a faster speed. PCIe Gen3 operates at a data transfer rate of 8 GT/s (gigatransfers per second), which translates to roughly 1 GB/s (gigabits per second) per PCIe lane. In comparison, PCIe Gen4 operates at 16 GT/s, converting to about 2 GB/s per PCIe lane.

What are the Differences between Gen4 and Gen3 PCIe M.2 SSDs?

In fact, before building a PC, consumers will usually look for a storage device that suits their needs. For example, if users frequently move large files, SSDs with high sequential read and write speeds are ideal. For everyday tasks, users may care more about 4K random read and write performance. In addition, heatsinks with excellent heat dissipation may be a consideration that affects system stability.

How do I Choose the Right PCIe Gen4 M.2 SSD?

The PS5’s built-in hard drive capacity is 825GB or about 667GB after space occupied by the operating system is deducted. This remaining capacity tends to run out fast for the many gamers who play AAA games that frequently clock in at 200-300GB per game. In response, SONY officially announced M.2 SSDs as compatible expansion options in 2021. As long as the SSD conforms to officially announced expansion specifications, you can install it to enjoy smooth gaming.

How Can PS5 Storage Be Expanded?

DDR5 U-DIMM modules have the same dimensions and pin count as DDR4 modules. The most obvious difference is the position of the fool-proof notch. Also, DDR5 integrates I/O resistors with CMD/ADD resistors. Also, the appearance of DDR5 modules are cleaner than DDR4. In addition, you can see a PMIC in the center.

DDR5 vs DDR4: Is It Time To Upgrade Your RAM?

As people rely more and more heavily on technology, not only does everyone have a mobile phone each, some people may also own several portable devices. Therefore, choosing a good portable power bank has become an issue that people are more and more concerned about. However, most people think that there are no worries once they’ve chosen a safe and qualifed portable power bank. It is because portable power banks are becoming more and more common that made people easily neglect the fact that portable power banks also require correct usage habits. People often forget that portable power banks that are available everywhere and can be used anywhere, also require correct storage; they can be easily damaged due to carelessness!Next, let’s see if you have the following charging habits; we’ll also share some tips on how to use portable power banks and how to store them correctly in order to prolong the usage life of your portable power bank.

As people rely more and more heavily on technology, not only does everyone have a mobile phone each, some people may also own several portable devices. Therefore, choosing a good portable power bank has become an issue that people are more and more concerned about. However, most people think that there are no worries once they’ve chosen a safe and qualifed portable power bank. It is because portable power banks are becoming more and more common that made people easily neglect the fact that porta

How to Keep the power bank properly?

3C products are now integral to our modern lives, and as a result, the efficiency and performance of these products are key considerations for consumers. In particular, the speed of data transmissions between mobile phones, computers and storage devices is a key factor, and thus new products and technologies are constantly being introduced. For the average consumer, deciding which product is right for them can be confusing and unclear. Their instincts will push them to pick a product with the fastest transmission speeds. However, consumers may feel actual transmission speeds are not as fast as they like or may be confused as to why actual transmission speeds are lower than claimed.

3C products are now integral to our modern lives, and as a result, the efficiency and performance of these products are key considerations for consumers. In particular, the speed of data transmissions between mobile phones, computers and storage devices is a key factor, and thus new products and technologies are constantly being introduced. For the average consumer, deciding which product is right for them can be confusing and unclear. Their instincts will push them to pick a product with the fa

Get the most out of USB 3.2 Gen2

Device manufacturers are constantly releasing new products every year. With each new product comes new specifications, and that can be a confusing mess. One such example is USB 3.0. What does it mean and how does it relate in comparison to USB 3.1 and USB 3.2? What then does Gen1 and Gen2 mean? Let us help you clear up the confusion.

Get the Low Down on USB

The pursuit of faster speeds and lower energy consumption has always been a major driver of technological advancement. The field of memory is no exception. With each successive generation of new memory, each is faster, higher in capacity, and more energy efficient.

When speed and capacity of DDR3 memory reached a bottleneck, and DDR3L could no longer provide significant improvements in energy consumption, DDR4 memory was born. From the figure below, we can see that DDR4 has reduced the required voltage from 1.2V compared to 1.35V for DDR3L. What’s more, DDR4 is 50% faster than DDR3L.

The pursuit of faster speeds and lower energy consumption has always been a major driver of technological advancement. The field of memory is no exception. With each successive generation of new memory, each is faster, higher in capacity, and more energy efficient. When speed and capacity of DDR3 memory reached a bottleneck, and DDR3L could no longer provide significant improvements in energy consumption, DDR4 memory was born. From the figure below, we can see that DDR4 has reduced the required

What is DDR4?

When buying a memory card you might come across a whole host of different memory card types and sizes. And like most people, you might ask yourself, &ldquo;what does this all mean?&rdquo; Read on and let us help you clear up the confusion.

When buying a memory card you might come across a whole host of different memory card types and sizes. And like most people, you might ask yourself, “what does this all mean?” Read on and let us help you clear up the confusion.

Things to Know Before Buying a Memory Card

Many people who are new to computers often confuse memory with hard drives as both are listed in regards to capacity on specification tables. Let’s take a closer look at what memory actually does.

The main function of memory is to store data that is to be processed by the CPU, and provide the latter with access to the data at any given time. Therefore, memory is also called buffer memory and cache memory. In a computer, the memory also exists in various forms, such as cache memory inside the CPU, buffer memory inside the hard disk, and the video memory on the graphics card (Video Memory). ). In this article, we will be introducing system memory - the DRAM installed on the motherboard.

Computers have hard drives which store data permanently as magnetic information, but even with the improved speed of today's hard drive technology. Hard drives are still too slow to keep up with the needs of the CPU since it can operate on considerably more information per second than can possibly be transferred to and from the hard drive. This is where the need for a fast, short-term memory solution comes in, a memory space that provides very fast access for the CPU so data can be written and read as needed without slowing down the system when performing task such as streaming movies, processing images, or running games.

(The key function of memory is to act as a buffer between the high-speed CPU and low-speed hard disk.)

Many people who are new to computers often confuse memory with hard drives as both are listed in regards to capacity on specification tables. Let’s take a closer look at what memory actually does. The main function of memory is to store data that is to be processed by the CPU, and provide the latter with access to the data at any given time. Therefore, memory is also called buffer memory and cache memory. In a computer, the memory also exists in various forms, such as cache memory inside the CPU

What does memory do?

From the earliest days of the PC, the need to back up and store data has always been present. Overtime the means of meeting these needs have evolved from floppy disks and CDs to external hard disks, USB flash drives and other external portable storage devices today. Throughout this evolution, people have continually pursued more compact form factors, higher capacities, faster transfer speeds, and even more reliability

From the earliest days of the PC, the need to back up and store data has always been present. Overtime the means of meeting these needs have evolved from floppy disks and CDs to external hard disks, USB flash drives and other external portable storage devices today. Throughout this evolution, people have continually pursued more compact form factors, higher capacities, faster transfer speeds, and even more reliability

Should I get an external HDD or SSD?

Today it is common to see consumer electronic products labeled as dustproof and waterproof, and this is most commonly done via the IP Rating standard, which include ratings such as IP68, IP57, IPX7, IP5X and more. But what is the IP Rating standard? What are the differences between each of the ratings? Let us clear up the confusion for you.

IP Protection Rating Explained

As more of our entertainment and work migrate to our mobile devices, we are ever more reliant on mobile batteries to power our devices. At present, lithium batteries are the most common. Lithium batteries can be generally divided into two main types, namely lithium-ion batteries and lithium-ion polymer batteries. Compared with earlier nickel-metal hydride batteries, lithium batteries have the advantages of being able to be charged and discharged more rapidly, and not have as much of a "memory effect," which occurs when a battery is recharged before it is fully empty.

As more of our entertainment and work migrate to our mobile devices, we are ever more reliant on mobile batteries to power our devices. At present, lithium batteries are the most common. Lithium batteries can be generally divided into two main types, namely lithium-ion batteries and lithium-ion polymer batteries. Compared with earlier nickel-metal hydride batteries, lithium batteries have the advantages of being able to be charged and discharged more rapidly, and not have as much of a "memory ef

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How to choose a memory card for dash cams? A complete guide to memory card specification and maintenance tips

RAM Explained: How Much Memory Do You Really Need?

What is PCIe: The Hidden Bandwidth Behind Faster SSD Performance

Unlock More Space: The Ultimate External SSD Guide for PS5

DIMM Memory Guide: Memory Type and Installation Precautions

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Inspire the AI Future

Product Category

USB Flash Drives

SSD

Desktop Memory

Memory Cards

External HDD

Power Banks

Chargers

Charging Cables

Campaigns & Events

ADATA Photography Contest

XPG Dream Build

New Product Concept Campaign

XPG DRAM Overclocking Challenge

Meet ADATA Ambassadors

Compatibility Search

Search by ADATA Product

Search by Device

News

Support

Download

Product Registration

Knowledge Center - QuikTIPS

How to choose a memory card for dash cams? A complete guide to memory card specification and maintenance tips

RAM Explained: How Much Memory Do You Really Need?

What is PCIe: The Hidden Bandwidth Behind Faster SSD Performance

Unlock More Space: The Ultimate External SSD Guide for PS5

DIMM Memory Guide: Memory Type and Installation Precautions