Should You Buy 16GB, 32GB or 64GB RAM in 2026? DDR5 Prices Are Rising Again — Here’s What PC Builders Should Choose

Buying RAM used to be one of the easier decisions when building a gaming PC.

Choose enough capacity.

Buy a reasonably fast kit.

Enable XMP or EXPO.

Done.

In 2026, however, the decision has become considerably more complicated.

Modern desktop platforms offer DDR5 kits ranging from relatively modest speeds to enthusiast memory running well beyond 7000 MT/s. Gaming systems increasingly use 32GB, professional workloads can benefit from 64GB or more, and current Intel platforms have introduced newer CUDIMM memory configurations.

At the same time, the global memory market has become unusually expensive.

Tom's Hardware reported in its July 27, 2026 RAM price tracker that memory has become one of the most expensive and volatile parts of a PC build because of the continuing DRAM shortage, with DDR4 and DDR5 pricing fluctuating significantly.

The situation hasn't improved much in August.

Recent reports continue to describe dramatically elevated DDR5 prices, while PC component manufacturers are also dealing with higher memory costs.

That creates an important question for anyone building or upgrading a PC in Pakistan:

How much RAM should you actually buy?

For most modern gaming PCs, 32GB is the practical target.

But that doesn't mean every user needs 32GB—or that 64GB is unnecessary.

The correct answer depends on what your PC actually does.

RAM Capacity and RAM Speed Are Different Decisions

Before comparing 16GB, 32GB and 64GB, separate two specifications:

Capacity

and

Speed.

A kit described as:

32GB DDR5-6000

contains two different pieces of information.

32GB tells you how much memory is available.

6000 MT/s describes the memory's transfer rate.

Neither automatically tells you the other.

You can have:

16GB DDR5-6000

32GB DDR5-6000

64GB DDR5-6000

and many other combinations.

For most users, choosing sufficient capacity should come before chasing extreme memory speed.

What Does RAM Actually Do?

RAM provides fast temporary storage for information the CPU and applications need while the computer is operating.

Your system uses memory for:

• Windows
• Games
• Browsers
• Discord
• Launchers
• Background software
• Video editing
• Photoshop
• Development tools
• Virtual machines
• Local AI workloads
• Other active applications

Unlike SSD storage, RAM isn't intended for permanent file storage.

Its job is to make actively required data quickly accessible.

When a system doesn't have enough RAM, Windows may need to rely more heavily on storage-based virtual memory.

An NVMe SSD is extremely fast compared with an HDD.

But it's still not a substitute for sufficient system RAM.

Is 16GB RAM Still Enough in 2026?

Yes—for some PCs.

16GB hasn't suddenly become unusable.

It can still be appropriate for:

• Office PCs
• Web browsing
• School systems
• Basic productivity
• Entry-level gaming
• Esports PCs
• Budget builds

If the choice is between:

16GB RAM + substantially better GPU

and

32GB RAM + significantly weaker GPU

the 16GB configuration may still produce the better gaming experience depending on the games involved.

PC building is about balancing the complete system.

However, 16GB now provides less breathing room than it once did.

Why 16GB Can Become Tight for Gaming

The problem isn't necessarily that a game alone needs the entire 16GB.

A gaming PC may simultaneously run:

Windows

Game

Steam

Discord

Browser tabs

RGB software

Hardware monitoring

Antivirus

Game launcher

When those workloads accumulate, available memory can disappear quickly.

That can create situations where a game technically works with 16GB but the overall system experience becomes less comfortable.

This is one reason 32GB has become increasingly attractive.

32GB Is the Practical Gaming Target in 2026

For a new mid-range or high-end gaming PC, 32GB is a sensible capacity target.

A typical configuration is:

2 × 16GB

rather than a single 32GB module.

32GB provides significantly more room for:

• Modern games
• Windows
• Discord
• Browsers
• Game launchers
• Streaming utilities
• Background applications
• Light content creation

without immediately entering workstation-level memory capacity.

It also gives the system additional headroom for future software.

Given today's memory prices, however, buyers should compare the complete cost rather than treating 32GB as mandatory for every budget PC.

Do You Need 64GB RAM?

Most gaming PCs do not need 64GB purely to increase FPS.

But 64GB can be extremely useful for workloads such as:

• 4K video editing
• Large Photoshop projects
• After Effects
• Professional content creation
• Virtual machines
• Software development
• Large engineering applications
• Heavy multitasking
• Local AI workloads
• Large datasets

A creator who games and works on the same machine may therefore have a much stronger reason to choose:

2 × 32GB

than someone building a PC exclusively for gaming.

64GB Doesn't Automatically Make Games Faster

This distinction is important.

If a game and the rest of the system are comfortably using less than 32GB, installing 64GB doesn't automatically double performance.

RAM capacity behaves differently from GPU performance.

Additional capacity is valuable when the system needs it.

If the workload doesn't need it, much of that additional RAM may simply remain unused.

So don't buy 64GB because:

“More RAM always means more FPS.”

It doesn't.

What About 96GB and 128GB?

DDR5 platforms have expanded desktop memory capacity considerably.

High-capacity configurations can make sense for specialized systems involving:

• Professional rendering
• Virtualization
• Large scientific workloads
• Software development environments
• Local AI models
• Engineering
• Large media projects

But those aren't ordinary gaming requirements.

If you're building a PC primarily for games, money spent moving from 32GB to an enormous memory configuration may provide less benefit than upgrading the graphics card, processor or storage.

The Current RAM Shortage Changes the Buying Decision

Normally, buying additional RAM “just in case” might not be a major financial concern.

The 2026 market is different.

Tom's Hardware describes the current memory market as unusually volatile because of the ongoing global DRAM shortage.

More recent reporting shows that DDR5 kits remain dramatically more expensive than they were before the shortage intensified.

Corsair has also reported that higher component costs are affecting its gaming-component business rather than simply translating into huge profits from expensive RAM kits.

For PC builders, the lesson is simple:

Don't overbuy RAM capacity you have no realistic use for.

During a memory shortage, unused RAM is particularly expensive headroom.

Why Is RAM So Expensive in 2026?

The current memory situation is connected to broader semiconductor demand.

AI infrastructure requires enormous amounts of memory, including high-bandwidth memory used with accelerators.

Recent reports continue to show memory supply pressure extending well beyond ordinary desktop DDR5.

For example, reporting in August indicates that memory availability is affecting decisions around future AI hardware configurations as manufacturers compete for supply.

Consumer DDR5 isn't identical to HBM used in AI accelerators.

But manufacturers operate within a wider memory industry where production investment and demand increasingly reflect the enormous growth of AI infrastructure.

That contributes to a much more complicated supply environment for PC builders.

Should You Wait for RAM Prices to Fall?

Predicting memory prices is extremely difficult.

DRAM has historically experienced cycles of oversupply and shortage.

But buying decisions should be based on whether you actually need the computer.

If you're building today, waiting indefinitely for RAM prices to return to previous lows may not be practical.

If you already have a perfectly functional system and simply want to upgrade from:

32GB → 64GB

without any workload requiring it, waiting becomes much easier.

The urgency depends on the use case.

DDR5 Speed: What Does 6000 MT/s Mean?

DDR5 kits are commonly advertised using numbers such as:

DDR5-4800

DDR5-5600

DDR5-6000

DDR5-6400

DDR5-7200

and higher.

Technically, these figures represent mega transfers per second, or MT/s.

You'll still frequently see retailers and users informally write “MHz,” but MT/s is the more accurate way to describe the effective transfer rate.

Higher transfer rates provide greater theoretical memory bandwidth.

But faster doesn't automatically mean better in every system.

Memory Speed Has to Work With the CPU

Your CPU contains an integrated memory controller.

That controller has limits.

Motherboard design also matters.

A memory kit capable of extremely high speeds doesn't guarantee that every CPU and motherboard combination will operate at those settings.

Memory stability depends on factors including:

• CPU memory controller
• Motherboard
• BIOS
• DIMM configuration
• Number of modules
• Memory ICs
• Timings
• Voltage
• Capacity

This is why RAM compatibility should be checked as a CPU + motherboard + memory combination.

AMD Ryzen 9000 and DDR5

AMD Ryzen 9000 desktop processors use the AM5 platform and DDR5 memory.

For builders, it's important to distinguish between:

officially supported JEDEC memory speeds

and

EXPO memory overclocking profiles.

A memory kit marketed as DDR5-6000 EXPO is using an overclocked memory profile rather than simply operating at its rated speed automatically in every system.

That doesn't make EXPO unusual.

It's how enthusiast desktop memory is commonly used.

But it explains why compatibility and stability still matter.

Why DDR5-6000 Is Popular With AM5 Builders

DDR5-6000 has become a very common performance target for AM5 gaming PCs.

Current 2026 buying guidance continues to identify DDR5-6000 CL30 as a strong balance of latency, performance and stability for Ryzen systems.

That doesn't mean:

Every Ryzen CPU guarantees DDR5-6000 CL30.

Memory overclocking still depends on the individual CPU, motherboard, BIOS and memory kit.

It means 6000 MT/s has become a widely used enthusiast target rather than requiring buyers to chase extreme DDR5 frequencies.

Faster RAM Isn't Always Better for Ryzen

Suppose you're comparing:

DDR5-6000 CL30

and

DDR5-7600 CL36.

The second kit has a much larger transfer-rate number.

That doesn't automatically mean it will provide better gaming performance on every Ryzen system.

At higher memory frequencies, controller ratios and latency behavior can change.

Stability can also become more difficult.

This is why experienced PC builders frequently prioritize:

good latency + sensible speed + stability

instead of simply purchasing the fastest RAM specification available.

Intel Core Ultra Has Different Memory Behavior

Intel's current desktop platform approaches memory differently.

Intel officially lists DDR5-6400 memory support as a platform feature for Core Ultra 200S desktop processors, subject to configuration.

Intel's documentation notes that maximum memory speed depends on DIMM configuration and that additional DIMM loading can reduce supported speed.

That last point is extremely important.

Adding more memory modules can make very high DDR5 speeds harder to achieve.

Intel Core Ultra 200S Plus Pushes Memory Further

Intel's newer Core Ultra 200S Plus processors extend official memory capability further.

Intel announced in March 2026 that Core Ultra 200S Plus supports DDR5-7200 MT/s, up from DDR5-6400 on the non-Plus Core Ultra 200S family.

Intel also says the platform supports its Core Ultra 200S Boost profile with warranty support for 8000 MT/s memory overclocking under the applicable conditions.

That illustrates how quickly desktop DDR5 technology is developing.

But again:

Support for faster memory doesn't mean every user needs faster memory.

What Is CUDIMM?

CUDIMM is becoming increasingly relevant on newer Intel desktop platforms.

Traditional DDR5 UDIMMs depend heavily on motherboard and CPU clock distribution.

CUDIMMs add a clock driver onto the memory module to help maintain signal integrity at higher memory speeds.

This makes increasingly high DDR5 transfer rates more practical.

Intel's documentation specifically distinguishes between UDIMM and CUDIMM memory configurations on its Core Ultra desktop platforms.

For ordinary buyers, the important rule is:

Check what your motherboard and processor actually support before purchasing CUDIMM memory.

Intel Is Already Preparing Extremely High-Capacity CUDIMM Configurations

Intel's March 2026 Core Ultra 200S Plus announcement also discussed early support for 4-rank CUDIMM modules, which can reach up to 128GB per module on supported platforms.

That's an enormous amount of memory for a desktop.

But these configurations are aimed at enthusiast and high-capacity workloads rather than ordinary gaming.

It also reinforces a larger trend:

Desktop PCs are increasingly absorbing capabilities that previously belonged to workstation-class systems.

What Is CAS Latency?

RAM speed isn't the only performance specification.

You'll also see timings such as:

CL30

CL32

CL36

CL40

CL refers to CAS latency.

It describes part of the delay involved when accessing memory.

Lower isn't automatically better without considering transfer rate.

For example:

DDR5-6000 CL30

cannot be compared with

DDR5-4800 CL30

by looking at CL alone.

Frequency and timings work together.

Why DDR5-6000 CL30 Is So Common

DDR5-6000 CL30 combines relatively high bandwidth with tight timings.

That's why it has become a popular enthusiast specification, particularly on AM5 systems.

Current 2026 memory buying guidance continues to identify it as a strong gaming configuration.

But don't pay an enormous premium for CL30 if a slightly looser kit allows you to afford a significantly stronger GPU.

RAM tuning produces relatively small gaming gains compared with major GPU upgrades.

XMP vs EXPO: What's the Difference?

Modern enthusiast DDR5 often includes stored performance profiles.

The two names you'll encounter most frequently are:

Intel XMP

and

AMD EXPO.

Intel XMP

XMP stands for Extreme Memory Profile.

Intel's current Core Ultra desktop documentation specifically supports Intel Extreme Memory Profile functionality for DDR5 memory overclocking.

AMD EXPO

EXPO stands for Extended Profiles for Overclocking.

It's AMD's memory-profile technology intended to simplify memory tuning on compatible AMD platforms.

Rather than manually entering frequency, timings and voltage, users can often select the profile through the motherboard BIOS.

Installing Fast RAM Doesn't Mean It's Running at Full Speed

This catches many first-time PC builders.

You can install a DDR5-6000 kit and discover that Windows reports a lower operating speed.

Why?

Because the motherboard may initially run the memory at a safe default profile.

To use the advertised performance profile, you may need to enable:

XMP

or

EXPO

in BIOS.

But don't blindly enable a profile and assume everything is stable.

Test the system afterward.

What If EXPO or XMP Causes Crashes?

Memory overclocking profiles are designed for convenience, but stability isn't guaranteed across every possible CPU, motherboard and memory combination.

If enabling the profile causes:

• Blue screens
• Game crashes
• Failed booting
• Random restarts
• Memory errors

return to stable settings.

Possible troubleshooting steps include:

1. Update the motherboard BIOS.
2. Confirm the RAM is installed in the recommended slots.
3. Test at default settings.
4. Try a lower memory speed.
5. Test modules individually if necessary.

Don't continue using an unstable configuration simply because the RAM box says it supports that speed.

Two RAM Sticks vs Four: Which Is Better?

For most new DDR5 gaming builds, two modules are usually the easier configuration.

Examples:

32GB → 2 × 16GB

64GB → 2 × 32GB

rather than:

32GB → 4 × 8GB

or

64GB → 4 × 16GB

Why?

Because additional DIMM loading places more electrical stress on the CPU's memory controller.

Intel explicitly notes that maximum supported memory speeds can decrease with additional DIMM loading.

The same general challenge applies across modern DDR5 platforms.

Four DDR5 Sticks Can Reduce Maximum Memory Speed

This surprises many users.

A motherboard might advertise extremely high DDR5 speeds.

But those maximum figures are often achieved using:

one DIMM per memory channel

rather than fully populating all four slots.

Intel's Core Ultra documentation clearly shows different maximum supported frequencies depending on DIMM-per-channel configuration.

So if maximum memory performance matters, don't assume filling every RAM slot is better.

Sometimes:

2 × 32GB

is preferable to

4 × 16GB

even though both provide 64GB total capacity.

Don't Buy One Stick Now and Assume You'll Match It Later

A common budget strategy is:

“I'll buy one 16GB stick today and another identical one later.”

It can work.

But it isn't always ideal.

Memory manufacturers can revise internal components while keeping the same commercial product name.

Two separately purchased modules aren't necessarily validated together in the same way as a matched kit.

If you know you'll need 32GB, buying a matched:

2 × 16GB kit

from the beginning is usually the cleaner approach.

Don't Mix Different RAM Kits Unless Necessary

Mixing DDR5 kits can create compatibility problems even when the advertised specifications look similar.

Differences can include:

• Memory ICs
• Timings
• Subtimings
• Rank configuration
• Voltage requirements
• PCB revisions

The motherboard will normally attempt to find settings that work for all installed memory.

That may mean reduced speed.

Or the configuration may require manual tuning.

For the simplest build:

Use one matched kit.

Check Your Motherboard Memory QVL

Motherboard manufacturers publish a Qualified Vendor List, commonly called the QVL.

This lists memory kits tested with a particular motherboard.

A kit not appearing on the QVL doesn't automatically mean it won't work.

Manufacturers cannot test every RAM kit in existence.

But the QVL can provide useful confidence when building a high-speed or high-capacity configuration.

This becomes particularly valuable when purchasing:

• 64GB+
• Four DIMMs
• Very high-speed DDR5
• CUDIMM memory
• Enthusiast overclocking kits

Your Motherboard Determines Which RAM Generation You Can Use

DDR4 and DDR5 are not interchangeable.

A DDR5 module cannot simply be installed into a DDR4 motherboard.

The slot keying and electrical requirements differ.

Always check the motherboard specification before purchasing memory.

Connect2Aryans' current motherboard catalogue includes modern DDR5 platforms ranging from mainstream Intel boards to high-end AM5 X870 and X870E motherboards.

Browse Motherboards on Connect2Aryans

AM5 Means DDR5

AMD's AM5 desktop platform uses DDR5 memory.

That includes modern motherboard families such as:

• A620
• B650
• B650E
• X670
• X670E
• B850
• X870
• X870E

If you're moving from an older AM4 DDR4 system to AM5, your existing DDR4 kit cannot simply move across with the processor.

Memory therefore needs to be included in the upgrade budget.

Intel Requires More Careful Checking

Intel desktop platforms have existed in configurations where motherboard memory support can vary by model.

So don't assume compatibility purely from the processor socket.

Check the exact motherboard specification.

For example, Connect2Aryans currently lists the MSI PRO H610M-S WiFi DDR5, whose product page explicitly identifies DDR5 memory support.

View MSI PRO H610M-S WiFi DDR5 on Connect2Aryans

The word DDR5 in that model is important.

Always verify the exact board before buying RAM.

RGB RAM Doesn't Make It Faster

RGB memory can look excellent in a gaming PC.

But lighting doesn't affect memory performance.

A non-RGB DDR5-6000 CL30 kit and RGB DDR5-6000 CL30 kit with otherwise equivalent specifications don't gain gaming performance simply because one has LEDs.

Choose RGB if you value the appearance.

But on a limited budget, prioritize:

capacity

compatibility

speed

timings

before lighting.

RAM Height Can Affect CPU Cooler Compatibility

This is an often-overlooked issue.

Some performance memory kits use tall heat spreaders.

Large air coolers can extend over the DIMM slots.

That can create physical interference.

Before purchasing tall RGB RAM alongside a large tower cooler, check:

• RAM clearance
• CPU cooler dimensions
• Motherboard DIMM position
• Case clearance

Sometimes the front CPU-cooler fan can be moved upward.

But doing so can increase the total cooler height and potentially create a new problem with the case side panel.

Does RAM Need a Heatsink?

Most desktop DDR5 performance kits include heat spreaders.

For ordinary gaming systems running standard memory profiles, elaborate active RAM cooling is usually unnecessary.

Extreme memory overclocking is different.

For mainstream builders, good case airflow and a properly configured memory profile are more important than adding dedicated RAM fans.

16GB vs 32GB vs 64GB: Quick Buying Recommendation

For a basic PC or budget gaming system:

16GB can still work.

For a new mainstream or high-end gaming PC:

32GB is the strongest general recommendation.

For a gaming + professional content-creation/workstation PC:

64GB can make sense.

For specialized professional, virtualization or local AI workloads:

96GB, 128GB or more may be justified.

Don't select capacity based on bragging rights.

Select it based on workload.

What About Laptop RAM?

Laptop memory requires separate compatibility checking.

Some laptops use replaceable:

DDR5 SO-DIMM

modules.

Others have:

soldered memory

that cannot be upgraded.

Some use a combination of soldered memory and one upgradeable slot.

Before buying laptop RAM, check the exact laptop model and manufacturer documentation.

Do not assume every DDR5 laptop can be upgraded.

How Much RAM Should a Gaming Laptop Have in 2026?

The same general principles apply.

16GB can still handle many gaming workloads.

32GB provides more headroom for modern gaming and multitasking.

But laptop buyers need to consider something desktop users often don't:

future upgradeability.

If a laptop's RAM is completely soldered, the capacity you buy today may be the capacity you keep for the life of the machine.

In that situation, paying for additional memory can make more sense than it would on an easily upgradeable desktop.

What Pakistani PC Buyers Should Prioritize During the RAM Shortage

With memory prices unusually high, buyers in Pakistan should resist buying based purely on specifications.

A sensible priority order is:

1. Enough capacity for your workload

2. Compatibility with CPU and motherboard

3. Stable memory speed

4. Appropriate timings

5. Matched two-module kit when practical

6. EXPO/XMP support where needed

7. Appearance

If buying more RAM forces you to significantly downgrade the GPU in a gaming system, reconsider the balance.

A gaming PC needs to work as a complete machine.

Don't Spend Your GPU Budget on Extreme DDR5

Consider two hypothetical gaming builds.

Build A

32GB DDR5-6000

Better graphics card

Build B

64GB DDR5-8000

Weaker graphics card

If the games never require more than 32GB, Build A will often be the much stronger gaming system.

Likewise, moving from good DDR5 to extreme enthusiast memory usually produces a much smaller performance difference than moving up an important GPU tier.

Memory matters.

But component balance matters more.

When Should You Upgrade RAM Instead of Replacing the PC?

A RAM upgrade can be worthwhile when:

• Task Manager regularly shows very high memory use.
• Applications report insufficient memory.
• Heavy multitasking causes excessive paging.
• Professional software benefits from additional capacity.
• You started using workloads that require more memory.

But if the computer is slow because of:

• Weak CPU
• Weak GPU
• HDD storage
• Thermal throttling

adding more RAM may not solve the underlying problem.

Diagnose the bottleneck before buying.

Frequently Asked Questions

Is 16GB RAM enough for gaming in 2026?

16GB can still handle many games, particularly in budget and esports systems. However, 32GB provides considerably more room for modern games, Windows and background applications.

Is 32GB RAM overkill for gaming?

Not for a new mid-range or high-end gaming PC. 32GB has become a practical capacity target because it provides comfortable multitasking headroom without moving into workstation-level memory capacity.

Is 64GB RAM better than 32GB for gaming?

Not automatically. If the game and background applications don't exceed the available 32GB, additional capacity may produce little or no gaming-performance improvement. 64GB becomes more useful for content creation, virtualization, professional software and other memory-heavy workloads.

Is DDR5-6000 good for Ryzen 9000?

DDR5-6000 is a widely used enthusiast target for AM5 systems, with DDR5-6000 CL30 frequently recommended as a balance of latency and speed. However, EXPO speeds are memory overclocking and stability depends on the complete CPU, motherboard and RAM combination.

Does Intel Core Ultra support DDR5-6400?

Intel lists up to DDR5-6400 memory support for Core Ultra 200S desktop processors under supported configurations. Maximum speed depends on DIMM type and loading.

What about Intel Core Ultra 200S Plus?

Intel announced official support for DDR5-7200 on Core Ultra 200S Plus, up from DDR5-6400 on the earlier non-Plus 200S series.

Is two RAM sticks better than four?

For high-speed DDR5 configurations, two modules are generally easier on the CPU memory controller. Additional DIMM loading can reduce achievable memory speeds, something Intel explicitly documents for its current desktop platform.

Should I buy one 32GB stick or two 16GB sticks?

For a mainstream 32GB desktop gaming build, a matched 2 × 16GB kit is generally the preferable configuration unless you have a specific reason to prioritize future capacity expansion.

Can I mix two different DDR5 kits?

They may work together, but compatibility and rated overclocked speeds aren't guaranteed. A single matched kit is the safer choice.

Why is DDR5 RAM expensive in 2026?

The global memory market is experiencing a significant shortage and strong demand, with recent reporting showing continued pressure on consumer RAM pricing and the broader memory supply chain.

Where can I check compatible motherboards in Pakistan?

Browse Motherboards on Connect2Aryans

The live category currently includes around 100 boards across modern AMD and Intel platforms, including DDR5 models.

Conclusion

RAM has become a surprisingly important part of PC budgeting in 2026.

The continuing global DRAM shortage has pushed memory prices much higher and made DDR4 and DDR5 pricing unusually volatile. Tom's Hardware described memory in its July 27 price tracker as one of the most critical and expensive parts of current PC builds, while August reports show that high component costs continue to affect both buyers and hardware companies.

That makes buying the right amount of RAM more important than buying the maximum amount you can afford.

For most users, the decision is relatively straightforward:

16GB remains viable for budget PCs, everyday computing and lighter gaming.

32GB is the strongest all-round target for a new mainstream or high-end gaming PC.

64GB makes more sense when gaming is combined with content creation, professional applications, virtualization or other memory-intensive workloads.

Beyond capacity, don't chase the largest DDR5 speed number without considering the platform.

AMD AM5 systems commonly pair well with sensible DDR5-6000 configurations, while Intel's Core Ultra platforms support different memory configurations and newer Core Ultra 200S Plus processors extend official support to DDR5-7200.

And remember that filling four DIMM slots can make high memory speeds harder to achieve.

For many gaming systems:

2 × 16GB DDR5

is therefore a much more sensible starting point than buying extreme-capacity or extreme-frequency memory purely for specifications.

During the current memory shortage, every rupee spent on unnecessary RAM is money that cannot go toward the GPU, CPU, SSD or other components that may produce a much larger real-world improvement.

Buy enough memory.

Buy compatible memory.

Prioritize stability.

Then spend the rest of the PC budget where it will actually improve the machine.

Browse Motherboards on Connect2Aryans

View MSI PRO H610M-S WiFi DDR5 on Connect2Aryans

Browse our full range of PC components on Connect2Aryans, with warranty support included.