QUICK ANSWER

Intel and AMD both make excellent processors, and neither brand is universally better. The best choice depends on the specific processor model, price, workload, power requirements, motherboard/platform cost, and whether the system is being built for gaming, office work, content creation, engineering, or other professional applications.

For desktop PCs, AMD's modern Ryzen 9000 series uses the Zen 5 architecture, while Intel's current desktop portfolio includes Core Ultra 200S Series 2, including newer 200S Plus models introduced in 2026.

In practical terms:

• Gaming: Compare individual CPUs rather than brands. AMD's X3D processors are specifically designed with large 3D V-Cache and can be particularly attractive for gaming.
• Office and everyday use: Both Intel Core/Core Ultra and AMD Ryzen provide more than enough performance when appropriately configured.
• Content creation: Both have strong options; application-specific benchmarks matter.
• Heavy multitasking: Core/thread count, architecture, memory, cooling and application behavior matter more than the logo.
• Laptop battery life: Compare the complete laptop, not just Intel vs AMD, because display, battery size, cooling and manufacturer power settings significantly affect runtime.
• Integrated graphics: Capabilities vary greatly by processor family; never assume every AMD or Intel processor has the same graphics performance.
• AI PCs: Both manufacturers now offer processors with dedicated NPUs in relevant product families.

Bottom line: Do not buy a CPU simply because someone says "Intel is better" or "AMD is better." Compare the exact Intel and AMD processors available at your budget.

COMPLETE ARTICLE

Intel and AMD are the two major competitors in the x86 processor market for Windows desktop and laptop computers. For decades, buyers have debated the same question:

Which is better—Intel or AMD?

There is no permanent winner.

Processor generations change, prices change, new architectures appear, and a CPU that wins one workload may lose another. Even within the same manufacturer, a newer mid-range processor can sometimes be a better purchase than an older high-end model.

Therefore, a useful Intel vs AMD comparison must consider more than clock speed or brand name.

What Are Intel and AMD?

Intel Corporation is a semiconductor company with a long history of producing processors for desktops, laptops, workstations and servers. Modern consumer systems can use Intel Core and Core Ultra processor families.

Intel's desktop generations have evolved considerably. Intel identifies its Core Ultra Series 2 desktop products with the Arrow Lake family, with newer Core Ultra 200S Plus processors appearing in 2026.

AMD (Advanced Micro Devices) manufactures Ryzen desktop and laptop processors as well as Ryzen Threadripper workstation processors and EPYC server processors.

AMD's Ryzen 9000 desktop processors use its Zen 5 architecture. The family includes conventional Ryzen processors as well as gaming-oriented X3D variants.

Both companies therefore cover everything from ordinary home PCs to powerful professional workstations.

Intel vs AMD: Main Differences at a Glance

Feature	Intel	AMD
Main consumer CPU brands	Core, Core Ultra	Ryzen, Ryzen AI
Desktop options	Entry-level to enthusiast	Entry-level to enthusiast
Laptop processors	Yes	Yes
Dedicated AI/NPU capabilities	Available on supported Core Ultra platforms	Available on supported Ryzen AI platforms
Integrated graphics	Available on many models	Available on many models
Gaming processors	Strong options	Strong options, including X3D CPUs
Workstation processors	Xeon workstation products	Ryzen Threadripper / Threadripper PRO
Overclocking	Supported on selected CPUs/platforms	Supported on many desktop Ryzen CPUs/platforms
DDR5 support	Yes on current platforms	Yes on current AM5 Ryzen platforms
PCIe 5.0	Supported on current platforms	Supported on current platforms
Best choice	Depends on model/workload	Depends on model/workload

This table should be treated as a broad overview. Features can differ between individual processors and chipsets.

Intel vs AMD for Gaming

Gaming is one of the most common reasons people compare AMD and Intel.

However, asking:

"Is Intel or AMD better for gaming?"

is less useful than asking:

"Which CPU gives me the best gaming performance at my budget with my graphics card?"

Why CPU Gaming Performance Varies

Gaming performance depends on several factors:

• CPU architecture
• CPU frequency
• cache
• core design
• memory configuration
• graphics card
• game engine
• resolution
• graphics settings
• background applications
• operating system
• drivers

At high resolutions and demanding graphics settings, the GPU may become the primary performance bottleneck, reducing the visible difference between CPUs.

At lower resolutions with a very powerful GPU, differences in CPU performance may become easier to observe.

AMD X3D Processors and Gaming

One of AMD's most notable gaming technologies is 3D V-Cache.

Ryzen X3D processors contain substantially increased cache intended to improve performance in workloads that benefit from it, particularly many games.

For example, AMD lists the Ryzen 7 9800X3D with 104 MB of combined cache and the Ryzen 9 9950X3D with 144 MB.

That does not mean an X3D CPU automatically wins every game. Different games respond differently to cache, frequency, architecture and scheduling.

Intel Gaming CPUs

Intel continues to target gaming and enthusiast desktop users with Core Ultra processors.

In March 2026, Intel introduced Core Ultra 200S Plus desktop models, including the Core Ultra 7 270K Plus and Core Ultra 5 250K/KF Plus. Intel describes the 270K Plus as its fastest desktop gaming processor at launch. That is an Intel performance claim, so independent benchmarks should still be consulted when comparing it with a specific AMD processor.

Gaming Recommendation

For a gaming PC, compare:

CPU price + motherboard price + RAM + cooler + GPU + measured performance in the games you actually play.

Do not choose solely on Intel versus AMD branding.

Intel vs AMD for Office Work

For normal office applications such as:

• Microsoft Word
• Excel
• Outlook
• web browsing
• accounting software
• video conferencing
• PDF applications
• ERP software
• business applications

both modern Intel and AMD processors can provide excellent performance.

For ordinary office PCs, buying the fastest CPU is often unnecessary.

Other components may have a greater effect on the user's overall experience.

A properly balanced office PC should generally prioritize:

CPU + sufficient RAM + fast SSD + reliable motherboard + appropriate networking

rather than spending most of the budget on the processor.

For example, a user with dozens of browser tabs, Excel workbooks, Outlook and accounting applications running simultaneously may benefit considerably from additional RAM.

Intel vs AMD for Multitasking

Multitasking performance depends heavily on:

• number and type of CPU cores
• thread availability
• CPU architecture
• memory capacity
• memory bandwidth
• storage performance
• application behavior

AMD's Ryzen 9000 desktop family extends to 16 cores and 32 threads in mainstream Ryzen models.

Intel uses a different approach in many modern processors, combining different classes of CPU cores within its architecture.

Because the designs differ, core count alone should not be used to compare Intel and AMD processors.

Twenty cores in one architecture do not necessarily perform like twenty cores in another.

Intel vs AMD for Video Editing

Video editing can use the CPU, GPU, media engines, RAM and storage simultaneously.

Applications such as:

• Adobe Premiere Pro
• DaVinci Resolve
• After Effects
• HandBrake
• other encoding applications

may respond differently to different processors.

Some workloads benefit from:

• more CPU cores
• higher single-core performance
• hardware media acceleration
• GPU acceleration
• larger RAM capacity

Therefore, professional video editors should check benchmarks for their specific editing application, codec and workflow.

A processor that performs exceptionally well in 3D rendering is not automatically the best processor for video encoding.

Intel vs AMD for Graphic Design

For applications such as Photoshop, Illustrator and similar design tools, strong single-thread performance and adequate RAM are often important, although individual filters and workflows can use multiple cores or GPU acceleration.

For most graphic designers, either Intel or AMD can work extremely well.

The complete workstation configuration matters more:

• CPU
• GPU
• RAM
• NVMe SSD
• monitor quality
• cooling

For large design projects, 32 GB or more memory may be more useful than spending the same additional budget solely on a higher CPU tier.

Actual requirements should always be based on the applications and project sizes involved.

Intel vs AMD for 3D Rendering

Rendering is one area where additional CPU cores can produce substantial benefits when the renderer scales effectively across multiple threads.

Applications may include:

• Blender
• Cinema 4D
• 3ds Max
• V-Ray
• CAD/CAM applications
• engineering applications

AMD's mainstream Ryzen 9000 lineup reaches 16 cores/32 threads, while users requiring significantly more CPU resources can move to workstation-class products such as Ryzen Threadripper.

AMD's Ryzen Threadripper 9000 family includes 24-, 32- and 64-core models, illustrating how far workstation processors can scale beyond ordinary desktop CPUs.

Intel also offers workstation-oriented platforms outside its normal consumer Core/Core Ultra lineup.

For professional workloads, certification, application support, memory requirements and PCIe expansion can be as important as benchmark scores.

Intel vs AMD for CAD and Engineering

CAD workloads cannot be generalized easily.

Some operations are lightly threaded and benefit from high per-core performance, while rendering, simulation and other workloads may use many CPU cores.

Before purchasing a workstation for applications such as:

• AutoCAD
• SolidWorks
• Revit
• 3ds Max
• CATIA
• Creo
• engineering simulation software

check the software vendor's recommended hardware and, where available, workstation certification requirements.

For business-critical engineering systems, reliability and certified hardware can be more important than achieving the highest benchmark score.

Intel vs AMD Integrated Graphics

Both companies offer processors with integrated graphics, but performance varies substantially by processor family.

This makes statements such as:

"AMD integrated graphics are always better"

or

"Intel integrated graphics are always better"

too broad to be reliable.

For example, AMD Ryzen AI 300 mobile processors combine Zen 5 CPU architecture with RDNA 3.5 integrated graphics, while Intel Core Ultra 200V mobile processors incorporate Intel's newer integrated graphics and AI architecture.

Always compare the exact integrated GPU included in the CPU.

When Integrated Graphics Are Enough

Integrated graphics can be suitable for:

• office work
• web browsing
• email
• accounting
• video playback
• multiple monitors
• basic photo editing
• light gaming, depending on the processor

For demanding gaming, professional 3D rendering and some engineering workloads, a dedicated GPU may still be preferable.

Intel vs AMD for Laptops

Laptop CPU comparisons require additional caution.

Two laptops containing processors from the same family can perform differently because manufacturers control:

• power limits
• cooling
• battery capacity
• chassis design
• memory
• firmware
• display
• performance modes

Therefore:

Do not choose a laptop based only on its CPU model.

Evaluate the complete laptop.

Intel Laptop Processors

Intel's Core Ultra family incorporates CPU, graphics and AI acceleration capabilities.

Intel's Core Ultra 200V mobile platform, for example, was designed around efficiency, graphics and AI acceleration for thin-and-light systems.

Intel also offers high-performance mobile processors for gaming and workstation-class laptops. In March 2026, Intel announced Core Ultra 200HX Plus processors targeted at gaming, content creation and workstation workloads.

AMD Laptop Processors

AMD also offers multiple laptop processor categories.

Ryzen AI 300 processors combine Zen 5 CPU cores, RDNA 3.5 graphics and a dedicated NPU. AMD lists up to 12 CPU cores in this family and up to 50 TOPS of NPU capability on models such as the Ryzen AI 9 HX 370.

Again, these specifications should not be interpreted as proof that one laptop will automatically outperform another.

Intel vs AMD for AI PCs

AI processing is becoming another factor in CPU selection.

Traditional computers rely mainly on the CPU and GPU. Modern AI-PC processors may also include an:

NPU — Neural Processing Unit

An NPU is designed to accelerate suitable AI workloads efficiently.

Both Intel and AMD now offer processors with NPU capabilities.

This can be useful for supported workloads involving:

• local AI features
• image processing
• video effects
• background effects
• speech processing
• AI-assisted applications

However, an NPU does not automatically make every program faster.

Software must actually support the available acceleration.

Therefore, consumers should not purchase an "AI processor" based only on marketing terminology. Check whether the applications you use can take advantage of its NPU.

Intel vs AMD Power Consumption and Efficiency

Power efficiency is especially important for:

• laptops
• compact PCs
• quiet workstations
• always-on computers
• systems operating under sustained load

But comparing only the advertised TDP or processor power figure can be misleading.

Actual system power consumption depends on:

• workload
• CPU configuration
• motherboard settings
• boost behavior
• cooling
• voltage
• GPU
• power supply efficiency

For example, AMD officially lists the Ryzen 7 9700X at a default TDP of 65 W.

That specification should not be interpreted as meaning that the complete computer consumes only 65 watts.

When efficiency matters, compare measured performance per watt under the workload you intend to run.

Intel vs AMD CPU Temperature

Another common misconception is:

"AMD processors run hotter than Intel."

or:

"Intel processors always run hotter than AMD."

Neither statement is universally correct.

CPU temperature depends on:

• processor model
• workload
• CPU power
• voltage
• cooler
• thermal paste
• airflow
• ambient temperature
• motherboard settings
• firmware
• boost algorithms

Some processors are intentionally designed to use available thermal and power headroom to maximize performance.

Compare individual CPUs rather than assuming temperature characteristics from the brand.

Intel vs AMD: Core Count Explained

A processor's core count is important, but it should never be considered in isolation.

AMD Ryzen desktop processors generally use simultaneous multithreading on applicable models, allowing a core to process multiple software threads.

Modern Intel processors may combine different core types, depending on the family.

Consequently, comparisons such as:

Intel 20 cores vs AMD 16 cores

do not tell you which processor is faster.

Architecture, core type, frequency, cache and workload behavior must also be considered.

Independent application benchmarks are far more useful.

Intel vs AMD Clock Speed

Another common purchasing mistake is comparing only GHz.

For example:

• CPU A: 5.2 GHz
• CPU B: 5.0 GHz

You cannot conclude that CPU A is 4% faster.

Clock frequency is only one component of CPU performance.

Performance is influenced by:

architecture + instructions per clock + frequency + cores + cache + memory + workload

Clock speed is most meaningful when comparing processors with closely related architectures.

Intel vs AMD Cache

CPU cache is extremely fast memory located on or very close to the processor.

Typical cache levels include:

• L1
• L2
• L3

More cache can reduce how frequently a processor needs to access slower system memory.

However:

More cache does not automatically mean a faster CPU in every workload.

AMD's X3D processors demonstrate how additional cache can be particularly useful in gaming workloads, but the improvement varies by application.

Intel vs AMD Motherboards

The processor determines which motherboard socket and platform you need.

This is important because the actual cost of upgrading is not simply the CPU price.

Consider:

CPU + motherboard + RAM + cooler

when comparing platforms.

AMD AM5 Platform

Modern Ryzen 9000 desktop processors use AMD's AM5 platform.

For example, AMD lists the Ryzen 5 9500F as an AM5 processor with support across multiple compatible chipset families, subject to motherboard and BIOS support.

AM5 uses DDR5 memory.

Motherboard manufacturers should always be consulted for the exact CPU support list and required BIOS version before upgrading.

Intel Platforms

Intel socket and chipset requirements vary by processor generation.

Current Core Ultra desktop processors should therefore not be assumed to work in motherboards designed for older Intel Core generations.

Intel's support documentation identifies Core Ultra Series 2 desktop products separately from 14th-, 13th- and 12th-generation Core processors.

Always verify:

1. CPU socket
2. motherboard chipset
3. BIOS support
4. RAM compatibility
5. CPU cooler compatibility

before purchasing.

Intel vs AMD Upgradeability

Platform longevity can affect total ownership cost.

If a motherboard supports future processor generations, users may be able to upgrade the CPU without replacing the complete platform.

However, never purchase a motherboard based solely on an assumption about future CPU support.

Manufacturer roadmaps can change, and individual motherboards may require firmware updates or have processor-specific limitations.

Always check official CPU-support information for the exact motherboard model.

Intel vs AMD Overclocking

Both platforms offer performance tuning options, but capabilities vary by processor and chipset.

AMD lists many Ryzen 9000 desktop processors as unlocked for overclocking and supports technologies such as Precision Boost Overdrive and Curve Optimizer on appropriate platforms.

Intel also provides unlocked processors and supported enthusiast platforms.

Warning

Overclocking can increase:

• CPU temperature
• power consumption
• system instability
• cooling requirements

It may also affect product warranty terms depending on the manufacturer and circumstances.

For normal business computers, stability is usually more valuable than a small performance gain.

Intel vs AMD for Servers

Intel and AMD also compete heavily in the server market.

Their primary server processor families include:

• Intel Xeon
• AMD EPYC

Server CPU selection is very different from choosing a home desktop CPU.

Organizations must consider:

• application licensing
• virtualization
• number of virtual machines
• memory capacity
• memory bandwidth
• PCIe requirements
• storage
• database workload
• redundancy
• power consumption
• vendor support
• operating-system certification

For RDS/Remote Desktop servers, for example, simply buying the processor with the highest number of cores does not guarantee the best user experience.

CPU performance must be balanced with adequate RAM, fast storage and appropriate application configuration.

Intel vs AMD for Virtualization

Both Intel and AMD provide hardware virtualization technologies.

Depending on the platform and operating system, they can support workloads involving:

• Hyper-V
• VMware
• VirtualBox
• containers
• virtual servers
• development/test environments

For serious virtualization, consider:

cores + threads + RAM capacity + memory bandwidth + storage I/O + platform features

rather than choosing by CPU brand alone.

Intel vs AMD for Home Users

For general home computing, either brand is suitable.

Typical tasks include:

• web browsing
• YouTube and streaming
• Microsoft Office
• email
• online banking
• basic photo editing
• schoolwork
• video calls

A balanced mid-range computer with an SSD and sufficient RAM is generally more useful than an unnecessarily expensive processor paired with inadequate memory or slow storage.

Intel vs AMD for Students

Students should choose based on their course requirements.

General Students

Either Intel or AMD mainstream processors can comfortably handle:

• browser research
• Microsoft Office
• PDF documents
• online classes
• presentations

Engineering Students

Check requirements for:

• AutoCAD
• SolidWorks
• MATLAB
• simulation tools
• programming
• virtual machines

Design Students

Consider CPU performance together with:

• dedicated GPU
• RAM
• SSD capacity
• display quality

The CPU should be selected as part of the entire system.

Intel vs AMD for Business Computers

Business PCs prioritize different qualities from enthusiast gaming systems.

Important considerations include:

• reliability
• warranty
• security
• manageability
• software compatibility
• power efficiency
• vendor support
• replacement availability

For organizations purchasing many computers, standardization can also be more valuable than a small benchmark advantage.

If existing systems are standardized around one platform, changing CPU vendors should have a clear operational or financial benefit.

Intel vs AMD: Which Is More Reliable?

Both Intel and AMD processors are used in millions of consumer and commercial systems.

Reliability cannot reasonably be reduced to:

Intel = reliable
or
AMD = reliable

System stability also depends on:

• motherboard quality
• BIOS/UEFI
• RAM
• PSU
• cooling
• drivers
• operating system
• firmware
• system configuration

Buying reputable components and maintaining the system correctly is more useful than relying on brand stereotypes.

Intel vs AMD: Which Is Cheaper?

There is no permanent answer.

CPU prices and promotions change continuously.

Even if one CPU is cheaper, total platform cost may differ because of:

• motherboard price
• memory requirements
• cooler requirements
• power supply
• available bundles
• upgrade path

For that reason, compare the total system price, not just CPU MSRP.

Common Intel vs AMD Myths

Myth 1: Intel Is Always Faster

False.

Performance varies by generation, processor and workload.

Myth 2: AMD Is Always Better for Gaming

Too broad.

AMD has extremely competitive gaming processors, particularly its X3D products, but results vary by CPU, game and system configuration.

Myth 3: Higher GHz Means Faster CPU

False.

Clock speed cannot be compared meaningfully without considering architecture and workload.

Myth 4: More Cores Always Means Better Performance

False.

Applications must be able to use those cores effectively.

Myth 5: AMD CPUs Always Run Hot

False.

Temperature depends on the individual processor and system configuration.

Myth 6: Intel Always Uses More Power

False as a universal statement.

Power characteristics vary substantially among desktop, laptop and processor generations.

Myth 7: You Need a High-End CPU for Normal Office Work

Usually false.

For ordinary productivity, a balanced system with adequate RAM and SSD storage often provides a better return on investment.

How to Choose Between Intel and AMD

Instead of choosing the manufacturer first, use this process:

Step 1: Define the Workload

Determine whether the PC will primarily be used for:

• office work
• gaming
• programming
• graphic design
• video editing
• CAD/CAM
• rendering
• virtualization
• server workloads

Step 2: Set the Total Budget

Do not allocate the entire budget to the CPU.

Include:

• CPU
• motherboard
• RAM
• SSD
• GPU
• PSU
• cooler
• case

Step 3: Shortlist Comparable CPUs

Select Intel and AMD processors within approximately the same total platform budget.

Step 4: Check Application Benchmarks

Compare performance in the applications you actually use.

Step 5: Compare Power and Cooling

Check realistic power consumption and cooling requirements.

Step 6: Check Platform Cost

A cheaper processor does not necessarily create a cheaper PC.

Step 7: Consider Future Upgrades

Check the motherboard's official CPU compatibility and likely upgrade options.

Step 8: Buy Based on Overall Value

Choose whichever system gives the best combination of:

performance + features + reliability + efficiency + upgradeability + price

for your requirements.

Intel vs AMD: Which Should You Buy?

A useful purchasing summary is:

Requirement	What to Prioritize
Basic home PC	Value, SSD, adequate RAM
Office PC	Reliability, efficiency, support
Gaming	Game benchmarks, CPU/GPU balance
High-end gaming	Compare current enthusiast CPUs, including X3D options
Video editing	Application and codec benchmarks
Graphic design	Strong CPU plus sufficient RAM/GPU
CAD/CAM	Application requirements and certification
3D rendering	Multi-core performance and GPU requirements
Laptop	Complete laptop performance and battery tests
AI applications	CPU/GPU/NPU support for your software
Virtualization	Cores, memory capacity and I/O
Server	Workload, licensing, reliability and platform requirements

The important point is that the recommended brand can change when the workload or budget changes.

FAQ

Is Intel better than AMD?

Not universally. Intel may perform better in some applications or price categories, while AMD may perform better in others. Compare individual processors rather than the companies as a whole.

Is AMD better than Intel for gaming?

AMD's X3D processors are particularly strong gaming-oriented products because of their large cache architecture, but no CPU wins every game. Compare current independent benchmarks for the processors you are considering.

Is Intel or AMD better for office use?

Both are excellent for office computing. RAM, SSD performance, system reliability and warranty are often more important than small CPU benchmark differences.

Is Intel or AMD better for laptops?

Both offer strong laptop processors. Compare the entire laptop because cooling, power limits, battery size, display and manufacturer configuration strongly influence performance and battery life.

Which is better for video editing, Intel or AMD?

It depends on the editing application, codec, GPU and processor. Application-specific benchmarks provide a much better answer than a general brand comparison.

Which is better for Photoshop?

Both can perform very well. Look for strong performance in the current Photoshop version and ensure the computer has adequate RAM and storage.

Which is better for AutoCAD?

Either can be suitable. CPU performance should be considered alongside GPU, RAM and Autodesk's current system requirements.

Is Ryzen better than Intel Core Ultra?

Sometimes, but not universally. Ryzen and Core Ultra contain many different processors designed for different performance and power classes.

Can I replace an Intel processor with AMD?

Not on the same motherboard. Intel and AMD processors use different sockets and platform requirements. Moving from one platform to another normally requires a compatible motherboard and may also require different RAM or cooling hardware.

Can AMD Ryzen use an Intel motherboard?

No. The CPU socket and chipset must be compatible with the processor.

Does AMD Ryzen have integrated graphics?

Many Ryzen processors do, but specifications vary. Never assume integrated graphics are present or sufficiently powerful without checking the exact CPU model.

Does Intel have integrated graphics?

Many Intel processors include integrated graphics, while certain models may not. Check the exact processor specification.

Which CPU is better for multitasking?

The answer depends on the exact CPUs and applications. Core/thread resources, architecture, RAM and storage all influence multitasking performance.

Is AMD more power efficient than Intel?

It depends on the processor generation and workload. Compare measured performance-per-watt results for the CPUs you are considering.

Which processor lasts longer, Intel or AMD?

A processor's useful life depends more on performance requirements, platform support, cooling and workload than on whether the CPU is manufactured by Intel or AMD.

Should I buy Intel or AMD in 2026?

Compare current models at the time of purchase. As of 2026, both manufacturers offer highly capable desktop and mobile platforms, and the best choice depends on workload, budget and total system configuration.

FINAL RECOMMENDATION / CONCLUSION

The Intel vs AMD debate does not have one permanent winner.

Both companies produce processors capable of powering everything from basic office computers to gaming PCs, professional workstations and servers.

For buyers, the most important rule is:

Compare processors, not logos.

Do not purchase an Intel CPU merely because Intel performed better several generations ago, and do not purchase AMD merely because a particular Ryzen model currently leads a benchmark.

Instead, compare the exact processors available when you are buying.

For a gaming PC, investigate real gaming benchmarks and balance CPU spending against the graphics card.

For an office or business PC, prioritize reliability, adequate RAM, SSD storage, warranty and overall platform cost.

For video editing, rendering, CAD/CAM and professional workloads, use benchmarks from the applications that will actually run on the machine.

For a laptop, evaluate the complete device—including battery life, cooling, display, RAM, storage and manufacturer configuration—not merely the processor brand.

And for servers and virtualization, calculate CPU, memory, I/O, licensing and workload requirements together.

The best processor is therefore not simply Intel or AMD.

It is the processor and platform that deliver the right performance, features, efficiency, reliability and total cost for your specific workload.

 

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