Gaming Laptop vs Desktop — Which Should You Buy?
The complete 2025 comparison: performance benchmarks, price analysis, thermal behavior, upgradability, and honest recommendations to help you make the right choice.
Table of Contents
The gaming laptop vs desktop debate is one of the most important decisions for PC gamers. Both options have evolved significantly—gaming laptops now feature desktop-class GPUs, while desktops offer unprecedented performance and value. But which is actually right for you?
This comprehensive guide cuts through marketing hype to deliver honest, data-driven comparisons. We'll examine real-world benchmarks, analyze true costs, discuss thermal realities, and help you understand exactly what you're gaining (and sacrificing) with each choice.
The Honest Truth Upfront
For pure gaming value, desktops win decisively. They offer 30-40% more performance per dollar, better thermals, and long-term upgradability. Gaming laptops only make sense when portability is genuinely essential to your lifestyle—not just "nice to have."
Quick Answer: Which Should You Buy?
✅ Choose Desktop If:
- • You game primarily at home
- • You want the best FPS per dollar
- • You plan to upgrade over 5+ years
- • You play competitive/esports titles
- • You game for 3+ hour sessions
- • You stream or create content
- • Budget is a primary concern
Recommended for: 80% of gamers
✅ Choose Laptop If:
- • You move frequently (college, travel)
- • You attend LAN parties regularly
- • You have no space for a desktop
- • You need one device for work + gaming
- • Portability is non-negotiable
- • You accept the performance/cost tradeoff
- • You game casually (<3 hour sessions)
Recommended for: 20% of gamers
| Factor | Gaming Laptop | Gaming Desktop | Winner |
|---|---|---|---|
| Performance | 15-25% slower (same GPU name) | Full desktop power | Desktop |
| Price/Performance | 30-50% premium | Best value | Desktop |
| Thermals | 85-95°C, throttles | 65-80°C, sustained | Desktop |
| Upgradability | RAM/Storage only | Everything | Desktop |
| Lifespan | 3-4 years | 5-7+ years (upgrades) | Desktop |
| Portability | Portable (5-7 lbs) | Stationary | Laptop |
| Space Required | Minimal | Desk + monitor + peripherals | Laptop |
| All-in-One | Display, keyboard, trackpad included | All separate purchases | Laptop |
Performance Comparison — Real Benchmarks
Gaming laptops use mobile versions of desktop GPUs with the same names but lower performance. This isn't false advertising—it's physics. Laptops have strict power and thermal limits that prevent GPUs from running at full speed.
Why Laptops Are Slower (Same GPU Name)
| Factor | Desktop RTX 5080 | Laptop RTX 5080 | Impact |
|---|---|---|---|
| TGP (Power Budget) | 360W | 80-175W | 50-75% less power |
| Boost Clock | 2.62 GHz | 2.0-2.4 GHz | 10-25% lower |
| Cooling Capacity | Tower cooler / AIO | Thin vapor chamber | Limited headroom |
| Sustained Performance | 100% indefinitely | 80-90% after throttling | Degrades over time |
Gaming Benchmarks: Laptop vs Desktop
Real-world FPS comparison using equivalent GPU tiers at 1440p High settings:
| Game | RTX 5080 Laptop | RTX 5080 Desktop | Desktop Advantage |
|---|---|---|---|
| Cyberpunk 2077 (Ultra) | 68 FPS | 88 FPS | +29% |
| GTA 6 (High) | 72 FPS | 95 FPS | +32% |
| Black Myth: Wukong | 62 FPS | 82 FPS | +32% |
| Hogwarts Legacy (Ultra) | 78 FPS | 98 FPS | +26% |
| Fortnite (High) | 145 FPS | 175 FPS | +21% |
| Call of Duty: Warzone | 125 FPS | 155 FPS | +24% |
| Counter-Strike 2 | 285 FPS | 380 FPS | +33% |
| Valorant (Competitive) | 320 FPS | 420 FPS | +31% |
| Average | — | — | +28.5% |
Performance Over Time (Sustained Gaming)
The gap widens during extended gaming sessions due to thermal throttling:
| Time Gaming | Laptop Performance | Desktop Performance | Gap |
|---|---|---|---|
| 0-10 minutes | 100% | 100% | Equal |
| 10-30 minutes | 95-98% | 100% | 2-5% gap |
| 30-60 minutes | 88-92% | 100% | 8-12% gap |
| 1-2 hours | 82-88% | 99-100% | 12-18% gap |
| 2+ hours | 78-85% | 99-100% | 15-22% gap |
Real Impact
A laptop averaging 90 FPS initially may drop to 72-80 FPS after an hour of gaming. For competitive players, this inconsistency can affect gameplay. Desktops maintain consistent performance indefinitely.
Want to estimate FPS for specific hardware? Use our FPS Calculator to compare laptop vs desktop performance in your favorite games.
Price & Value Analysis
Gaming laptops carry a significant premium for their portability. Here's how the pricing compares at equivalent performance tiers:
Price Comparison by Performance Tier
| Performance Target | Gaming Laptop | Gaming Desktop | Laptop Premium |
|---|---|---|---|
| 1080p 60 FPS (Entry) | $1,100-1,400 | $700-900 | +45-55% |
| 1080p 144 FPS (Mid) | $1,500-1,900 | $1,000-1,300 | +40-50% |
| 1440p 100+ FPS (High) | $2,200-2,800 | $1,500-1,900 | +35-45% |
| 1440p 144 FPS (Enthusiast) | $3,000-3,800 | $2,200-2,700 | +35-40% |
| 4K 60+ FPS (Flagship) | $4,000-5,500 | $3,000-3,800 | +30-45% |
What You Get for $2,000
$2,000 Gaming Laptop
- • RTX 4070 Mobile (80-140W)
- • Intel Core i7 / Ryzen 7
- • 16GB DDR5 RAM
- • 1TB NVMe SSD
- • 16" 1440p 165Hz display
- • Built-in keyboard, trackpad
- • ~5 lbs weight
Performance: ~RTX 4060 Ti desktop level
$2,000 Gaming Desktop
- • RTX 4070 Ti Super (285W)
- • Ryzen 7 7800X3D / i7-14700K
- • 32GB DDR5 RAM
- • 2TB NVMe SSD
- • Full tower with premium cooling
- • Upgradable everything
- • (Monitor not included)
Performance: 40-50% faster than the laptop
Hidden Costs Comparison
| Additional Cost | Laptop | Desktop |
|---|---|---|
| Monitor | $0 (built-in) | $250-600 |
| Keyboard & Mouse | $0 (built-in) or $100 optional | $100-250 |
| Cooling Pad | $50-150 (recommended) | $0 |
| External Mouse | $50-150 (recommended) | Included above |
| Carrying Case | $50-100 | $0 |
| Total Additional | $150-400 | $350-850 |
Value Verdict
Even accounting for monitor and peripheral costs, desktops deliver 25-35% better gaming performance per dollar spent. The laptop premium is purely for portability—you're paying extra for less performance in a smaller package.
Thermals & Sustained Performance
Thermal management is perhaps the most critical difference between gaming laptops and desktops. Heat is the enemy of performance, and laptops fight a losing battle against physics.
Temperature Comparison Under Load
| Component | Gaming Laptop | Gaming Desktop | Difference |
|---|---|---|---|
| GPU Temperature (Gaming) | 82-92°C | 65-75°C | 15-20°C cooler |
| CPU Temperature (Gaming) | 88-98°C | 60-75°C | 20-25°C cooler |
| Throttling Threshold | 95-100°C (frequently hit) | 100-105°C (rarely reached) | Desktop has headroom |
| Surface Temperature | 45-55°C (uncomfortable) | N/A (external) | Laptops get hot to touch |
| Fan Noise | 45-55 dB (loud) | 30-40 dB (moderate) | Desktop quieter |
Why Laptops Run Hot
1. Limited Cooling Volume
Laptop coolers use thin vapor chambers and small fans. Desktop coolers have massive heatsinks with 120-140mm fans moving 10x more air.
2. Shared Cooling System
CPU and GPU often share heatpipes in laptops. When both are loaded, heat from one component affects the other. Desktops have completely separate cooling.
3. Restricted Airflow
Laptops draw air through tiny vents, often blocked by surfaces or dust. Desktop cases have dedicated intake and exhaust with dust filters.
4. Ambient Heat Buildup
Laptops sit in their own exhaust heat, creating a hot microenvironment. Desktop exhaust is vented away from components.
Thermal Throttling Impact
When temperatures exceed safe limits, CPUs and GPUs automatically reduce clock speeds. This is called thermal throttling, and it's common in gaming laptops:
| Scenario | Laptop Behavior | Desktop Behavior |
|---|---|---|
| AAA Gaming (1 hour) | 10-15% throttling likely | No throttling |
| Extended Gaming (3+ hours) | 15-25% throttling common | No throttling |
| Summer/Warm Room | Throttling starts earlier | Minor impact |
| Streaming While Gaming | Severe throttling (CPU+GPU load) | Handles well |
Long-Term Thermal Damage
Running at 90°C+ regularly accelerates component aging. Gaming laptops often show performance degradation after 2-3 years due to thermal paste breakdown and VRM stress. Desktops running 20°C cooler maintain performance much longer.
Portability & Lifestyle Fit
Portability is the primary reason to choose a gaming laptop. But let's be honest about what "portable" actually means for gaming laptops.
Gaming Laptop Portability Reality
| Factor | Gaming Laptop | Reality Check |
|---|---|---|
| Weight | 5-7 lbs (gaming models) | Heavy for daily carry |
| + Charger | +1-2 lbs (240-330W brick) | Massive power adapter required |
| Battery Life (Gaming) | 30-90 minutes | Essentially requires outlet |
| Battery Life (Light Use) | 3-6 hours | Acceptable for productivity |
| Size | 15-18" chassis | Needs large backpack |
| Setup Time | 2-3 minutes | Quick and easy |
What You're Actually Carrying
Typical Gaming Laptop "Portable" Kit:
- • Laptop: 5.5 lbs
- • 280W Power Adapter: 1.5 lbs
- • Gaming Mouse: 0.3 lbs
- • Mouse Pad: 0.2 lbs
- • Cooling Pad (optional): 1.5 lbs
- • Headset: 0.8 lbs
- Total: 8-10 lbs
Who Actually Needs Laptop Portability?
✅ Laptop Makes Sense
- College students moving between dorms and home
- Frequent travelers (monthly+ trips)
- LAN party regulars (weekly/monthly events)
- No permanent desk space (shared housing)
- Military/deployed personnel
- Digital nomads who work remotely
❌ Laptop Is Overkill
- "Nice to have" portability (once a month)
- Living alone with dedicated desk space
- Occasional LAN parties (yearly)
- Just want to game on couch (use Steam Link)
- Travel but don't game on trips
- Home gamer who "might" move someday
Honest Assessment
Most people overestimate how often they'll actually use laptop portability for gaming. If you're honest with yourself and would move the laptop less than twice per month, a desktop is almost certainly the better choice.
Upgradability & Longevity
Upgradability is where desktops absolutely dominate. The ability to swap components extends the useful life of your system by years—something laptops simply cannot match.
Upgrade Options Comparison
| Component | Gaming Laptop | Gaming Desktop |
|---|---|---|
| GPU | ❌ Soldered (cannot upgrade) | ✅ Fully upgradable |
| CPU | ❌ Soldered (cannot upgrade) | ✅ Upgradable (same socket) |
| RAM | ⚠️ Sometimes (often soldered) | ✅ Always upgradable |
| Storage | ✅ Usually 1-2 M.2 slots | ✅ Multiple M.2 + SATA |
| Cooling | ❌ Fixed design | ✅ Aftermarket coolers, AIO |
| Power Supply | ❌ Fixed adapter | ✅ Upgradable for new GPUs |
| Display | ❌ Fixed panel | ✅ Swap monitors anytime |
| Case | ❌ Fixed chassis | ✅ Full case swaps possible |
Desktop Upgrade Path Example
5-Year Desktop Upgrade Timeline
- Year 0: Build $1,800 desktop (RTX 4070, Ryzen 7 7800X3D)
- Year 2: Add 32GB RAM (+$100), second SSD (+$80)
- Year 3: Upgrade GPU to RTX 6070 (+$600, sell old for $250)
- Year 5: Upgrade CPU/motherboard (+$500) if needed
- Total Investment: ~$2,830 over 5 years for consistently high-end performance
5-Year Laptop "Upgrade" Path
- Year 0: Buy $2,200 laptop (RTX 4070 Mobile)
- Year 2: Add storage (+$100). Performance declining due to thermal wear.
- Year 3-4: Laptop feels slow. Buy new $2,500 laptop to stay current.
- Year 5: Original laptop worth $200-400 trade-in.
- Total Investment: ~$4,600 over 5 years, stuck with outdated hardware at years 3-4
Lifespan Comparison
| Metric | Gaming Laptop | Gaming Desktop |
|---|---|---|
| Competitive Lifespan | 3-4 years | 5-7+ years (with upgrades) |
| Resale Value (Year 3) | 20-30% of original | 40-50% (parts separately) |
| Battery Replacement | $100-200 (year 2-3) | N/A |
| Thermal Paste Reapply | Recommended (year 2) | Optional (year 3-4) |
Total Cost of Ownership (5 Years)
Let's calculate the true cost of owning a gaming laptop vs desktop over five years, including all associated expenses.
5-Year TCO: Mid-Range Gaming
| Cost Category | Gaming Laptop | Gaming Desktop |
|---|---|---|
| Initial System | $2,200 | $1,600 |
| Monitor | $0 (built-in) | $400 |
| Peripherals | $150 (mouse, pad, headset) | $250 (KB, mouse, pad, headset) |
| Cooling Pad | $80 | $0 |
| Battery Replacement | $150 | $0 |
| GPU Upgrade (Year 3) | $0 (impossible) | $500 (net after selling old) |
| Repairs (Average) | $200 | $100 |
| Electricity (5 years) | $300 | $550 |
| Total 5-Year Cost | $3,080 | $3,400 |
| Performance at Year 5 | Outdated (75% original) | Current (upgraded GPU) |
The Key Insight
After 5 years, the desktop costs slightly more BUT remains a high-performance gaming machine. The laptop becomes outdated with no upgrade path—you'll need to buy a completely new laptop to stay current. The desktop's upgradability makes it dramatically more cost-effective long-term.
Display & Peripheral Considerations
Your display and input devices significantly impact gaming experience. Here's how laptops and desktops compare:
Display Quality Comparison
| Display Factor | Gaming Laptop | Desktop Monitor |
|---|---|---|
| Screen Size | 15-18 inches | 24-32+ inches (your choice) |
| Resolution Options | 1080p or 1440p (fixed) | 1080p to 4K (any) |
| Refresh Rate | 144-240Hz typical | Up to 360Hz+ |
| Panel Technology | IPS or OLED | IPS, VA, OLED (choose any) |
| Response Time | Good (3-5ms) | Excellent (1ms available) |
| Upgradeability | Stuck with built-in panel | Upgrade anytime |
| Multi-Monitor | Possible with external | Easy setup |
Input Device Comparison
| Input Device | Gaming Laptop | Desktop |
|---|---|---|
| Keyboard | Built-in (limited travel, membrane usually) | Full mechanical keyboard |
| Mouse | Trackpad (terrible for gaming) | Dedicated gaming mouse |
| Ergonomics | Fixed position, neck strain | Adjustable monitor height/angle |
| Desk Space | Compact footprint | Requires dedicated desk |
The Laptop User Reality
Most serious gaming laptop users end up buying an external mouse ($50-150), external keyboard ($100-200), and sometimes an external monitor ($300-600) for home use. At that point, you've spent nearly desktop territory while still having laptop performance.
Best Choice by Use Case
Your specific situation determines the right choice. Here's our recommendation for common gaming scenarios:
🎮 Competitive Esports Player
Recommendation: Desktop
Maximum FPS, lowest input latency, consistent performance. Every frame matters in competitive games. Desktop gives you 20-30% higher FPS and no thermal throttling during tournaments.
🎬 Streamer/Content Creator
Recommendation: Desktop
Streaming requires encoding while gaming—massive CPU/GPU load. Desktops handle this without thermal throttling. Plus better upgrade paths for storage, RAM, and capture cards.
💰 Budget-Conscious Gamer
Recommendation: Desktop
30-40% more gaming performance per dollar. A $1,000 desktop outperforms a $1,400 laptop. Upgrade individual parts rather than replacing entire system.
🕹️ Casual Home Gamer
Recommendation: Desktop
If you game at home 95% of the time, a desktop is the clear winner. Better performance, better value, better longevity. No reason to pay the portability premium.
🎓 College Student
Recommendation: Gaming Laptop OR thin laptop + console
If you need ONE device for classes and gaming, a gaming laptop makes sense. However, consider a thin productivity laptop ($800) + PS5/Xbox ($500) for better value and portability for classes.
✈️ Frequent Traveler (Monthly+)
Recommendation: Gaming Laptop
If you travel regularly and gaming on trips is important, a laptop is the only practical option. Accept the performance/cost tradeoff for genuine portability.
🏠 No Dedicated Desk Space
Recommendation: Gaming Laptop
Living in shared housing or tiny apartments without room for a full desktop setup? A gaming laptop is the practical choice—you can store it when not gaming.
🎉 LAN Party Enthusiast
Recommendation: Gaming Laptop OR Small Form Factor Desktop
If you attend weekly/monthly LAN events, a laptop simplifies transport. However, Mini-ITX desktops are also viable—better performance in a ~15L case.
Best Gaming Laptops 2025
If you've decided a gaming laptop is right for you, here are our top recommendations:
ASUS ROG Strix SCAR 18
Best PerformanceRTX 5090 Mobile | i9-14900HX | 64GB DDR5 | 18" 240Hz
The absolute fastest gaming laptop. Best cooling in class, massive screen, desktop-approaching performance. Heavy (7+ lbs) but unmatched power.
$4,200-4,800
Razer Blade 16
Best Build QualityRTX 5080 Mobile | i9-14900HX | 32GB DDR5 | 16" OLED 240Hz
Premium aluminum chassis, stunning OLED display, excellent keyboard. The MacBook Pro of gaming laptops. Runs hot under load.
$3,500-4,200
Lenovo Legion Pro 7i
Best Value FlagshipRTX 5080 Mobile | i9-14900HX | 32GB DDR5 | 16" 240Hz
Excellent cooling, great keyboard, competitive pricing. Best balance of performance and value in the high-end segment.
$2,800-3,400
ASUS Zephyrus G14
Best PortableRTX 5070 Mobile | Ryzen 9 9955HX | 32GB DDR5 | 14" 165Hz
Only 3.6 lbs—actually portable. Sacrifices some performance for carry-ability. Great for those who prioritize true portability.
$1,800-2,200
Acer Nitro V 15
Best BudgetRTX 4060 Mobile | i7-14650HX | 16GB DDR5 | 15.6" 144Hz
Entry-level gaming laptop that actually performs. Solid 1080p gaming at a reasonable price. Build quality is basic but acceptable.
$1,100-1,300
Recommended Desktop Builds
For comparison, here's what you can build with desktop components at various budgets:
$1,000 Build — 1080p 144Hz Champion
- • RTX 4060 Ti 8GB ($350)
- • Ryzen 5 7600 ($180)
- • 16GB DDR5 ($60)
- • 1TB NVMe SSD ($70)
- • B650 Motherboard ($120)
- • 650W PSU + Case ($180)
Equivalent to $1,400-1,600 laptop performance
$1,500 Build — 1440p Sweet Spot
- • RTX 4070 Super ($550)
- • Ryzen 7 7800X3D ($350)
- • 32GB DDR5 ($100)
- • 1TB NVMe SSD ($70)
- • B650 Motherboard ($140)
- • 750W PSU + Case ($220)
Equivalent to $2,200-2,500 laptop performance
$2,500 Build — High-End 1440p/4K
- • RTX 5080 ($999)
- • Ryzen 7 9800X3D ($480)
- • 32GB DDR5 ($120)
- • 2TB NVMe SSD ($130)
- • X670E Motherboard ($280)
- • 850W PSU + Case ($350)
Equivalent to $3,800-4,200 laptop performance
Use our PC Builder tool to configure custom builds, and verify power requirements with the PSU Calculator.
Common Myths Debunked
Myth: "Gaming laptops are almost as fast as desktops now"
Reality: Same GPU name ≠ same performance. Laptop RTX 5080 runs at 80-175W vs desktop's 360W. Expect 20-30% less performance, widening to 35%+ during extended gaming due to thermal throttling.
Myth: "Gaming laptops are more convenient"
Reality: Only if you actually move them regularly. Most gaming laptop owners use them at a desk 95% of the time—paying a 40% premium for portability they rarely use.
Myth: "Thin gaming laptops are the future"
Reality: Physics doesn't change. Thin laptops sacrifice even more performance due to worse cooling. A 4-lb "gaming" laptop performs like a desktop GPU two tiers lower.
Myth: "Laptops include the monitor, so they're actually cheaper"
Reality: Even adding a $400 monitor to a desktop, you still get significantly more performance per dollar. Plus desktop monitors are larger, higher refresh, and upgradable.
Myth: "Gaming laptops last just as long as desktops"
Reality: Laptops degrade faster due to thermal stress and cannot be upgraded. A 3-year-old gaming laptop feels ancient; a 3-year-old desktop with a GPU upgrade feels current.
Frequently Asked Questions
Is a gaming laptop worth it vs desktop?
Only if portability is essential. Desktops offer 30-40% better performance per dollar, superior cooling, and upgradability. For stationary gaming, desktops win decisively. Laptops make sense only for frequent travelers, college students, or those without desk space.
How much slower is a gaming laptop than desktop?
Gaming laptops are typically 15-25% slower than desktops with the same GPU name due to power and thermal limits. The gap widens to 25-35% during extended gaming sessions as laptops thermally throttle.
How long do gaming laptops last?
Gaming laptops remain competitive for 3-4 years before feeling outdated. Performance degrades 10-15% over time due to thermal wear, and you cannot upgrade the GPU or CPU. Desktops last 5-7+ years with component upgrades.
Can you upgrade a gaming laptop?
Very limited. GPU and CPU are soldered and cannot be upgraded. Only RAM (sometimes) and storage (usually) can be expanded. This is a major disadvantage vs fully upgradable desktops.
Do gaming laptops overheat?
Yes. Gaming laptops run at 85-95°C under load, and thermal throttling (automatic performance reduction) commonly occurs after 30-60 minutes of intensive gaming. Desktops typically run 20°C cooler.
How much more expensive is a gaming laptop?
Gaming laptops cost 30-50% more than desktops for equivalent performance. A $2,000 gaming laptop performs similarly to a $1,300-1,500 desktop build.
Is a gaming laptop good for college?
It can work, but consider the tradeoffs: gaming laptops are heavy (5-7 lbs), have poor battery life (2-4 hours), and thermal throttle. Many students prefer a thin productivity laptop plus a console or budget desktop.
Can gaming laptops run AAA games at 60 FPS?
Yes, mid-range to high-end gaming laptops ($1,500+) can run most AAA games at 60 FPS at 1080p-1440p. However, thermal throttling may cause FPS drops during extended sessions.
Should I buy a gaming laptop or build a PC?
Build a desktop if you game primarily at home. You'll get dramatically better value, learn useful skills, and have full upgrade flexibility. Only buy a laptop if portability is genuinely required.
What is the best gaming laptop in 2025?
Top picks include ASUS ROG Strix SCAR 18 (best performance), Razer Blade 16 (best build), Lenovo Legion Pro 7i (best value), and ASUS Zephyrus G14 (best portable). Expect $2,500-4,500 for flagship models.
Final Verdict: Desktop vs Laptop
After examining performance, price, thermals, upgradability, and real-world use cases, the conclusion is clear:
For Most Gamers: Desktop Wins
If you game primarily at home (even occasionally elsewhere), a desktop is the superior choice. You get 30-40% more performance per dollar, dramatically better thermals, full upgradability extending lifespan to 5-7+ years, and a better overall gaming experience.
The only "disadvantage" is lack of portability—which 80% of gamers don't actually need.
Gaming Laptops: A Niche Choice
Gaming laptops are the right choice for a specific subset of users: frequent travelers, college students without desk space, LAN party regulars, and those who genuinely need one device for work and gaming.
If that's you, accept the 30-40% performance penalty and shorter lifespan as the price of portability. It's a valid tradeoff—just go in with realistic expectations.
Key Takeaways
- Performance: Desktops are 20-30% faster with equivalent GPU names
- Value: Desktops deliver 30-40% more FPS per dollar spent
- Thermals: Laptops run 20°C+ hotter and throttle during extended gaming
- Longevity: Desktops last 5-7 years (upgrades); laptops 3-4 years (no upgrades)
- Portability: The only laptop advantage—make sure you actually need it
Helpful Tools & Resources
Have questions about choosing between a laptop and desktop? Contact us or explore more buying guides on our blog.
Last updated: November 29, 2025. Performance comparisons based on current-generation hardware testing. Specific results vary by model, configuration, and game. Use our FPS Calculator for personalized estimates.
About TechBenchPro
We're PC gaming enthusiasts dedicated to helping people build their perfect gaming setup at any budget. Our guides are regularly updated with current pricing and component availability.