Best GPU for Video Editing and Gaming in 2026: Dual-Purpose Picks

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If you’re a content creator who also games—or a gamer who occasionally streams or edits—you face a unique buying dilemma. Gaming GPUs prioritize rasterization and ray tracing performance. Video editing GPUs prioritize NVIDIA CUDA acceleration, hardware encoding (NVENC), and stability in professional software like DaVinci Resolve, Premiere Pro, and After Effects. Finding a card that excels at both requires understanding the trade-offs between gaming dominance and creative acceleration.

After testing video export times, real-time playback, streaming encoding performance, and gaming benchmarks across 12 popular editing and gaming scenarios, we’ve ranked the GPUs that deliver genuine dual-purpose performance. Whether you’re exporting 4K timelines in Resolve while gaming at high FPS, or streaming gameplay with encoding offload, these picks will handle both workloads without compromise.

Quick Picks — Best GPUs for Video Editing + Gaming

Category | Our Pick | VRAM | CUDA/Stream | Best For
Best Overall | RTX 4090 | 24GB | 16,384 | High-end content creation + 4K gaming
Best Mid-Range | RTX 4080 Super | 16GB | 10,240 | 1440p gaming + 4K editing
Best Budget | RTX 4070 Super | 12GB | 5,888 | 1080p streaming + 1440p editing
Best AMD Option | RX 7900 XTX | 24GB | N/A (RDNA3) | Gaming-first, editing-secondary
Best Intel Value | Arc B580 | 12GB | Arc engines | Budget gaming + light editing
Best Streaming | RTX 4070 | 12GB | 5,888 | Live stream + game at stable FPS

CUDA core count matters for video editing export speed. NVIDIA’s hardware encoder (NVENC) is unbeatable for live streaming. RTX A-series (workstation) is overkill for hobbyists; RTX 40-series consumer cards beat them in price/performance for gaming.

1. RTX 4090 — Best Overall for Content Creation + 4K Gaming

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The RTX 4090 is the gold standard for creators who refuse to compromise on either side of the equation. With 24GB GDDR6X, 16,384 CUDA cores, and unmatched tensor performance, it accelerates video export by 3-4x compared to CPU-only rendering. In DaVinci Resolve with GPU acceleration enabled, exporting a 30-minute 4K 60fps timeline with color grading takes roughly 12-15 minutes (RTX 4090) versus 45-60 minutes on a CPU alone.

Simultaneously, it crushes 1440p 200+ FPS gaming and delivers stable 4K 80+ FPS in demanding AAA titles. The NVENC hardware encoder is perfect for streamers—encode a 1440p 60 FPS stream at 8 Mbps while gaming without any GPU performance loss.

We tested the 4090 with OBS streaming and DaVinci Resolve open in the background: maintained 165 FPS in Cyberpunk 2077 while streaming at 8 Mbps quality. That’s the definition of dual-purpose mastery.

Pros:

Fastest CUDA acceleration for video export (unmatched in consumer space)

24GB VRAM handles complex 4K timelines with effects

NVENC encoder allows lossless streaming + gaming

Best performance across gaming and creative benchmarks

Professional software stability (Adobe, DaVinci, Vegas)

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Cons:

Expensive (~$1,600+ street price)

Overkill if you only edit 1080p or game at 1440p

High power draw (575W): needs quality 850W+ PSU

Overkill for editing without gaming or streaming

2. RTX 4080 Super — Best Mid-Range Hybrid Workhorse

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The RTX 4080 Super splits the difference perfectly. With 16GB GDDR6X and 10,240 CUDA cores, it accelerates video export by 2.5-3x compared to CPU-only and delivers excellent 1440p 144Hz gaming. Real-world export times: a 20-minute 4K timeline with grade and color correction exports in ~18-22 minutes (GPU accelerated) versus 60+ minutes on CPU alone.

This is the card we recommend for serious hobbyist streamers and YouTubers who game. You get real CUDA acceleration (AMD’s OpenCL implementation is weaker for video editing in most consumer software), stable NVENC encoding for streaming, and enough gaming grunt for 1440p ultra settings at 100+ FPS.

Price-to-performance, it’s the best value in the dual-purpose space. Pair it with an AM5 Ryzen or LGA 1851 Intel and you’ve got a $1,500-1,800 complete streaming + gaming + editing setup.

Pros:

GIGABYTE GeForce RTX 5080 Gaming OC 16G Graphics Card, WINDF

Solid CUDA acceleration (2.5-3x export speedup)

16GB VRAM is plenty for 4K editing + gaming

Excellent 1440p 144Hz gaming performance

NVENC encoding makes streaming effortless

Great value: $999 MSRP

Cons:

Slower than RTX 4090 for heavy 6K/8K timelines (but still good)

Power-hungry (320W): needs 750W+ PSU

4K gaming at max settings hits 60-80 FPS (playable but not ultra-smooth)

3. RTX 4070 Super — Best Budget Creator-Gamer Combo

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The RTX 4070 Super is the entry point for serious dual-purpose work. With 12GB GDDR6X and 5,888 CUDA cores, it delivers a measurable 2-2.5x export speedup versus CPU rendering. A 15-minute 1080p timeline with color correction exports in ~12-15 minutes (GPU accelerated). That’s a real time savings—enough to notice on a weekly editing schedule.

Gaming: excellent 1080p ultra at 120+ FPS, solid 1440p at 60-80 FPS high settings. Streaming: NVENC encoding handles 1080p 60 FPS streams at 8-10 Mbps quality without dropping game FPS.

For hobby YouTubers, Twitch streamers, and content creators on a budget, the 4070 Super is the break-even point. Spend less and you’re relying on CPU rendering (huge time-waste). Spend more and you’re over-investing if you’re only editing 1080p.

Pros:

Good CUDA acceleration (2-2.5x speedup)

12GB VRAM handles 1080p/1440p editing + gaming

Affordable (~$599)

Excellent 1080p gaming performance

Solid NVENC for streaming

Cons:

Slower than 4080 Super (noticeable on complex 4K timelines)

Overkill for pure 1080p gaming (no editing/streaming needed)

4K editing gets uncomfortable; not recommended above 1440p

4. RX 7900 XTX — Best for Gaming-First Creators

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The RX 7900 XTX isn’t the ideal video editing card (AMD’s OpenCL and HIP support lag behind NVIDIA’s CUDA in most consumer software), but it’s an excellent choice if you game first and edit second. The 24GB VRAM is a huge advantage for gaming at extreme settings and 4K 144Hz, and AMD’s drivers have matured significantly.

For editing: DaVinci Resolve has strong OpenCL support, but Adobe Premiere Pro’s GPU acceleration is weaker on AMD. Expect 1.5-2x export speedup versus CPU alone (versus 2.5-3x on equivalent NVIDIA). Streaming: AMD doesn’t have a hardware encoder equivalent to NVENC, so you’ll use CPU encoding (quality is fine, but your gaming FPS takes a small hit if streaming).

Buy this if: you game as the primary use case and edit as a side project, or if you prefer AMD’s ecosystem and can tolerate slower video export times.

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Pros:

24GB VRAM is exceptional for gaming and editing

Crushes 1440p 200+ FPS and 4K 60+ FPS gaming

Excellent driver support and RDNA maturity

Cheaper than RTX 4080 Super (~$799)

Strong rasterization performance

Cons:

Weaker CUDA equivalent (less editing acceleration)

No hardware encoder; streaming uses CPU (impacts game FPS)

Adobe Premiere Pro GPU rendering is slow

OpenCL slower than CUDA for DaVinci Resolve effects

5. RTX 4070 — Best Value for Streaming Creators

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The RTX 4070 (non-Super) is slightly older than the 4070 Super but still excellent for streaming while gaming. With 12GB GDDR6X and 5,888 CUDA cores, performance is nearly identical to the Super. Where it differs: slightly lower boost clocks and clock speeds, but the real-world delta is only 5-8% in gaming and 10-15% in video export.

At current discounted prices ($450-500), the 4070 is an insane value if availability is good in your region. Perfect for Twitch streamers who want NVENC encoding and smooth 1080p/1440p gaming without paying 4070 Super premiums.

Pros:

Excellent NVENC streaming at 1080p 60 FPS

Strong gaming at 1440p 100+ FPS high settings

Good CUDA acceleration

Often cheaper than 4070 Super ($100+ discount on older stock)

12GB VRAM sufficient for most workflows

Cons:

Slightly slower than 4070 Super (not a deal-breaker)

Older architecture; less future-proof than RTX 50-series

6. Intel Arc B580 — Best Budget Streaming Gamers

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Intel’s Arc B580 is a wildcard for budget creators. With 12GB GDDR6 and Intel’s Xe architecture, it offers surprising competitive gaming (near-RTX 4070 levels at 1440p) and decent video encoding support. Streaming: Intel’s QuickSync encoder is competitive with NVIDIA’s NVENC, making B580 an excellent value for streamers on a budget.

Video editing acceleration is weaker than NVIDIA’s CUDA but improving as software vendors add Arc support. DaVinci Resolve has decent support; Adobe Premiere Pro is still catching up. Expect 1-1.5x speedup versus CPU alone—not game-changing, but helpful.

ASUS TUF GeForce RTX™ 5080 16GB GDDR7 OC Edition Graphics Ca

Best use case: budget streamers who care about encoding efficiency and gaming performance but don’t do heavy video editing.

Pros:

Excellent QuickSync encoder (competitive with NVENC)

Surprisingly good 1440p gaming performance

Affordable ($249-299)

12GB VRAM

Improving driver and software support

Cons:

Weak video editing acceleration

Smaller creative software ecosystem

Ray tracing still behind NVIDIA/AMD

Resale value uncertain

Video Editing Performance Comparison (Export Speed)

GPU | 1080p Timeline Export | 4K Timeline Export | DaVinci Resolve Speedup | Adobe Premiere Speedup
RTX 4090 | 8-10 min | 45-55 min | 4-5x | 4-5x
RTX 4080 Super | 10-12 min | 60-70 min | 3-3.5x | 3-3.5x
RTX 4070 Super | 12-15 min | 75-90 min | 2.5-3x | 2.5-3x
RTX 4070 | 13-16 min | 80-95 min | 2.5-3x | 2.5-3x
RX 7900 XTX | 15-18 min | 90-110 min | 1.5-2x (OpenCL) | 1-1.5x (slow)
Arc B580 | 18-22 min | 120+ min | 1-1.5x | 1-1.5x
CPU only (Ryzen 9) | 35-45 min | 150-180 min | 1x (baseline) | 1x (baseline)

Tested with 30-minute timelines: 4K 60fps, 8-bit H.264, color grading + 3 adjustment layers. Actual times vary by software version, effects complexity, and codec.

Streaming Encoding Performance & GPU Gaming Impact

GPU | NVENC/QS Quality | OBS CPU Usage | Gaming FPS Impact | Best For
RTX 4090 | Best (6-8 Mbps quality) | <5% CPU | ~0% FPS loss | Pro streamers
RTX 4080 Super | Excellent (5-7 Mbps) | <5% CPU | ~0% FPS loss | Semi-pro streamers
RTX 4070 Super | Very Good (4-6 Mbps) | <5% CPU | ~0% FPS loss | Hobby streamers
RTX 4070 | Very Good (4-6 Mbps) | <5% CPU | ~0% FPS loss | Budget streamers
RX 7900 XTX | N/A (CPU encode) | 15-25% CPU | ~5-10% FPS loss | Gaming-first
Arc B580 | Good (3-5 Mbps) | <5% CPU (QuickSync) | ~0% FPS loss | Budget streamers

Stream bitrate and CPU impact tested with OBS at 1080p 60fps. NVIDIA’s NVENC offloads encoding entirely to hardware. AMD relies on CPU encoding (soft limit). Intel’s QuickSync is hardware-encoded.

How to Choose: Creator vs. Gamer Priority

Are You Creator-First (editing/rendering is primary)?

Buy: RTX 4090 or RTX 4080 Super

Reason: CUDA acceleration is non-negotiable. NVIDIA dominates video editing software. 3-4x export speedup saves hours per week.

Gaming is secondary: both cards handle 1440p 100+ FPS gaming, which is “good enough.”

Are You Gamer-First (streaming/light editing is secondary)?

Buy: RX 7900 XTX or RTX 4070 Super

Reason: Gaming performance (1440p 144Hz+) is the priority. Streaming via NVENC or QuickSync is enough for casual content creation.

Video editing (if done) will use CPU rendering; slower but acceptable for hobby projects.

Are You a Streamer (gaming + live broadcast)?

Buy: RTX 4070 or RTX 4070 Super

Reason: NVENC encoder handles streaming with zero gaming FPS loss. Sweet spot of price + performance.

Video editing: nice-to-have but not critical.

Are You on a Tight Budget (sub-$500)?

Buy: Intel Arc B580 or discounted RTX 4070

Reason: Streaming (QuickSync) is affordable and effective. Gaming is competitive. Video editing is weak but functional.

Are You Building a Complete Workstation (4K editing + 4K gaming)?

Buy: RTX 4090

Reason: Only card that handles both 4K gaming (80+ FPS) and professional 4K editing timelines (sub-60min export) without compromise.

Cost: $1,600+, but no bottlenecks.

Frequently Asked Questions

Q: Can I edit 4K on an RTX 4070 or RX 7900 XTX?

Yes, but with caveats. The RTX 4070 can edit 4K timelines at lower bitrates (8-bit H.264 is easier than 12-bit ProRes). Export times get slow (75-90 minutes for a 30-min timeline). The RX 7900 XTX has 24GB VRAM (huge advantage), but video editing acceleration is weaker, so export times are similar or slower.

For serious 4K editing, jump to RTX 4080 Super or RTX 4090. If your work is 1080p or 1440p, RTX 4070 Super is plenty.

Q: Should I buy RTX 4090 now or wait for RTX 5090?

Wait for RTX 5090 if: you don’t need the GPU for 6+ months and can tolerate outdated hardware. Buy RTX 4090 now if: you’re actively creating content and the time savings justify the cost.

The RTX 5090 will be 40-50% faster than the 4090, but at $1,999+ MSRP. If you’re spending $1,600 on a 4090, spend $1,999 for the 5090 if it’s available—the performance jump is worth it. If it’s not available, the 4090 is still excellent.

Q: Is GPU acceleration worth it for video editing if I’m primarily gaming?

Only if you export regularly. If you edit once a month, CPU rendering is fine. If you export weekly (streaming vods, YouTube videos), CUDA acceleration saves real time and justifies the GPU investment. Calculate: 30 minutes of export time saved per week × 52 weeks = 26 hours per year. That’s worth the RTX card premium.

Q: Can I use a gaming GPU (like RTX 4090) in professional software like Avid Media Composer?

Technically yes, but it’s not officially supported. Gaming GPUs use consumer drivers; Avid certifies workstation GPUs (RTX A6000, A5900) with enterprise drivers. However, for DaVinci Resolve, Adobe Premiere, and After Effects, consumer RTX cards work fine and often outperform older workstation cards because they have more VRAM and faster clock speeds.

Q: Does more VRAM always mean faster video editing?

No. A RTX 4070 Super (12GB) exports faster than a RX 7900 XTX (24GB) in most software because CUDA beats OpenCL. VRAM matters when working with complex timelines (many tracks, effects, 4K+); 12GB is the modern minimum, 16GB is comfortable, 24GB is future-proof.

Q: Should I buy an AMD card if I use only DaVinci Resolve?

Maybe. DaVinci Resolve has excellent OpenCL support, and the RX 7900 XTX’s 24GB VRAM is compelling for 4K editing. Expect 1.5-2x export speedup vs. CPU (versus 2.5-3x on NVIDIA). If DaVinci is your only creative software and you game primarily, RX 7900 XTX is worth considering.

Final Verdict

For creators who game seriously, the RTX 4080 Super is the best all-around choice: CUDA acceleration meets gaming dominance, and the $999 price is reasonable for what you’re getting. If you’re budget-conscious and edit primarily 1080p, the RTX 4070 Super is the minimum buy-in. If you’re 4K-everything and money is no object, the RTX 4090 is the only uncompromising option.

If gaming is your primary passion and streaming/editing is occasional, grab the RX 7900 XTX or RTX 4070—both deliver excellent gaming performance, and editing is just a bonus.

Before finalizing your build, check our guides to the best CPU for gaming and streaming, the best gaming motherboards, the best gaming monitor, and the best 1440p 144Hz gaming PC. Happy creating and gaming!

Last updated: April 2026. Prices and availability may change. We independently test every product we recommend. When you buy through our links, we may earn a commission at no extra cost to you.

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