NVIDIA's RTX 5070 aims to bring Blackwell-powered performance with DLSS 4 and Multi‑Frame Generation (MFG) to a mid-range price tier. Below is a breakdown of real-world FPS benchmarks, synthetic performance, and community impressions—along with helpful visual references.
🎮 Gaming FPS Performance: Raster & DLSS
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On average, RTX 5070 outperforms RTX 4070 Super by ~9–10%, based on composite geomean and performance testing across multiple reviews.
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At 1440p, base raster performance delivers ~133 FPS average, which becomes ~135 FPS with DLSS Quality, offering roughly 20% uplift over RTX 4070.
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With DLSS 4 + Multi‑Frame Generation enabled, games like Cyberpunk 2077 at 4K can hit ~122 FPS, nearly matching RTX 4090 with double FG frame generation.
📷 Figure 1: RTX 5070 vs RTX 4070 Super benchmark chart in raster and DLSS-supported titles, highlighting performance gains (green bars for 5070 vs gray for 4070 Super).
🌐 Ray Tracing Performance
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RT geomean shows only ~0–5% advantage over RTX 4070 Super, with modest gains depending on title.
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DLSS‑enabled RT performance improves frame rates, but input latency and image quality may be more variable under heavy MFG interpolation.
🧪 Synthetic & Compute Benchmarks
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In Puget Systems’ Unreal Engine geomean chart, RTX 5070 scores about 98 vs 87 for RTX 4070 Ti Super, demonstrating near parity in overall and RT scene performance.
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PassMark charts place RTX 5070 just above RTX 4070 Super in raw G3D Mark scores, though still trailing high-end 5080 and 5090 models.
⚡ Community Sentiment & Realism
Reddit users and tech reviewers offer a mixed perspective:
“The RTX 5070 is a solid GPU, but it doesn’t justify its price. Nvidia expects DLSS 4 to carry the product... raw performance gains are minimal.”
“In Cyberpunk 2077 at 4K with DLSS Perf mode, it drops below 30 FPS. At that kind of fps, MFG just ain't gonna work—the inputs feel sluggish.”
Consensus: RTX 5070’s strength lies in DLSS‑enabled titles and MFG use—without it, the card feels like a modest upgrade over the RTX 4070 Super.
✅ Summary Table
| Scenario | RTX 5070 Average FPS | Relative to RTX 4070 Super |
|---|---|---|
| 1440p Native (Raster) | ~133 FPS | ~9–10% faster |
| With DLSS 4 (Quality) | ~135 FPS | ~20% uplift |
| 4K Cyberpunk RT + FG | ~122 FPS | Closest to RTX 4090 with FG |
| RT-only (no DLSS/MFG) | ~55–60 FPS | ~4–8% gain |
| Unreal Engine Geomean | ~98 (UE scenes avg) | Slight lead over 4070 Super |
📸 Visual Benchmark Images
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Figure 1: RTX 5070 vs 4070 Super bar chart in raster and DLSS-supported titles (turn0image1).
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Figure 2: Unreal Engine geomean FPS comparison (turn0image2).
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Figure 3: PassMark G3D chart showing relative ranking of RTX 5070 near RTX 4070 and 4090 laptop (turn0image3).
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Figure 4 (embedded within text): Green-versus-gray bar chart illustrating DLSS DLSS/MFG results (turn0image4).
🔍 Final Take: Worth the Upgrade?
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✅ Good for: 1440p gaming with DLSS 4/MFG compatibility, creative workloads, or content creation.
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⚠️ Less ideal if: You're focused on raw raster or RT gaming without DLSS support—RTX 4070 Super offers similar or better value.
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Bottom line: RTX 5070 delivers modest generational gains, heavily relying on DLSS 4 + MFG to distinguish itself in benchmarks—and it must handle input latency tradeoffs in some use cases.
🧾 TL;DR
The RTX 5070 provides around 10% faster raster gaming than the RTX 4070 Super, and with DLSS 4 and Multi‑Frame Generation enabled, it can reach near RTX 4090-like performance in selected titles. However, in titles without DLSS support, its benefits are minimal—making it a niche pick unless you're leveraging its frame-generation power.
