GeForce RTX 5070 Laptop GPU DLSS 5 benchmark: what the RTX 50 Series launch actually tells developers
The GeForce RTX 5070 Laptop GPU has two verified native 1080p results in scope: 45.4 FPS in Cyberpunk 2077 at Ray Tracing Ultra with DLSS off, and 28.5 FPS in Alan Wake 2 at High with High ray tracing. DLSS 5 is scheduled to launch for the GeForce RTX 50 Series on 2026-09-03 at 21:00 PT, but a capability announcement isn’t a laptop benchmark.
Mobile and desktop parts require separate data. Thermal headroom, clock targets, driver branches, and power limits can move laptop performance by tens of percent under the same settings. Use the two verified averages as the current floor and leave DLSS 5 profile choices open until the post-launch driver can be measured.
Why Laptop Results Need Their Own Dataset
Launch-day charts often mix desktop RTX 5070 reviews, Max-Q or low-power mobile variants, and early samples using drivers that never reach retail. Combining any of them may look precise, but it produces a useless figure for a development matrix.
A laptop SKU is its own platform. A thin-and-light design and a 17-inch chassis with a 230 W power budget do not answer the same performance question. Every useful result needs the exact GPU, driver, in-game preset, chassis class, and power configuration.
Average FPS alone also hides important behavior. Consumer suites may omit frame-time distribution, 1% lows, and thermal telemetry, allowing a good average to conceal sustained hitching. The two figures used here are averages, and internal documentation should retain that limitation.
The Two Verified 1080p Measurements
Notebookcheck’s page for the exact GeForce RTX 5070 Laptop GPU provides both values at 1920×1080. The complete setting strings remain attached so they can be reproduced.
| Game | Resolution | Settings preset | Average FPS | Source |
|---|---|---|---|---|
| Cyberpunk 2077 | 1920×1080 | Ray Tracing Ultra Preset (DLSS off) 1920×1080 | 45.4 | Notebookcheck direct measurement |
| Alan Wake 2 | 1920×1080 | High Preset + High Ray Tracing 1920×1080 | 28.5 | Notebookcheck direct measurement |
These are the only exact-model FPS values in the verified source set, and both are averages rather than 1% lows. Treat any other launch-day number as a different data point until its desktop, Max-Q, neighboring-SKU, or estimated origin is ruled out.
What the Results Say About the GPU
Cyberpunk 2077 at 45.4 FPS is the stronger native result. Ray Tracing Ultra at 1080p is a demanding current workload, and this average shows that the raster-plus-RT pipeline is viable on a laptop target.
It lands in the same neighbourhood as the RTX 4070 laptop generation in the same title. It also leaves too little margin to assume the preset survives a move to 1440p. A 1080p high-refresh system can use it as a delivery target, while a 1440p laptop needs its own measurement. The gap to the panel refresh gives upscaling or frame generation useful work to do.
Alan Wake 2 at 28.5 FPS sets the harder limit. High visuals and High ray tracing fall well below a smooth frame rate. Keep this result in internal reviews because it defines the native 1080p floor for a heavy RT and lighting workload. It may also hide pacing trouble that an average cannot reveal.
Reading Both Values Together
One title reaches a presentable rate with current-generation RT; the other does not. Together they bracket the native 1080p range for this GPU. Neither says anything about 1440p, 4K, or the desktop RTX 5070. The gap between them also makes one universal preset unlikely to suit both games.
Why One Default Is Not Enough
The spread between 45.4 and 28.5 FPS defeats a one-size-fits-all Recommended preset. A setting chosen around the slower title may leave obvious headroom in the faster one, while a setting tuned to Cyberpunk can overload a thin chassis in Alan Wake 2. Per-title mapping is the defensible choice.
DLSS 5 in the RTX 50 Launch Window
DLSS 5 is scheduled for the RTX 50 Series on 2026-09-03 at 21:00 PT, and this laptop GPU falls under that family-level feature gate. Engine settings still need to reflect the native performance feeding the reconstruction path.
The support announcement and the 1080p measurements answer different questions. No verified 1440p or 1600p laptop result is available here, so don’t lock either resolution into a day-one default. Shipping an unmeasured 1440p profile is an avoidable source of support problems.
Capability Is Not a Measured Result
Official support says the GPU and driver may run a feature. It does not give a frame time for a particular laptop, panel, driver, and game build. The 28.5 FPS Alan Wake 2 result shows the distinction: the GPU belongs to the RTX 50 feature tier, but its heaviest native input is still low. Confusing eligibility with performance is how launch-day laptop builds end up with an unsuitable 1440p Quality default.
Scope the Launch-Day Laptop Matrix Carefully
Launch work usually needs a preset budget, a DLSS profile by resolution, and a fallback for the heaviest workload. The verified 1080p set supports only some of those decisions.
| Decision | What the verified 1080p data supports | What should wait for post-launch data |
|---|---|---|
| Default quality preset for 1080p laptop panels | Cyberpunk 2077 RT Ultra 45.4 FPS gives a usable 1080p RT Ultra reference | 1440p native or 1440p DLSS targets until a measured 1440p number exists for this SKU |
| Whether DLSS is required or optional for the 1080p path | DLSS remains optional in the 1080p RT Ultra path; native is close enough to presentable that a team can ship without it | Any mandatory DLSS requirement on the 1080p path, which would punish owners of the 28.5 FPS Alan Wake 2 preset |
| Recommended DLSS profile at 1080p | Quality or Balanced DLSS profiles are reasonable defaults for the 45.4 FPS class of title | Performance or Ultra Performance defaults until the post-launch driver window is measured |
| Heaviest preset that should be selectable in-game | The 45.4 FPS class can be exposed as a selectable “RT Ultra” preset for 1080p | Anything framed as the 28.5 FPS Alan Wake 2 class being a default, since it is well below a smooth average |
| Frame-gen eligibility | Any frame-gen path is a feature on top of an upscaled base; the native headroom exists for the 45.4 FPS class | Frame-gen as a default rather than a user-opt setting, until latency measurements on a laptop panel are in hand |
The table deliberately stops at 1080p and quality-class DLSS profiles. It doesn’t establish 1440p behavior, a Performance default, or any other unmeasured preset.
The Desktop and Laptop Trap
A desktop RTX 5070 result at comfortable 1440p does not establish the same behavior on the laptop GPU. The verified 45.4 FPS figure is native 1080p with DLSS off. A 1440p conclusion needs a 1440p test.
The reverse mistake is using a Max-Q or low-power result as the entire mobile tier. That value isn’t present here either. Desktop and laptop versions may also use different memory subsystems, allowing higher bandwidth to sustain a desktop result that the mobile card cannot match for reasons unrelated to shader throughput.
Verify These Details Before Quoting Frame Time
- That the GPU label on the chart is the exact “GeForce RTX 5070 Laptop GPU” string, not the desktop string, a Max-Q string, or a neighbouring model such as the 5070 Ti.
- That the resolution and settings preset string in the chart matches the verified set; otherwise the number is a different point in the matrix and is not comparable to the 45.4 and 28.5 figures above.
- That the driver build and VBIOS are stated, because pre-release and retail drivers for the same SKU can move frame-times by a few percent within the launch window, and the 28.5 FPS floor in particular is sensitive to driver changes.
Missing Measurements
- Any 1% low or frame-time distribution number; the verified figures are averages only.
- Any 1440p or 1600p measurement on this exact SKU in the verified Notebookcheck source.
- Any measured DLSS 5 result on a laptop panel, because the feature is gated to the launch time above.
- Any thermal envelope or chassis-class split; the verified figures do not name the chassis, so a thin-and-light and a 17-inch replacement result cannot be separated from the 45.4 and 28.5 figures alone.
Verified, Gated, and Open Items
Separate these categories in production documents because each has a different consequence.
Verified Before Launch
- The GeForce RTX 5070 Laptop GPU is part of the GeForce RTX 50 Series and is officially supported for the DLSS 5 feature set as a launch capability statement.
- DLSS 5 is scheduled to launch on 2026-09-03 21:00 PT as part of that RTX 50 Series feature rollout.
- The two exact 1080p figures above are the only verified mobile frame-times in scope for this SKU in the supplied source set.
Gated by the Launch Window
- Any post-launch driver that may shift native 1080p frame-times by a few percent relative to the verified 45.4 and 28.5 figures, and that has to be measured rather than predicted.
- Any measured DLSS 5 result on a laptop panel at 1080p with a specific profile, which has to wait for the post-launch driver window and a measured comparison against the native 1080p input.
- Any 1440p or 1600p measurement on this exact SKU, which is not in the verified set on launch day and is the largest known hole in the matrix.
Still Open
- The relative ordering of DLSS 5 Quality, Balanced, and Performance profiles on a 1080p laptop panel for this SKU, and the absolute frame-time each profile delivers on the 28.5 FPS class.
- Whether the 45.4 FPS Cyberpunk 2077 RT Ultra class can be presented as a default at 1080p with DLSS 5 Quality, or whether a heavier DLSS profile is needed to hit a higher refresh target.
- Whether the 28.5 FPS Alan Wake 2 High + High RT class can be lifted into a smooth range by any DLSS 5 profile on this SKU, since the 1080p native input is below the intended target.
Decisions to Delay Until Post-Launch
Leave the following choices open until they can be measured.
- Locking the recommended DLSS 5 profile for the 1080p RT Ultra path. The verified native 45.4 FPS is close enough that a team can ship without forcing DLSS, but a recommended profile needs a measured post-launch number, not the capability statement alone. Shipping a profile recommendation on day one is shipping a guess with a UI label on it.
- Locking the default quality preset for any path above 1080p on this SKU. The verified set is 1080p, and a 1440p or 1600p default would be built on extrapolation from a number that was not taken at that resolution. The gap between the two verified titles is likely to grow, not shrink, at higher resolutions.
- Locking the fallback render path for the 28.5 FPS Alan Wake 2 class. The native result is below the intended target, but whether DLSS 5 brings it into a smooth range on this SKU is a measured question, not a feature-gate question. The fallback has to respond to measured results rather than an assumption based on the low average.
Post-Launch Driver Checklist
After the first retail driver reaches a development rig, complete these missing measurements:
- Re-measure the two reference titles above on the same SKU with the same settings string under the first post-launch driver, to anchor native 1080p performance to the retail branch and to flag any regression in the 28.5 FPS floor.
- Add a 1440p measurement for at least one of the two reference titles, to break the launch-day 1080p-only scope and to give a 1440p default something to be defended with.
- Add a 1080p measurement under each DLSS 5 profile (Quality, Balanced, Performance) for the 45.4 FPS class, to confirm or revise the 1080p default DLSS profile with a number that is not an extrapolation.
- Add a 1080p measurement under the heaviest DLSS 5 profile for the 28.5 FPS class, to confirm whether that native floor is brought into a smooth range by reconstruction, or whether it needs a settings fallback instead.
- Capture 1% low and frame-time distribution data alongside the average, because the average alone was never going to be enough to set a default for a 1080p laptop chassis.
What the Launch Data Supports
The mobile record is small but clean: two games, two exact setting strings, and two averages from the same source. Cyberpunk’s 45.4 FPS is a usable RT Ultra reference at 1080p. Alan Wake 2 at 28.5 FPS is the native floor for the heavier workload. DLSS 5 can be measured over both after launch. Until then, don’t borrow desktop, Max-Q, or 1440p results, and don’t turn a capability statement into a recommended preset.
Frequently Asked Questions
Is the GeForce RTX 5070 Laptop GPU officially supported for DLSS 5?
Yes. It belongs to the GeForce RTX 50 Series, and DLSS 5 is scheduled as an RTX 50 Series feature for 2026-09-03 at 21:00 PT. That establishes capability, not a frame time in any particular game.
What FPS does the GeForce RTX 5070 Laptop GPU deliver in Cyberpunk 2077 at 1080p?
Notebookcheck records 45.4 average FPS at 1920×1080 Ray Tracing Ultra with DLSS off. It is the only exact-model Cyberpunk figure in the verified source set.
What FPS does the GeForce RTX 5070 Laptop GPU deliver in Alan Wake 2 at 1080p?
Notebookcheck records 28.5 average FPS at 1920×1080 High with High ray tracing. It sits well below a smooth frame rate and defines the heavier native floor.
Can the 28.5 FPS Alan Wake 2 result be lifted into a smooth range with DLSS 5?
That needs a post-launch measurement. The verified result is native 1080p, and support eligibility doesn’t identify the profile required to reach a smooth rate.
Should a developer use the desktop RTX 5070 numbers as a proxy for the laptop GPU?
No. Laptop and desktop models differ in thermal limits, clocks, memory, and driver branches. Keep desktop numbers in a separate dataset.
Should a team require DLSS 5 on the 1080p RT Ultra path?
No. Cyberpunk’s native 45.4 FPS is presentable enough to leave DLSS optional. Alan Wake 2’s 28.5 FPS also shows why one blanket requirement won’t suit every game.
Which DLSS 5 profile should the GeForce RTX 5070 Laptop GPU use at 1080p?
Quality or Balanced is a reasonable starting point for a game in the 45.4 FPS class, but confirm the default with retail-driver data. Don’t make Performance or Ultra Performance the default without measuring it.
What about 1440p panels on this SKU?
No verified 1440p figure is available. Keep it user-selectable until post-launch testing establishes a defensible native and DLSS profile.
When is it safe to lock the laptop performance matrix for this SKU?
After re-measuring both 1080p references on the first post-launch driver and adding at least one 1440p result. The current set can establish a 1080p floor, not a complete matrix.
Where can a developer read more about the underlying GeForce RTX 50 Series architecture?
The linked Wikipedia RTX 50 series entry covers the family architecture. Notebookcheck’s linked RTX 5070 Laptop benchmark page provides the two 1080p measurements and their exact settings.
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