RTX 5080 Laptop: Gaming Performance, FPS and Specs

Short answer: the RTX 5080 Laptop is a high-end laptop GPU that performs roughly like a desktop RTX 3080 Ti at its full power limit. With a Core i9-14900HX it averages about 133 FPS at 1080p and 98 FPS at 1440p on High in demanding games, so it is best suited to 1440p gaming.

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RTX 5080 Laptop: specifications

SpecRTX 5080 Laptop
ArchitectureBlackwell
Video memory16 GB GDDR7
Power limit (TGP)80–150 W
Released2025
Similar desktop cardRTX 3080 Ti
UpscalingDLSS 4 with Multi Frame Generation
NVIDIA and AMD specifications. Laptop makers choose the power limit inside the range, so two laptops with the same GPU can perform differently. “Similar desktop card” compares the full-power version in our model.

RTX 5080 Laptop: why the power limit (TGP) matters

Laptop GPUs share a name with a range of power limits. A thin laptop running the RTX 5080 Laptop near the bottom of its 80–150 W range will be noticeably slower than a thick gaming laptop at the top. Before you buy, look for the “TGP” or “maximum graphics power” in the laptop’s spec sheet; the numbers on this page assume a high power limit.

Game1080p High1440p High1080p Medium
Counter-Strike 2441 (344 low)315 (246 low)547
Valorant601 (433 low)429 (335 low)668
Fortnite187 (146 low)134 (104 low)234
Call of Duty: Black Ops 7131 (102 low)94 (73 low)164
Battlefield 6147 (115 low)105 (82 low)184
ARC Raiders160 (125 low)114 (89 low)200
Marvel Rivals114 (89 low)81 (63 low)142
Cyberpunk 2077127 (99 low)91 (71 low)159
Black Myth: Wukong87 (68 low)62 (48 low)109
Hogwarts Legacy120 (87 low)86 (67 low)134
Baldur's Gate 3127 (84 low)114 (82 low)134
Elden Ring60 (43 low)60 (47 low)60
Average FPS and 1% lows from our FPS model with a Core i9-14900HX and a high power limit. ⚠ = the game wants more video memory than this GPU has at that setting. Expect real laptops within about ±15%, depending on TGP and cooling.

With DLSS or FSR set to Quality, add roughly 20–30% to these numbers in games that support it. Frame generation can roughly double the displayed frame rate in single-player games, at the cost of some input lag.

RTX 5080 Laptop: measured results

Laptop GPUCyberpunk 2077, 1080p Ultra (FPS)Tested power
RTX 5080 Laptop149.9–
RTX 4090 Laptop131.5–
RTX 5070 Ti Laptop126.7140 W
RTX 4080 Laptop125.5–
RTX 5070 Laptop90.185 W
RTX 5060 Laptop89.995 W
RTX 4070 Laptop85.5105 W
RTX 4060 Laptop76.2140 W
Measured by Notebookcheck in individual laptops (2025). Results depend on each laptop’s power limit and cooling.

RTX 5080 Laptop: how it compares with other laptop GPUs

Laptop GPUSpeed vs RTX 5080 LaptopVRAM1440p High avg FPS
RTX 5090 Laptop+21%24 GB117
RTX 5080 Laptop–16 GB98
RTX 4090 Laptop0%16 GB98
RTX 4080 Laptop-9%12 GB89
RTX 5070 Ti Laptop-14%12 GB84
RX 7900M-20%16 GB79
RTX 5070 Laptop-29%8 GB68
Relative speed from our model at full power. See the full laptop GPU ranking.

RTX 5080 Laptop: does the laptop CPU hold it back?

Laptop processor1080p bottleneck1440p bottleneck1080p avg FPS
Core i9-14900HX14% CPU6% GPU133
Core i7-13620H27% CPU12% CPU122
Ryzen 7 7840HS25% CPU9% CPU125
From our bottleneck calculator. Up to 10% is balanced; a GPU limit is normal.

RTX 5080 Laptop: frequently asked questions

Is the RTX 5080 Laptop good for gaming?

Yes for 1440p. It averages about 133 FPS at 1080p High in demanding new games and 98 FPS at 1440p, and much more in esports titles.

What desktop GPU is the RTX 5080 Laptop equal to?

At a high power limit it performs roughly like a desktop RTX 3080 Ti in our model. Low-power versions in thin laptops are slower.

Can the RTX 5080 Laptop run games at 1440p?

Yes, about 98 FPS on High on average, more with DLSS or FSR.

Is 16 GB of VRAM enough?

Yes, 16 GB is plenty for 1080p and 1440p.

What TGP should I look for?

As close to the top of the 80–150 W range as you can. The model name alone does not tell you the power limit.

Sources: Notebookcheck RTX 5070 Ti / 5070 Laptop review, Notebookcheck RTX 5060 Laptop preview, NVIDIA and AMD laptop GPU specifications. FPS and bottleneck figures come from our FPS and bottleneck models.