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NVIDIA GeForce RTX 3080 Laptop Review | 118 Data compared

Avg. price in UK: ~£2,380
Avg. price in US: ~$1,990
VRAM: 8 GB
Memory bus width: 256 bit
Thermal Design Power (TDP): 115 W

NVIDIA GeForce RTX 3080 Laptop review. Compare 118 technical specifications and user reviews to see how it ranks among graphics cards and if it is worth buying.

6.0

Good

5.7

Good

8.1

Excellent

4.4
Gaming
Score components:
45.0%
4.0
Floating-point performance
25.0%
2.8
VRAM
20.0%
4.9
Ray tracing cores / units
10.0%
8.8
PCI Express (PCIe) version
5.4
Video editing
Score components:
35.0%
7.0
AV1 encode
30.0%
2.8
VRAM
20.0%
4.0
Floating-point performance
15.0%
8.8
PCI Express (PCIe) version
4.3
1080p
Score components:
55.0%
4.0
Floating-point performance
25.0%
2.8
VRAM
10.0%
4.9
Ray tracing cores / units
10.0%
8.8
PCI Express (PCIe) version
4.0
1440p
Score components:
50.0%
4.0
Floating-point performance
30.0%
2.8
VRAM
15.0%
4.9
Ray tracing cores / units
5.0%
8.8
PCI Express (PCIe) version
4.0
4K
Score components:
40.0%
4.0
Floating-point performance
35.0%
2.8
VRAM
20.0%
4.9
Ray tracing cores / units
5.0%
8.8
PCI Express (PCIe) version

Best prices in UK

£?

Best rankings

#32 in Best NVIDIA RTX 3080 Graphic Cards
#34 in Best NVIDIA Graphic Cards
#166 in Best 8 GB Graphic Cards
#556 in Best Graphic Cards For Gaming
#570 in Best Graphic Cards For 1080p Gaming
#578 in Best NVIDIA RTX Graphic Cards
#587 in Best Graphic Cards For 1440p Gaming
#697 in Best Graphic Cards For Video Editing
#800 in Best Graphic Cards

Verdict

The Nvidia GeForce RTX 3080 Laptop GPU is a high-end mobile graphics card built on the 8nm Ampere architecture, featuring 6,144 CUDA cores and either 8GB or 16GB of GDDR6 VRAM on a 256-bit bus. Its performance is highly dependent on the manufacturer's chosen Total Graphics Power (TGP) level, which typically ranges from 80W to 150W+, offering boost clock speeds between 1,245 MHz and 1,710 MHz. Main pros include exceptional 1440p and 4K gaming capabilities, 2nd-gen Ray Tracing cores, and DLSS support for significant frame rate boosts. However, notable cons include significant performance variance between different laptop models due to power limits and thermal throttling in thinner chassis, as well as being substantially less powerful than its desktop namesake.

Technical Specifications of NVIDIA GeForce RTX 3080 Laptop

Overall score

6.0

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Popularity

What it is: An indicator based on the number of reviews received by the graphics card.

When it matters: When you prefer a graphics card that has already been chosen and reviewed by many other users.

Performance

5.1

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3DMark Time Spy benchmark score

What it is: Benchmark result from 3DMark Time Spy, a synthetic DirectX 12 test often used as a quick gaming-performance reference.

When it matters: When you need a fast rough performance sort before digging into game-specific reviews and frame-rate data.

Importance: LOW

?

3DMark Port Royal score

What it is: Benchmark result from 3DMark Port Royal, a synthetic test focused on ray tracing performance.

When it matters: When ray tracing matters in the games you actually play and you want one quick way to separate stronger and weaker RT cards.

Importance: LOW

PassMark (G3D) result

What it is: Overall GPU performance score in PassMark G3D benchmark

When it matters: When you need one broad score to sort cards into rough performance tiers.

Importance: LOW

?

PassMark (DirectCompute) result

What it is: PassMark score for DirectCompute performance tests

When it matters: When compute workloads matter alongside gaming performance.

Importance: LOW

?

Floating-point performance

What it is: Theoretical floating-point compute performance of the GPU.

When it matters: When rendering, AI, or heavy compute work needs strong single-precision throughput.

Importance: LOW

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Memory

5.0

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VRAM

What it is: Total video memory available on the graphics card

When it matters: When you play at high settings, use texture mods, or work with large creative projects.

Importance: HIGH

Memory type

What it is: Type of graphics memory used (GDDR6, HBM2e, etc.)

When it matters: When memory technology is part of the buying decision because it affects bandwidth class, power use, and product positioning.

Importance: LOW

GDDR6

GDDR version

What it is: Generation of GDDR memory used by the graphics card.

When it matters: When you want to separate older memory generations from newer ones before comparing bandwidth, power behavior, and market tier.

Importance: LOW

Memory bus width

What it is: Width of the memory interface bus in bits

When it matters: When you care about steadier performance at higher resolutions, heavier texture settings, or ray-traced workloads that stress memory traffic.

Importance: HIGH

Maximum memory bandwidth

What it is: Maximum data transfer rate between GPU and its memory

When it matters: When 4K gaming, ray tracing, or creator work can choke a slower memory subsystem.

Importance: HIGH

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Platform & Features

9.1

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PCI Express (PCIe) version

What it is: Version of PCI Express interface supported

When it matters: When you are pairing the card with an older motherboard and want to avoid leaving bandwidth or future compatibility on the table.

Importance: LOW

PCIe lanes

What it is: Number of PCI Express lanes used for communication

When it matters: When limited lane width could bottleneck the card in some systems.

Importance: LOW

DirectX version

What it is: Highest supported DirectX API version

When it matters: When you play newer Windows games that depend on the latest graphics features.

Importance: LOW

?

Vulkan version

What it is: Highest supported Vulkan API version

When it matters: When modern games, emulators, or creative apps lean on Vulkan support.

Importance: LOW

OpenGL version

What it is: Highest supported OpenGL API version

When it matters: When older games or pro apps still depend on OpenGL compatibility.

Importance: LOW

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Connectivity & Media

7.7

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Max displays supported

What it is: Total number of external displays supported simultaneously

When it matters: When you run a multi-monitor desk for sim racing, trading, or editing.

Importance: LOW

Max digital resolution

What it is: Maximum supported digital display resolution

When it matters: When you plan to drive 4K or 8K panels at their native resolution.

Importance: LOW

DisplayPort outputs

What it is: Number of DisplayPort video outputs

When it matters: When your setup needs several high-refresh monitors without adapters.

Importance: LOW

?

DisplayPort version

What it is: Version of DisplayPort standard supported

When it matters: When your monitor setup depends on newer DisplayPort features for higher refresh rates, higher resolution, or better cable flexibility.

Importance: LOW

DisplayPort link rates

What it is: Supported data link rates for DisplayPort connections

When it matters: When you are pushing high resolution and refresh rate over DisplayPort.

Importance: LOW

?

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Power & Cooling

5.6

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Thermal Design Power (TDP)

What it is: Typical power consumption under full load (TDP)

When it matters: When you need a realistic idea of power draw before choosing a PSU or case.

Importance: MEDIUM

Power consumption while under peak load

What it is: Peak power draw of the graphics card under maximum load.

When it matters: When transient-heavy gaming loads could stress your power supply.

Importance: LOW

?

Recommended PSU wattage

What it is: Recommended wattage of the system power supply

When it matters: When you are checking whether your current power supply is enough.

Importance: LOW

N/A

Board power limit

What it is: Maximum configurable power limit for the GPU board

When it matters: When you care about how far the card can be pushed through tuning or factory power settings.

Importance: LOW

?

PCIe power spec

What it is: PCIe power delivery specification followed

When it matters: When you are checking whether the slot and external cables match the card's intended power-delivery standard.

Importance: LOW

115 W

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Design

6.0

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Size

What it is: Physical size of the GPU card

When it matters: When you need the card to fit a compact case without blocking nearby hardware.

Importance: LOW

?

Length

What it is: Physical length of the GPU card

When it matters: When front radiators or drive cages leave only limited GPU clearance.

Importance: LOW

N/A

Height

What it is: Physical height of the GPU card

When it matters: When side panels, brackets, or tight case layouts reduce vertical clearance.

Importance: LOW

N/A

Slot width

What it is: Number of PCIe slots occupied by the card

When it matters: When you need room for another PCIe card or better airflow under the GPU.

Importance: LOW

N/A

Weight

What it is: Total weight of the graphics card

When it matters: When sag, bracket support, or shipping stress matters in your build.

Importance: LOW

?

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NVIDIA GeForce RTX 3080 Laptop vs the average graphics card

Why is NVIDIA GeForce RTX 3080 Laptop better than the average graphics card?

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32 more ROPs
NVIDIA GeForce RTX 3080 Laptop has more ROPs than the average graphics card (96 vs 64). The average graphics card has 64 ROPs.
What it is: Total number of render output units on the GPU
When it matters: When you want more context on pixel output capacity, especially for high-resolution play and older raster-heavy engines.
Importance: HIGH
NVIDIA GeForce RTX 3080 Laptop has more ROPs than the average graphics card (96 vs 64). The average graphics card has 64 ROPs.96 vs 64
46.5% lower TDP
NVIDIA GeForce RTX 3080 Laptop has a lower TDP than the average graphics card (115 W vs 215 W). The average graphics card has a TDP of 215 W.
What it is: Typical power consumption under full load (TDP)
When it matters: When you need a realistic idea of power draw before choosing a PSU or case.
Importance: MEDIUM
NVIDIA GeForce RTX 3080 Laptop has a lower TDP than the average graphics card (115 W vs 215 W). The average graphics card has a TDP of 215 W.115 W vs 215 W
8 more compute units
NVIDIA GeForce RTX 3080 Laptop has more compute units than the average graphics card (48 vs 40). The average graphics card has 40 compute units.
What it is: Total number of shader multiprocessors or compute units
When it matters: When you want a better sense of the GPU's overall parallel hardware resources before relying on game benchmarks alone.
Importance: HIGH
NVIDIA GeForce RTX 3080 Laptop has more compute units than the average graphics card (48 vs 40). The average graphics card has 40 compute units.48 vs 40
32 more ROPs
NVIDIA GeForce RTX 3080 Laptop has more ROPs than the average graphics card (96 vs 64). The average graphics card has 64 ROPs.
8 more compute units
NVIDIA GeForce RTX 3080 Laptop has more compute units than the average graphics card (48 vs 40). The average graphics card has 40 compute units.
46.5% lower TDP
NVIDIA GeForce RTX 3080 Laptop has a lower TDP than the average graphics card (115 W vs 215 W). The average graphics card has a TDP of 215 W.

Power & Cooling

Why is NVIDIA GeForce RTX 3080 Laptop worse than the average graphics card?

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31.6% lower boost clock speed
NVIDIA GeForce RTX 3080 Laptop has a lower boost GPU clock than the average graphics card (1,710 MHz vs 2,500 MHz). The average graphics card has a boost GPU clock of 2,500 MHz.
42.2% lower base clock speed
NVIDIA GeForce RTX 3080 Laptop has a lower base GPU clock than the average graphics card (1,110 MHz vs 1,920 MHz). The average graphics card has a base GPU clock of 1,920 MHz.
21.3% lower texture rate
NVIDIA GeForce RTX 3080 Laptop has a lower texture rate than the average graphics card (296.6 GTexel/s vs 376.8 GTexel/s). The average graphics card has a texture rate of 376.8 GTexel/s.
17% lower FP32 performance
NVIDIA GeForce RTX 3080 Laptop has a lower FP32 performance than the average graphics card (19 TFLOPS vs 22.86 TFLOPS). The average graphics card has FP32 performance of 22.86 TFLOPS.
25.6% lower ray tracing score
NVIDIA GeForce RTX 3080 Laptop has a lower ray tracing score than the average graphics card (7,394 points vs 9,938.5 points). The average graphics card has a ray tracing score of 9,938.5 points.
10.2% lower pixel rate
NVIDIA GeForce RTX 3080 Laptop has a lower pixel rate than the average graphics card (148.3 GPixel/s vs 165.2 GPixel/s). The average graphics card has a pixel rate of 165.2 GPixel/s.
4 GB less VRAM
NVIDIA GeForce RTX 3080 Laptop has fewer VRAM than the average graphics card (8 GB vs 12 GB). The average graphics card has 12 GB VRAM.
26.3% slower memory speed
NVIDIA GeForce RTX 3080 Laptop has a lower effective memory speed than the average graphics card (14,000 MHz vs 19,000 MHz). The average graphics card reaches an effective memory speed of 19,000 MHz.
87.5% smaller L2 cache
NVIDIA GeForce RTX 3080 Laptop has fewer L2 cache than the average graphics card (4 MB vs 32 MB). The average graphics card has 32 MB L2 cache.
60% larger process node
NVIDIA GeForce RTX 3080 Laptop has a higher process node than the average graphics card (8 nm vs 5 nm). The average graphics card uses a process node of 5 nm.
2 older
NVIDIA GeForce RTX 3080 Laptop was released earlier than the average graphics card (2,021 vs 2,023).
28.8% larger GPU die
NVIDIA GeForce RTX 3080 Laptop has a higher GPU die size than the average graphics card (392 mm² vs 304.25 mm²). The average graphics card has a GPU die size of 304.25 mm².
No AV1 encoding
NVIDIA GeForce RTX 3080 Laptop does not support AV1 encoding, the average graphics card does.
31.6% lower boost clock speed
NVIDIA GeForce RTX 3080 Laptop has a lower boost GPU clock than the average graphics card (1,710 MHz vs 2,500 MHz). The average graphics card has a boost GPU clock of 2,500 MHz.
What it is: Maximum boost frequency the GPU can reach under load
When it matters: When you want a rough idea of peak advertised frequency, while knowing real sustained clocks still depend on cooling and power limits.
Importance: HIGH
NVIDIA GeForce RTX 3080 Laptop has a lower boost GPU clock than the average graphics card (1,710 MHz vs 2,500 MHz). The average graphics card has a boost GPU clock of 2,500 MHz.1710 MHz vs 2500 MHz
42.2% lower base clock speed
NVIDIA GeForce RTX 3080 Laptop has a lower base GPU clock than the average graphics card (1,110 MHz vs 1,920 MHz). The average graphics card has a base GPU clock of 1,920 MHz.
What it is: Base operating frequency of the GPU core under standard conditions
When it matters: When you want to understand the card's guaranteed starting frequency instead of looking only at optimistic boost figures.
Importance: HIGH
NVIDIA GeForce RTX 3080 Laptop has a lower base GPU clock than the average graphics card (1,110 MHz vs 1,920 MHz). The average graphics card has a base GPU clock of 1,920 MHz.1110 MHz vs 1920 MHz
60% larger process node
NVIDIA GeForce RTX 3080 Laptop has a higher process node than the average graphics card (8 nm vs 5 nm). The average graphics card uses a process node of 5 nm.
What it is: Size of the manufacturing process in nanometers
When it matters: When process node differences may affect power, heat, and overall efficiency.
Importance: MEDIUM
NVIDIA GeForce RTX 3080 Laptop has a higher process node than the average graphics card (8 nm vs 5 nm). The average graphics card uses a process node of 5 nm.8 nm vs 5 nm
4 GB less VRAM
NVIDIA GeForce RTX 3080 Laptop has fewer VRAM than the average graphics card (8 GB vs 12 GB). The average graphics card has 12 GB VRAM.
What it is: Total video memory available on the graphics card
When it matters: When you play at high settings, use texture mods, or work with large creative projects.
Importance: HIGH
NVIDIA GeForce RTX 3080 Laptop has fewer VRAM than the average graphics card (8 GB vs 12 GB). The average graphics card has 12 GB VRAM.8 GB vs 12 GB
26.3% slower memory speed
NVIDIA GeForce RTX 3080 Laptop has a lower effective memory speed than the average graphics card (14,000 MHz vs 19,000 MHz). The average graphics card reaches an effective memory speed of 19,000 MHz.
What it is: Effective memory data rate combining clock and bus width
When it matters: When you compare how quickly each card can push data through its memory subsystem.
Importance: MEDIUM
NVIDIA GeForce RTX 3080 Laptop has a lower effective memory speed than the average graphics card (14,000 MHz vs 19,000 MHz). The average graphics card reaches an effective memory speed of 19,000 MHz.14000 MHz vs 19000 MHz
No AV1 encoding
NVIDIA GeForce RTX 3080 Laptop does not support AV1 encoding, the average graphics card does.
What it is: Supports hardware encoding of AV1 video codec
When it matters: When you stream or export video and want efficient AV1 encoding on the GPU.
Importance: LOW
NVIDIA GeForce RTX 3080 Laptop does not support AV1 encoding, the average graphics card does.
21.3% lower texture rate
NVIDIA GeForce RTX 3080 Laptop has a lower texture rate than the average graphics card (296.6 GTexel/s vs 376.8 GTexel/s). The average graphics card has a texture rate of 376.8 GTexel/s.
What it is: Number of textured pixels the GPU can process per second
When it matters: When fast texture handling matters in high-refresh gaming workloads.
Importance: HIGH
NVIDIA GeForce RTX 3080 Laptop has a lower texture rate than the average graphics card (296.6 GTexel/s vs 376.8 GTexel/s). The average graphics card has a texture rate of 376.8 GTexel/s.296.6 GTexel/s vs 376.8 GTexel/s
87.5% smaller L2 cache
NVIDIA GeForce RTX 3080 Laptop has fewer L2 cache than the average graphics card (4 MB vs 32 MB). The average graphics card has 32 MB L2 cache.
What it is: Total size of the GPU’s L2 cache memory
When it matters: When cache size can help the GPU feed data faster in demanding scenes.
Importance: LOW
NVIDIA GeForce RTX 3080 Laptop has fewer L2 cache than the average graphics card (4 MB vs 32 MB). The average graphics card has 32 MB L2 cache.4 MB vs 32 MB

Platform & Features

Connectivity & Media

Graphic comparison of NVIDIA GeForce RTX 3080 Laptop and

Attribute category

Attribute

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Third-party reviews

United Kingdom

United States

(Reviews last updated: June 2026)

What customers like about NVIDIA GeForce RTX 3080 Laptop?

Excellent 1440p (QHD) gaming performance, capable of high refresh rates in most modern titles.
Massive generational leap over the previous RTX 2080 Super Mobile, often showing gains of over 60%.
Highly efficient performance-per-watt, delivering near-desktop RTX 2080 Ti power within mobile thermal limits.
Available in 16GB VRAM configurations, providing better future-proofing for texture-heavy games and creative workloads.
Strong DLSS and Ray Tracing support, making demanding visual settings more playable on a portable device.

What customers dislike about NVIDIA GeForce RTX 3080 Laptop?

Significantly slower than the desktop version of the RTX 3080, leading to consumer confusion over the shared name.
Performance varies wildly between laptop models due to different TGP (Total Graphics Power) limits ranging from 80W to 150W+.
Prone to thermal throttling in thinner laptop chassis, requiring 'chonky' designs for maximum performance.
High premium price in many flagship laptops, which may not always justify the 10-15% performance gain over the RTX 3070 Laptop.
Likely to be CPU-limited at 1080p resolution, making the extra GPU power unnecessary for standard HD gaming.

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