NVIDIA RTX 4000 Laptop vs NVIDIA GeForce RTX 5080 Laptop 140W Full Specs

Summary

7,424 Shaders 2.26GHz	7,680 Shaders 2.14GHz
12GB GDDR6432GB/s	16GB GDDR7896GB/s
Peak·FP32·FP16 33.62 TFLOPS	Peak·FP32·FP16 32.82 TFLOPS
Form Factor Soldered	Form Factor Soldered
TDP 150W	TDP 140W

Highlights

Peak OPS

Peak OPS FP32 FP16 Tensor FP4 FP4 Tensor Sparse Tensor FP8-16 FP8-16 Tensor Sparse Tensor FP8-32 FP8-32 Tensor Sparse Tensor FP16-16 FP16-16 Tensor Sparse Tensor FP16-32 FP16-32 Tensor Sparse FP64 BF16 Tensor BF16 BF16 Tensor Sparse Tensor TF32 Tensor INT8 Tensor INT4 Memory Bandwidth TDP

RTX 4000 Laptop1.08 POPSINT4 Tensor Sparse

x1

GeForce RTX 5080 Laptop 140W1.26 PFLOPSFP4 Tensor Sparse

x1.17

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Theoretical Performance

Clock Speed2264MHz UC·Base·Boost·OC	Clock Speed2137MHz UC·Base·Boost·OC
Peak OPS 1.08 POPSINT4 Tensor Sparse	Peak OPS 1.26 PFLOPSFP4 Tensor Sparse
-	Tensor FP4 630.4 TFLOPS FP4 Tensor Sparse 1.26 PFLOPS
Tensor FP8-16 268.9 TFLOPS FP8-16 Tensor Sparse 537.9 TFLOPS Tensor FP8-32 134.5 TFLOPS FP8-32 Tensor Sparse 268.9 TFLOPS	Tensor FP8-16 315.2 TFLOPS FP8-16 Tensor Sparse 630.4 TFLOPS Tensor FP8-32 157.6 TFLOPS FP8-32 Tensor Sparse 315.2 TFLOPS
Tensor FP16-16 134.5 TFLOPS FP16-16 Tensor Sparse 268.9 TFLOPS Tensor FP16-32 67.23 TFLOPS FP16-32 Tensor Sparse 134.5 TFLOPS	Tensor FP16-16 157.6 TFLOPS FP16-16 Tensor Sparse 315.2 TFLOPS Tensor FP16-32 78.8 TFLOPS FP16-32 Tensor Sparse 157.6 TFLOPS
BF16 33.62 TFLOPS Tensor BF16 67.23 TFLOPS BF16 Tensor Sparse 134.5 TFLOPS	BF16 32.82 TFLOPS Tensor BF16 78.8 TFLOPS BF16 Tensor Sparse 157.6 TFLOPS
Tensor TF32 33.62 TFLOPS	Tensor TF32 39.4 TFLOPS
FP32 33.62 TFLOPS	FP32 32.82 TFLOPS
FP64 525.3 GFLOPS	FP64 512.9 GFLOPS
Tensor INT4 537.9 TOPS	Tensor INT4 -
Tensor INT8 268.9 TOPS	Tensor INT8 315.2 TOPS
Ray 77.7 TOPS	Ray 99.55 TOPS
Pixel Rate 181.1 GPixel/s	Pixel Rate 205.2 GPixel/s
Texture Rate 525.3 GTexel/s	Texture Rate 512.9 GTexel/s

Core Config

Shaders 7,424 Shaders	Shaders 7,680 Shaders
TMUs 232 TMUs	TMUs 240 TMUs
ROPs 80 ROPs	ROPs 96 ROPs
Tensor Cores 232 T-Cores	Tensor Cores 240 T-Cores
RT Cores 58 RT-Cores	RT Cores 60 RT-Cores
SMs 58 SMs	SMs 60 SMs

Clocks

Base Clock 1.29GHz	Base Clock 1.62GHz
Boost Clock 2.26GHz	Boost Clock 2.14GHz
Tensor Clock -	Tensor Clock 2.56GHz

Cache

L2 Cache 49.1MB shared

L2 Cache 65.5MB shared

Memory

12GB GDDR6	16GB GDDR7
Memory Bus 192-bit	Memory Bus 256-bit
Memory Speed 18GT/s	Memory Speed 28GT/s
Memory Bandwidth 432GB/s	Memory Bandwidth 896GB/s
ECC Yes	ECC -

Power & Thermals

TDP 150W

TDP 140W

Video Output

Multi-Monitor 4	Multi-Monitor 4
HDCP HDCP 2.3	HDCP HDCP 2.3

Encoder

Encoder Model NVENC 8

Encoder Model 2x NVENC 9

Decoder

Decoder Model NVDEC 5

Decoder Model 2x NVDEC 6

Card

Form Factor Soldered

Form Factor Soldered

Chip

Manufacturer NVIDIA	Manufacturer NVIDIA
Chip Designer NVIDIA	Chip Designer NVIDIA
Architecture Ada Lovelace	Architecture Blackwell
Family RTX Ada	Family GeForce 50
Branding	Branding
Codename NV184	Codename NV193
Chip Variant AD104-250	Chip Variant GB203-200-A1
Market Segment Laptop	Market Segment Laptop
Release Date Mar 21, 2023	Release Date Jan 6, 2025

Fabrication

Foundry TSMC	Foundry TSMC
Fabrication Node 4N	Fabrication Node 4NP
Die Size 295mm²	Die Size 378mm²
Transistor Count 35.8 Billion	Transistor Count 45.6 Billion
Transistor Density 121.6 MTr/mm²	Transistor Density 120.6 MTr/mm²

Images

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Competitors

NVIDIARTX 4000 Laptop vs GPU NVIDIAGeForce RTX 5080 Laptop 130W NVIDIARTX 4000 Laptop vs GPU NVIDIAGeForce RTX 5080 Laptop 150W NVIDIARTX 4000 Laptop vs GPU NVIDIAGeForce RTX 5080 Laptop 120W Show 12 more

NVIDIAGeForce RTX 5080 Laptop 140W vs GPU NVIDIAGeForce RTX 5080 Laptop 130W NVIDIAGeForce RTX 5080 Laptop 140W vs GPU NVIDIAGeForce RTX 5080 Laptop 150W NVIDIAGeForce RTX 5080 Laptop 140W vs GPU NVIDIAGeForce RTX 5080 Laptop 120W Show 12 more