Cloud vs Professional

NVIDIA L4VSNVIDIA L40s

AI Benchmark Battle 2026

VS

NVIDIA L4

Ada Lovelace
VRAM

24GB

Price

$2,500-3000

Type

Enterprise

Tier

Cloud

TDP: 72W

NVIDIA L40s

Ada Lovelace
VRAM

48GB

Price

$8,000-10000

Type

Enterprise

Tier

Professional

TDP: 350W

LLM Inference

NVIDIA L40s
Typhoon2.5-Qwen3-4BHigher is better
NVIDIA L40s
NVIDIA L4529tok/s
NVIDIA L40s1,523tok/s
GPT-OSS-20BHigher is better
NVIDIA L40s
NVIDIA L4542tok/s
NVIDIA L40s910tok/s
Qwen3-4B-Instruct-FP8Higher is better
N/A
NVIDIA L4N/A
NVIDIA L40sN/A

Vision-Language

NVIDIA L40s
Qwen3-VL-4BHigher is better
NVIDIA L40s
NVIDIA L4445tok/s
NVIDIA L40s1,050tok/s
Qwen3-VL-8BHigher is better
NVIDIA L40s
NVIDIA L4298tok/s
NVIDIA L40s746tok/s
Typhoon-OCR-3BHigher is better
NVIDIA L40s
NVIDIA L4879tok/s
NVIDIA L40s2,419tok/s

Image Generation

NVIDIA L40s
Qwen-ImageLower is better
NVIDIA L40s
NVIDIA L4189.00sec
NVIDIA L40s102.00sec
Qwen-Image-EditLower is better
NVIDIA L40s
NVIDIA L4193.00sec
NVIDIA L40s104.00sec

Video Generation

NVIDIA L40s
Wan2.2-5BLower is better
NVIDIA L40s
NVIDIA L41527.00sec
NVIDIA L40s412.00sec
Wan2.2-14BLower is better
NVIDIA L40s
NVIDIA L43214.00sec
NVIDIA L40s940.00sec

Speech-to-Text

NVIDIA L40s
Typhoon-ASRHigher is better
NVIDIA L40s
NVIDIA L40.321xx realtime
NVIDIA L40s0.364xx realtime

Winner Analysis

Deep dive into why each GPU performs differently based on technical specifications

Technical Analysis Summary

NVIDIA L40s wins 10 out of 10 benchmarks, excelling in LLM Inference and Vision-Language. Its exceptional memory bandwidth provides a decisive advantage for AI inference workloads.

Key Differentiators

  • NVIDIA L40s has 48GB VRAM for larger models
  • NVIDIA L4 is significantly more power efficient (72W)

LLM Inference

NVIDIA L40s

NVIDIA L40s wins in LLM inference because NVIDIA L40s's superior memory bandwidth (864GB/s vs 300GB/s) enables faster token generation, and larger VRAM (48GB) allows running bigger models without quantization.

Key Specs
NVIDIA L4|NVIDIA L40s
Memory Bandwidth
300GB/s|864GB/s
VRAM
24GB|48GB
Memory Type
GDDR6|GDDR6
Tensor Cores
4th Gen|4th Gen

Vision-Language

NVIDIA L40s

NVIDIA L40s excels at vision-language tasks due to higher memory bandwidth accelerates image token processing, and more VRAM (48GB) handles larger image batches efficiently.

Key Specs
NVIDIA L4|NVIDIA L40s
Memory Bandwidth
300GB/s|864GB/s
VRAM
24GB|48GB
Memory Type
GDDR6|GDDR6
Tensor Cores
4th Gen|4th Gen

Image Generation

NVIDIA L40s

NVIDIA L40s leads in image generation because faster memory enables quicker diffusion iterations.

Key Specs
NVIDIA L4|NVIDIA L40s
Memory Bandwidth
300GB/s|864GB/s
VRAM
24GB|48GB
Memory Type
GDDR6|GDDR6
Tensor Cores
4th Gen|4th Gen

Video Generation

NVIDIA L40s

NVIDIA L40s dominates video generation with significantly more VRAM (48GB) maintains temporal coherence across frames, and 864GB/s bandwidth handles high-throughput video data.

Key Specs
NVIDIA L4|NVIDIA L40s
Memory Bandwidth
300GB/s|864GB/s
VRAM
24GB|48GB
Memory Type
GDDR6|GDDR6
Tensor Cores
4th Gen|4th Gen

Speech-to-Text

NVIDIA L40s

NVIDIA L40s excels at speech-to-text because superior memory bandwidth enables faster audio feature processing, and 4th Gen Tensor Cores accelerate attention-based speech recognition.

Key Specs
NVIDIA L4|NVIDIA L40s
Memory Bandwidth
300GB/s|864GB/s
VRAM
24GB|48GB
Memory Type
GDDR6|GDDR6
Tensor Cores
4th Gen|4th Gen

Technical Specifications

NVIDIA L4

ArchitectureAda Lovelace
Memory Bandwidth300GB/s
Memory TypeGDDR6
VRAM24GB
Low Power (72W)AV1 EncodeVideo AI

NVIDIA L40s

ArchitectureAda Lovelace
Memory Bandwidth864GB/s
Memory TypeGDDR6
VRAM48GB
AV1 EncodeFP8 SupportMulti-Instance GPU

Overall Winner

NVIDIA L40s

10 wins out of 10 benchmarks

0

NVIDIA L4

10

NVIDIA L40s

NVIDIA L4 Advantages

  • Much lower power consumption

NVIDIA L40s Advantages

  • More VRAM (48GB vs 24GB)
  • Strong in LLM Inference
  • Dominates in Vision-Language
  • Dominates in Image Generation

Frequently Asked Questions

NVIDIA L40s outperforms NVIDIA L4 in 10 out of 10 AI benchmarks. The NVIDIA L40s's Ada Lovelace architecture features 4th generation Tensor Cores with DLSS 3 Frame Generation and improved ray tracing performance. With 864 GB/s memory bandwidth and 48GB GDDR6 memory, it delivers superior throughput for AI inference workloads.

NVIDIA L4 has 24GB of GDDR6 memory with 300 GB/s bandwidth. NVIDIA L40s has 48GB of GDDR6 memory with 864 GB/s bandwidth. Higher memory bandwidth generally results in faster token generation for large language models.

NVIDIA L40s is faster for LLM inference. LLM performance is heavily dependent on memory bandwidth - NVIDIA L40s's 864 GB/s GDDR6 enables faster token generation compared to NVIDIA L4's 300 GB/s.

NVIDIA L4 has a TDP of 72W while NVIDIA L40s has a TDP of 350W. NVIDIA L4 is more power efficient, making it suitable for deployments with power constraints. For cloud deployments, consider Float16.cloud where you can access these GPUs without managing power infrastructure.

NVIDIA L4 is priced around $2,500-3000 (enterprise/datacenter), while NVIDIA L40s costs approximately $8,000-10000 (enterprise/datacenter).

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