NVIDIA RTX 6000 Ada contre NVIDIA L40. Spécifications, performances, tests

This section provides a detailed comparison of the fundamental technical specifications of the graphics cards NVIDIA RTX 6000 Ada et NVIDIA L40. It provides essential details like the GPU architecture, the number of processing units, and other key features that significantly influence the overall performance of the cards across different applications, including gaming and professional tasks..

• Puce GPU
  AD102 AD102
• Unités d'exécution
  18176 18176
• Unités de sortie de rendu
  192 192
• Unités de texture
  568 568
• L1 Cache
  128 KB 128 KB
• L2 Cache
  96 MB 96 MB
• RT Cores
  142 142

This section provides a comparison of the memory configurations of NVIDIA RTX 6000 Ada et NVIDIA L40. It includes details such as the memory size, type (e.g., GDDR6, HBM2), and bandwidth, which are key factors that determine how efficiently the card handles large textures, data sets, and high-resolution tasks.Larger memory sizes are typically beneficial for demanding applications like 4K gaming and video editing.

• Taille de la mémoire
  48 GB 48 GB
• Type de mémoire
  GDDR6 GDDR6
• Memory Clock
  2.0 GHz 2.25 GHz
• Vitesse de la mémoire
  16 Gbps 18 Gbps
• Bande de mémoire
  768.0 GB/s 864.0 GB/s
• Interface mémoire
  384 bit 384 bit

This section focuses on comparing the clock speeds of NVIDIA RTX 6000 Ada et NVIDIA L40. It covers both the base and boost clock speeds, which have a direct impact on GPU performance during demanding tasks. Higher clock speeds generally result in smoother frame rates in games and faster processing in compute-intensive applications..

• Fréquence de base
  2.175 GHz 0.735 GHz
• Fréquence maximale
  2.535 GHz 2.49 GHz

This section examines the thermal design of NVIDIA RTX 6000 Ada et NVIDIA L40. It provides information on power consumption (in watts) and thermal output during normal use and overclocking. Effective thermal management is crucial for ensuring stable performance during extended gaming sessions or other intensive tasks..

• TDP
  300 W 300 W
• Power Connectors
  1x 16-pin 1x 16-pin
• Slot
  Dual-slot Dual-slot
• Suggested PSU
  700 W 700 W

This section compares the connectivity options available on NVIDIA RTX 6000 Ada et NVIDIA L40. This includes details on the number and types of ports, such as HDMI, DisplayPort, and others, which are crucial for connecting monitors and external devices..This information assists in identifying which card provides more flexible or up-to-date connectivity features..

• Max. Affichages
  4 4
• DP Ports
  4x DisplayPort 1.4a 4x DisplayPort 1.4a

This section compares the technical specifications of NVIDIA RTX 6000 Ada et NVIDIA L40. It highlights key features such as API support for DirectX, OpenGL, and Vulkan, which are crucial for running modern games and applications efficiently.These specifications ensure compatibility and optimal performance across a wide range of software environments.

• Résolution maximale
  3840x2160 3840x2160
• DirectX
  12.2 12.2
• OpenGL
  4.6 4.6
• OpenCL
  3.0 3.0
• Vulkan
  1.3 1.3
• CUDA
  8.9 8.9
• Shader Model
  6.7 6.7

This section compares the physical dimensions of NVIDIA RTX 6000 Ada et NVIDIA L40. It covers the size, weight, and slot requirements, which are key factors in ensuring compatibility with your PC case, particularly for smaller or more compact setups..

• Longueur
  267 mm 267 mm
• Width
  112 mm 111 mm

This section provides additional information about NVIDIA RTX 6000 Ada et NVIDIA L40. It covers aspects such as release dates, interface compatibility, and other unique features that might not be covered in other sections.This helps users make a more informed decision about the suitability of each card for their specific use case.

• Architecture
  Ada Lovelace Ada Lovelace
• Interface GPU
  PCIe 4.0 x16 PCIe 4.0 x16
• Processus technologique
  4 nm 4 nm
• Date de sortie
  Q4/2022 Q3/2022

• Pixel Rate
  486.7 GPixel/s 478.1 GPixel/s
• Texture Rate
  1,440 GTexel/s 1.414 GTexel/s
• FP16 (half)
  92.15 TFLOPS (1:1) 90.52 TFLOPS (1:1)
• FP32 (float)
  92.15 TFLOPS 90.52 TFLOPS
• FP64 (double)
  1,440 GFLOPS (1:64) 1.414 GFLOPS (1:64)