© 2021 NVIDIA Corporation. All rights reserved. NVIDIA, the NVIDIA logo, 3D Vision, CUDA, FXAA, nView, Quadro, Quadro RTX, Optimus, RTX, TXAA, and Turing are trademarks and/or registered trademarks of NVIDIA Corporation. All company and product names are trademarks trademarks are names product and company All Corporation. NVIDIA of APR21 notice. trademarks without change to registered and/or subject all are trademarks are Turing and specifications and TXAA, RTX, availability Optimus, pricing, RTX, Features, Quadro Quadro, associated. nView, are they which FXAA, with CUDA, owners Vision, 3D logo, respective the of NVIDIA the trademarks NVIDIA, registered or reserved. rights All Corporation. NVIDIA © 2021 For more information www.nvidia.com/en-us/design-visualization/rtx-professional-laptops/ visit mobile on products, NVIDIA 5. 4. designs. multiprocessor streaming between exist that 3 differences architectural important several to due 2. generations GPU between information. compared be cannot cores system-specific for processing provider your parallel with 1. CUDA Check configuration. system OEM by vary results possible *Peak GRAPHICS SOLUTIONS GRAPHICS PROFESSIONAL NVIDIA . F A P P 16 matrix multiply with FP16 or FP32 accumulate and effective TFLOPS using the sparsity feature for NVIDIA Ampere architecture-based GPUs. architecture-based Ampere NVIDIA for feature sparsity the using TFLOPS effective and accumulate FP32 or FP16 with multiply 16 matrix daptors available for DVI-SL, DVI-DL, HDMI, and VGA. and HDMI, DVI-DL, DVI-SL, for available daptors ower is TDP-based for NVIDIA T600, T500, P620 and P520. GPUs with asterisked ranges include possible maximum power consumption including the Dynamic Boost 2.0 algorithm. For system specific GPU TGP, please consult your OEM/solution provider. OEM/solution your consult TGP,please GPU specific system For algorithm. 2.0 Boost Dynamic the including consumption power maximum possible include ranges asterisked with GPUs P520. and P620 T500, T600, NVIDIA for TDP-based is ower roduct is based on a published Khronos Specification and is expected to pass the Khronos Conformance Testing Process when available. Current Conformance status can be found at, www.khronos.org/conformance at, found be can status Conformance Current available. when Process Testing Conformance Khronos the pass to expected is and Specification Khronos apublished on based is roduct NEW Laptop GPUs Quadro P520 Quadro P620 Quadro T1000 Quadro T2000 Quadro RTX3000 Quadro RTX4000 Quadro RTX5000 Quadro RTX™6000 NVIDIA T500 NVIDIA T600 NVIDIA T1200 NVIDIA RTXA2000 NVIDIA RTXA3000 NVIDIA RTXA4000 NVIDIA RTXA5000 GPU SPECIFICATIONS ,2 0206G 3 BsGD612bt6 0W1446511. . 42.9 63.9 5.4 75.2 119.4 8.0 3 9.4 14.9 3 12.1 3 3 12.1 5.1 12.1 12.1 5.1 4.6 5.1 5.1 4.6 1.4 4.6 4.6 60-80 W 1.4 192-bit 80-110 W 1.4 1.4 256-bit GDDR6 80- 110W 250 W 336GB/s GDDR6 256-bit 448GB/s 384-bit 6GB GDDR6 8GB 448GB/s GDDR6 240 672GB/s 16GB 320 24GB 30 384 1,024 40 576 1,920 48 2,560 72 3,072 4,608 1,024 2,560 4,096 5,120 6,144 384 512 896 896 896 NVIDIA CUDA® Processing Cores1 20 (2nd 32 (2nd 40 (2nd 48 (2nd Gen) Gen) Gen) Gen) NVIDIA RT Cores 128 (3rd 160 (3rd 192 (3rd 80 (3rd Gen) Gen) Gen) Gen) Tensor Cores 2 GBor 2 GBor 6G 4 BsGD626bt 0-15W . . . 2Utmt 17174.0 21.7 4 12Ultimate 7.0 4.6 1.4 80-165W* 256-bit GDDR6 448GB/s 16 GB B18G/ DR 2-i 0-6 . . . 2133.5 3 12.1 5.1 4.6 3.7 74.7 1.4 4 40-60W 9.3 102.2 128-bit 12.1 GDDR6 12.8 142.5 4 128GB/s 12Ultimate 7.0 17.8 4 4 GB 7.0 12Ultimate 4.6 4 4.6 7.0 12Ultimate 1.4 1.4 7.0 4.6 35-95W* 128-bit 35-95W* 4.6 1.4 GDDR6 128-bit 60-130W* 192GB/s 1.4 GDDR6 192-bit 80-140W* 192GB/s 4 GB GDDR6 256-bit 4 GB 264GB/s GDDR6 6 GB 384GB/s 8 GB B9 BsGD518bt2 TP . . . 2131.5 2.6 3 3 12.1 12.1 5.1 5.1 4.5 4.6 1.4 2.5 1.4 25W(TDP) 4 128-bit 40-50W GDDR5 128-bit 12.1 4 GB 96GB/s GDDR6 128GB/s 4 GB 7.0 4 GB 4.6 1.4 25W(TDP) 128-bit GDDR6 4 GB 160GB/s 4 GB GPU Memory 8G/ DR 64-bit GDDR5 48 GB/s 64-bit GDDR6 80 GB/s
Peak Memory Bandwidth*
Memory Type
Memory Interface 18 -25W 18 -25W (TDP) (TDP)
2 TGP Max Power Consumption work efficiently from anywhere. professional laptop GPUsgive designers, scientists, andartists thetools they needto latest graphics technology, enhanced performance, andaddedcompute power, NVIDIA to tackle themost demandingdesignandvisualizationworkflows onthego.With advancements inreal-time ray tracing, advanced shading,andAI-basedcapabilities professional laptop GPUs,builtontheNVIDIAAmpere architecture combine thelatest of professionals across awiderange ofindustries. Thelatest generation ofNVIDIARTX mobile workstations anduniquecompact devices to meetthevisualcomputing needs NVIDIA professional laptop GPUspower theworld’s most advanced thinandlight
DisplayPort3 . . 2131.1 3 12.1 5.1 4.5 . . 2143.0 4 12.1 7.0 4.6 Open GL4
Shader Model
DirectX
PCIe Generation EFRAC OPTIONS PERFORMANCE
Single Precision Floating-Point Performance (TFLOPS, Peak)*
Tensor Performance (TFLOPS, Peak)5*
NVIDIA FXAA™ / TXAA™ Anti- Aliasing
NVIDIA RTX Desktop Manager
Vulkan Support
NVIDIA Optimus®
3rd Gen MAX-Q Technology
NVENC / NVDEC
NVIDIA MOBILE LINE CARD