The T5000 datasheet states a maximum of 2070 FP4 TFLOPs, I think this value appears to represent the total performance of each core within the T5000 SoC. What are the maximum computing capabilities of each core, such as the GPU cores, Tensor cores and other? Could you please explain how the 2070 TFLOPS figure was calculated?
Also, what is the maximum performance when converted to TOPS?
Hi,
You can find the info in our Thor spec below:
Thanks.
Hi,
Thank you for your reply.
I am unable to access the document (PDF) linked below.
Is there a special method required to view this document?
https://developer.download.nvidia.com/assets/embedded/secure/jetson/thor/docs/Jetson_Thor_Product_Brief_PB-12379-001_v0.1.pdf
Best Regards,
Hi,
The document is shared from the announcement below:
We are checking with our internal team and will update more info to you later.
Thanks.
Does Thor support NVFP4 data type? Is it has the same TOPS as FP4, 2070TFLOPS?
Hi,
Please find the new version of the document below:
Please check our TensorRT-supported matrix below:
Jetson AGX Thor can natively support FP8 and FP4.
But for NVFP4, we need to double-confirm with our internal team.
Will share more information with you later.
Thanks.
Thanks, any update?
Hi,
We are still checking the details.
Will provide more info to you later.
Thanks.
The new version of the specs document you linked says the AGX Thor has Gen 4 Tensor cores but the marketing material says Gen 5. Which is correct? There are other inconsistencies as well.
Having said that, I notice that the specs doc sometimes says Gen 4 and other times Gen 5 so I think it’s just that there are typos and mistakes in the document. Thor is Gen 5.
Hi,
Thanks a lot for this information.
Thor has Gen 5 Tensor Core.
We will feedback to our internal team and update the typo.
Thanks.
Hi,
As developer community adopts blackwell, we will see more NVFP4 supported models in the open source.
NVIDIA will also release NVFP4 checkpoints for many of the models.
We will be bringing NVFP4 support for the models in VLLM and SGLang in coming months.
Stay tuned!
