Hi, the current Jetson AGX Xavier is commercial spec, like TX1/TX2. We do not have definitive plans yet or a timeline to share for an industrial version of Xavier.
Also, any ideas on the non-industrial Xavier specs for shock, vibration, temp range, humidity and operating life? The environment I’ll be operating the Xavier in requires a slightly higher level of “ruggedness” but the specs of the current Xavier may be acceptable.
Hi iraddit, we don’t have a timeline to share yet for the industrial version of Jetson AGX Xavier, it would still be in early planning to do at some point in the future.
Hi, I wanted to ask if there is any new information about a potential industrial Xavier? Or, if not, are there any recommended upgrades from the TX2-i that meet the industrial temperature specifications met by the TX2-i.
Versus the TX2-i, I’m wanting to find something with:
equivalent or better compute performance
lighter weight / smaller form-factor
equivalent operating conditions (e.g. Temp -40 C to 60+ C)
Is there anything available that fits these requirements?
The industrial roadmap in that link indicates that an industrial version will be available in 2021, yet on the same slide it also indicated 2031. Is this a typo? Is it expected in 2021 or 2031? Also, is it expected to have the same footprint as the commercial version? I’m trying to decide if I can integrate with the commercial version with the expectation that we can do a drop in replacement with the industrial version when it becomes available later this year. Or, will there be changes that would impact the integration compatibility?
Thanks for the response. I see the planned industrial version for the Xavier AGX this year. I don’t see any plans for the an industrial Xavier NX but I do see plans for the ORIN industrial next year. Is this to mean that NVIDIA will not produce a Xavier NX industrial (and just skip to the ORIN)?
If so, do you have details on the footprint / planned compatibility for the ORIN vs predecessors? I am looking for something with the footprint of a nano or a Xavier NX that is rated for industrial use.
System design decisions may enable you to achieve more ruggedized systems with the Jetson Xavier NX. Here’s an example system from one of our ecosystem partners: Aitech A179.
Your mechanical enclosure design and use of good screws and spacers will help with vibration and shock. (Here’s a good article on the topic.) Also, you can evaluate various embedded SODIMM connectors like LOTES ADDR0070 for your specific reliability requirements. There are plenty of options you can incorporate into thermal solution design, including thermal transfer plate or conduction cooled plate.