Just bought one. Been a while since I played with embedded systems (or ML for that matter) :) Anyone have any cool ideas for how to make this little toy useful?
Nvidia's $99 Jetson Nano Is an AI Computer for DIY Enthusiasts
41–50 of 218 posts
Re: Nvidia's $99 Jetson Nano Is an AI Computer for DIY Enthusiasts
#42Cheaper than the $150 Google TPU Dev Board, and looks like it can do training as well as inference. Also, doesn't require you to send your model to their company. Nice!
Re: Nvidia's $99 Jetson Nano Is an AI Computer for DIY Enthusiasts
#43Anyone know about the binary blob / firmware situation on this one? Will it run mainline Linux?
It's Nvidia, so you have to decide whether you want to give ANY money at all to a company that ships binary blobs or not (whether or not this individual product uses them). I'm sure there are product teams at Nvidia that ship "open" products but unfortunately there doesn't seem to be a way to support the good parts of a corporation while neglecting the parts that ship closed binary blobs.
Re: Nvidia's $99 Jetson Nano Is an AI Computer for DIY Enthusiasts
#44Cheaper than the $150 Google TPU Dev Board, and looks like it can do training as well as inference. Also, doesn't require you to send your model to their company. Nice!
Training is a slight win (although it's going to be too slow for anything useful really).
But it looks like the TPU will outperform this somewhat for inference. The 256 core Jetson (this has 128 cores) could run MobileNet-v2 at between 12 and 20 ms per image (depending on batch size)[1], while the USB TPU adapter takes 2.3ms per image [2]
Also, doesn't require you to send your model to their company.
Nor does the TPU dev board.
[1] https://arxiv.org/pdf/1810.00736.pdf (see table 1)
Re: Nvidia's $99 Jetson Nano Is an AI Computer for DIY Enthusiasts
#45Just bought one. Been a while since I played with embedded systems (or ML for that matter) :) Anyone have any cool ideas for how to make this little toy useful?
- Smart camera to detect your posture, and message you when you slouch for more than 3 minutes?
- buy tons and tons of sensors and just hook them all up to see if you can detect anything at all? VOC sensors, heat, light, noise, see if any of these things can diagnose comfort, sleep, health issues in your life?
Re: Nvidia's $99 Jetson Nano Is an AI Computer for DIY Enthusiasts
#46Cheaper than the $150 Google TPU Dev Board, and looks like it can do training as well as inference. Also, doesn't require you to send your model to their company. Nice!
Re: Nvidia's $99 Jetson Nano Is an AI Computer for DIY Enthusiasts
#47Cheaper than the $150 Google TPU Dev Board, and looks like it can do training as well as inference. Also, doesn't require you to send your model to their company. Nice!
Cheaper than the $150 Google TPU Dev Board, and looks like it can do training as well as inference. Training is a slight win (although it's going to be too slow for anything useful really). But it looks like the TPU will outperform this somewhat for inference. The 256 core Jetson (this has 128 cores) could run MobileNet-v2 at between 12 and 20 ms per image (depending on batch size)[1], while the USB TPU adapter takes…
I'll wait for independent testing before I drop $100.
Re: Nvidia's $99 Jetson Nano Is an AI Computer for DIY Enthusiasts
#48Whenever I hear a number of gigaflops or terraflops, I like to look up the history of super computers [0]. This $99 computer is faster (on paper) than the world's fastest supercomputer in 1996, or a bit over 20 years ago. That's pretty cool.
[0] https://en.wikipedia.org/wiki/History_of_supercomputing#Mass...
Re: Nvidia's $99 Jetson Nano Is an AI Computer for DIY Enthusiasts
#49Anyone know about the binary blob / firmware situation on this one? Will it run mainline Linux?
Re: Nvidia's $99 Jetson Nano Is an AI Computer for DIY Enthusiasts
#50I wish these tiny SBCs came with SATA or m.2 so I could hook up an SSD. I know microSD is catching up, but it's not there yet.
This has an M.2 Key E connector which has PCIe ×2, USB 2.0, I2C, SDIO, UART and PCM. Hypothetically an M.2 PCIe drive could work with a Key M to Key E adapter, but I couldn't find one in a cursory search.