Elon's response back "Applying a hydrophobic coating to the radar" doesn't work as I have PPF AND CeramicPro gold and water sheds like duck feathers.
I wonder if the extra layers are reducing the radar's sensitivity?
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Elon's response back "Applying a hydrophobic coating to the radar" doesn't work as I have PPF AND CeramicPro gold and water sheds like duck feathers.
I wonder if the extra layers are reducing the radar's sensitivity?
We have a model X with the exact same PPF and CeramicPro and it has never once had the same happen \i/ Only difference is the S is HW 2.0 and our X is 2.5
Maybe small but rapid iterations is the way to go. If so, Tesla is doing it right.
Same could be said about the first 20.000 years of human technological progress, so I'm happy to live on the steep part of the exponential curve. We would only be able to recognize if Teslas progress was actually an exponential curve once it really takes off.
(Here's to hoping...)
Unfortunately unlike with Tesla’s BEV roadmap which was ahead of its time in a good way I am not seeing the same level of thesis being floated that would so surely suggest they got this figured out better than the rest of the world. The thesis I’ve seen rely a bit too much on the belief that just because Elon got a few other things right which he certainly did, that Tesla would get this one right too. That remains a leap given the execution we are seeing.
Many words come to mind when thinking back on the Autopilot 2 progress and its iterations but rapid isn’t one of them.
Tesla has developed an autonomous chip that is at least 3 years ahead of any other automotive manufacturer.1 Musk explained,“whereas the current NVIDIA’sNVDA hardware can do 200 frames a second, this is able to do over 2,000 frames a second and with full redundancy and fail-over.” Tesla is currently using an Nvidia chip with 12 teraflops of performance. A tenfold improvement would suggest Tesla’s chip has roughly 120 teraflops of performance. Nvidia’s Xavier chip, which is currently sampling and likely won’t be installed into vehicles until late 2019, has roughly 30 teraflops of performance. In other words, traditional automakers have committed to a chip with inferior specs, and will likely have to wait for Nvidia’s next autonomous product before they can have a processing system comparable to the system Tesla is testing today.