I'm sure one can track ballistic missiles with 20 teraflops : ). Interesting development this EyeQ5, they will have some competition by then.
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I'm sure one can track ballistic missiles with 20 teraflops : ). Interesting development this EyeQ5, they will have some competition by then.
I'm sure one can track ballistic missiles with 20 teraflops : ). Interesting development this EyeQ5, they will have some competition by then.
This reinforces my belief that I'll lease my first M3, because it won't be hardware ready for full autonomy. By the time my M3 lease is up late 2020 or early 2021, autonomy hardware should be available for production cars.
But that is for EyeQ5, Tesla doesn't even have EyeQ 4 yetSampling H1 2018
But that is for EyeQ5, Tesla doesn't even have EyeQ 4 yet
Is the Eye4 three camera?
Oops. Thanks for the correction. I read 2018 but typed the wrong thing.Sampling H1 2018
Probably, but just so everyone is clear...no refresh that was ordered after the 4/12 reveal (and price increase) has been delivered yet. Every car you've seen so far was ordered before the refresh. Not saying it makes a difference, but it's an interesting data point.Now some pictures of delivered facelift model is available and can not see any triple cam or any camera difference at all. I think we have to wait for end of the year or early next year for new autopilot hw.
2 things: First is they don't use the MCU (CID) for any safety-critical stuff. Secondly, yes the CID does not have access to the data, it's done by direct overlay using a FPGA. The CID is woefully underpowered. The CPU is now about 8 years old I think. That's an eternity for Moore's law! Even your cheapest smartphone can now run circles around it.The rear view camera video isn't in the MCU in digital form, isn't processed for display by the MCU?
(If it was, the MCU could record it or do object recognition on it, with the right code and enough processing power...)
actually 8 years ago there was only 1 smartphone2 things: First is they don't use the MCU (CID) for any safety-critical stuff. Secondly, yes the CID does not have access to the data, it's done by direct overlay using a FPGA. The CID is woefully underpowered. The CPU is now about 8 years old I think. That's an eternity for Moore's law! Even your cheapest smartphone can now run circles around it.
If you are referring to the Tegra 3, that is 4-5 years ago (introduced late 2011, early 2012).2 things: First is they don't use the MCU (CID) for any safety-critical stuff. Secondly, yes the CID does not have access to the data, it's done by direct overlay using a FPGA. The CID is woefully underpowered. The CPU is now about 8 years old I think. That's an eternity for Moore's law! Even your cheapest smartphone can now run circles around it.
The instrument cluster was updated to higher resolution. I don't believe the center console was changed.If the MCU was updated where would those tech specs be? I know I read somewhere that the screen itself was updated about a year ago to higher res, maybe the processor was updated then as well.