RobDickinson
Active Member
2021 GMC Sierra 1500 Gets Limited Heated Rear Seat Availability
More chip shortage effects.
gmauthority.com
Gm dropping rear heated seats on multiple models, giving people credits. Chip shortages..
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Time of use charging rates to help alleviate congestion by encouraging people to charge at off peak times.Haven’t heard much about Elon’s comments regarding opening SuCs, but from the fragments I heard (while working ) it sounded like he confirmed some speculation here:
1) Rates that reflect vehicle charging rates
2) Tesla app
3) Purchased Adapter
Anything I missed?
Pretty sure I heard (Zach?) mention in the background that they have an anti theft solution.Hmmm. So adapters secured to the chargers in some way? Sounds rife for theft or vandalism.
Wouldn't stop people from taking them unless it was somehow physically secured. I'm thinking a vending machine connected to the App and you return it to the machine when done for credit or you just buy it..
I think Drew indicated some way of stopping people stealing the adapters... one good solution would be locking the adapter to only work at that site.
Um, er, so what? Two of my doctors did their undergrad work at Caltech. That doesn't make them scientists or engineers. It means they are pretty much sure to be quite smart and fairly well educated, as I'm sure Zach is. But Zach's a bean counter. He'll never be CEO. He *should* never be CEO.
What stops them from implementing other ECUs on that same piece of silicone?A chip fab is $5-10bn plus many hundreds of skilled knowledgeable people to implement it. And then you have to setup whatever production runs you want.
Its likely that one fab wouldnt do all the chips tesla needs (in terms of being suitable), they dont have the MCU chips (those are intel or amd), and they would have to design their own microcontrollers on whatever process they have setup.
At the moment they only have the design for the FSD chip. its unlikely they can for now make this worthwhile
As in different chips on the same wafer? Thats possible if they all use the same process. and you can make efficient use of the spaceWhat stops them from implementing other ECUs on that same piece of silicone?
And this is an inflection point where Tesla pivots from car manufacturer to energy distributor. Add to this FSD, and charge other cars for the data, AI engine, and dojo, and yield another pivot shift moment.Nope.
Use the current app to sign up, and activate a car at a particular charger, cost based on kwh and speed with extra fees for slow cars etc.
USA will need adapters likely placed at the chargers.
Good silicon is not cheap. A large part of FSD chip not using a lot of power is the process of the node. That process node is more expensive than say a 28nm node or even bigger nodes in which many dumber chips end up on. Only cutting edge chips require cutting edge nodes(not saying 14nm node is cutting edge but it is compared to all the other chips...the AMD chip in the S/X is on a 7nm node, even more money than the FSD chip).What stops them from implementing other ECUs on that same piece of silicone?
I think by the time Tesla opens their superchargers, all other charging stations become obsolete. Think if Tesla triples their station count than there's no reason to go to any other station.I hope by the time Tesla opens the superchargers we have a CCS adaptor for Tesla's in North America. If not the competitors cars have access to many more stations than someone with a Tesla. I agree with Elon that the Tesla connector is superior to the CCS connector so prefer they keep the current connector.
Yes, excellent example of automated things we take for granted that weren't always that way (and killed people when they were operated by distracted humans).Did anyone like that elevator analogy? I thought that was pretty good.
Apparently you disagree with Zach as to his own career. Wikipedia has his bio: Zach Kirkhorn - Wikipedia, as does his LinkedIn page: https://www.linkedin.com/in/zachkirkhorn.You continually demonstrate you ignorance and arrogance. Zach is a mechanical engineer who worked (as an engineer) for years at Tesla before returning for a Harvard MBA. Some of the largest automakers on earth are lead by CEO's who are P.Eng's and MBAs. The combination is hard to beat.
You opinion is wrong, as is your insistance on repeating it without new evidence.
What's a few hundred transistors in addition to billions they already have on die? I think most of the effort would be routing these ECUs out, and licensing the ipGood silicon is not cheap. A large part of FSD chip not using a lot of power is the process of the node. That process node is more expensive than say a 28nm node or even bigger nodes in which many dumber chips end up on. Only cutting edge chips require cutting edge nodes(not saying 14nm node is cutting edge but it is compared to all the other chips...the AMD chip in the S/X is on a 7nm node, even more money than the FSD chip).
So you don't want to design a dumb chip on cutting edge node, it's a waste of wafer.
2. Seems like the $199 FSD price will be relatively fixed and not increased as it becomes more able. So awesome that he says it's barely worth it now but will be worth it and most everyone will use it. I love everything about that.
So much good news on the call and in the slide deck. I don't think enough attention has been paid to this update about Shanghai:
China: Shanghai While we experienced minor interruptions due to supply chain challenges and factory upgrades, production in Shanghai remained strong. Per our planned roadmap, we recently introduced a standard range version of Model Y in China, which starts at ¥276,000 post incentives. Due to strong U.S. demand and global average cost optimization, we have completed the transition of Gigafactory Shanghai as the primary vehicle export hub.