Hi Junko, I occasionally watch Top Gear and on one episode they had a BMW race around their test racetrack. It did ii in about the same time as a human driver which is no mean feat. Obviously a big jump from there to roads with other cars, dogs, pedestrians etc., but driving a car close the physical limits on a race track is still amazing and this one had some challenging bends.
That said, the unpredictability of the real world has me agreeing with you about this puppy :-).
I have to agree with the other commenter that not having a LTE modem IC in the portfolio is hardly a show stopper for those who are investing in sensor fusion & ADAS. For such dauntingly complex systems, it seems unlikely that any one vendor can or will provide every piece of silicon.
So a company has to have a modem to be a "processor" supplier???? - strange definition. Fact is that guys like FSC,TI, Renesas are big players in all these 3 automotive areas when it comes to the processor business, with Nvidia very likely having the lowest share in automotive wrt volume or revenue in any for those applications compared to a.m. companies. The tie to the modem is also strange as neither the cluster nor ADAS will see any modemintegration anytime soon. Even in infotainment the modem is usually not integrated in the headunit but in a seperate box - for various very good reasons. As i said - just another bold statement far away from the truth - very similar to their performance and efficiency claims. ok Nvidia is still in the mobile business, with questionable success. However reading the article carefully tells you that that road is coming to an end. If Nvidia, like the others for good financial reasons, leave the mobile space, I'd be curious to see how their modem activities will evolve.
All the leading automotive chip vendors -- like Freescale, TI, NXP and ST -- are active in all these areas. However, all of them have already given up on the modem business. They have no 3G, no LTE modem chips.
So, if a car needs to get connected with the outside world, they won't have their own modem chips for connectivity.
In contrast, Nvidia is still in the smartphone, tablet business, and they have their own LTE modem chips. That's the difference right now.
But I don't think that's going to last very long. Qualcomm is catching up right out there!
Self driving car has been a topic for quite sometimes. Google, no doubt, has a great start. It's way ahead of everyone. I assume the team leaded by Sebastian Thurn develop algorithms and run on x86 computer. The algorithm will likely be performance hungry. The demonstration proves the performance of Nvidia ARM. It's a great start for Nvida. Now, question is where is Intel.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.