it doesn't shows up on the other side above the right rear tyre...
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#aerogollumturbof1 wrote: YOU SHALL NOT......STALLLLL!!!
is there any other solutions to save the data from the pitlane instead of using a mini-hdd!?Thunders wrote:It's the "Brain" for the Measuring Devices. Basically a Mini PC / Harddrive to save all the Data from the Pitot Tubes and Stuff.
"5g" is a con and also it's not a standard that is being looked at by the IEEE!turbof1 wrote:Probably a 5G network could get that amount of data to the pits, but that technology is still experimental.
I'm guessing the bulge is more for local processing rather than storage, but I could be wrong. after all, they transmit telemetry back to the pit lane all the time.zoro_f1 wrote:is there any other solutions to save the data from the pitlane instead of using a mini-hdd!?Thunders wrote:It's the "Brain" for the Measuring Devices. Basically a Mini PC / Harddrive to save all the Data from the Pitot Tubes and Stuff.
boyracer94 wrote:It would probably use flash memory, as the vibrations would most likely cause a hard drive head crash
So... exactly what he said then ;PPilatus wrote:boyracer94 wrote:It would probably use flash memory, as the vibrations would most likely cause a hard drive head crash
Well, if there really is HDD, it's SSD.
No heads, no problems.
Unless it has a sandforce controllerPilatus wrote:boyracer94 wrote:It would probably use flash memory, as the vibrations would most likely cause a hard drive head crash
Well, if there really is HDD, it's SSD.
No heads, no problems.
Like I said it's still experimental. When I'm talking about 5G, I'm obviously referring to the only place on earth where they claim to be trying it: south korea.djos wrote:"5g" is a con and also it's not a standard that is being looked at by the IEEE!turbof1 wrote:Probably a 5G network could get that amount of data to the pits, but that technology is still experimental.
It's millimeter wavelength microwave which doesn't work thru anything more than a couple of sheets of paper and degrades severely during rain.
To sum up it useless for F1 data logging and mobile phones.
28GHz is wildy impractical for anything even slightly mobile - this article is worth a read.turbof1 wrote: Like I said it's still experimental. When I'm talking about 5G, I'm obviously referring to the only place on earth where they claim to be trying it: south korea.
The data alone doesn't do you a whole lot of good. You don't know the experimental setup, and for all you know, it's just a calibration run and it's all junk anyways. Trying to intercept other people's telemetry in this situation is not a good use of time; focus on your own test program.zoro_f1 wrote:maybe other teams could also get that data...
Probably, but it's not worth the bother. Telemetry is there because it lets you know if something is wrong with the car and it lets you dial in strategy. For the data that you're collecting from the pitots and such... you don't really need to have it beamed back to the pits immediately. The raw data by itself probably isn't all that useful anyways. It won't be used until after the session anyways, so there's not much point in sending it back to the pits, as opposed to logging it to a disk on the car and then pulling the data afterwards.zoro_f1 wrote: is there any other solutions to save the data from the pitlane instead of using a mini-hdd!?
