Now the big question is, did the Ethernet chip *really* need to be rotated 45 degrees, or was it done just to make Gordon H instinctively twitch every time he sees a Pi 5?
Great video. It's so rare to get this sort of technical discussion from two guys who know the chips and board design inside out - not a PowerPoint in sight!
I love the details given. A bit of a refreash and update on things. Thanks to both of you! When I went to school it was based on the 68000 and reflecting on our breadboard projects remind me of the Tandy 1000. New projects to build. I will repost this video.
Really enjoyed the video. Showing a Raspberry Pi 5 board to point out which component is being talked about or adding some schematic in the video post production would maybe make this more educational.
I concur. I've only seen a few images of the Pi 5 so trying to visualise that they were describing was difficult. Hopefully they take the feedback on board for future discussions
Sounds cool. I do think its a bit of a shame, that you did not go with a standart PD power delivery chip. I do hope there will be a small step down unit that allows full power from PD powerbanks.
Looking forward to trying viscode on the pi5. It works just about ok on my pi4, but 2x performance will be nice. Going to be a great rp2040 dev environment
Re: Archaic TV systems - 405 Lines was the EMI/Marconi TV system the BBC launched in 1936 and continued to broadcast for old TVs up until the mid-80s. (The French ran 819 lines) Both were 50Hz interlaced like the later PAL and SECAM colour 625/50 standards (and the B&W 625/50 standards before them)
The TV scanning format that was in the bakeoff between Baird and EMI-Marconi and which subsequently adopted by the BBC was 405 lines 50 fields per second 2:1 interlaced. The time between the decision to change to 625 lines and finally turning off the 405 line transmissons was actually longer than the time between 405 being adopted and the decision to kill it. And France had its 819 line system before adopting 625.
I thought a chiplet architecture was multiple pieces of silicon inside one IC package, not multiple ICs soldered to a PCB. Chipset seems to be the common term for multiple chips designed to work together to build a computer system, and you could arguably call the RP1 a southbridge because its purpose is to interface between the CPU and lower speed peripherals.
During the discussion of composite video output, James reveals that the video unit is capable of outputting "an archaic format" that is "Pre-PAL". I assume this is 405 lines. If this is correct, it would be of great interest to those of us interested in restoring old TVs. Is there any more info on this feature anywhere?
I like the new board , bit sour becuse the 3.5 mm jack , and because I teched architecture , I like this video because I know the why, and know how would I use the pi.
Was wishing for eMMC storage and an M.2 (for a large disk options). Instead of that, I got a "mandatory" fan. Not ideal for our industrial use 🤔... most issues we have in our application are related to SD and/or cooling.
- Raspberry Pi 5 is an amazing achievement...... it blows my mind that the RP 1 chip was 10 million dollars to develop or something like that..........Lord....... i know people are happily using Pi 5 at 3 ghz overclock and the GPU overclocked at 1 ghz..........it's perfectly stable in long periods of heavy gpu gaming etc....... i truly wondered how many Pi's have been sold since the company started out.........i heard 55 milion....? Guys , if you need ADVERTISING ideas..........parachuting into filled Superbowls with your Pi logo on the CHUTE and the price and some funky pictures.....they need to FILM the parachute as it arrives and put it on the Superbowl screens............it's the strange spectacle that sticks in the audience memory & they may buy your computer..........
Now the big question is, did the Ethernet chip *really* need to be rotated 45 degrees, or was it done just to make Gordon H instinctively twitch every time he sees a Pi 5?
Why not both?
I have a thought about that...
Hmm - thanks for reminding me. It got my OCD firing when I first saw it.
That was out of the box engineering. This way the twisted pairs begin on the board!!!!! But your suggesting seems more likely!😁
We heard it was going to be rotated 46 degrees initially, but they thought that was too cruel.
So cool that you have Jason Statham in the team
Yep, I say that every time I see Eben. Or at least Jason's brother...
I know right! Man, this made my day. :)
Jason Statham is great. The only action guy left really
Great video. It's so rare to get this sort of technical discussion from two guys who know the chips and board design inside out - not a PowerPoint in sight!
Great Job Guys, many children in the world who can't afford to buy bigger stuff can now afford bigger knowledge with the smallest computer...
Awesome hearing about the amazing work you and many others have been doing developing the Pi5. And very glad you took the time to share this.
Great conversation, nice to do a deep dive into the architecture. Thanks Eben and James.
Fantastic discussion, thanks team! I’m amazed you were able to keep all this work quiet over the years.
Have mine on preorder and wishing you guys all the success!
I love the details given. A bit of a refreash and update on things. Thanks to both of you! When I went to school it was based on the 68000 and reflecting on our breadboard projects remind me of the Tandy 1000. New projects to build. I will repost this video.
Great insight to the research and development of the Raspberry Pi 5.
I’m looking forward to getting my hands on my preordered Pi.
Really enjoyed the video. Showing a Raspberry Pi 5 board to point out which component is being talked about or adding some schematic in the video post production would maybe make this more educational.
I concur. I've only seen a few images of the Pi 5 so trying to visualise that they were describing was difficult. Hopefully they take the feedback on board for future discussions
Fantasy work chaps (and teams). Love the work you all do, please keep doing it!
A cool computer, nice to see the UK designing great products, we have very talented people in the UK. I have my pi 5 on order.
Bob
Other than cars, UK can design and build great products.
@@csaleman F1 teams are doing some good work I think.
love that the CEO can so seamlessly explain 4 phase power delivery.
Incredible design. Thank you so much RPi Guys!
I'm so tempted to buy it (especially as I'm a MagPi subscriber), but as a certain UA-camr has hinted at a 16GB RAM model I'm tempted to wait for that!
Really good job like done on Pi4! And nice video. Thanks to the Raspberry Pi Team!
Sounds cool. I do think its a bit of a shame, that you did not go with a standart PD power delivery chip.
I do hope there will be a small step down unit that allows full power from PD powerbanks.
Great Interview! Learned so much.
I’ll say I’ve tried pi copies and not a one has delivered the overall experience the pi has.
I’m looking forward to a pi 5 to add to my collection.
I can't wait to put it through it's paces with some retro game emulation
You guys are amazing with what you can deliver 🤤
Sinclair, Acorn, ARM - Now Raspberry. ❤ Cambridge! ❤ . Anyone here remember the Cambridge computer Store in Emmanuel street?
Pre ordered mine here in the 🇬🇧 😁
Looking forward to trying viscode on the pi5. It works just about ok on my pi4, but 2x performance will be nice. Going to be a great rp2040 dev environment
Can the active cooler be put into the official case with lid on top?
Re: Archaic TV systems - 405 Lines was the EMI/Marconi TV system the BBC launched in 1936 and continued to broadcast for old TVs up until the mid-80s. (The French ran 819 lines) Both were 50Hz interlaced like the later PAL and SECAM colour 625/50 standards (and the B&W 625/50 standards before them)
The TV scanning format that was in the bakeoff between Baird and EMI-Marconi and which subsequently adopted by the BBC was 405 lines 50 fields per second 2:1 interlaced. The time between the decision to change to 625 lines and finally turning off the 405 line transmissons was actually longer than the time between 405 being adopted and the decision to kill it.
And France had its 819 line system before adopting 625.
So when Raspberry Pi 500, and Compute module 5? 🤣 (And Zero 3w? 😅)
Now, for real, can't wait to have in my hands the 8Gb model! 😁
is the USB Type C power port still able to be used as OTG?
I thought a chiplet architecture was multiple pieces of silicon inside one IC package, not multiple ICs soldered to a PCB. Chipset seems to be the common term for multiple chips designed to work together to build a computer system, and you could arguably call the RP1 a southbridge because its purpose is to interface between the CPU and lower speed peripherals.
Every time you say RP(x), I can't help buy think of Rocket Fuel. RP = Rocket Propellant.
Can't wait for the inevitable Pi500.
Christmas is early!
During the discussion of composite video output, James reveals that the video unit is capable of outputting "an archaic format" that is "Pre-PAL". I assume this is 405 lines. If this is correct, it would be of great interest to those of us interested in restoring old TVs. Is there any more info on this feature anywhere?
Why isn't a newer version of cortex used?
I like the new board , bit sour becuse the 3.5 mm jack , and because I teched architecture , I like this video because I know the why, and know how would I use the pi.
I get it but I’m also a fan of moving towards more generic I/O connectors.
37:38 if would be the gpio i problably would buy the pi. that is the soul of the pi
I have a dream of a black Raspberry Pi 500 with full keyboard 😎
Most cellphone/client PMICs have an RTC in them. Not sure this is specific to RasPi or Dialog-Renasas PMICs. Same with multiphase switchers.
is it possible to jump start the pi5, like there is no power button, or do I have to use the power button to power on
That was explained on the video. The pie will boot as soon it gets power.
Was wishing for eMMC storage and an M.2 (for a large disk options). Instead of that, I got a "mandatory" fan. Not ideal for our industrial use 🤔... most issues we have in our application are related to SD and/or cooling.
Is the raspberry pi 5 can be use as the brain for artificial intelligence?.
Whose luggage is that in the background?
Camera crews
46:20 how i wnat to see what type ingun they have in their ICT
405 lines with the H aerial for the original BBC1
First! get AmigaOS on it!! Just saying :)
Isn't there a bare metal Amiga emulator? You should be able to set up whatever version of Workbench you would desire.
So i guess we don't get PIO on Pi 5?
-
Raspberry Pi 5 is an amazing achievement......
it blows my mind that the RP 1 chip was 10 million dollars to develop
or something like that..........Lord.......
i know people are happily using Pi 5 at 3 ghz overclock and the GPU overclocked at 1 ghz..........it's perfectly stable in long periods of heavy gpu gaming etc.......
i truly wondered how many Pi's have been sold since the company started
out.........i heard 55 milion....?
Guys , if you need ADVERTISING ideas..........parachuting into filled Superbowls with your Pi logo on the CHUTE and the price
and some funky pictures.....they need to FILM the parachute as it arrives
and put it on the Superbowl screens............it's the strange spectacle that
sticks in the audience memory & they may buy your computer..........
I wonder about all the tradeoffs other credit card sized computers have had to undergo
Q: What can Raspberry Engineers do with a target price of $800 USD?
When did Jason Statham and Jonny Ive have a kid?!
Jason Statham for computers
They look like a light cosplay of Steve jobs and Wozniak