Phonebloks modular smartphone

[andyb]

Don't worry guys, the engineers will figure out how to make it 

https://www.thunderclap.it/en/projects/2931-phonebloks

[garak]

Of course they will! Everyone knows that 'engineer' is just another term for a specially trained miracle-pooper! 

In all seriousness, someone posted this to my FB wall yesterday, and there ended up being a 40 comment chain of why this simply isn't possible. Anyone with a modicum of knowledge about EE doesn't even have to think twice about it. Anyone with an understanding of the mobile industry or economics doesn't have to do much head scratching, either.

I predict another MuOptics styled IGG campaign, and a whole lotta butthurt.

Addition:

I cannot understand how they rationalise this as a way to reduce e-waste. If everyone was buying more phone bits every 2 months, the net result would be that all old bits would end up as e-waste instead of the complete unit. If people just RECYCLED stuff as they should do, this project would be completely surplus to requirements.

[s_lannan]

Oh man.

[Rasz]

I dont know. It is pie in the sky, but it IS possible.
Maybe not in the 4 inch phone form factor, but Phablet doesnt pose any trouble.


All you need is power + SPI to every block, and MIPI to LCD and camera. 10 connections at max (camera requires spi and mipi at the same time).

Just look at Bunnies $10 phone http://www.bunniestudios.com/blog/?p=3040

Phone nowadays is one chip deal (soc = cpu + pop ram + radio), all of the other blocks would be trivial.

I think http://rhombus-tech.net/ is/was in the process of designing modular tablet where you can upgrade SoC/screen/battery part by just swapping modules.

[GeorgeHahn]

I'm just gonna put this here and walk away slowly.

[Rasz]

I'm just gonna put this here and walk away slowly.

person that wrote that havent seen  modern smartphone, nowadays whole thing is only 3 chips (soc+ pop ram, flash, wifi+bt+gps)

[DomesticHacks]

I also thought about this idea, and i think a have a more practical solution:
https://www.eevblog.com/forum/projects/modular-smartphone-inspired-by-phonebloks/

The video in which I explain how this could work is in German but maybe it is interesting even without understanding what i'm saying.
Basically my idea is to use one mainboard with the modules pressed against it on the front and back with spring contacts. The mainboard connects the modules to eachother via for example a I²C bus, UART etc. There aren't that much different bus types in a mobile phone. The Processor and RAM could be in one module so you don't have problems with the fast connection to the memory.

[ivan747]

I'm just gonna put this here and walk away slowly.

person that wrote that havent seen  modern smartphone, nowadays whole thing is only 3 chips (soc+ pop ram, flash, wifi+bt+gps)

And that makes modules impossible, as it wouldn't be modular enough. Think about it.

Besides,lLaptops are more or less modular. But, when was the last time you heard of someone upgrading their 4 year old notebook to take wireless N and burn Blu-Ray?

[GeorgeHahn]

I also thought about this idea, and i think a have a more practical solution:
https://www.eevblog.com/forum/projects/modular-smartphone-inspired-by-phonebloks/

The video in which I explain how this could work is in German but maybe it is interesting even without understanding what i'm saying.
Basically my idea is to use one mainboard with the modules pressed against it on the front and back with spring contacts. The mainboard connects the modules to eachother via for example a I²C bus, UART etc. There aren't that much different bus types in a mobile phone. The Processor and RAM could be in one module so you don't have problems with the fast connection to the memory.

Sure, it could work. It's not an issue of technical feasibility, it's one of cost vs features and durability. You could get a fully modular phone up and running, but the software would give you hell, it won't be as modular as people want, and many of the modules would have to go in more or less the same place. (ie: battery, speakers, camera, usb/hdmi ports)

I'm just gonna put this here and walk away slowly.

person that wrote that havent seen  modern smartphone, nowadays whole thing is only 3 chips (soc+ pop ram, flash, wifi+bt+gps)

And that makes modules impossible, as it wouldn't be modular enough. Think about it.

Besides,lLaptops are more or less modular. But, when was the last time you heard of someone upgrading their 4 year old notebook to take wireless N and burn Blu-Ray?

Exactly! Exactlyexactlyexactly!

[DomesticHacks]

If there is actually a market for this is another question.

Even if the end customer isn't interested in changing things in its phone, this concept could help for example providers creating the best phone for their network or you can buy exactly the phone you need and the vendor is plugging your phone together (like it's done with laptops).

[Jebnor]

The software would be a nightmare. Writing generic code which accounts for all the permutations is very non-trivial.  You get into dependency hell. This app "requires" a camera, that 'Requires' so much memory. etc.  It's like getting people to build their own computers when they only know how to click the mouse and type emails. 

Just dumb.

[Rasz]

I'm just gonna put this here and walk away slowly.

person that wrote that havent seen  modern smartphone, nowadays whole thing is only 3 chips (soc+ pop ram, flash, wifi+bt+gps)

And that makes modules impossible, as it wouldn't be modular enough. Think about it.

Besides,lLaptops are more or less modular. But, when was the last time you heard of someone upgrading their 4 year old notebook to take wireless N and burn Blu-Ray?

all the time, but then again I do IT
I upgraded wifi, cpus, ram, battery, even LCDs (for higher res), not to mention swapping flooded keyboards, fixing broken usb/power connectors. You dont do those things on megastore special of the day laptops, but on HP/DELL/IBM(the old real ones) business class machines.
You cant do most of it on tablets/phones, you simply sell/throw them away. I think you should be able to at least swap the motherboard. There is nothing wrong with fullHD 5' LCDs nowadays, no point throwing whole thing just because you want 2 more cpu cores and more flash.

[tom66]

I could see this idea working but NOT in the way they show. The number of pins would not be sufficient.

If you had a small thin backplane taking say four cards, with each card having multiple functions (one card for CPU+RAM+basic radio, one for flash,  one for camera, one for additional radios like wifi/gps/bluetooth.) It could use e.g. a PCI Express x1 type interface which only requires power plus a few data lines. I think the battery should be a separate module.

Major problem is, I don't see this phone being particularly thin, and since you're limited to a few data lines, it won't be very fast either. Especially when multiple peripherals want to talk.

[VintageHenk]

While the idea in itself is nice, and with I really don't see how this will reduce e-waste.

[BravoV]

I think the designer missed one very basic and fundamental role of a smartphone, that is already "proven" which is its now a life-style statement, rather than it's function as communication, entertainment and computing tool.

Big corporations just don't like the idea where its consumers starting to yell out ..

"Upgrade with new module ? No way ! It looks so yester-month that making me puke everytime I see it !" 

"Are you sure you've installed a kitchen set module in there ?" 

... or worst kind ...

"Thats so lame ! If you can't afford a full featured phone with all those modules installed, just buy a dumb one, instead of pretending it has all but just basic dumb phone + text msg features only + dummy modules, you're just hurting your street cred just by using it, hide it NOW !!!!!"   

Fail

[parabuzzle]

BravoV,

I totally agree with you here. Its not about function.. its about form and style and statement. There are a few hardcore function over form nuts out there, but most people don't fall in to that bucket. The creator kind of missed the point here

-Mike

[chicken]

Motorola, or at least their marketing department, just showed up at the party
http://motorola-blog.blogspot.com/2013/10/goodbye-sticky-hello-ara.html

They are even looking for "collaborators"
http://www.dscout.com/ara

[amyk]

Motorola, or at least their marketing department, just showed up at the party
http://motorola-blog.blogspot.com/2013/10/goodbye-sticky-hello-ara.html

Does anyone else find the "concept picture" of disconnected screens still displaying an image rather disturbing? Either they're suggesting they'll only use eink screens or someone in the graphic "design" department screwed up on common sense... it is normal to show the product functioning in concept art, but not when the product has been taken to bits...

[HWgeek]

Its a cute idea. 

Lets put aside technological hurdles like bus connections etc etc....     Lets just open up today's very hard to open cellphone or itouch like device.
What do we find?   A very small integrated board with SoC, DDR ram, Nand flash and power converter.  All on a board that is about ~1" x ~2" give or take.    Splitting that up won't be feasible other than maybe the nand (make it an sdcard connection)  given routing and matching and speed of SoC to DDR ram.   Then we have a camera board, battery and screen.   

Lets put the camera on an SD card like board, okay now we have a modular camera , only constrained by bus topology... so lets make it USB, that should give us some flexibility and "upgrade ability". 
We could do something similar for the cell modem.  caveat would be bus interface.
Next wrap the battery and add a connector so it plugs into the exo frame.

To make the unit thinner and lighter, bond the exo frame to the screen.

So now you can change those modules... 

The problem is going to be the s/w...  See Windows/Linux/etc, see OS run on loads of different hardware... See loads of forums for having to configure OS to run correctly.    Of course we could setup a certification authority... 

It is an interesting idea overall..

[Greyersting]

What would happen if you took out the CPU while the phone was running?

[Noize]

What would happen if you took out the CPU while the phone was running?

Well it wouldn't work anymore and you would be wondering why did you do that. Hey Chuck ( No particular reason for Chuck other than I like Bill Hicks) that shit is good!

[amyk]

The problem is going to be the s/w...  See Windows/Linux/etc, see OS run on loads of different hardware...

Android already runs on tons of different smartphone hardware (even more diverse than the PC) with little issue.

[edavid]

Lets put aside technological hurdles like bus connections etc etc....     Lets just open up today's very hard to open cellphone or itouch like device.
What do we find?   A very small integrated board with SoC, DDR ram, Nand flash and power converter.  All on a board that is about ~1" x ~2" give or take.    Splitting that up won't be feasible other than maybe the nand (make it an sdcard connection)  given routing and matching and speed of SoC to DDR ram.   Then we have a camera board, battery and screen.   

If it's a phone, it will also have a bunch of radios.  It would be really nice to be able to swap those.

[Greyersting]

What would happen if you took out the CPU while the phone was running?

Well it wouldn't work anymore and you would be wondering why did you do that. Hey Chuck ( No particular reason for Chuck other than I like Bill Hicks) that shit is good!

The phone would just turn off?

[GeorgeHahn]

Its a cute idea. 

Lets put aside technological hurdles like bus connections etc etc....     Lets just open up today's very hard to open cellphone or itouch like device.
What do we find?   A very small integrated board with SoC, DDR ram, Nand flash and power converter.  All on a board that is about ~1" x ~2" give or take.    Splitting that up won't be feasible other than maybe the nand (make it an sdcard connection)  given routing and matching and speed of SoC to DDR ram.   Then we have a camera board, battery and screen.   

Lets put the camera on an SD card like board, okay now we have a modular camera , only constrained by bus topology... so lets make it USB, that should give us some flexibility and "upgrade ability". 
We could do something similar for the cell modem.  caveat would be bus interface.
Next wrap the battery and add a connector so it plugs into the exo frame.

To make the unit thinner and lighter, bond the exo frame to the screen.

So now you can change those modules... 

The problem is going to be the s/w...  See Windows/Linux/etc, see OS run on loads of different hardware... See loads of forums for having to configure OS to run correctly.    Of course we could setup a certification authority... 

It is an interesting idea overall..

If there's one side effect of something like this that I really like, it's the availability of cheap (ish) high resolution camera modules. That would be excellent for the DIY community.