Making a Raspberry Pi 4 or Similar SBC Desktop
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@Obsolesce said in Making a Raspberry Pi 4 or Similar SBC Desktop:
I've been thinking about this too, to turn a smart TV into a genius TV. Something permanently attached would be convenient.
If nothing else, you can always velcro a case to the back of the TV. I bet you could also print off a mount from thingiverse if you have a makerspace somewhere close (or your own 3d printer, but that's not so common yet.)
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We are talking about getting a 3D printer for not just custom cases for this project, but custom wall racks.
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@scottalanmiller said in Making a Raspberry Pi 4 or Similar SBC Desktop:
We are talking about getting a 3D printer for not just custom cases for this project, but custom wall racks.
If you've done any 3D modeling in the past, the current tools are so, so much easier to use. Still not something just anyone can just pickup and do, but the consumer 3D printers tend to have all the software wrapped up and taken care of, unlike in the past. The tooling workflows from the 90s that I dealt with were atrocious.
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@travisdh1 said in Making a Raspberry Pi 4 or Similar SBC Desktop:
@scottalanmiller said in Making a Raspberry Pi 4 or Similar SBC Desktop:
We are talking about getting a 3D printer for not just custom cases for this project, but custom wall racks.
If you've done any 3D modeling in the past, the current tools are so, so much easier to use. Still not something just anyone can just pickup and do, but the consumer 3D printers tend to have all the software wrapped up and taken care of, unlike in the past. The tooling workflows from the 90s that I dealt with were atrocious.
I've not, but I have worked extensively in manufacturing.
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@scottalanmiller said in Making a Raspberry Pi 4 or Similar SBC Desktop:
@travisdh1 said in Making a Raspberry Pi 4 or Similar SBC Desktop:
@scottalanmiller said in Making a Raspberry Pi 4 or Similar SBC Desktop:
We are talking about getting a 3D printer for not just custom cases for this project, but custom wall racks.
If you've done any 3D modeling in the past, the current tools are so, so much easier to use. Still not something just anyone can just pickup and do, but the consumer 3D printers tend to have all the software wrapped up and taken care of, unlike in the past. The tooling workflows from the 90s that I dealt with were atrocious.
I've not, but I have worked extensively in manufacturing.
It's what I was supporting in the late 90s. The 3D printers of today really are that much better, and free software that is actually usable is available today.
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@Pete-S said in Making a Raspberry Pi 4 or Similar SBC Desktop:
Problem with RPI4 is that when you want it to be as fast as possible, you are getting close to the Intel price range. So as an option it works best if you stick to a basic config.
And to get a useable desktop you also need a monitor, a keyboard and a mouse. Say $150 if you have modest needs.
So
- Desktop with RPI4 (4GB RAM & 32GB microSD) $250
- Desktop with NUC J3455 or similar (8GB RAM & 120GB SSD) $325
The desktop with the Intel CPU has probably double the performance for 30% higher overall price. So value for money is better - if you need the extra performance.
NUC are also SBCs and the Odroid H2 mentioned above is the same (Intel J4105).
Intel CPUs to look for that are low-end but still significantly faster - J3455 (older model), J4105 and J5005. These are 10W Celerons with 4 cores in the 1.5 to 2.5GHz range.
Obviously something like an i3 is much faster but it will bump up the price another notch.
This is where I stand as well. We got into a discussion at one of my old employers about possibly deploying linux thin clients. Most people instantly thought about RPI, but I basically said the same thing as @Pete-S . The long term value is not there compared to a low end desktop even when using as a thin client. I think alot of people are in love with the idea of RP, but RP really shines when used for very low end tasks that can be done with a $40 RP.
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@Pete-S said in Making a Raspberry Pi 4 or Similar SBC Desktop:
Desktop with RPI4 (4GB RAM & 32GB microSD) $250
Desktop with NUC J3455 or similar (8GB RAM & 120GB SSD) $325So in running our numbers, it came out more like...
Rock Pi, 4GB, 120GB SSD: $145
NUC J3455, 4GB, 120GB SSD: $220The NUC is $150 with no RAM, but it has a case. The Rock Pi is $75 and has RAM, but needs a case. We can custom make the cases ourselves and get something really cool and custom for $10 or so. The NUC case is well built, but seriously ugly. So assuming 4GB RAM is $10, it's basically $75 premium for the NUC and you can ignore things like the drives because you'd use the same drive in both situations.
You can easily get more than 4GB RAM on the NUC which is a huge deal, if you need it, but we don't think that we do. The Rock Pi is also a significantly more powerful machine than the Raspberry Pi, both in CPU (faster six core compared to slower four core; M.2 drive connector vs. USB only.) And we believe will be more than fast enough for the needs.
We are looking at the same hardware for servers, so having it be exactly the same between the two is great.
$75 sounds trivial, but it is also more than 50% more expensive. In absolute dollars, it is small. In relative dollars, it is huge.
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@IRJ said in Making a Raspberry Pi 4 or Similar SBC Desktop:
@Pete-S said in Making a Raspberry Pi 4 or Similar SBC Desktop:
Problem with RPI4 is that when you want it to be as fast as possible, you are getting close to the Intel price range. So as an option it works best if you stick to a basic config.
And to get a useable desktop you also need a monitor, a keyboard and a mouse. Say $150 if you have modest needs.
So
- Desktop with RPI4 (4GB RAM & 32GB microSD) $250
- Desktop with NUC J3455 or similar (8GB RAM & 120GB SSD) $325
The desktop with the Intel CPU has probably double the performance for 30% higher overall price. So value for money is better - if you need the extra performance.
NUC are also SBCs and the Odroid H2 mentioned above is the same (Intel J4105).
Intel CPUs to look for that are low-end but still significantly faster - J3455 (older model), J4105 and J5005. These are 10W Celerons with 4 cores in the 1.5 to 2.5GHz range.
Obviously something like an i3 is much faster but it will bump up the price another notch.
This is where I stand as well. We got into a discussion at one of my old employers about possibly deploying linux thin clients. Most people instantly thought about RPI, but I basically said the same thing as @Pete-S . The long term value is not there compared to a low end desktop even when using as a thin client. I think alot of people are in love with the idea of RP, but RP really shines when used for very low end tasks that can be done with a $40 RP.
It's frustrating to talk about deploying 'thin clients' when the damned device costs the same, or in some cases more than a full blown PC with a Windows license.
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@Dashrender said in Making a Raspberry Pi 4 or Similar SBC Desktop:
@IRJ said in Making a Raspberry Pi 4 or Similar SBC Desktop:
@Pete-S said in Making a Raspberry Pi 4 or Similar SBC Desktop:
Problem with RPI4 is that when you want it to be as fast as possible, you are getting close to the Intel price range. So as an option it works best if you stick to a basic config.
And to get a useable desktop you also need a monitor, a keyboard and a mouse. Say $150 if you have modest needs.
So
- Desktop with RPI4 (4GB RAM & 32GB microSD) $250
- Desktop with NUC J3455 or similar (8GB RAM & 120GB SSD) $325
The desktop with the Intel CPU has probably double the performance for 30% higher overall price. So value for money is better - if you need the extra performance.
NUC are also SBCs and the Odroid H2 mentioned above is the same (Intel J4105).
Intel CPUs to look for that are low-end but still significantly faster - J3455 (older model), J4105 and J5005. These are 10W Celerons with 4 cores in the 1.5 to 2.5GHz range.
Obviously something like an i3 is much faster but it will bump up the price another notch.
This is where I stand as well. We got into a discussion at one of my old employers about possibly deploying linux thin clients. Most people instantly thought about RPI, but I basically said the same thing as @Pete-S . The long term value is not there compared to a low end desktop even when using as a thin client. I think alot of people are in love with the idea of RP, but RP really shines when used for very low end tasks that can be done with a $40 RP.
It's frustrating to talk about deploying 'thin clients' when the damned device costs the same, or in some cases more than a full blown PC with a Windows license.
I think that that is really only true because of bad expectations. Why do people feel that thin clients should be cheaper to purchase than thick clients? That's not been the case for so long, it's weird that people have a memory of it, and was never true on any scale.
Thin clients have to do a lot of processing, and always have. And most "thin clients" are only thin in use, nothing else. You want them to be smart, be manageable, and most people expect them to run their own apps, making them fat, not thin.
Choosing a thin client device vs. a thick client device is about management capabilities, nothing else really.
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Here I was thinking about using a $Pi for something around home...
Can any of them use "last power state" to turn back on after power failure?
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@scottalanmiller said in Making a Raspberry Pi 4 or Similar SBC Desktop:
RP4 with 4GB of RAM
The problem with Pi (and frankly a lot of the low end ARM) is these things have incomplete UEFI bios etc. You currently need to really be working on one of the distro's designed for it (Which is likely fine for your use case). ARM and our engineers are working on this though..
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@StorageNinja said in Making a Raspberry Pi 4 or Similar SBC Desktop:
@scottalanmiller said in Making a Raspberry Pi 4 or Similar SBC Desktop:
RP4 with 4GB of RAM
The problem with Pi (and frankly a lot of the low end ARM) is these things have incomplete UEFI bios etc. You currently need to really be working on one of the distro's designed for it (Which is likely fine for your use case). ARM and our engineers are working on this though..
Good point. Definitely an issue. Ubuntu, which is what we use, does make for them at least.
