Earlier quoted context omitted.
Power button was just a pair of wires to a switch and some settings in old rpi IIRC > Does it have some way to safely recover the filesystem after power-loss? that is not a hardware feature
When they have a recommended OS with their brand name on it (Raspbian/Raspberry Pi OS), it's a platform feature. Either I'd expect the hardware to provide some minimal battery or something for safe shutdown, or I'd expect the software to handle sudden power-loss gracefully. They provide both the hardware and the software, there's no way for blame to leave their ecosystem. Raspberry Pi can't redirect blame for filesys…
Raspberry Pi 5 vs. Orange Pi 5 Plus vs. Rock 5 Model B
141–150 of 154 posts
Re: Raspberry Pi 5 vs. Orange Pi 5 Plus vs. Rock 5 Model B
#142Earlier quoted context omitted.
But that mini PC likely has as much as 10x the power draw... They are not interterchangable for lower power use cases
No they don't. I have a Dell Optiplex 3070 SFF (not even ultra small form factor, it is standard desktop sized) that idles at 8W. It has an i5-9500, 8GB memory, and a 128GB NVMe.
Re: Raspberry Pi 5 vs. Orange Pi 5 Plus vs. Rock 5 Model B
#143Am I crazy, or are we jumping from 4 to 5 whilst ignoring the fact that most of us still can't get hold of 4 due to the supply chain issues?
Re: Raspberry Pi 5 vs. Orange Pi 5 Plus vs. Rock 5 Model B
#144Earlier quoted context omitted.
To be fair, you also need to account for consumption when you make the machine do something. The TDPs for these machines are in the 25-35W range, and hitting 50W does not seem unreasonable. You of course won't be running that the entire time. The larger SFF machines with 65W TDPs will go way above that. An orange pi 5 uses 7.5W under full load, 3.3W idle in comparison.
Is orange pi 5 as fast as 35W TDP intel CPU ? How many times slower it is than the 65W one ? Average consumption matters, not peak. And you can pin CPU to not go on higher frequencies if you don't want to go into inefficient max frequency/max voltage region. You will also be recycling already produced device.
Recycling is good, but only to a point. At some point the cost of operation (and resource pressure from its use) will exceed the cost of a more efficient device - at least until we get abundant green power...
Re: Raspberry Pi 5 vs. Orange Pi 5 Plus vs. Rock 5 Model B
#145Earlier quoted context omitted.
To be fair, you also need to account for consumption when you make the machine do something. The TDPs for these machines are in the 25-35W range, and hitting 50W does not seem unreasonable. You of course won't be running that the entire time. The larger SFF machines with 65W TDPs will go way above that. An orange pi 5 uses 7.5W under full load, 3.3W idle in comparison.
If the SFF is doing work, it might be done in a fraction of the time of the pi. Race to finish. Hard to say without real workloads, but if there are any plans of routinely pegging the CPU, most power efficient strategy is to buy a modern chip.
I do agree that modern CPUs are required for high-load situations.
Re: Raspberry Pi 5 vs. Orange Pi 5 Plus vs. Rock 5 Model B
#146Earlier quoted context omitted.
there hasn't been a shortage for a while now, but you probably didn't hear about it because shortages ending isn't considered newsworthy. it's the same with sriracha, you can pretty easily find it for msrp now, but lots of people still think it is hard to find because the last thing they heard on the topic was a news article about bottles selling on the gray market for $40-$80 back in may.
I check every so often, and checked before I posted that too. First hits I got from the Raspberry Pi website were all sold out, so I presumed it was business as usual. Cycling through a few more shops, I see it is available in some places now.
Re: Raspberry Pi 5 vs. Orange Pi 5 Plus vs. Rock 5 Model B
#147Earlier quoted context omitted.
Oh no they are shit. And I used to design embedded systems years ago. I know exactly what I'm talking about. And you basically outlined it: they are bad quality and we have all these power problems and here's the insane list of workarounds . Incidentally I ran mine of an Agilent E3614A which was worth 30x the price of the Pi.
they aren't industrial embedded computers, so comparing them to some $1500 hardened industrial embedded platform is not only unfair, it's not a comparison that's respectful of the other participants in the conversation. you're relying on people not knowing about embedded hardware so that it appears your comparison is fair. The Raspberry Pi is not an embedded platform in the ways that you are using for comparison. The…
It's just a (respectable( power supply. I'm assuming OP just wanted to say that power quality was not the issue.
Re: Raspberry Pi 5 vs. Orange Pi 5 Plus vs. Rock 5 Model B
#148Earlier quoted context omitted.
> I was thinking of the esp32-c3 which is also risc-v with wifi and ble. I have a couple of the Pine64 boards that run Linux. Unless something changed, it doesn't have WiFi or BLE support, and likely never will. > The bl602 doesn't seem to have rust support yet, but I'm looking forward to more options. I think it does: https://github.com/bouffalolab/bl-pac/tree/main/bl808
Thanks! It wasn't on the awsome rust embedded github yet, but when I dig in I found it. The bl602 does support wifi, but only 2.4 and I presume at lower rates. It definitely doesn't run linux though. But I wouldn't put it past someone to figure out a way.
Sorry I was thinking of the 0x64, although it's entirely possible to get some form of Linux running.
Re: Raspberry Pi 5 vs. Orange Pi 5 Plus vs. Rock 5 Model B
#149Earlier quoted context omitted.
I've also compared many 1L PCs from a performance/price/power consumption perspective. I decided on the HP prodesk/ elitedesk 400/800 G5 with the i5-9500T. It idles at ~2-3W and has considerably more computing and storage than these embedded solutions. I only see something like a raspberry pi be handy when relying on GPIO ports.
I don't know what you did to get yours idling that low. My 800 i5-9500t idles at 9w. I took out the flex io module & wifi card, and make sure nvme has "spin down" but still nowhere near that low. I had some Acer chromeboxes that would do 4.5w easy without any tuning or setup, and they used pretty low end dyal-core i3's from just barely before the i5-9500t. Generally I don't think servethehome finds many tiny mini-pcs…
When it has to roar however, the draw is substantial compared to my ODroid, but since it idles the majority of the time, I'll take it.
Re: Raspberry Pi 5 vs. Orange Pi 5 Plus vs. Rock 5 Model B
#150Earlier quoted context omitted.
Sounds like this would be very annoying compared to a SBC. You have typically several SPI, UART, I2C, gpio interfaces on the pin header on usual ARM SBCs. Ready to use from Linux via standard API, using DMA, etc.
I once had a very simple I2C operation performed on an Orange Pi running project nerves. I had to add a try-again loop to the I2C operation, because the underlying OS kept disrupting the I2C timing. I2C is generally run between 100-400 KHz, so you'd think it wouldn't be an issue, but it definitely was. You can get around this by patching the kernel to carve out timing protection for those operations, but speaking as…
You'll have the same issue on any SBC running Linux. You'd need to carefully use realtime process scheduling, if you want more predictable timing on a general purpose OS for such stringent timing requirements.