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Ringing In 2015 With 40 Linux-Friendly Hacker SBCs
DeviceGuru writes As seen in this year-end summary of 40 hacker-friendly SBCs, 2014 brought us plenty of new Linux and Android friendly single-board computers to tinker with — ranging from $35 bargains, to octa-core powerhouses. Many of the new arrivals feature 1-2GHz multicore SoCs, 1-2GB RAM, generous built-in flash, gigabit Ethernet, WiFi, on-board FPGAs, and other extras. However, most of the growth has been in the sub-$50 segment, where the Raspberry Pi and BeagleBone reign supreme, but are now being challenged by a growing number of feature-enhanced clones, such as the Banana Pi and Orange Pi. Best of all, there's every reason to expect 2015 to accelerate these trends.
Where are the really high power ARM architecture computers?
Isn't there anything that can compete with current x86 processors?
I'd very much like a normal desktop computer with an ARM cpu.
Looking for people to chat about multicopters, coding, music. skype: gtsiros
Are you wanting a normal desktop, for normal desktop work, or the world's fastest per-thread CPU, regardless of cost, for benchmark bragging?
My work desktop does a great job simultaneously running a couple of IDEs, three browsers with many tabs, Outlook, and various utility programs on its dual core, 3Ghz CPU - made in 2008. Therefore when you say you're looking for "a normal desktop" AND say "compete with Intel's latest chips" I'm not sure what you want. Do you want to do desktop stuff, or do you want to "compete" in single-threaded benchmarks?
nVidia's new ARM processor, with seven-stage pipeline, has performance similar to a Haswell. That's more than enough for MY desktop work.
I can be a joe computer user,
I don't like cable TV, I archive my media. I have a nice media center pc I have in my living room, which is huge, loud, and consumes a ton of power, and has been in operation for a very long time, still runs first generation DDR. I don't mind old, overbuilt, reliable noisy stuff.
But I decided to put a smaller lcd tv in the bedroom... obviously my wife can't handle noise and blinkylights while she sleeps, and I couldn't handle finding a small but awesome smart tv for a good price that would play all my media formats.
Turns out the raspberry pi plus a cheap normal tv was the best way to have a zero noise, cool running, awesome media center that shreds 1080p video. It hid easily behind the TV, is powered by the USB port on the TV, so there's only one cord running to the TV - power.
Setup took minimal work, and it's been a huge benefit to our everyday lives.
I ran the main media center with a mysql server so the libraries sync, taking additional load off the raspberry pi.
Sure, "Joe" might not be able to figure that out, but i bet he could put openelec on an SD card and get it connected to his appliance NAS pretty easily?
My parents have an appliance that's similar. It'll play XVID stuff from a NAS, probably h264, but it'd probably freak if you tried to play an mkv container. It was a prepackaged black box that's expensive as the pi, but it's slow, there's no plugins, and not even close to as capable as xbmc.
And guess what, it makes freaky high pitched electronoises because it's built with chinese caps and junk, so there's no way it could live in a nice quiet bedroom. The pi is a nice board that simply morphs itself into that role as easy as a premade device, because it's open.
The previous things i've done with a pi have included building full-time car dashboards and tuning analysis systems for my vehicle projects, to avoid having to lug a laptop around. Sure, didn't NEED to build a pi into my car, but once it was done, it really belonged there. It was cheap, i could leave it on overnight and not drain my car battery, and i could SSH to my car from my living room to retrieve and analyze logs. It also kicked me in the butt and got me coding again, which was great.
These are things that small, open, low power consumption, passively cooled, and have lots of ways to connect shit really come in handy, even for someone that isn't a hardcore hobbyist.
We homeschool, and my children are part of a homeschool co-op.
I'm currently working on using a BeagleBone Black to build a Jeapardy like game system, for when the co-op does their knowledge bowls, etc. I am going to build the first 'contestant' box and the main box, and do a class for the advanced students where they will help build the rest of the contestant boxes, and then we will both program in the software to support several different game setups, like 2 teams of 5, 5 teams of 2, 5 teams of 2 with a 1st, 2nd, and 3rd order for teams to answer in, in case the 1st team doesn't get it right, etc. At that point, it's just software.
It's a great introduction to simple circuits (each contestant box will have a button and an LED, so power, ground a few resistors, etc), and simple software to read the GPIO pins and set the LED lights.
The co-op gets a cool Jeapardy team setup exactly how they want it, and the students get hands-on experience building it and programming it.
And, they can re-use the BBB for other projects as the students want to experiment with it. It's a flexible embedded computer that they can use for other projects. Just keep a different SD card for each hardware system that they keep.
Don't steal. The government hates competition.
My 70 watt AMD "house server" has been turned off since early November to one of those sucky 5 watt Banana Pi boards, and a 3 watt R-Pi B+ for OVPN duty... Not a single problem so far...
I was actually looking at several of these boards recently, trying to find all the multi-core options at/below about $100. I put together a Google Docs spreadsheet comparing various specs (#/type/speed of cores, RAM, Flash, network, SATA, USB, RTC), I've got 18 on the list so far. Looks like I have a few more to add...
https://docs.google.com/spread...