Up board, a perfect embedded board
In my previous article about the UP single board computer, my primary focus was to use it purely for emulating a next generation PPC based Amiga, running Amiga OS 4.1 final edition. This is probably the hardest, most challenging task you can give a computer. Even by modern standards emulating a 68k and ppc based hybrid platform is a proverbial assault on the hardware.
Just contemplate it for a second: if ppc emulation isnt formidable enough, the target of my emulation was a hybrid platform in the true sense of the word. You have the older Amiga chipset which is extremely complex. Attached to that (and working in symphony) is a ppc accelerator board designed to do the grunt work.
The UP single board computer came up short for that highly specialized task. But like I wrote, it missed the mark by just a handful of Hz. Had the CPU been just slightly more powerful (and a more suitable storage device), the UP board would have ace’ed it. Which would have been nothing short of miraculous! The fact that it was capable of running Amiga OS 4 at working speed to begin with is extremely impressive! Remember this is a tiny, single board computer retailing at $150 !
And the most amazing part? The CPU emulated the next generation Amiga running at a steady 60% cpu utilization. Not once did it spike up to 100%. So the Windows process scheduler held it back for obvious reasons.
Ok, but what about other tasks?
Just because you don’t have the power to knock out Mike Tyson doesn’t necessarily mean you’re a bad fighter. And the same can be said about technology and computers. The UP board came up a little short for next generation Amiga emulation, but so what? The PC I owned back in 2013 and had been using for Delphi development for 3 years couldn’t even start OS 4 of its life depended on it.
Truth be told, the UP board is the most exciting product I have owned for years. I was only this excited about something when I got my first Raspberry PI. I’m even more excited about the UP board because it’s infinitely more capable!
And when I get excited, you should to. I am privileged and blessed through my work to have access to all the latest gadgets. Be it embedded boards to the latest phones, tablets, graphics cards, operative systems — you name it, I got it or have access to it. But of all the awesome tech I have played with since 2010, the UP board is the most fun. It’s just perfect and has everything a professional software developer, retrogamer or product integrator could possibly want in a SoC.
Setting up the UP board
The first thing you want to do is get Windows 10 installed. If Linux is your thing then I can strongly recommend Ubuntu, it’s beautiful on the UP and runs like a dream.
But for this article I’ll be going with Windows 10, and the easiest way to get that installed, unless you have an external DVD drive and bootable disks is the following:
- Have a USB stick with at least 4 gigabyte
- Download Rufus
- Download the Windows 10 iso file from Microsoft
- Burn the Windows iso file to the USB stick
- Plug the USB stick into the UP board and fire it up
Rufus is a cool little program that allows you to burn ISO files to a USB stick and then make the stick bootable. This is not the same as (for example) Windows image writer, which just burns a disk image (*.img file) verbatim to whatever storage media you pick.
Once you have burnt the ISO to your usb stick, it’s just a matter of sticking it into one of the free usb-slots on the device and power it up. The normal Windows installer should show up as normal and you just follow the installation process. I’m guessing you have done this a few times in your life, so no need to outline that part.
Enable remote desktop
Once Windows is installed and registered, you want to give the computer a name that makes a little more sense. Windows comes up with these absurd identifiers based on whatever, like “UPx7621ab” and similar stuff.
I renamed my board to “UPBoard” and checked the “Allow remote connections”. I then added my admin account (the “select users” button) so I can login remotely. If you havent done this before then just google around and you’ll find out how:
Once you have changed all that you need to reboot the device, so just do that. In the meantime go over to your work PC and download “Microsoft remote desktop preview” which is their new Remote desktop client. Yes, the good old remote desktop application that have shipped with Windows since the civil war is no longer there. So head over to Microsoft and grab the new one.
Connect to the Up-Board from your PC
OK, with that in place I guess it’s time to play! Fire up the remote-desktop application, add a new location, use the name “UPBoard” as the host, then add your login credentials. Click connect and voila! You now have remote access to your fancy new mini computer!
Then just double-click on the icon that says “UPBoard” in the fancy menu, and that’s it! With this in place you don’t even need a monitor or keyboard for the board, just get a nice case for it and plug it into the router. You can even leave it besides your router if you like.
As a developer I take it for granted that you know how to share out a drive or folder, so I’m not going to pussy feet you through that.
Getting the UP drivers
You really want the UP drivers, this means faster graphics and that Windows knows what it can and cannot do with the hardware. So head over to the UP website and download the drivers. Then just install them one by one.
Developing on the board
I do most of my development through VMWare. Since I have to use various versions of Delphi, Xamarin studio, Visual studio and other things I can’t even spell – an ordinary PC just wont cut it. I think the smallest PC I have is a Intel i7 octa-core running at 4.1 GHz with 32 gigabyte memory and NVidia Geforce GTX 970. This is because I run 3 virtual environments at the same time (client, server and database).
But you don’t need specs like that to write Smart Pascal based node.js services or servers. That’s one of the great things about Smart Mobile Studio. A normal PC will do the trick. And the UP board is much smoother to work on than one of my old machines, that’s for damn sure.
When it comes to CPU use that’s really not a problem. I tried it with several custom applications, including the Smart pascal kiosk software. This has a node.js server running in the background providing content, while a webkit browser renders the front-end display. Amazingly the whole thing hardly registers. The system that usually runs at around 60% on the Raspberry PI, here clocks in at a measly 5% (!)
Nothing to say except awesome, I absolutely love this board!
EMMC, the only real bottleneck of the product
The only real bottleneck, a topic I exhausted in my previous post because it pissed me off like nothing else, is the storage device.
But it’s not really a big problem under Windows or Ubuntu. You do notice it when you download large files or decompress large archives. In order to get my developer tools over I just zipped them down and transferred it over. And while getting the data from A to B was simple enough – it was when I started unpacking the data I noticed how slow it was.
But here is the thing: on a dedicated product, these things don’t matter. If you are building your own games machine, your own router, or designing a new top of the line NAS destined for mass production – it doesn’t matter if unzipping 2 gigabytes of source code is slow. Because that’s not what your product will be doing anyway.
Your product, what you use the UP board to make, will ship with a custom program (or a series of programs) designed by you. They will be pre-installed on the machine as your customer buys it, and unless you are born in a cave – I hardly think you will be forcing your customers to download gigabytes of data and unpacking it. That would be a horrible design mistake regardless of product.
Let’s for sake of argument we say you want to use the board to create the coolest retrogaming machine ever invented. You wont be copying over all the roms every single time right? You will copy it over once, or even better – just download it directly since you have Windows or Ubuntu to play with. So again, the somewhat dull storage device is not going to be a problem for you.
And should you build a movie server or media streaming service, like Plex, then you are going to attach an external hard disk anyway and just use the internal storage for booting up. Once again, not a factor at all.
Factor in a drive
The red thread that you see in the 3 posts I have made about the UP board, is all about the storage device. I have bitched enough about their choice of EMMC storage I think, but instead of just bitching – I want to give you a tip: always factor in a fast USB 3.0 drive when planning a product or home appliance based on the UP single board computer. And that goes double if you plan on developing on the board itself (which it is more than capable of handling).
The CPU and graphics chipset is more than enough to drive Visual Studio, Mono, Delphi, Lazarus or Smart Mobile Studio – but do yourself a favour and reserve the buildt-in EMMC device for Windows only. Never, ever on pain of death install any software bigger than notepad on it because it will bug you for all eternity.
As such I cannot recommend that you buy the biggest model, because the only thing separating the biggest UP model from the second best, is more bloody EMMC storage. The model just below the best is equipped with same amount of ram (4 gigabytes) but only half the disk space. And I so regret not getting that instead. Those $20 would go a long way paying for a plastic casing instead.
So word to the wise: always factor in a fast USB 3.0 external disk if you plan on using the UP board for anything disk intensive. And with disk intensive I also mean compiling code, because that typically plows through hundreds if not thousands of files. So yeah, the EMMC really sucks.
But you can also factor in a SATA drive. Turns out, if you visit the UP web store that you can buy a SATA shield board that turns one of your USB ports into a blistering fast SATA drive slot. It will set you back $85, but in return you get two USB ports and a SATA drive slot. This makes the UP board a suitable candidate for NAS production. Considering the horsepower you could easily surpass brands like Asustor (which just happens to be my favorite NAS devices).
It would also make the ultimate home streaming service, capable of streaming full HD without breaking a sweat!
Peripherals that make sense
One of the things I hate about the Raspberry PI community is that more often than not, they take for granted that everyone is an electrician or have a background in electronics. So when the moment comes that you want to broaden your horizon, you are faced with thousands of “add-on” products that you dont have a clue how works.
A good example is a remote control I ordered earlier. Seems like a fairly straight forward thing right? And the advert said “only 3 wires to solder, easy for beginners”. What I got was a smart looking remote, but the part that needs to be soldered have no clear markings of what exactly to solder. There are 8 pins to pick from, no “how to” manual — and this is just typical for the Raspberry community (it’s not the first time I have recieved stuff like this).
The UP webshop makes more sense. They dont have thousands of chips or gadgets, because you are expected to deal with things that run on USB and are supported by the operative system.
As such they sell you the most obvious parts:
- 10″ touch screen
- Sata drive shield
- Plastic casing
- Converters (USB 3 male/female etc.)
- Wifi dongle
- .. and so on
When it comes to remote control, which is really handy when coding kiosk software that eventually will be keyboard-less (so its the ultimate admin magic wand) take your pick. There are thousands of wireless USB remote control packages out there, and if they are compatible with Windows, they can be used with UP.
Also a hell of a lot easier to code for!
This is by far the most exciting gadget I have seen in years. Much more exciting than the Sony Virtual Reality gogles for Playstation 4 (rev 2) that just came out. Dont think I was ever so disapointed as when I got that. Been waiting 20 years for VR to become a reality, only to realize you need a padded room if you want to move around.
So instead of buying the Playstation VR for XMas, get yourself 3 UP boards for the same price. I can guarantee that you will get much more joy from owning them than the Playstation Virtual Reality headset.
My personal verdict for the UP board is a shining 5 out of 6 stars!
No other board except the Raspberry PI 3 has ever gotten that kind of score on my website. Not even the iPad when that came out.
What about classic Emulation? How does that work?
How does it work? It is so smooth that im at a loss for words. Seriously, I dont even know where to begin describing how sweet this is.
Let me say it like t his: When I fire up Amiga Forever and run the pimped up 3.x “enhanced experience” (read: one pimped up Amiga 1200), start IBrowse and visit Amigaworld.net, the webpage renders just as fast as Chromium renders. Scrolling with the mouse-wheel is blistering faster and you actually dont notice any difference between using the emulated Amiga or Windows.
Images download and render near instantly, music is crisp and clear, not a flicker or jitter in sight. And the CPU has depth, thats the main difference between Raspberry PI and the UP board. Let me explain what I mean with that.
I downloaded the latest freepascal (version 3.1) which is the same version that I use on Linux and Windows to produce modern products. Now on the Raspberry PI whenever you attempt to compile anything substantial, the whole thing goes into a grinding halt. The Raspberry PI is excellent for superficial things, especially desktop and games where it can fall back on the GPU and custom chips to get the job done.
But compilation is pure CPU work and this is where the Raspberry PI cannot hide what it is. A slow, underpowered ARM system on a chip, posing as a real computer.
I compiled a small shell-utility i coded especially for the Amiga, called AmigaZipper. A very humble program with barely 8000 lines of code. When compiling on my UAE Amiga running on the PI, it took almost an hour to produce an executable binary.
How long did it take on the UP board? oh, 5 seconds give or take. So where the Raspberry looks great for superficial things it lacks grit. The UP board however has so much more power it can apply to a task, and plows through it like a warm knife through butter.
If you are serious about emulating Amiga up to OS 3.9, then this is absolutely the board to get! With the Raspberry foundation releasing Pixel for x86, we can only hope Gunnar Kristiansson creates Amibian for x86 as well — then all will be right with the world and the force will be in balance once again.
The vatican vault
- March 2017
- February 2017
- January 2017
- December 2016
- November 2016
- October 2016
- September 2016
- August 2016
- July 2016
- June 2016
- May 2016
- April 2016
- March 2016
- January 2016
- December 2015
- November 2015
- October 2015
- September 2015
- August 2015
- June 2015
- May 2015
- April 2015
- March 2015
- February 2015
- January 2015
- December 2014
- November 2014
- October 2014
- September 2014
- August 2014
- July 2014
- June 2014
- May 2014
- April 2014
- March 2014
- February 2014
- January 2014
- December 2013
- November 2013
- October 2013
- September 2013
- August 2013
- July 2013
- June 2013
- May 2013
- February 2013
- August 2012
- June 2012
- May 2012
- April 2012