This is a case where a blog post is kind of mis-titled, and suggests that the article has more narrow application than it really does. The original title suggests it only applies to Raspberry Pi users, but if you actually read the article you find that the method shown should be equally applicable to any Linux-based distribution running Kodi, or at least to those Linux distros that are based on Debian (Debian, Raspbian, Ubuntu, Linux Mint, Elementary OS, Zorin OS, and many more). The same method would probably work on non-Debian-based distros as well, if you can get the required dependencies using their package managers, and if Kodi will run on them. I understand that it was published in a blog intended for Raspberry Pi users, so that’s probably why they tried to make it seem only relevant to the Raspberry Pi, but if you are running Kodi on some other Linux distro and want to view your Netflix content, you might try giving the method shown in this article a try:
I often forget how to remove a PPA from Ubuntu, so I figured I’d write a quick guide here to remind me — and to help anyone else who needs it!
We’ve used Etcher several times, mostly to make a bootable SD card for a Raspberry Pi or to put a bootable image of a Linux distribution onto a USB thumb drive. But we’re rethinking that now because we’ve read some concerns about privacy when using Etcher, or balenaEtcher as it is now called. … All we wanted to point out is that if you do have any concerns about using Etcher or balenaEtcher, there are alternatives, depending on which operating system you are using:
Some Internet service providers and corporate companies might have blocked most of the ports, and allowed only a few specific ports such as port 80 and 443 to tighten their security. In such cases, we have no choice, but use a same port for multiple programs, say the HTTPS Port 443, which is rarely blocked. Here is where SSLH, a SSL/SSH multiplexer, comes in help. It will listen for incoming connections on a port 443. To put this more simply, SSLH allows us to run several programs/services on port 443 on a Linux system. So, you can use both SSL and SSH using a same port at the same time. If you ever been in a situation where most ports are blocked by the firewalls, you can use SSLH to access your remote server. This brief tutorial describes how to share a same port for https, ssh using SSLH in Unix-like operating systems.
For those who want to manually create desktop shortcut launcher in Ubuntu 16.04, Ubuntu 18.04, Ubuntu 19.04, Arronax is a good choice with graphical user interface.Other than creating .desktop file via Linux command, Arronax offers a graphical interface to create (and also edit) desktop shortcut for application, executable file, or URL.
One of the problems with the Raspberry Pi has always been that it uses an ARM-based processor, which means that some software and many operating systems don’t run (or don’t run as well) as they would on a device with an Intel or AMD processor. There have been boards that use non-ATM based processors in the past, but they have all been quite expensive compared to the $35 Raspberry Pi, which has more or less become the device against which all other small single board computers are measured these days. While the Raspberry Pi still has its place, especially where size is a major consideration, the new “Atomic Pi” in many ways appears to offer superior performance at about the same price point. This video gives more details:
- Genuine Intel Atom x5-Z8350 quad core with 2M Cache. Runs up to 1.92GHz with a 480MHz GPU. Eats RPi for dessert. Beats some desktops.
- Loaded with memory: 2GB DDR3L-1600, 16GB eMMC, SD slot for adding more – up to 256GB
- Full HDMI port with Intel HD Graphics & primary audio out
- USB 3.0 and USB 2.0 ports
- Fast dual band WiFI b/g/n/ac 2.4 & 5GHz WiFi RT5572 IPX connectors on board
- Bluetooth 4.0 CR8510
- Gigabit hardwired RJ45 Ethernet RTL8111G
- 9-axis inertial navigation sensor with compass BNO055
- Secondary XMOS audio output with class-D power amp.
- TTL serial debug and expansion serial ports up to 3.6Mbps
- Real time clock & battery
- JST style connectors on top and a 26-pin header for power & GPIO below.
- Runs on 5V. Typically 4-15 watts.
- Legitimate licensed BIOS boots from SD, USB, or Ethernet. Linux comes preloaded… Yes, it’ll run Win10 32 or 64.
- Large full breakout shield available with screw terminals for easy wiring, or order just the CPU and provide your own wiring.
- Well documented – more specs here.
An Amazon purchaser “Heron” posted a great review of the Atomic Pi. Just in case it becomes inaccessible for some reason, here is what he said (spelling errors have been corrected, but no other changes made):
What I love:
* The price: other x86 SBCs with the same CPU cost $100. Other mini PCs from China cost at least $80. This board is a bargain.
* USB3.0, real gigabit Ethernet (it really reaches than 900mbps) and low power consumption make this board the best $35 NAS solution.
* x86_64 architecture, 2GB RAM and full Windows and Android x86 compatibility make this board the cheapest way to get a half decent PC fully capable of handling office tasks.
* The ability to choose your own WiFi antennas, exposed GPIOs, Linux and Android compatibility, the presence of a eMMC, onboard Bluetooth and WiFi, make this board quite versatile.
* The big heatsink didn’t allow the CPU to reach more than 55°C in my tests.
Now that it’s out of stock I’m regretting buying only one.
What I don’t like:
* The absence of a DC barrel jack. But this board can still be powered easily with breadboard jumpers.
* A 16GB eMMC is too small for Windows 10 (but it’s more than enough for Linux)
* I would have expected to find at least some cheap PCB WiFi antennas included in the box. Without them WiFi is basically useless and now I have to wait to get some from Aliexpress.
* There is no audio jack. You can either use audio over HDMI, or use a cheap USB sound card. Or use the big external expansion board (not yet available from Amazon).
Raspberry Pi comparison:
* The Atomic Pi is a little bigger than two Raspberry Pi.
* The Atomic Pi is much much faster than a Raspberry Pi.
* The Atomic Pi can display 1080p videos from VLC and even from YouTube (with Firefox). With the Raspberry Pi you have to use its own player and just forget about streaming a HD video from a browser without stuttering.
* The Atomic Pi requires a slightly more powerful power supply than the Raspberry Pi.
* The Atomic Pi doesn’t require a SD to work.
* The Atomic Pi, as a server, is just better in any way than the Raspberry Pi (storage speed, network speed, software compatibility).
* The Raspberry Pi, as a TV media center, can be controlled with your TV remote with HDMI-CEC. The Atomic Pi cannot.
* The Raspberry Pi has a more flexible and better community supported GPIO interface.
* Unlike the Raspberry, the Atomic Pi is already properly cooled out of the box. I didn’t found a way to overclock it, but I could easily change the frequency governor.
How I use it:
I soldered a power connector, from a barrel plug and a common breadboard pin strip. Then I disabled the PXE boot, I booted a Linux live pen drive and flashed the provided Debian Buster minimal image to the eMMC (instructions provided).
Then I installed a desktop environment (with the command taskel), so now I have a little Linux desktop. I also installed a Samba server, so it doubles as a quite fast NAS.
Finally I 3D printed a plastic case from Thingiverse and it’s now complete.
As of mid-May, 2019 the Atomic Pi is once again available to order on Amazon, or it can be purchased from ameriDroid (be sure to check the estimated shipping dates). If you live in the USA you may be able to buy one direct from the manufacturer’s site if they have any currently in stock.
The one glaring omission on this device is that there is no standard power input jack – what were they thinking when they left this off of the main board?! That missing power jack is the thing that has prevented them from having a 5-star rating on Amazon. This document explains how to get power to the unit (one of the options is to purchase a “baby breakout” board that has a power jack for an additional $3). Note that a power supply that produces 5V and at least 2.4A is required, and you will need a bit more power (higher Amperage) if you plan to power anything from one of the USB connections. There’s a discussion on Reddit titled MEGATHREAD: Powering your Atomic Pi: Ask all your power questions here! and also a Powering Your Atomic Pi Megathread in the Atomic Pi Reddit forum. These threads might be helpful if you are trying to figure out how to power an Atomic Pi.
Also the manufacturer doesn’t appear to offer an enclosure of any kind. If you have access to a 3D printer you can print one yourself (for example, see here (this appears to be the enclosure shown in Heron’s review), here, or here), otherwise I’m sure that sooner or later someone will offer enclosures for the Atomic Pi.
Here are some additional articles covering the Atomic Pi:
Linux-powered Atomic Pi Is A Bite-sized PC With Intel CPU (Fossbytes)
Atomic Pi Brings Intel to Single-Board Computers (Tom’s Hardware)
Atom-powered $34 Atomic Pi: A music-friendly SBC for creators that runs Windows 10 (TechRepublic)
$35 Atomic Pi dev board with Intel Cherry Trail now available from Amazon (Liliputing)
$35 Atomic Pi Cherry Trail Linux SBC is now available worldwide (CNXSoft – Embedded Systems News)
Atomic Pi SBC is back with pre-orders on Amazon and Ameridroid (CNXSoft – Embedded Systems News)
ffmpeg is a CLI (command line based) utility for processing media files. It is a framework with a multitude of features and, because of it’s open source license, it is the base for many widespread apps such as VLC, YouTube, iTunes and many more. A number of Linux video editors use ffmpeg underneath the GUI.
What I love even more about ffmpeg is that it can be used on it’s own to accomplish many processing tasks in a very simple manner (with one or two commands). However, it’s a very powerful program that can be used in more complex ways and even replace an editing workflow.
In this ffmpeg tutorial, I’ll show you how to install ffmpeg and I’ll be covering it’s different uses. I’ll even get into some more complex features.
Source: Install and Use ffmpeg in Ubuntu & Other Linux [Full Guide] (It’s FOSS)
MacBuntu (Macbuntu Mojave/High Sierra/El Capitan/Yosemite) transformation pack is ready for Ubuntu 18.04 Bionic Beaver, we were constantly asked for this pack to be available on our site, so here it is for you guys. In this transformation pack we are featuring many themes for almost every desktop, so you don’t have to worry about the desktop you are using whether it is Gnome Shell, Mate, Xfce, Cinnamon or any other desktop. You can simply install it in Ubuntu/Linux Mint or any other Ubuntu based distribution and make your desktop look like Mac OS X. The Unity desktop is still supported in case you are using unofficial version of Unity desktop. In this pack you will find plenty of light variants as well as dark versions, which is managed by different creators and I would like to thank all of them for contributing these themes (McOS-themes, macOS High Sierra, macOS 11, macOS High Sierra – ELBULLAZUL). There are two themes for cursors, for dock we recommend you to install Plank dock and we are providing themes for it as well (credits: KenHarkey and erikdubois. Also we are including themes for Gnome Shell, for Cinnamon, and three icon packs in this transformation pack.
We recently wanted to install the Kodi media player software to a system running Ubuntu 18.04 desktop. Here is the procedure we followed.
If you are a Kodi user and have recently tried to upgrade your system to Ubuntu 18.04, and then tried to install and use LIRC to make your infrared remote control work the way it should, you may have discovered that it doesn’t work. For one thing, you don’t get the configuration menu during the install process, so you can’t select your make and model of remote. Even the old standby of using sudo dpkg-reconfigure lirc to bring up the configuration menu doesn’t work anymore.