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Raspberry PI 2, GPIO, SPI, I2C and OneWire Setup



In this post of the Raspberry PI series we look at what is required to setup a Raspberry PI 2 after the initial Raspbian setup. It assumes you have completed “sudo atp-get update” and “sudo apt-get upgrade” or that you install is up to date and you can SSH into the PI from a console using TeraTerm or Putty (Or your own favourite SSH) app.

The process shows how to install and test all the various libraries we will need for the up coming tutorials on adding devices to the PI2 GPIO connector including I2C chips like ADCs and DACs, SPI devices like the 16bit port expander “23S17” from microchip and many others.

Just so you don’t feel like its all install and no practical, In this video I also show how to connect and use a simple one wire device, the DS18B21 from Maxim : http://datasheets.maximintegrated.com/en/ds/DS1821.pdf

One of the libraries we will install is wiringpi by Gordon Henderson : http://wiringpi.com/ a great set of libraries with support for an ever growing set of devices and allowing you to program in C but with the feel that you may be used to with an Arduino. More on this in future episodes

Another source of inspiration is the Adafruit tutorial series, they have done a great job creating these and you should go have a look: Learn @ Adafruit and for the temp sensor, adafruits raspberry-pi lesson 11 ds18b20 temperature sensing

At time of posting I have already filmed the next instalment where I will show you how to control an ADC (ADS1115 – quad 16bit from TI), and two DACs (DAC8574 – quad 16bit, DAC8571 – Single 16bit) it will be posted as soon as I’m done editing it

This preparation will flow into my Power supply project down the road as an example of how to integrate a reasonably powerful controller to the Analogue power system.

An added component in the design will also be a barrier I2C device to provide isolation between the PI and the Power side. Stay tuned

source

Raspberry Pi Alternate Options: How Come They Are a Greater Buy

Raspberry Pi is not the baddest tiny PC in the market, and it is what its contenders are attempting to notify the remainder of the world. Now and then, a fresh mini computer is launched out there promising to be the biggest one to take down Raspberry Pi. To put it accurately, there’s a new Raspberry Pi killer called NanoPi M1 Plus, which is Ubuntu-Linux ready and costs $30.

The Raspberry Pi is introduced with 4 variations as time goes by. These consist of Raspberry Pi Model B+, Pi 2 Model B, Zero, and the most up-to-date which is Pi 3 Model B.

Pi 3 is built to make sure that Raspberry Pi could gratify anybody with a low-cost PC for developer work. It has replaced CPU with the Cortex A53, Hackaday suggested, and runs on 1.2 GHz. At $35, the Raspberry Pi is the most widely used of all.

The Raspberry Pi, on the other hand, is not the single single board computer(SBC) for homebrewed projects. There are a number more for sale that entails lower cost, and then some that can do more than Raspberry Pi for a little more, ZD Net declared.

To start with, there is the Omega 2, that includes a modular nature granting developers to attach Wireless bluetooth or Global positioning system unit comfortably. It has in-built Wi-Fi and flash storage space; the Operating-system is Linux distro based upon the OpenWrt system. The Omega 2 will cost you $5 and can easily operate on FreeBSD Operating system, which describes why it really is best for students.

The BBC Micro:bit will cost you $16 and is excellent for school students for their exercising and prototyping projects. A 32-bit ARM Cortex cpu energizes it from inside and it excels from the competition because of its 5×5 LED matrix. This function gives you 25 separately programmable red Led lights for basic output.

There is also the BeagleBone Black, which will cost you $55 and like the Raspberry Pi, is additionally a community-supported platform both for enthusiasts and builders. It truely does work quick; it can boost Linux in lower than 10 seconds and can develop in less than 5 minutes. It’s powered by AM335x 1GHz ARM Cortex-A8 and 512MB DDR3 RAM.

Someone else is the NanoPi M1 Plus, which was named as the most recent Raspberry Pi killer. Priced at $30, it promises to have a more robust design and layout and was competent to combine key options like Wi-Fi and Wireless BT. In addition, it consists of an Infrared receiver, mic, 8GB memory space, and power and reset control buttons.

Yet, the best feature of NanoPi M1 Plus is its power to run Ubuntu-Mate, Ubuntu-Core, as well as Debian, Beta News suggested. It’s excellent for business users, coders, fans, and school students.

nanopi m1 plus specs

FriendlyElec roll-outs Ubuntu Linux-ready NanoPi M1 Plus – a $30 Raspberry Pi substitute

Learn more on official webpage: http://www.friendlyarm.com/index.php?route=product/product&product_id=176

There is a new Raspberry Pi rival that is quite economical. Believe it or not, some folks might regard it as a Pi substitute. The $30 FriendlyElec NanoPi M1 Plus has an arguably remarkable design and layout, plus important incorporated features just like Wi-Fi and Bluetooth.

FriendlyElec releases Ubuntu Linux-ready NanoPi M1 Plus — a $30 Raspberry Pi killer

Raspberry Pi 3 Retro Pie DIY Home Arcade Tutorial



Raspberry Pi 3 Retro Pie DIY Home Arcade Tutorial
I show you how to assemble all the bits to make your very kick ass Arcade system for under £30!
You are likely to have the monitor lying around, or you can plug it into your regular living room TV. I prefer to use native style controllers and find the SNES style work well for both NES, SNES and Neo Geo games.

New Stealth Arcade Video here upgrading from Rpi 1 to an Rpi 3: https://youtu.be/TH7OaMIfmUw

This was used to make this amazing home-brew retro console and media centre:

https://www.youtube.com/watch?v=5JWag…

Dont forget to check out the earlier Rpi model B stealth arcade in a monitor: https://youtu.be/bNoLV4iuGl8

There is a whole bunch of people selling the bits on Amazon and their associated accessories. I have a ready-made link for you:

Raspberry Pi:

http://amzn.to/1QtT9cb

XBOX Controllers:

http://amzn.to/1R0oLte

SNES style USB controllers:

http://amzn.to/1QtTbAI

HDMI Adaptor Cables:

http://amzn.to/1QtTfjX

PSU:

http://amzn.to/1QtTyeA

Micro SD Card:

http://amzn.to/1QtTziy

For the main software I used RetroPie, you can download this from here:

http://blog.petrockblock.com/2015/08/…

As for Roms, you will need to search these out for yourself. The legalities are a bit iffy, but generally if you already own the physical game then you should have no problem.

Also many of the MSDOS and Amiga images are abandonware so have a look on abandonware sites such as Home of the Underdogs: http://www.homeoftheunderdogs.net/

Have fun!

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source

Raspberry Pi Substitutes: The Reason They’re a Better Buy

Raspberry Pi is not the baddest small PC throughout the world, and it’s what its opponents are trying to notify the rest of the world. Now and then, a new mini computer is launched in the marketplace promising to be the biggest one to take down Raspberry Pi. If truth be told, you will find a new Raspberry Pi killer named NanoPi M1 Plus, which is Ubuntu-Linux ready and priced at $30.

The Raspberry Pi is released with 4 versions through the years. Examples of these are Raspberry Pi Model B+, Pi 2 Model B, Zero, and the most current which is Pi 3 Model B.

Pi 3 was designed to make perfectly sure that Raspberry Pi could please anyone with an affordable PC for coding. It’s replaced Processor with the Cortex A53, Hackaday expressed, and runs on 1.2 GHz. At $35, the Raspberry Pi is the most desired of all.

The Raspberry Pi, having said that, is not the merely single board computer(SBC) for homebrewed projects. There are plenty more on the market that cost less, and then some that can do more than Raspberry Pi for a bit more, ZD Net described.

For a start, there is the Omega 2, including a modular nature allowing for developers to add Wireless bluetooth or Global positioning system unit readily. It has internal Wi-Fi and flash storage space; the Operating-system is Linux distro stemmed from the OpenWrt system. The Omega 2 will cost you $5 and can easily run on FreeBSD Operating-system, that is why it truly is great for college students.

The BBC Micro:bit will cost you $16 and is best for students for their learning and prototyping projects. A 32-bit ARM Cortex central processor powers it from the inside and it stands apart from the rest due to its 5×5 LED matrix. This function presents 25 separately programmable red Led lights for basic output.

In addition, there is the BeagleBone Black, which will cost you $55 and just like the Raspberry Pi, is additionally a community-supported platform both for hobbyists and designers. It works speedy; it can boost Linux in lower than 10-seconds and can develop in under 5 min’s. It’s motivated by AM335x 1GHz ARM Cortex-A8 and 512MB DDR3 RAM.

A fresh one is the NanoPi M1 Plus, which was called as the newest Raspberry Pi killer. At $30, it promises to have a tougher design and layout and was competent to add valuable capabilities including Wi-Fi and Bluetooth. Further, it carries an Infrared receiver, mic, 8GB memory, and power and reset keys.

But, the most beneficial element of NanoPi M1 Plus is its capability to run Ubuntu-Mate, Ubuntu-Core, and even Debian, Beta News noted. It’s ideal for venture users, programmers, collectors, and students.

nanopi m1 plus specs

FriendlyElec releases Ubuntu Linux-ready NanoPi M1 Plus – a $30 Raspberry Pi killer

Uncover more on official site: http://www.friendlyarm.com/index.php?route=product/product&product_id=176

There exists a new Raspberry Pi challenger that is quite cost-effective. For that matter, some people might view it as a Pi killer. The $30 FriendlyElec NanoPi M1 Plus has an arguably outstanding design and layout, plus essential included features like Wi-Fi and Bluetooth.

FriendlyElec releases Ubuntu Linux-ready NanoPi M1 Plus — a $30 Raspberry Pi killer

Raspberry Pi 3 Tutorial: Connecting Breadboard and LEDs



This video demonstrates how to attach a breadboard to a Raspberry Pi 3 with optional touchscreen. LED lights are then installed on the breadboard and turned on/off via the WiringPi software.

Hardware tips:
* Disconnect power to your Raspberry Pi before attempting this tutorial.
* Do not connect LEDs directly to the breadboard rows that are already in use by the T cobbler. Use the lower rows that are free.
* The positive pin (longer leg) of the LED connects in the same numbered row (different letter) as the jumper wire.
* The negative pin (shorter leg) of the LED connects in the same numbered row (different letter) as one end of the resistor.
* The other end of the resistor connects in the negative column on the edge of the breadboard (any row).
* The other end of the jumper wire connects in the same row (any lettered column) as the desired GPIO pin as indicated on the T cobbler.

Example pins:
Connect LED 1 positive leg to breadboard row 30, column E
Connect LED 1 negative leg to breadboard row 29, column E
Connect LED 2 positive leg to breadboard row 28, column E
Connect LED 2 negative leg to breadboard row 27, column E
Connect LED 3 positive leg to breadboard row 26, column E
Connect LED 3 negative leg to breadboard row 25, column E
Connect Resistor 1 leg 1 to breadboard row 29, column C
Connect Resistor 1 leg 2 to breadboard 3V negative column, any unused row
Connect Resistor 2 leg 1 to breadboard row 27, column C
Connect Resistor 2 leg 2 to breadboard 3V negative column, any unused row
Connect Resistor 3 leg 1 to breadboard row 25, column C
Connect Resistor 3 leg 2 to breadboard 3V negative column, any unused row
Connect Jumper 1 end 1 to breadboard row 30, column A
Connect Jumper 1 end 2 to the breadboard row that aligns with GPIO 17 (pin 11) on the T cobbler, column C
Connect Jumper 2 end 1 to breadboard row 28, column A
Connect Jumper 1 end 2 to the breadboard row that aligns with GPIO 27 (pin 13) on the T cobbler, column C
Connect Jumper 3 end 1 to breadboard row 26, column A
Connect Jumper 1 end 2 to the breadboard row that aligns with GPIO 22 (pin 15) on the T cobbler, column C

To install WiringPi, follow the instructions at http://wiringpi.com/download-and-install/

To change the orientation of the Raspberry Pi Touchscreen and to flip it upside down, add the following line to /boot/config.txt:

lcd_rotate=2

The commands to control the LEDs are as follows.

To set the pins to Output mode:
gpio -g mode 17 out
gpio -g mode 27 out
gpio -g mode 22 out

To turn the LEDs on:
gpio -g write 17 1
gpio -g write 27 1
gpio -g write 22 1

To turn the LEDs off:
gpio -g write 17 0
gpio -g write 27 0
gpio -g write 22 0

Note: the ending 2 in the “gpio -g write 22 2” command in the video is a typo.

Check http://blog.brianguy.com for additional notes.
Follow @brianguy_cloud on Twitter.

source

Raspberry Pi Alternate Options: Why They’re a Better Buy

Raspberry Pi is not the baddest small PC throughout the world, and it’s what its contenders are seeking to tell the remaining of the world. Now and then, a new mini computer is released on the market promising to be the largest one to overcome Raspberry Pi. The reality is, there’s a new Raspberry Pi killer known as NanoPi M1 Plus, which is Ubuntu-Linux ready and is priced at $30.

The Raspberry Pi is launched with four variations in recent years. These comprise of Raspberry Pi Model B+, Pi 2 Model B, Zero, and the most current which is Pi 3 Model B.

Pi 3 was established to make sure Raspberry Pi has the ability to meet anybody with a low cost PC for programming. It’s improved CPU with the Cortex A53, Hackaday mentioned, and runs on 1.2 GHz. At $35, the Raspberry Pi is the most sought-after of all.

The Raspberry Pi, but bear in mind, is not the single single board computer(SBC) for homebrewed projects. There are many more out there which are less expensive, and then some that can do more than Raspberry Pi for a bit more, ZD Net noted.

Firstly, there’s the Omega 2, which has a modular nature empowering software engineers to add Bluetooth or Gps unit without problems. It has constructed in Wi-Fi and flash storage space; the Operating-system is Linux distro on top of the OpenWrt system. The Omega 2 is priced at $5 and can even run on FreeBSD Operating-system, which explains why it is good for college students.

The BBC Micro:bit is priced at $16 and is suitable for learners for their learning and prototyping projects. A 32-bit ARM Cortex processor drives it from inside and it is different from the remainder as a result of 5×5 LED matrix. This benefit offers 25 independently programmable red-colored LEDs for basic output.

In addition, there is the BeagleBone Black, which is priced at $55 and just like the Raspberry Pi, is yet another community-supported platform both for hobbyists and programmers. It really works super fast; it could boost Linux in under 10-seconds and can develop in within 5 min’s. It’s driven by AM335x 1GHz ARM Cortex-A8 coupled with 512MB DDR3 RAM.

Someone else is the NanoPi M1 Plus, that has been known as as the new Raspberry Pi killer. At $30, it promises to have a more robust layout and design and was capable to put in beneficial attributes like Wi-Fi and Wireless BT. Further, it includes an IR receiver, mic, 8GB storage space, and power and reset switches.

Nevertheless, the best attribute of NanoPi M1 Plus is its power to run Ubuntu-Mate, Ubuntu-Core, and also Debian, Beta News mentioned. It is made for firm users, developers, collectors, and learners.

nanopi m1 plus specs

FriendlyElec releases Ubuntu Linux-ready NanoPi M1 Plus – a $30 Raspberry Pi killer

Find out more on official site: http://www.friendlyarm.com/index.php?route=product/product&product_id=176

There’s a new Raspberry Pi rival that is quite economical. Actually, a lot of people might see it as a Pi killer. The $30 FriendlyElec NanoPi M1 Plus has an certainly superior layout and design, and valuable incorporated features including Wi-Fi and Bluetooth.

FriendlyElec releases Ubuntu Linux-ready NanoPi M1 Plus — a $30 Raspberry Pi killer

How to setup a RetroPie – Raspberry Pi 3 – Emulator – Console – Canakit – Emulation Station



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In this video we are going to take a Rasberry Pi 3 Canakit we purchased on Amazon to create a Retropie! That’s right, a retro console emulator using a Raspberry Pi! Retropie Tutorial 3.6!

In this video we will cover the following topics:

#1 – How to setup and install Retropie and Emulation Station on a Rasberry Pi 3 and SD card using the Retropie 3.6 Disk Image
#2 – Configuring RetroPie on a Raspberry Pi 3 using and HDMI cable with USB controller, USB keyboard, and USB mouse
#3 – Setting up Wi-Fi on a Raspberry Pi using Retropie
#4 – Copying ROM files from a Windows PC to the Raspberry 3 using Windows Explorer and FTP
#5 – Testing and playing games on the Raspberry Pi 3 and RetroPie Emulation
#6 – Testing and trying the NES, SNES, N64, Genesis, Megadrive, Atari 2600, and MAME emulators with RetroPie and the Rasberry Pi 3
#7 – Playing emulated games on RetroPie and the Raspberry Pi 3 including Donkey Kong, Asteroids Deluxe, Mortal Kombat, Kid Nikki, Banjo Kazooie, Goldeneye, Pitfall, Contra, and more!
#8 – Installing the Raspberry Pi 3 into a Canakit Case.
#9 – Installing heat sink on a Raspberry Pi 3
#10 – Using a USB NES, SNES, and Logitech analog stick controller with a Rasberry Pi 3 and RetroPie
#11 – Connecting a Rasberry Pi 3 via HDMI to a modern television TV
#12 – Using a MicroSD reader with Windows

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source

Raspberry Pi Substitutes: Reasons Why They’re a Greater Buy

Raspberry Pi is not the baddest small PC throughout the world, and it’s what its competitors are endeavoring to notify the remaining of the world. Now and then, a new mini computer is released in the marketplace promising to be the biggest one to conquer Raspberry Pi. The reality is, there’s a new Raspberry Pi killer called NanoPi M1 Plus, which is Ubuntu-Linux ready and charges $30.

The Raspberry Pi is released with four versions throughout the years. Included in these are Raspberry Pi Model B+, Pi 2 Model B, Zero, and the most recent which is Pi 3 Model B.

Pi 3 was designed to ensure Raspberry Pi could be enough for anybody with a better value PC for programming. It has enhanced Processor with the Cortex A53, Hackaday stated, and runs on 1.2 GHz. At $35, the Raspberry Pi is the most chosen of all.

The Raspberry Pi, however, is not the only single board computer(SBC) for homebrewed projects. There are plenty more out there which is less expensive, and then some that can do more than Raspberry Pi for a bit more, ZD Net mentioned.

To start with, there’s the Omega 2, that includes a modular nature permitting software engineers to attach Wireless bluetooth or Gps navigation effortlessly. It has internal Wi-Fi and flash storage space; the Operating system is Linux distribution established on the OpenWrt system. The Omega 2 costs you $5 and can run on FreeBSD Operating system, which describe why it’s made for high school students.

The BBC Micro:bit costs you $16 and is best for school students for their studying and prototyping projects. A 32-bit ARM Cortex processor energizes it internally and it is different from the remaining due to the 5×5 LED matrix. This feature gives you 25 individually programmable red-colored LEDs for basic output.

There is also the BeagleBone Black, which costs you $55 and similar to the Raspberry Pi, is additionally a community-supported platform both for hobbyists and developers. It does work speedy; it can certainly boost Linux in under 10 seconds and can develop in under Five min’s. It’s motorized by AM335x 1GHz ARM Cortex-A8 combined with 512MB DDR3 RAM.

One more is the NanoPi M1 Plus, that has been referred to as as the new Raspberry Pi killer. At $30, it promises to have a sturdier design and layout and was ready to use essential options including Wi-Fi and Wireless bluetooth. It also includes an Infrared receiver, mic, 8GB storage, and power and reset buttons.

But, the most useful element of NanoPi M1 Plus is its power to run Ubuntu-Mate, Ubuntu-Core, and also Debian, Beta News stated. It is made for firm users, coders, enthusiasts, and school students.

nanopi m1 plus specs

FriendlyElec releases Ubuntu Linux-ready NanoPi M1 Plus – a $30 Raspberry Pi killer

Know more on official webpage: http://friendlyarm.com/index.php?route=product/product&product_id=176

You will find a new Raspberry Pi competitor that is quite cost-effective. To put it accurately, some folks might consider it as a Pi killer. The $30 FriendlyElec NanoPi M1 Plus has an certainly top-notch design and layout, along with valuable integrated features similar to Wi-Fi and Bluetooth.

FriendlyElec releases Ubuntu Linux-ready NanoPi M1 Plus — a $30 Raspberry Pi killer

Raspberry Pi – Tutorial 3B – Installing Berry Boot



This tutorial is a followup to Part 3, how to install an Operating System to your SD card. In this tutorial, I show you how to use Berry Boot to try out multiple OSes and make the install process a lot easier.

Zip File Download: http://sourceforge.net/projects/berryboot/files/ (get the zip file with the most recent date)

More info about Berry Boot: http://www.berryterminal.com/doku.php/berryboot

source

Raspberry Pi Substitutes: The Reason They’re a Greater Buy

Raspberry Pi is not the baddest tiny PC on the planet, and it is what its contenders are endeavoring to explain to the rest of the world. Now and then, a fresh mini computer is launched on the market promising to be the biggest one to beat Raspberry Pi. The reality is, there exists a new Raspberry Pi killer known as NanoPi M1 Plus, which is Ubuntu-Linux ready and costs you $30.

The Raspberry Pi is presented with 4 versions over the years. Examples of these are Raspberry Pi Model B+, Pi 2 Model B, Zero, and the most recently released which is Pi 3 Model B.

Pi 3 was made to make perfectly sure that Raspberry Pi could gratify anyone with a well priced PC for programming. It has replaced CPU with the Cortex A53, Hackaday noted, and runs on 1.2 GHz. Costing $35, the Raspberry Pi is the most desired of all.

The Raspberry Pi, nevertheless, is not the merely single board computer(SBC) for homebrewed projects. There are tons more out there that entails lower cost, and then some that can do more than Raspberry Pi for a little more, ZD Net published.

First off, there’s the Omega 2, having a modular nature permitting computer programmers to attach Bluetooth or Gps unit comfortably. It has in-built Wi-Fi and flash memory space; the Operating-system is Linux distro originated from the OpenWrt system. The Omega 2 costs $5 and can easily operate on FreeBSD Operating system, which is why it really is created for college students.

The BBC Micro:bit costs $16 and is appropriate for school students for their learning and prototyping projects. A 32-bit ARM Cortex processor chip drives it from inside and it stands out from the rest because of the 5×5 LED matrix. This benefit provides 25 individually programmable red-colored Led lights for basic output.

Similarly, there is the BeagleBone Black, which costs $55 and just like the Raspberry Pi, is yet another community-supported platform both for hobbyists and builders. The system functions speedy; it can certainly boost Linux in below Ten seconds and can develop in under 5 min’s. It is actually powered by AM335x 1GHz ARM Cortex-A8 plus 512MB DDR3 RAM.

Someone else is the NanoPi M1 Plus, which has been referred to as as the new Raspberry Pi killer. At $30, it promises to have a tougher design and layout and was capable to merge essential benefits just like Wi-Fi and Bluetooth. In addition, it features an IR receiver, mic, 8GB storage area, and power and reset buttons.

However, the top function of NanoPi M1 Plus is its ability to run Ubuntu-Mate, Ubuntu-Core, as well as Debian, Beta News explained. It is created for business users, coders, enthusiasts, and school students.

nanopi m1 plus specs

FriendlyElec roll-outs Ubuntu Linux-ready NanoPi M1 Plus – a $30 Raspberry Pi alternative

Read more on official web site: http://www.friendlyarm.com/index.php?route=product/product&product_id=176

You will find there’s new Raspberry Pi opponent that is quite cost-effective. In fact, many people might see it as a Pi alternative. The $30 FriendlyElec NanoPi M1 Plus has an arguably superb design and layout, and additionally essential built in features like Wi-Fi and Bluetooth.

FriendlyElec releases Ubuntu Linux-ready NanoPi M1 Plus — a $30 Raspberry Pi killer

Phone Calling on a Raspberry Pi



Answer and make calls right from your Raspberry Pi. Here’s how to get going by making and receiving phone calls.

source

Top 5: Linux on a Chromebook, building DNS servers, VoIP on Raspberry Pi, plus more

With regard to this week’s Top 5, we focus on putting Linux on a Chromebook, building your very own DNS name servers, creating a VoIP (voice over internet protocol) solution on a Raspberry Pi, comparing Python and Ruby for website design, and the top 5 computer programming languages for DevOps.

5 pieces of the week

5. Top 5 computer programming languages for DevOps
4. Python vs. Ruby: Which is perfect for website design?
3. How one can install Asterisk on the Raspberry Pi
2. Make your very own DNS name server on Linux
1. Running Linux on your Chromebook with GalliumOS

See more details on opensource.com/article/17/4/top-5-april-14

Methods to deploy Fedora 25 on your Raspberry Pi

Stay with me about the first formally supported release of Fedora for the Pi.
In October 2016, the release of Fedora 25 Beta was announced, together with initial support for the Raspberry Pi 2 and 3. The final “general availability” version of Fedora 25 was released one month later, and after that I have been playing around with the many Fedora spins obtainable for the most up-to-date versions of the Raspberry Pi.

This particular article is not as much a review of Fedora 25 on the Raspberry Pi 3 as a variety of hints, screenshots, and also my own individual thoughts on the very first formally supported version of Fedora for the Pi.

See details on opensource.com/article/17/3/how-install-fedora-on-raspberry-pi

WebRTC + Asterisk 11.2



El media gateway de doubango llamado webrtc2sip y Asterisk 11.2 estan ejecutándose en la Raspberry Pi, de modo que usando el ejemplo de SIPml5 podemos llamar desde Chrome a nuestras extensiones configuradas en el PBX.

Mas info en raspimods.blogspot.com

source

5 Most Beneficial: Linux on a Chromebook, building DNS servers, VoIP on Raspberry Pi, etc

When it comes to this week’s Top Five, we spotlight putting Linux on a Chromebook, building your individual DNS name servers, creating a VoIP (voice over internet protocol) solution on a Raspberry Pi, assessing Python and Ruby for web design, and the top five coding languages for DevOps.

Top 5 content of the week

5. Top 5 programming languages for DevOps
4. Python vs. Ruby: Which is most suitable for web design?
3. The best ways to install Asterisk on the Raspberry Pi
2. Make your private DNS name server on Linux
1. Running Linux on your Chromebook with GalliumOS

See more details on opensource.com/article/17/4/top-5-april-14

Easy methods to deploy Fedora 25 on your Raspberry Pi

Keep reading about the first formally supported release of Fedora for the Pi.
In October 2016, the release of Fedora 25 Beta was announced, as well as initial support for the Raspberry Pi 2 and 3. The final “general availability” version of Fedora 25 was published four weeks later, and since that time I have been playing around with the a range of Fedora spins meant for the latest versions of the Raspberry Pi.

This article is not as much a review of Fedora 25 on the Raspberry Pi 3 as a assortment of recommendations, screenshots, and my own personal ideas on the very first formally supported version of Fedora for the Pi.

See details on opensource.com/article/17/3/how-install-fedora-on-raspberry-pi

Connecting 3G Dongle | Raspberry Pi



Connecting Huwai 3G Dongle with Raspberry Pi.
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Downloads:

Sakis3g: http://goo.gl/yxh2XM
UMTSKeeper: http://goo.gl/NVfUtF

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Music provided by Audio Library https://youtu.be/kNSyjm5dTqg

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5 Top: Linux on a Chromebook, building DNS servers, VoIP on Raspberry Pi, etc

On the subject of this week’s Top 5, we spotlight putting Linux on a Chromebook, building your individual DNS name servers, creating a VoIP (voice over IP) solution on a Raspberry Pi, assessing Python and Ruby for web design, and the top 5 computer programming languages for DevOps.

Top Five blog posts of the week

5. Top 5 computer programming languages for DevOps
4. Python vs. Ruby: Which can be the best for web design?
3. Easy methods to install Asterisk on the Raspberry Pi
2. Build up your private DNS name server on Linux
1. Running Linux on your Chromebook with GalliumOS

See more details on opensource.com/article/17/4/top-5-april-14

The best ways to set up Fedora 25 on your Raspberry Pi

Stay with me about the very first officially supported version of Fedora for the Pi.
In October 2016, the launch of Fedora 25 Beta was announced, in conjunction with initial support for the Raspberry Pi 2 and 3. The final “general availability” version of Fedora 25 premiered one month later, and after that I have been experimenting with the a number of Fedora spins accessible for the most recent versions of the Raspberry Pi.

This article is not as much a review of Fedora 25 on the Raspberry Pi 3 as a group of tricks, screenshots, and also my own personal ideas on the 1st officially supported version of Fedora for the Pi.

See details on opensource.com/article/17/3/how-install-fedora-on-raspberry-pi

Making Inbound & Outbound call using Asterisk PBX and USB 3G Dongle



Watch a demo video of making inbound and outbound call using Asterisk PBX, Raspberry PI, FreePBX and USB 3G Dongle. I am also selling the USB 8G Card installed with Asterisk 11.0, FreePBX 2.11, Chan Dongle, USB 3G modem Huawei E1550 and sample dialplan that used in this video. Please contact me if you are interested and thanks for watching.

I have also selling the kit in Ebay:
http://www.ebay.com.sg/itm/Asterisk-PBX-Raspberry-Pi-8GB-SD-Card-/111079053572?pt=LH_DefaultDomain_216&hash=item19dcd3d904

source

5 Best: Linux on a Chromebook, building DNS servers, VoIP on Raspberry Pi, etc

When it comes to this week’s Top Five, we emphasize putting Linux on a Chromebook, building your own DNS name servers, creating a VoIP (voice over internet protocol) solution on a Raspberry Pi, contrasting Python and Ruby for web development, and the top five programming languages for DevOps.

5 content pieces of the week

5. Top 5 development languages for DevOps
4. Python vs. Ruby: Which can be ideal for web development?
3. How one can install Asterisk on the Raspberry Pi
2. Establish your private DNS name server on Linux
1. Running Linux on your Chromebook with GalliumOS

See more details on opensource.com/article/17/4/top-5-april-14

The right way to install Fedora 25 on your Raspberry Pi

Stay with me about the 1st officially supported edition of Fedora for the Pi.
In Oct . 2016, the launch of Fedora 25 Beta was announced, along with initial support for the Raspberry Pi 2 and 3. The final “general availability” version of Fedora 25 was released 1 month later, and since that time I have been experimenting with the a variety of Fedora spins intended for the newest versions of the Raspberry Pi.

This particular blog post is not as much a review of Fedora 25 on the Raspberry Pi 3 as a number of tips, screenshots, and also my own personal ideas on the first officially supported version of Fedora for the Pi.

See details on opensource.com/article/17/3/how-install-fedora-on-raspberry-pi

Asterisk en la Raspberry PI — ASTPI



Tras 3 horas de compilación la versión 1.8.11-cert5 de Asterisk corre por primera vez en la RaspBerry Pi

source

5 Most Beneficial: Linux on a Chromebook, building DNS servers, VoIP on Raspberry Pi, and others

When considering this week’s Top Five, we highlight putting Linux on a Chromebook, building your special DNS name servers, creating a VoIP (voice over internet protocol) solution on a Raspberry Pi, contrasting Python and Ruby for website design, and the top 5 computer programming languages for DevOps.

5 Most Beneficial posts of the week

5. Top 5 computer programming languages for DevOps
4. Python vs. Ruby: Which can be ideal for website design?
3. How you can install Asterisk on the Raspberry Pi
2. Establish your individual DNS name server on Linux
1. Running Linux on your Chromebook with GalliumOS

See more details on opensource.com/article/17/4/top-5-april-14

Tips on how to deploy Fedora 25 on your Raspberry Pi

Read more about the 1st officially supported edition of Fedora for the Pi.
In October 2016, the release of Fedora 25 Beta was announced, in addition to initial support for the Raspberry Pi 2 and 3. The final “general availability” version of Fedora 25 was released a month later, and since then I have been experimenting with the a number of Fedora spins available for the newest versions of the Raspberry Pi.

This particular blog post is not as much a review of Fedora 25 on the Raspberry Pi 3 as a range of suggestions, screenshots, and also my personal ideas on the very first officially supported version of Fedora for the Pi.

See details on opensource.com/article/17/3/how-install-fedora-on-raspberry-pi

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