Raspberry Pi Blog

This is the official Raspberry Pi blog for news and updates from the Raspberry Pi Foundation, education initiatives, community projects and more!

A Raspberry Pi + IKEA arcade table to make yourself

Barely a month slips by at the moment without my ordering some new flat-packed goodies from IKEA. Our family, still gradually settling into the house we moved into just before our eldest was born, goes about its book-savouring, toy-categorising, craft-supply-hoarding life within a sturdy framework of TROFAST, EKBY and BESTÅ. The really great thing is that much of this furniture lends itself to modification, and spannerspencer‘s PIK3A Gaming Table, using a Raspberry Pi and the iconic LACK side table, is a wonderful example.

PIK3A gaming table - a glossy red IKEA LACK table with inlaid monitor, joystick and buttons

Shiny retrogaming loveliness

The build instructions over at element14 are generously illustrated with photographs, bringing this project within reach of people who don’t have a ton of experience, but are happy to chuck some time at it. (If I give this one a go, I’ll probably start by getting a couple of tables so that I have a back-up. The mods to the table don’t need any fancy tools – just a drill, a Stanley knife and a hole saw – but these are the steps at greatest risk of mistakes you can’t undo.) The tutorial takes you through everything from cutting the table so as to avoid too many repeat attempts, to mounting and wiring up the controls, to the code you need to run on the Arduino and how to upload it.

Cutting holes in an IKEA LACK table for buttons and other controls

Holes much neater than the ones I will cut

You can buy a new LACK table for £6 in the UK, although the nice red glossy version in the pictures will set you back a whole £2 more. A Raspberry Pi, an Arduino Leonardo, an old LCD monitor, some cheap computer speakers, a joystick, buttons, cables and connectors, and a power supply complete the bill of materials for this build. If you want to make it extra beautiful or simply catproof it, you can add a sheet of acrylic to protect the monitor, as spannerspencer has. He’s also included a panel mount USB port to make it easy to add USB peripherals later.

A cat standing on a PIK3A gaming table protected with a sheet of transparent acrylic

PIK3A, with added catproofing

The PIK3A Gaming Table went down a storm over at element14, and its successor, the PIK3A Mark II two-player gaming table (using a LACK TV bench) is proving pretty popular too. Give them a go!

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Apply now for Picademy in Baltimore

picademy-gif-2mb

Making computing accessible is a major part of the Raspberry Pi Foundation’s mission. Our low-cost, high-performance computer is just one way that we achieve that. With our Picademy program, we also train teachers so that more young people can learn about computers and how to make things with them.

Throughout 2016, we’re running a United States pilot of Picademy. Raspberry Pi Foundation’s commitment is to train 100 teachers on US soil this year and we’ve made another leap towards meeting that commitment last weekend with our second cohort, but more on that below.

DHF-Square-Lockup

In order to make Picademy more accessible for US educators, we’re happy to announce our third Picademy USA workshop, which will take place August 13 and 14 at the Digital Harbor Foundation in Baltimore, Maryland. Applications are open now and will close in early July. Please help us spread the word. We want to hear from all of the most enthusiastic and creative educators from all disciplines—not just computing. Picademy cohorts are made up of an incredible mixture of different types of educators from different subject areas. Not only will these educators learn about digital making from the Raspberry Pi education team, but they’ll be meeting and collaborating with a group of incredibly passionate peers.

To give you an idea of the passion and enthusiasm, I want to introduce you to our second US cohort of Raspberry Pi Certified Educators. Last weekend at the Computer History Museum, they gathered from all over North America to learn the ropes of digital making with Raspberry Pi and collaborate on projects together. They knocked it out of the park.

Our superhero Raspberry Pi Certified Educators! © Douglas Fairbairn Photography / Courtesy of the Computer History Museum

Our superhero Raspberry Pi Certified Educators! © Douglas Fairbairn Photography / Courtesy of the Computer History Museum

Peek into the #Picademy hashtag and you’ll get a small taste of what it’s like to be a part of this program:

Abby Almerido on Twitter

Sign of transformative learning = Unquenchable thirst for more #picademy Thank you @LegoJames @MattRichardson @ben_nuttall @olsonk408

Keith Baisley on Twitter

Such a fun/engaging weekend of learning,can’t thank you all enough @LegoJames @MattRichardson @ben_nuttall @EbenUpton and others #picademy

Peter Strawn on Twitter

Home from #Picademy. What an incredible weekend. Thank you, @Raspberry_Pi. Now to reflect and put my experience into action!

Dan Blickensderfer on Twitter

Pinned. What a great community. Thanks! #picademypic.twitter.com/TLLzjff0wF

Making Picademy a success takes a lot of work from many people. Thank you to: Lauren Silver, Kate McGregor, Stephanie Corrigan, and everyone at the Computer History Museum. Kevin Olson, a Raspberry Pi Certified Educator who stepped in to help facilitate the workshops. Kevin Malachowski, Ruchi Lohani, Sam Patterson, Jesse Lozano, and Eben Upton who mentored the educators. Sonia Uppal, Abhinav Mathur, and Keshav Saharia for presenting their amazing work with Raspberry Pi.

If you want to join our tribe and you can be in Baltimore on August 13th and 14th, please apply to be a part of our next Picademy in the United States! For updates on future Picademy workshops in the US, please click here to sign up for notifications.

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Pocket FM: independent radio in Syria

When we started thinking about the Raspberry Pi project back in 2009, our ambitions were small, and very focussed on local education.

We realised we were doing something bigger than that pretty rapidly, but all the same, some of the projects we come across leave us shocked at their scale, their gravity and their importance. This is one of them.

"Do you have a radio? 87.7 FM"

Do you have a radio? 87.7 FM

In Syria, a German group called Media in Cooperation and Transition (MiCT) has been equipping towns with transmitters called PocketFM, built around Raspberry Pis, to provide Syrians with independent radio. Each transmitter has 4 to 6km (2.5 to 3.75 miles) of range, which is sufficient to reach a whole town.

In many parts of Syria, it’s impossible and politically unwise to build large transmitters, so a small device like PocketFM that can be easily concealed and transported, and that can be run off solar power or a car battery, is ideal.

pocketfm

A group of around a dozen independent Syrian radio stations has come together to form a group called Syrnet, who work together on programmes and topics and produce a joint station to be broadcast via the PocketFM transmitters; MiCT deal with the mix, distribution and transmission. “The variety of voices in a broadcast effectively illustrates Syria’s state of mind,” says one of the broadcasters. Using PocketFM, Syrnet is reaching 1.5 million citizens in north and north-western Syria, including Homs and Aleppo; they are currently making efforts to widen the network to more regions.

radio stations

The project is about enabling freedom of expression; it also strengthens feelings of solidarity. “We are not for anyone, or against anyone. No one can escape our criticism, even ourselves.”

Between them, the participating stations have access to hundreds of reporters. As well as news, music and entertainment, they’re broadcasting vital information on security, health and nutrition. “One of our strongest programmes is called Alternatives. It describes how to keep warm without any fuel, or how to pick up the internet signal of neighbouring countries when the Syrian internet is down. The difficulties of life – and how to overcome them.”

Syria Radio Network

Syria Radio Network (Syrnet) is an initiative to support independent radio production in Syria with professional training and outreach. Syrnet is a mixed live programme, sourced from Syrian radio stations. Our program is available 24 hours and seven days a week.

In a warzone, radio can be one of the easiest ways to get information. If the power grid is down, you just need batteries.

“We lost one device in Kobane”, says Philipp Hochleichter from MiCT, who is the project’s technical lead. “But due to the bombing – not due to a malfunction.”

“At the moment our journalists are safe with the opposition, but it’s still a war zone with gunfire and shelling,” said Marwa, a journalist with Hara FM, one of the Syrnet stations, based in Turkey.

“I worry about our staff in Aleppo, but no journalist can be 100% safe anywhere in the world.

“For any journalist, telling the truth puts them in danger.”

These bold people are doing something extraordinary. We send them all our very best wishes, and our hopes for a swift end to the conflict.

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PA Consulting Raspberry Pi competition 2016

This thing will change your life

In October 2011, Raspberry Pi co-founder Jack Lang handed me a beta version of the Raspberry Pi. This changed my life. The Pi was familiar yet unworldly:  a computer the size of a credit card. As both a teacher and a maker it was a revelation. For the next year I nested in a skip in Cambridge, chittering gently and generally making a pest of myself, until the Foundation lured me into their very first office with a trail of Jaffa Cakes, and put me to work.

Homewood School's SportTrax GPS system

Homewood School’s SportTrax GPS system

It was the best of times…

In early 2013, Computing in the English National Curriculum was over a year away, and although things were starting to happen in the world of computing education, the Pi was still a little bit groovy and a little bit radical for the average ICT classroom. Fortunately, we weren’t the only ones who thought that this small computer could bring about big changes. PA Consulting spotted the potential of the Pi — still in its first incarnation — as a tool for making, problem-solving and collaboration. Each year they challenge schools to use the Raspberry Pi to invent something around a theme. I was lucky to be one of the judges for the first competition in 2013 and it’s been one of my favourite Raspberry Pi events since.

PA’s Raspberry Pi Competition 2016 – Finals

PA’s Raspberry Pi Competition 2016 – Finals Making the difference by inspiring the innovators of the future @PA_Consulting – #PAPiAwards16 – @PA_RaspberryPi http://www.paconsulting.com/raspberrypi Finalists event: 14 April 2016 The Raspberry Pi is one of the most exciting innovations of recent years.

We set this competition up four years ago because at PA we are passionate about technology and innovation, so it was really important for us to encourage the next generation to be as passionate as we are. — Anita Chandraker, Head of Digital at PA Consulting

The 2016 competition

This is the fourth year that I’ve helped judge the competition and each year we’ve been amazed by this innovation and passion. The 2016 final, held at the magnificent Institution of Engineering and Technology in London, was no different. The theme was ‘sports and leisure’, and students scrambled to explain how they’d built and programmed their inventions, which ranged from keep-fit games in Scratch to applications that wouldn’t look out of place at a tech show.

pa rory

I helped judge the Year 12-13 category which, after much tea and deliberation, was won by Highgate School with PiTime, a system for recording race times and taking finish-line photos. Despite stiff competition — Homewood School’s seriously professional SportTrax deserves a special mention — PiTime won because it was cheap, smart and solved a real-world problem for the team members, who are both competitive runners. Full details of all finalists and the winners in other age categories are on PA’s competition site.

Egglescliffe CE Primary School's Colour Smash

Egglescliffe CE Primary School’s Colour Smash

Success story

As well as showing off their creations, the finalists had the chance to meet experts from industry and the world of tech. One of these sages was Tom Hartley, winner of the 2013 competition with teammate Alyssa Dayan for their AirPi. He says that the competition, “… opened up a world of opportunities for me — things I never could have imagined became possible.” Tom is currently studying Electronic and Information Engineering at Imperial College, and it’s wonderful to think that the competition and the Raspberry Pi have played some small part in this.

Tom Hartley speaking to kids

Where does your pebble walk to, Grasshopper? Tom Hartley sharing WISDOM.

Digital making is central to the Foundation’s ethos. It’s a crazy Venn diagram of fabulous skills, from problem-solving, collaboration and creativity through to programming, electronics and soldering. All put in a Klein bottle and given a good shake. PA Consulting saw this very early on and we’re pleased and proud that they continue to run such an inspiring competition.

Digital making is also a powerful and beautiful thing: it changed my life, it changed Tom’s life, and it’s changing the lives of young people all over the world.  So get involved, whether it’s though a Raspberry Jam, a local hack space, Code Club or just by browsing our resources for ideas. And if you are a teacher then please enter the PA Competition next year — even if doesn’t end up changing lives it’s a lot of fun and a great day out for the students :)

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Learn all about the new Raspberry Pi Camera Module v2 in The MagPi 45

Earlier this week, the brand new Raspberry Pi Camera Module v2 was revealed to the world, its headline feature being an 8-megapixel sensor. It’s been a few years since the original came out and the new camera is an excellent little upgrade to the existing model; you can find out all the details in our complete breakdown in Issue 45 of The MagPi magazine, which is out today.

Picture perfect, the new Pi Camera Module v2

Picture perfect, the new Pi Camera Module v2

As well as covering the camera and giving you some projects to start you off with it, we also have a look at the ten best Pi-powered arcade machines, which should give you some ideas for a retro games system of your own. There are also tutorials on creating lighting effects for costumes with a Pi and some NeoPixels, making an Asteroids clone in Basic, and building an IoT thermometer. We also have Astro Pi news, excellent projects, reviews, and everything else you’d expect from your monthly MagPi.

A model railway, in-part powered by Pi Zero

A model railway, powered in-part by Pi Zero

Highlights from issue 45:

  • Replicate an Astro Pi experiment
    Create a humidity sensor, similar to the Sweaty Astronaut code
  • Hacking with dinosaurs
    The MagPi heads to the Isle of Wight to see how some animatronic dinos are being hacked with Pi
  • Original games on the Pi
    Play three brand-new games on your Pi thanks to YoYo and GameMaker Studio
  • Moon pictures
    Find out how to use the camera board to take amazing photos of the moon
  • And much, much more!

How to buy
As usual, you can get The MagPi in store from WH Smith, Tesco, Sainsbury’s, and Asda as well as buying copies online from our store. It’s also available digitally via our app on Android and iOS. If you fancy subscribing to the magazine to make sure you never miss an issue, you can do that to on our subscription site.

Free Creative Commons download
As always, you can download your copy of The MagPi completely free. Grab it straight from the issue page for The MagPi 45.

Don’t forget, though, that like sales of the Raspberry Pi itself, all proceeds from the print and digital editions of the magazine go to help the Foundation achieve its charitable goals. Help us democratise computing!

We hope you enjoy this month’s issue! Before anyone asks, no, the magazine unfortunately does not come with a free camera. Sorry!

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Wall-mounted Raspberry Pi games console for kids

YouTuber buildxyz is happy for his kids to play video games, but he’s keen for them to have a properly decent selection, and he wanted something that would look a little better in his living room than your average games console. He also wanted a no-nonsense way to retain parental control over the amount of time the children spend engaging with this particular kind of entertainment. Using a Raspberry Pi 2, an Arduino Uno, an old monitor and speakers, and EmulationStation, he came up with this.

RPiKids: Raspberry Pi2 / Arduino / EmulationStaion Powered Kids Entertainment Center

Share this video: https://youtu.be/SEao9h7Zg9Y www.buildxyz.xyz I hope you enjoyed my remix of the Illusion of Gaia from SNES

An accomplished hobbyist woodworker, buildxyz constructed the cabinet from Baltic Birch plywood and custom laser-cut and 3D-printed parts, adding old speakers he had lying around and an HP monitor.

A rotary combination lock on the front allows buildxyz’s kids to enter a passcode for time-limited access, and sits inside a NeoPixel ring from Adafruit that shows the current status of the timer. An Arduino Uno controls power to the set-up, polling for a press of the rotary lock’s integrated push-button to turn on the Pi, which runs RetroPie and EmulationStation; the Uno shuts everything down gracefully either when the button is pressed again or when a player runs out of gaming time. When the kids figure out that the current system allows them to brute-force the passcode, they’ll be rewarded with unlimited access for a while, until buildxyz fixes this intentional vulnerability.

This is a simple and well executed project that, buildxyz comments, is “far more reliable then I anticipated.” We hope he and his kids have tons of fun using it, and my experience with kids and screens makes me think the whole family is likely to benefit from the fact that you plainly can’t argue with an electronic timer. You can read more about buildxyz’s project on Hackaday or in his build log, and if you’ve used a Pi to make a gaming set-up that meets your own particular spec, please tell us about your build in the comments!

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A media player for Scott

Projects don’t have to be hugely complicated to make a huge difference. In Luxembourg, Alain Wall has used a Raspberry Pi to make a very simple media player for his autistic son, Scott. It’s very easy to use, very robust, and easy to clean; and it offers Scott a limited (so not overwhelming) but meaningful degree of choice. Here’s Scott using his player. Watch to the end for the best smile in the world.

Dem Scott sain neien TV. Scott’s new TV

Hei ass den Scott deen sain neien Mediaplayer test. En kann sech seng Filmer selwer starten an stoppen. A media player nearly indestructible an controllable with 6 Buttons to choose a movie Deutsch: http://awallelectronic.blogspot.lu/2016/04/scott-tv.html English: http://www.instructables.com/id/ScottTV-a-Simple-Media-Player-for-My-Austic-Son/ or https://hackaday.io/project/11000-scotttv-a-simple-mediaplayer-for-my-autistic-son

Alain hooked up six big piezo buttons and some speakers to a 20-in monitor and a Raspberry Pi – this isn’t the most complicated build you’ll see around these parts. (You can see a how-to guide over at Instructables.) But it is one of the most effective: as Alain says, “Scott loves it.”

Here’s another video from Alain demonstrating the setup.

Scott TV Simple MediaPlayer For My Autistic Son Scott

This is a simple media player for my autistic son. It had to be easy to use, nearly indestructible and easy to clean http://www.instructables.com/id/ScottTV-a-Simple-Media-Player-for-My-Austic-Son/ Deutsch: http://awallelectronic.blogspot.lu/2016/04/scott-tv.html

Thanks very much for sharing the project, Alain; all the very best from us at Pi Towers to you and the rest of the family, especially Scott!

 

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Raspberry Pi telehealth kit piloted in NHS

I had to spend a couple of nights in hospital last year – the first time I’d been on a hospital ward in about fifteen years. Things have moved on since my last visit: being me, the difference I really noticed was the huge number of computers, often on wheely trolley devices so they could be pushed around the ward, and often only used for one task. There was one at A&E when I came in, used to check NHS numbers and notes; another for paramedics to do a temperature check (this was at the height of the Ebola scare). When my blood was taken for some tests, another mobile computer was hooked up to the vials of blood and the testing hardware right next to my bed, feeding back results to a database; one controlled my drip, another monitored my oxygen levels, breathing, heart rate and so on on the ward. PCs for logging and checking were everywhere. I’m sure the operating room was full of the things too, but I was a bit unconscious at that point, so had stopped counting. (I’m fine now, by the way. Thanks for worrying.)

intensivecare

The huge variety of specialised and generic computers in the hospital gave me something to think about other than myself (which was very, very welcome under the circumstances). Namely, how much all this was costing; and how you could use Raspberry Pis to take some of that cost out. Here’s a study from 2009 about some of the devices used on a ward. That’s a heck of a lot of machines. We know from long experience at Raspberry Pi that specialised embedded hardware is often very, very expensive; manufacturers can put a premium on devices used in specialised environments, and increasingly, people using those devices are swapping them out for something based on Raspberry Pi (about a third of our sales go into embedded compute in industry, for factory automation and similar purposes). And we know that the NHS is financially pressed.

This is a long-winded way of saying that we’re really, really pleased to see a Raspberry Pi being trialled in the NHS.

This is the MediPi. It’s a device for heart patients to use at home to measure health statistics, which means they don’t need daily visits from a medical professional. Telehealth devices like this are usually built on iPads using 3G and Bluetooth with specially commissioned custom software and custom peripherals, which is a really expensive way to do a few simple things.

medipi

MediPi is being trialled this year with heart failure patients in an NHS trust in the south of England. Richard Robinson, the developer, is a a technical integration specialist at the Health and Social Care Information Centre (HSCIC) who has a particular interest in Raspberry Pi. He was shocked to find studies suggesting that devices like this were costing the NHS at least £2,000 a year per patient, making telehealth devices just too expensive for many NHS trusts to be able to use in any numbers. MediPi is much cheaper. The whole kit – that is, the Pi the touchscreen, a blood pressure cuff, a finger oximeter and some diagnostic scales – comes in at £250 (the hope is that building devices like this in bulk will bring prices even lower). And it’s all built on open-source software.

MediPi issues on-screen instructions showing patients how to take and record their measurements. When they hit the “transmit” button MediPi compresses and encrypts the data, and sends it to their clinician. Doctors have asked to be able to send messages to patients using the device, and patients can reply to them. MediPi also includes a heart questionnaire which patients respond to daily using the touch screen.

Richard Robinson says:

We created a secure platform which can message using Spine messaging and also message using any securely enabled network. We have designed it to be patient-friendly, so it has a simple touch-tiled dashboard interface and various help screens, and it’s low cost.

Clinicians don’t want to be overwhelmed with enormous amounts of data so we have developed a concentrator that will take the data and allow clinicians certain views, such as alerts for ‘out of threshold’ values.

My aim for this is that we demonstrate that telehealth is affordable at scale.

We’re really excited about this trial, and we’ll be keeping an eye on how things pan out. We’d love to see more of this sort of cost-reducing innovation in the heath sector; the Raspberry Pi is stable enough and cheap enough to provide it.

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New 8-megapixel camera board on sale at $25

The 5-megapixel visible-light camera board was our first official accessory back in 2013, and it remains one of your favourite add-ons. They’ve found their way into a bunch of fun projects, including telescopes, kites, science lessons and of course the Naturebytes camera trap. It was soon joined by the Pi NoIR infrared-sensitive version, which not only let you see in the dark, but also opened the door to hyperspectral imaging hacks.

As many of you know, the OmniVision OV5647 sensor used in both boards was end-of-lifed at the end of 2014. Our partners both bought up large stockpiles, but these are now almost completely depleted, so we needed to do something new. Fortunately, we’d already struck up conversation with Sony’s image sensor division, and so in the nick of time we’re able to announce the immediate availability of both visible-light and infrared cameras based on the Sony IMX219 8-megapixel sensor, at the same low price of $25. They’re available today from our partners RS Components and element14, and should make their way to your favourite reseller soon.

Visible light camera v2

The visible light camera…

...and its infrared cousin

…and its infrared cousin

In our testing, IMX219 has proven to be a fantastic choice. You can read all the gory details about IMX219 and the Exmor R back-illuminated sensor architecture on Sony’s website, but suffice to say this is more than just a resolution upgrade: it’s a leap forward in image quality, colour fidelity and low-light performance.

VideoCore IV includes a sophisticated image sensor pipeline (ISP). This converts “raw” Bayer-format RGB input images from the sensor into YUV-format output images, while correcting for sensor and module artefacts such as thermal and shot noise, defective pixels, lens shading and image distortion. Tuning the ISP to work with a particular sensor is a time-consuming, specialist activity: there are only a handful of people with the necessary skills, and we’re very lucky that Naush Patuck, formerly of Broadcom’s imaging team, volunteered to take this on for IMX219.

Naush says:

Regarding the tuning process, I guess you could say the bulk of the effort went into the lens shading and AWB tuning. Apart from the fixed shading correction, our auto lens shading algorithm takes care of module to module manufacturing variations. AWB is tricky because we must ensure correct results over a large section of the colour temperature curve; in the case of the IMX219, we used images illuminated by light sources from 1800K [very “cool” reddish light] all the way up to 16000K [very “hot” bluish light].

The goal of auto white balance (AWB) is to recover the “true” colours in a scene regardless of the colour temperature of the light illuminating it: filming a white object should result in white pixels in sunlight, or under LED, fluorescent or incandescent lights. You can see from these pairs of before and after images that Naush’s tune does a great job under very challenging conditions.

AWB with high colour temperature

AWB at higher colour temperature

AWB at lower colour temperature

AWB at lower colour temperature

As always, we’re indebted to a host of people for their help getting these products out of the door. Dave Stevenson and James Hughes (hope you and Elaine are having a great honeymoon, James!) wrote most of our camera platform code. Mike Stimson designed the board (his second Raspberry Pi product after Zero). Phil Holden, Shinichi Goseki, Qiang Li and many others at Sony went out of their way to help us get access to the information Naush needed to tune the ISP.

We’re really happy with the way the new camera board has turned out, and we can’t wait to see what you do with it. Head over to RS Components or element14 to pick one up today.

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Scratch performance – feel the speed!

The Scratch programming language, developed at MIT, has become the cornerstone of computing education at the primary level. Running the Scratch environment well was an early goal for Raspberry Pi. Since early 2013 we’ve been working with Tim Rowledge, Smalltalk hacker extraordinaire. Tim has been beavering away, improving the Scratch codebase and porting it to newer versions of the Squeak virtual machine. Ben Avison chipped in with ARM-optimised versions of Squeak’s graphics operations, and of course we did our bit by releasing two new generations of the Raspberry Pi hardware.

We thought you’d enjoy these two videos. The first shows Andrew Oliver’s Scratch implementation of Pacman running on an Intel Core i5 laptop with “standard” Scratch 1.4. (Yes, that Andrew Oliver. Thanks Andrew!) The second shows the same code running on a Raspberry Pi 3 with Tim’s optimised Scratch. The Raspberry Pi version is roughly twice as fast.

Pacman running on a Macbook i5 under MIT Scratch

A demonstration of how much slower standard Scratch can be than the optimised NuScratch that’s available for Raspberry Pi

PacMan running on Pi 3 under NuScratch

This is “PacMan running on Pi 3 under NuScratch” by raspberrypi on Vimeo, the home for high quality videos and the people who love them.

This is a great example of the sort of attention-to-detail work that we like to focus on, and that can make the difference between a mediocre user experience and the desktop-equivalent experience that we aspire to for Raspberry Pi 3. We think it’s as important to work as hard on improving and incrementing software as it is to do the same with the hardware it runs on. We’ve done similar work with Kodi and Epiphany, and you can expect a lot more of this from us over the next couple of years.

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