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Description: Everyone knows and loves Raspberry Pi, but what if you didn’t need additional peripherals to make it wireless. The Raspberry Pi 3 is here to provide you with the same Pi as before but now with double the ram and a much faster processor. The credit-card sized computer is capable of many of the things that your desktop PC does, like spreadsheets, word-processing and playing high-definition video and games. It can run several flavors of Linux (and even Windows 10 free-of-charge) and is being used to teach kids all over the world how to program… Oh yeah, and it still does all that for about $40.

The secret sauce that makes this computer so small and powerful is the Broadcom BCM2837, an ARM Cortex-A53 64bit Quad Core Processor System-on-Chip. The GPU provides Open GL ES 2.0, hardware-accelerated OpenVG, and 1080p30 H.264 high-profile decode and is capable of 1Gpixel/s, 1.5Gtexel/s or 24 GFLOPs of general purpose compute. What’s that all mean? It means that if you plug the Raspberry Pi 3 into your HDTV, you could watch BluRay quality video, using H.264 at 40MBits/s.

The biggest change that has been enacted with the Raspberry Pi 3 is an upgrade to a next generation main processor and improved connectivity with Bluetooth Low Energy (BLE) and BCM43143 WiFi on board. Additionally, the Raspberry Pi 3 has improved power management, with an upgraded switched power source up to 2.5 Amps, to support more powerful external USB devices.

The Raspberry Pi 3’s four built-in USB ports provide enough connectivity for a mouse, keyboard, or anything else that you feel the RPi needs, but if you want to add even more you can still use a USB hub. Keep in mind, it is recommended that you use a powered hub so as not to overtax the on-board voltage regulator. Powering the Raspberry Pi 3 is easy, just plug any USB power supply into the micro-USB port. There’s no power button so the Pi will begin to boot as soon as power is applied, to turn it off, simply shut down the Pi 3, then remove power. The four built-in USB ports can even output up to 1.2A enabling you to connect more power hungry USB devices (This does require a 2Amp micro USB Power Supply).

On top of all that, the low-level peripherals on the Pi make it great for hardware hacking. The 0.1" spaced 40-pin GPIO header on the Pi gives you access to 27 GPIO, UART, I2C, SPI as well as 3.3 and 5V sources. Each pin on the GPIO header is identical to its predecessor the Model B+.

Note: We are still waiting on the status on how this board may be export restricted due to certain qualities it possesses. We may just need to verify a small amount of information before processing your order and hopefully nothing beyond that. Please keep this in mind before placing your order. Our Export Compliance page is a great resource in case you have any questions.

Note: You will need the latest version of NOOBS for the Raspberry Pi 3. If this action is not completed your Pi will get stuck on a rainbow square boot screen. You can find the latest version of NOOBS here!

Dimensions: 85mm x 56mm x 17mm

Features:

  • Broadcom BCM2837 64bit ARM Cortex-A53 Quad Core Processor SoC running @ 1.2GHz
  • 1 GB RAM
  • 4 x USB2.0 Ports with up to 1.2A output
  • Expanded 40-pin GPIO Header
  • Video/Audio Out via 4-pole 3.5mm connector, HDMI, CSI camera, or Raw LCD (DSI)
  • Storage: microSD
  • 10/100 Ethernet (RJ45)
  • BCM43143 WiFi on board
  • Bluetooth Low Energy (BLE) on board
  • Low-Level Peripherals:
    • 27 x GPIO
    • UART
    • I2C bus
    • SPI bus with two chip selects
    • +3.3V
    • +5V
    • Ground
  • Power Requirements: 5V @ 2.4 A via microUSB power source
  • Supports Raspbian, Windows 10 IoT Core, OpenELEC, OSMC, Pidora, Arch Linux, RISC OS and More!

Documents:

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Customer Comments

  • ——————– Tech Support Tips/Troubleshooting/Common Issues ——————–

    Raspberry Pi 3 Image

    Make sure that you use the latest image from the Raspberry Pi foundation https://www.raspberrypi.org/downloads . As a note, sometimes the update through the command line interface does not work as effectively as manually re-imaging the microSD card.

    If you have not imaged a microSD card before try looking here => https://www.raspberrypi.org/documentation/installation/installing-images/.

    Power Supply

    If you look at the specs of the Raspberry Pi 3, it requires a more beefier power supply compared to the previous Raspberry Pi models. There have been some customers that have issues booting on the Pi 3 but there is no issues with the Pi 2. After switching to a better power supply, they were able to get it to boot and not crash. Make sure that you have a sufficient power supply.

    Rainbow Image

    The rainbow at the boot screen could be due to the image or the power supply. Try looking at the suggestions above.

    http://lifehacker.com/what-the-raspberry-pis-rainbow-boot-screen-and-rainbow-1768470271

    Otherwise, try looking at the R-Pi Troubleshooting Wiki: http://elinux.org/R-Pi_Troubleshooting#Coloured_splash_screen

    MicroSD Card Slot

    The microSD card slot is different from previous Raspberry Pi models. It does not have a spring to click the microSD card in or eject. This is normal due to the design of the new microSD card slot so that you do not accidentally eject your microSD card from the socket. It’s a “friction fit feature"and not a "bug.” If you are having issues removing the microSD card, try affixing a small piece of tape on the microSD card to act as a handle when pulling the memory card out.

    Raspberry Pi 3 FAQ

    https://www.element14.com/community/docs/DOC-80964/l/raspberry-pi-3-model-b-frequently-asked-questions-faqs

    UART on Pi3

    Try looking at this tutorial for using the UART on the Pi3 [ https://www.hackster.io/fvdbosch/uart-for-serial-console-or-hat-on-raspberry-pi-3-5be0c2 ].

  • I’ve got to agree with some of the others. The addition of the wireless communications is great! A bigger better faster CPU is great! But no more memory? Uhm????

  • You may want to note the location of the power and “disk” LED’s has moved from their original positions. Until RPi3 cases come out, I’d recommend a clear Pi2 B case if you want to view the indicator LEDs.

    The RPi3 now boots Raspbian in about 15 seconds and shuts down within 10, a huge improvement.

    The latest 2016-02-26 Raspbian image now boots directly to a desktop with no installation procedure. One has to run raspi-config to expand the root file system and set the keyboard and locale, etc. Locale setup is now super clunky.

    I always forget the default setup is for the UK. Click on the funky icon on the right side of the top bar to configure the network. WiFi connected on first try. It took about 15 minutes to ‘apt-get update’ and then apt-get upgrade vi WiFi.

  • Curious. Why the (almost) $40 instead of $35 for version 3?

    • Basically so we don’t lose too much money. Raspberry Pis are hard for resellers because we don’t get any discount on them. We buy them from the supplier at $35, pay to ship them here, pay our guys to receive them, stock them, box them up and on many orders pay for free shipping. Truth is that $5 helps cover some of that, if we didn’t add it we might not be able to carry the Raspberry Pi for you guys.

    • YOU are bitching about $5.00??

  • chinese parts? or UK?

  • my pi is being weird. when i boot 95% of the time it freezes or goes into a terminal kernel consle. the sd card works on my pi zero but not my pi 3. it was just working 2 days ago and now it is not.

  • OK, I have been fiddling with this Pi3 off and on for a while. Originally I was using the 7" touch screen sold from Sparkfun. That works but the software I am trying to use wants a slightly higher resolution. Also, the touch screen is less than optimal for software that is not designed for touch screens. Not a fault of the Pi or touch screen. The elements that allow you to interact with the software are too small to touch with either a finger or stylus. Anyway, I tried buying a couple of HDMI screens. One came from Amazon and was pretty much junk on arrival, the built in speaker had come loose in shipping. That screen worked for a few minutes before it quit working. Wouldn’t even work with my laptop. The next screen I bought is a 7" 1024 x 600 unit from Adafruit. This display seemed to be perfect, uses about 500mA according to the specs which would be great for running off battery power. Anyway, I cannot get the Pi to display anything on it. The display works, if I connect it to my laptop it works fine. The green LED lights, according to the display’s documentation this means it has a valid HDMI signal. I tried adding the following lines to config.txt: <CODE>

    uncomment if hdmi display is not detected and composite is being output

    hdmi_force_hotplug=1

    uncomment to force a specific HDMI mode (here we are forcing 800x480!)

    hdmi_group=2 hdmi_mode=1 hdmi_mode=87 hdmi_cvt=1024 600 60 3 0 0 0 </CODE>

    which didn’t help.

    I am using a fresh install of Ubuntu Mate, 16.04. Anyone have any suggestions?

  • Any chance of a set date for a Pi 3 starter kit? I am just getting started with Raspberry Pi and not sure if I should go ahead and get the 2 or wait. Thanks! =)

    • We were hoping for this week but we didn’t have enough SD cards. Hopefully the SD cards will be in stock in the next couple of weeks and we can start shipping. In other words I’m trying really hard. If you don’t want to wait you can also get the Accessory Kit and the Pi 3, or just find the individual parts from the kit since the Pi 3 Stater Kit has slightly different parts.

  • It’s great new device. And it’s compatibility is fine - our project WTware for creating thin clients from Pi 2 started working with Pi 3 even before we received our item of Pi 3, with minimum of efforts. Hoping that it will soon work for Pi 4, Pi 5 etc. I’m renaming my project to WTware 4 Raspberry, without mentioning numbers :)

  • While the extra computing power is nice, IF you can make use of it, the only big leg-up it has on the Pi 2 B is onboard BT and wireless for anyone using Rasbian (Other OS’s may make use of the 64 bit bus, Rasbian currently doesn’t from what I read)

    I still greatly dislike the idea of having it powered via the (delicate) MicroUSB (prone to unplugging) which appears to have no other function, I’d rather have a barrel jack. Ethernet hasn’t been upgraded to gigabit, and there’s no USB3 either.. I guess that’s going to come out in Pi 4.

  • In a video I saw some time ago on the RPi3 they talked on an ‘optional (possible) hack’ to connect an external antenna and thus extend the range of the WIFI. Anyone know or tried this?

  • This is a great little board. It runs fldigi and gnuradio well and is simple to setup with the 7" touchscreen and Raspian Linux. 2 things to note, bluetooth setup may be a bit convoluted, and so far I have found it impossible to get the wireless to connect to a hidden network. It works well connecting to wireless networks that broadcast their ssid. I had found instructions on how to connect to a hidden network but they didn’t work and I didn’t have time to troubleshoot further. I am very surprised at the computing power of such inexpensive little board. Do yourself a favor: Be sure you have a power source capable of 5V and maybe 2A. My 1.5A cell phone charger is barely enough to boot it up. I have found that I sometimes need to have all USB peripherals unplugged, and plug them in one at a time after bootup. Also, buy a stylus. Your finger tips are probably much too big to operate most software programs running on a 7" screen ;). With the bluetooth setup you may find that blueman does’t work, in which case you may have better luck with a command line tool. I ended up having to uninstall blueman as it was interfering with the command line utility.

  • Is the Pi3 truly export controlled? There is no mention of this on the Raspberry Pi Foundation website or when buying from other US-based vendors. This wasn’t an issue with the Pi2.

    • To some degree yes. The Pi 3 has Wifi and Bluetooth which change the restrictions. I believe we will be able to ship the Pi3 to most places, but the customs information and declaration is different (and basically what we are waiting on).

  • Not that I’m impatient, well, OK, yes I am, but is there any estimated ETA when you will begin shipping? I know the message above says stock will be approximately 2280 by March 30, but it used to say around 1500 by the 15th. So, it is really hard to tell what to expect. Thanks!

    • Billbo, I can confirm that some are shipping. I pre-ordered about 3 weeks ago. My pi shipped today (March 25).

    • ETA on when we can expect to receive the boards to our warehouse is a moving target. We may get smaller quantities intermittently before the dates displayed, but we try to display the more reliable date for your planning needs, and update it as we get more information.

  • will this run pure data right away??????? thanks!

  • Only 1GB of RAM, they should have done 2 :(

    • When I first started with computers (shortly after Neil Armstrong took his “one small step”), the going price for RAM was $2 PER BYTE – which would have meant that a Pi3 would have cost >$2 BILLION. Some folks would complain about being hung with a new rope! (FYI, a new rope stretches too much to hang someone… so they always used an old, already stretched one.)

  • What version of BLE does is this support? 4.0, 4.1, 4.2? What is the BT chipset? Is it a dual-mode BT (i.e. BR/EDR and BLE)?

  • I love the RPi, but I wish they would organize the connectors a little differently. Arranging the Ethernet, power and USB onto the same side would make it possible to use the device in a standard box when building embedded projects.

  • MongoDB!

  • Will there be various other models of the Raspberry Pi 3, as we have seen with previous iterations of the Pi?

    • from the release @ https://www.raspberrypi.org/blog/raspberry-pi-3-on-sale/

      What about Model A+? Model A+ continues to be the $20 entry-level Raspberry Pi for the time being. We do expect to produce a >Raspberry Pi 3 Model A, with the Model A+ form factor, during 2016.

    • We don’t know of any, but the Raspberry Pi Foundation keeps things pretty close to the chest until it is time to release them.

  • If you had a suitable power supply I’d pre-order today.

  • Sparkfun, are you going to put together a ‘newbie’ bundle for the Pi 3?

    • We are planning on releasing a kit similar to the Raspberry Pi Starter Kit, but we didn’t feel comfortable posting a preorder until we had a better idea of what would be in the kit. Once we get a Pi 3 to play with we can do some testing and get that ready.

  • So no USB 3.0?!?! Is the Wifi on a shared bus with the USB?

    • The Wifi and Bluetooth are directly connected to IO, but the Ethernet is still on the USB bus: https://www.raspberrypi.org/magpi/raspberry-pi-3-specs-benchmarks/

    • The Wifi and Bluetooth is connected to some other IO lines, and do not share bandwidth with the USB-channels.

  • Wow! This is out now! I must say that I’m disappointed with the lack of spec upgrades, however, onboard BLE and Wifi is definitely an upgrade :)

    • 900MHz 32-bit to 1200MHz 64-bit isn’t exciting to you? ;)

      • 1gb ram -> 1gb ram 40 GPIO -> 40 GPIO +1.4a power requirement And same bored layout

        So nope, not super excited.

      • The 64bit upgrade is kind of useless with only 1GB of ram, isn’t it?

        • 64 bit pointers might not be too useful with 1GB of RAM, ‘cause even with 32-bit pointers that still leaves 3GB of virtual address space for the OS, memory mapping, swap, etc. It’s possible to havve virtual address space that is greater than all your actaul RAM but still run into problems because parts of that virtual address space are set aside for certain purposes. Hence on a 32-bit machine with 4GB of RAM a single process might only be able to address 2GB of that, because the other 2GB are set aside as the OS’s address space. Of course, other advantages of a 64-bit CPU apply even if addressing isn’t an issue. It’ll do 64-bit math faster, because the operands will each fit in a register and the operation can be expressed as a single instruction. And a huge advantage of x86-64 over regular x86, for example, is that the CPU registers aren’t just bigger, there’s actually more of them. This means compilers can optimize the code much more effectively, reducing the need to repeatedly fetch values from RAM which is crazy-slow. (I dont know if 64-bit ARM offers similar advantages.)

          • Thanks! Translation for the non-computer-architecture inclined: the data pathways in the chip are twice as wide, allowing it to deal with twice as much data in a single instruction. This definitely increases throughput even above the speed bump. I’m excited! :)

          • I want to expand a bit on what I said in case there’s anybody who didn’t understand what I was getting at, but is curious:

            The top-level answer, as Mike said, is that the improvements in the ARMv8 core would make it faster than an ARMv7 core even at the same clock speed. This is a point of CPU architecture that can be a little bit hard to understand.

            First off, the registers: A computer has different levels of storage. Usually we think of the RAM as the “fast” storage and the disk (or SD card, etc.) as the “slow”, persistent storage. We load things from disk into RAM and often keep them there for a while, because it would slow things down if we had to keep storing to and retrieving from disk. (and when we run out of RAM, the OS starts swapping things to disk - which absolutely murders performance)

            The trick is, there are deeper layers that follow the same pattern. CPU cache is faster than the main RAM, and CPU registers are faster than the CPU cache. At this deepest level, you can think of the CPU registers as the set of data the CPU can work with very quickly, and the main RAM as the slower, longer-term data storage. (We don’t tend to think of RAM as being slow, but when you’re running some performance-intensive code, the difference is speed when you finally have to work with RAM is like hitting a brick wall) In this case, the new processor has (I think) more than twice as many registers, and they’re twice the size of those on the Pi 2. (31 general-purpose 64-bit registers vs. 13 general-purpose 32-bit registers)

            There’s also a separate set of registers used for floating-point math and SIMD operations, where a larger register is packed with smaller operands that are used together in some calculation: On the Pi 2 (Cortex-A7) there were (I believe) 16 64-bit floating point registers, and on the Pi 3 (Cortex-A53) there are 32 128-bit floating point registers.

            All this means that the amount of data the CPU can work with before it has to go fetch something from RAM is increased. But there’s a catch: Your programs have to be compiled in a way that takes advantage of the extra registers. Code compiled to use the full set of ARMv8 registers won’t run on ARMv7. It’ll just crash. And code that’s written to use just the ARMv7 (or v6) registers won’t be able to take advantage of the register set on the A53. We went through this with the PI 2 as well, actually: Raspbian (and most Pi-specific distros, I think) was compiled for the original Pi (ARMv6), and due to the bootloader trickery that’s required on the Pi, it’s not always easy to substitute another distribution. It’s kind of unfortunate, but taking advantage of the Pi 3’s CPU enhancements isn’t going to be easy.

            The Pi 3 will still be faster than the Pi 2, but we won’t really tap its full potential unless the software we run (including the OS, probably) is compiled specifically for ARMv8.

            • Thanks for the information. Reminds me of the analogy I heard in school. Using registers is similar to just grabbing a PB&J sandwich off the counter. Cache is similar to grabbing bread, PB and Jelly from your pantry and making a sandwich. RAM is like going to the store to buy ingredients. Registers are definitely quicker, but RAM isn’t unreasonable. Oh, and going to the disk is like planting your own wheat, peanuts and strawberries!

Customer Reviews

4.7 out of 5

Based on 71 ratings:

Currently viewing all customer reviews.

5 of 5 found this helpful:

A lot of fun in a small package

Great system to work with. Faster than the Pi 2 by a factor of at least 2. Setting up the Wifi requires starting the GUI (startx). Haven’t found info on how to do it from the command line (which I use). Now using “sudo halt -p” to stop it before powering down. Just unplugging it “hot” messed up the SD card twice, so now I take the time to halt it first. Great fun!

2 of 2 found this helpful:

Pretty Good!

I don’t like that they have changed the original “push-push” sd card reader into a friction fit, “push-pull” version, and I was concerned that I had to load a brand new image to get it running, but apart from that I still think its a pretty good little device. My concern in the long run as a developer is having to adjust things each time a new unit comes out and having no grantee that upgrading will even be possible since my work involves some pretty specific hardware features of the original Pi 2. Hopefully the Pi 3 will still do everything I need it to.

2 of 2 found this helpful:

Awesome

My first Pi… Love it… Buy the 2.5 amp Canakit for sure…

1 of 1 found this helpful:

Pi3 so far so good

I purchesed the Pi 3 for a project to put in my SUV for mobile digital communications. I paired it up with the Pi 7" LCD screen and a bluetooth keyboard/touchpad. All was easy to setup except configuring the wifi which didn’t seem to want to allow me to do thru the desktop, so I did it by directly modifying files (easy instructions on the internet). The other issue is that some of the programs I am using we written with the assumtion of a taller screen for non-resizable windows. But thats not an issue so far with any of the desktop apps I’ve tried so far. The Pi3 performs very well with the combination of things I am using it for so far. I had tried to use the same packages on an original Pi but that could not perform well at all. I am very happy with the Pi3 and the lcd display. They are both well worth the cost in my opinion so far!

1 of 1 found this helpful:

Great little device

This is the best Raspberry Pi so far. I bought the 7 inch touch display. Both units work great together. I used Windows 10 IoT Core Beta on it as well as Raspbian. Everything works great. Welcome to Windows IoT with this little device.

Great!

Fast and responsive.

Excelente

Excelente product. the difference with the old versions is significant. I needes a new power supply.

Lot's of fun!

I’ve set it up as a RetroPi to play video games. Seems to work great!

works great, very fast compared to RPi2

easy setup and power supply works great

Seems to work

This is my first Raspberry Pi. But with it being the same price as the old ones and with included wifi, it seemed like a price competitive product versus the old pi’s and the BeagleBone Black.

I had to wait until a new OctoPrint was released for it to work, but it seems to function just great. It is mounted on my Lulzbot Mini 3D printer to turn my 3d printer into a wireless / headless machine.

Great little board!

So i mounted the Pi 3 on the back of the 7" Display and powered it with the newer, bigger power supply. Loaded the latest version of Jessie and everything just work! WIFI configured easy and works like a champ! wish there was an external ant connection, but it’s working fine now. This setup is going to control a couple of pumps (via SCRs) based on Dallas DS18B20 temp probe readings. home brewing beer and electronics!

Shipping

when I received the parcel with the purchased products that was transferred from USA as Argentina by a friend, I verify that there were only 21 monitors reaspbrry touch 7 ‘ ’ and the purchase had been 25. You can check whether the shipment made ​​correctly? since being correctly sent may have been misplaced or lost on the trip to Argentina dessde USA …

Raspberry Pi 3 : A Beginners' Guide

Please see my instructable “Raspberry Pi 3 : A Beginners' Guide” at the following link :

http://www.instructables.com/id/Raspberry-Pi-3-Model-B-a-Beginners-Guide/

Still cheap, much faster

Been using these for a product I’ve been working on and the speed increase over the 2 doesn’t seem like much, but it does make a lot of difference.

onboard wifi helps setup for your less technically inclined audience if you’re releasing something that runs on these. And that’s really good.

Fantastically faster than the Pi 2

… and having onboard wifi is a godsend!

Works great as wireless I/F to my 3D printer!

I purchased the Pi 3, SD card, and power supply from Sparkfun. Followed the directions at the link below and the Pi 3 replaced my HP laptop as the printer controller. It works great!

http://3dprintingindustry.com/2016/05/08/weekly-education-series-make-3d-printer-wireless/?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed%3A+3dPrintingIndustry+%283D+Printing+Industry%29

Love it.

I was surprised how easy it was to get the software on it and fire it up. The web browser works well. I am going to snag 4 for my grand children to use for web browsing. I got a cheap hdmi to VGA adapter and I am using an old monitor.

So far so good

Pretty much straightforward, used Noobs to install Raspbian, having some trouble bypassing the no-Flash thing so I can use to watch live streaming in my TV. The 5V-2A power source indeed generates a high-pitched noise, but only if you are less than a couple of feets away.

Seems OK

Its not my top priority at the moment, but I set it up and made it go… No obvious issues that haven’t been reported elsewhere.

Raspberry Pi 3 in Pi-top works great!

I purchased the Raspberry Pi 3 to go with the Pi-top kit I bought at the same time. Kit went together and worked fine the first time. This is a great way to make the Raspberry Pi portable. Love the battery life (I get about 14 hours).

Great board. Works as advertised. I would recommend putting heatsinks on processor chip if you plan on running all 4 cores flat-out. (i.e. a YouTube viewer)…When teamed up with the 7" Pi touchscreen display and the Visual Studio 2015 Community edition (which is free) it makes a great development platform for Win10 IoT, Android, etc. You can develop in C, C#, VB, Python, Java or whatever your favorite language happens to be. Hard to beat it for the price.

Bought to run on PI-Top

Despite some delivery issue perfectly solved by the support team, PI is just awesome. Runs perfectly the PI-top OS (modified Raspbian). Gives me a 10 hours battery computer to bring with me to the beach :).

Awesome at 1st!! But.....

I have bought 2 pi3, because I was impressed with the 1st one. I have problems with the 2nd PI3,The software keeps saying there’s no Bluetooth and there’s no Wireless, tried replacing the software, Raspberrian, and updating it through the Ethernet Cable. Noobs couldn’t even detect the local wifi network. I’ve also tried the following command.

root@pi3:/home/pi# lsusb Bus 001 Device 005: ID 248a:8566 Bus 001 Device 009: ID 05e3:0745 Genesys Logic, Inc. Bus 001 Device 008: ID 0403:6001 Future Technology Devices International, Ltd FT232 USB-Serial (UART) IC Bus 001 Device 003: ID 0424:ec00 Standard Microsystems Corp. SMSC9512/9514 Fast Ethernet Adapter Bus 001 Device 002: ID 0424:9514 Standard Microsystems Corp. Bus 001 Device 001: ID 1d6b:0002 Linux Foundation 2.0 root hub

Hmmm, sounds like there might be some board issues, I would recommend getting in touch with our tech support team, they should be able to help you out!

Finally it has wifi

A Raspberry Pi with wifi and bluetooth is long overdue. The increased processor power makes running a graphical UI reasonably fast. I also bought the RPi LCD touchscreen which was easy to get working.

Great little device

I use this for all my smart house control and prototyping. You get Ghz CPU, WIFI, RAM, screen and camera interface and all is very easy to get working and cheap, the cheapest you will get. Best thing is that you can remote desktop to your smart house control unit and upgrade the software without going around the house with a laptop. Only con I found is that it has only 2 PWM which most MCUs today has, at least, 8.

Not longer hate them

The previous Pi was slow and required add on technology to make it connect to anything. That is all fixed now and I find that I can use a Pi 3 for Linux work and for a workstation.

I still find getting to the GPIO pins a problem as it required root access for changing them. New code is fixing this. I also still miss a real-time clock, but the Pi 3 corrects its time when it connects to a network so that is not too bad.

So I would say this finally this model is the machine that was promised and is usable.

I have bough some hats for Pi 3; they can fix some of the voltage issues. It is just difficult to work with the GPIO as is as voltage are very low and the chance of breaking Pi 3 are high as there is no real protection in the thing.

So far the best cheap board and this version is usable and I already own four boards. Just ordered Pi-Top for two of them. So building my first Linux lap top with Pi 3. Again, finally really usable as work station.

Retropi old school gaming/water cooled over clocked pi3

Spark fun rocks!

Superb Quality Good / Slightly disappointing dispatch

The unit was in excellent condition. It arrived with no damage and unopen. And it worked like a charm. However, I ordered this through UPS since I wanted it to be delivered quickly. But UPS informed me that an invoice is missing so that they had to delay the shipment. I contacted your customer service and they informed me later that they corrected the issue. Delivery was late. Apart from that, everything went fine. Thank you.

Friendlier than a BeagleBone Black

Although it’s somewhat apples and oranges to compare the OS underneath is essentially the same as I’m running Debian Jesse on both. But the Pi3 Debian uses LXDE desktop and comes with a larger number of user friendly applications. It also feels faster than the 20% processor speed difference given that the Beagle has a graphics co-processor. The ease of adding a one-wire temperature sensor compared to the Device Tree of the Beagle (which is more powerful) does lend itself better to the beginner. It took a while to get the WiFi working but once all the problems were solved it’s been running headless for 3 days with an tcp server application that reports temperature on request. The code is a modification from the book “Raspberry Pi” by Bert Van Dam published by Elektor. I have a Pi2 running Octopi connected to my 3D printer. The Pi3 is running headless and will interface to a number of sensors as a tcp server with Delphi Berlin 10.1 Clients running on PC, Androids and iPads. All around a nice product. I’ll probably buy a few more.

Finally Enough To Be A Lightweight Workstation

With the new specs of the RPi3, which includes built-in wifi and bluetooth, this board is fully capable of doing a duty of lightweight workstation.

The RPi foundation has also released and updated GUI, which takes advantage of the board fully, to include Chromium, which is a special built version of Google Chrome.

I’ve been using this, coupled with a Pi-Top laptop kit, as my go-to workstation when I’m out and about.

Good stuff

I bought it (Rasp 3) and a Pi-Top modular laptop kit, designed for physical computing, prototyping with bread boards, that sort of thing. The hope was to get better at java and learn python. I’ll tell you the same thing i told the Pi-Top Co. It Cost me (in Canada) quite a bit more, than it should have, had I done my research. Meaning: I can by one in Canada (Rasp 3 haven’t been able to find a Pi-Top ) with out the import charges, or the home land security questionnaire. THIS IS OF NO FAULT TO THE SPARKFUN PEOPLE. That and the slightly cheap feel of the key board, that is getting better with use, has reduced my review from excellent to good. Sorry spfun. people, subjective utility is subject utility even if it wasn’t your fault :-). if I had know there was more than a 50 dollar import charge I might have looked in Canada a little harder. Rasp 3’s can be bought from the Element14 Canada people in Ontario. But over all very happy, its a really cool little device and makes an incredibly battery efficient laptop mother board. Ten hours of solid use (writing with wifi use, lousy speller) and I still had 20% of my battery.

Fast development platform

I needed to build a fast remote monitor for an out building and this did the trick nicely. I put the camera on it and built a python script that takes a picture and sends it to me every half-hour. Much cheaper and much more fun than a commercial solution.

beautifull piece of tecnology!!

This little computer is so helpful at any project you want, I will use it to make an Arcade video game machine, I am planning add a HDMI LCD and some buttons and of course an arcade Joystick

Great Device

The Raspberry Pi is a great little computing device. I bought this one to go along with the Pi-TopCeed, which is also a great device. I cannot wait to embed a few sensors into the project.

Raspberry Pi 3

The Raspberry Pi 3 is an excellent macro-computer. Great performance!

Speedy and solid

I own several pi’s from the zero up through the 3 and am using this in a pi-top and it is performing beautifully.

We'll see

It’s a christmas gift and part of a larger array of stuff that will be used to teach my son (12) to solder. But it looks cool and I can’t wait to dig in on this project.

This thing is awesome

I have an rpi zero and a nanopi2, but this my favorite. Although the other two are great, this one is so dang fast. It really does approach the feel of a desktop.

It runs node-red and nut UPS monitoring. I keep it SSH tun’d to a remote server so I can always SSH into my home network.

It never breaks a sweat.

I did have an issue with WiFi stability, had to turn off power management for it. That’s a lousy thing to saddle a beginner with, so that is a real con. But, I’m not a beginner, so for me personally it didn’t warrant removing a star.

EDIT: I forgot I was also running OpenHAB and mosquitto on it in a docker container. That’s how fast this thing is!

Pi3 and Pi-top works great

Hi. Assembly was just like video, everything was there and worked out-of-the-box. It boots quickly and runs for hours. I surf, watch youtube (sometimes it lags) and develop in C & Assembly with GCC for high-end embedded ARM devices (the BeagleBone actually!). Compilation is faster than my windows laptop. I really wanted to develop ARM/Linux applications on an ARM/Linux machine. It’s the future. It’s my main machine now. The transition took a week, but the tools and support are all there.

Awesome

I’m new to the RPi, but am loving it so far and I’m enjoying learning all it has to offer.

Great.

No complaints. There’s nothing for me to add about how great the Pi platform is. This board worked perfectly out of the box. 10/10 would buy again.

VERY cool little single-board computer

So inexpensive for what it can do and the fun you can have. Very easy to get started with the hardware and software. Lots of community and Sparkfun support, YouTube vids, articles, etc. The number of use-cases out there seems impressive. My personal objective/use-case is to connect with Pixhawk and provide downlink telemetry as well as video over cellular network. Making very good progress so far and it’s a satisfying learning exercise too. Highly recommend it.

Pi gets ever better

It works great for even slighly heavier use such as SDR (software defined radio) and even web-browsing on all the mainstream places that are full of videoes and pictures is no longer painfully slow.

The in-built wireless is also not just very convenient but also operates on a different channel from the wired Ethernet and USB ports, so it allows for faster IO throughput.

Fantastic

setup for Pihole… doing exceptionally well.

Very cool system for the price

Using in many places.

I am very happy with this

I was impressed at how easy it was to get this up and running. I used mine to build a Stratum-1 GPS NTP server. It has been running for weeks now, and holds time quite well (+/- 2 us), vs the 5ms window of my previous internet-connected NTP server. An off-the-shelf solution like this tends to cost around $500 or more, so this was just a wonderful piece of kit (and it can do so much more!)

The easiest way to build self-driving car model

I’ve started a prototype with Edison board but eventually, I’ve realized that I need a simpler way to run Python and OpenCV code with image recognition so raspberry pi with camera module happens to be what I was looking for. Great board.

Not a bad embedded platform

This thing is reasonably powerful. It runs fldigi without any apparent trouble. Does not run CubicSDR very well however. Some things you should keep in mind:

These boards are static sensitive. This is my third one. First one was damaged I believe due to ESD. The HDMI port quit working even though it worked initially, and the unit ran very hot. It showed enough promise in the intended application-amateur radio, that I bought a replacement that got a lot more careful handling. I then used the damaged one at work to provide a serial source for testing an RS232 datalogger for multiple days at a time. The damaged one was quickly replaced as within a minute or two after powerup the processor would reach, and stay at, about 83 degrees C even with aftermarket heatsinks. I really should throw the damaged one away ;).

Second, If you want to use both the RS232 port and bluetooth, you will have to lock the processor at a specific frequency. Really irritated at the Raspberry Pi foundation for that.

Third, these things need clean power. Spend a little bit of money to get a USB cable that can handle higher current. If they experience any brownouts you are likely going to lock up the processor. What on earth possessed the Pi foundation to use a micro-usb connector to feed in power? Really poor decision for an embedded device.

One thing I do like about this is it is a powerful little computer that can be powered comfortably from a lead acid battery if you are comfortable making your own 5V high current power supply. For my application I believe the average current with the display was a little bit over a half amp. I think there are brief spikes though that can go into multiple amps, however I have not verified this with an oscilloscope.

On both of my operational Pis I am running Ubuntu Linux. Very quickly gave up on Raspbian due to the unorthodox way they handle UART permissions-effectively making the UART useless to progrmas like Cutecom. It seemed to also be a lot buggier than Ubuntu. On one of the Pis I have the 7" touch screen the Pi foundation sells. If you are writing your own software and user interface that is OK, but the screen elements on most other software are too small for a touch screen to be effective. Also the Pi foundation’s touch screen has too few pixels for most software to display properly.

Bluetooth keyboards can be a challenge to setup on Linux, good luck ;). It is best to immediately uninstall blueman if you are going to try to setup a bluetooth keyboard. So far I have found out of 2 bluetooth keyboards I have setup on Pis, that blueman didn’t work at all. I have had to use a program called bluetoothctrl-a command line utility. I have been using an embedded HDMI display I bought from Adafruit for the Pi that runs fldigi (a HAM radio application) that has a higher screen resolution but about the same dimensions as the Pi foundations 7" display.

I hope all this is helpful to anyone thinking of using one of these Pis in an embedded project.

Love it, taught the kids how to make a pi arcade

I bought this RasPi with the PiRetrocade kit. I showed the kids how to make a lunch box arcade with the “SparkFun PiRetrocade” kit (KIT-14007). The PiRetrocade kit, it is so simple anybody can do it. Only thing I would change on the PiRetrocade kit, the connector are too big for those small wires.

greatest thing since Solid State Electronics

Yeah, I go back always in playing with ~Zap~.

Built my first Radio in 1957. I Worked in the Army when they got their FIRST IC transceiver in 1969.

And now I play with RasPi….

Fun.

so much fun

although i didnt buy a proper power supply at first, im running my pi3 off of an old atx power supply, which has more than enough juice. love the pi3, still playing with the pi1’s, of which i have 3, ill probably pick up another 3 at some point. only thing i wish i had a uk version. also, heatsinking the 3 is a good idea, and was a fun project in and of itself. enjoy!!!

Awesome ... with a good sdcard ...

What can I say, an rpi with wifi … awesome. As with all pis, performance is linked to the quality of the sdcard … so pick one with a fast transfer rate. I’m not going to advertise for anyone here but there are sites that provide comparative reviews of sdcards that are very helpful.

Shockingly powerful

For such a low price, the Pi has great specs and performs wonderfully. You need to know Python to get any specialized performance out of it. However, it does work great with the default settings too!

This thing Rocks!

Way faster than the raspberry pi 2. And With wifi and Bluetooth on board this little gem opens up a ton of possibilities! I just wish I had more time to play with it. Spark fun sent the unit at A great price and I got it fast! Having so much fun and learning a lot! There’s so much power in this tiny computer it’s amazing!

My students are having a blast using it

My advanced Computer Science students are having a great time building self-directed final projects using the Pi3.

It's an even better Raspberry Pi!

I already loved the Raspberry Pi but this one is kinda sick. The built-in WiFi makes this super convenient and I’m looking forward to playing with the Bluetooth capabilities as well. Just get one already!

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Big upgrade

Everything works so much faster now!

Speedy upgrade

Great speed upgrade for the Pi. 64 bit cpu really helps. Just waiting for the Bluetooth to work and the WiFi to configure correctly.

The best PI yet!!!

It’s awesome having the extra speed (1.2ghz), the WiFi and Bluetooth built in!!! I love this thing!!

Related Tutorials

Bark Back Interactive Pet Monitor

March 8, 2017

Monitor and interact with pets through this dog bark detector project based on the Raspberry Pi!

Raspberry Pi 3 Starter Kit Hookup Guide

April 11, 2016

Guide for getting going with the Raspberry Pi 3 starter kit.

PiRetrocade Assembly Guide

October 28, 2016

Build your very own retro gaming controller using the SparkFun PiRetrocade Kit.

Support Tips

NTSC video output

If you don’t want to use HDMI for video, you can with the correct TRRS cable, connect a Pi to a composite video monitor. Just edit /boot/config.txt by commenting out the following lines:

dtparam=i2c_arm=on
dtparam=spi=on
hdmi_force_hotplug=1

And adding these lines:

hdmi_ignore_hotplug=1
sdtv_mode=0