| Standing screen display size | 0.01 |
|---|---|
| Processor | a_series |
| RAM | 1 GB DDR3 |
| Memory Speed | 1.4 GHz |
| Card Description | Integrated |
| Graphics Card Ram Size | 1 |
| Wireless Type | 802.11bgn, 802.11ac |
| Number of USB 2.0 Ports | 4 |
| Number of USB 3.0 Ports | 3 |
Element14 Raspberry Pi 3 B+ Motherboard
| Brand | Raspberry Pi |
| CPU Socket | Broadcom BCM2837BO 64 bit ARMv8 QUAD Core A53 64bt |
| Compatible Devices | Personal Computer |
| RAM Memory Technology | DDR3 |
| Compatible Processors | Intel Core 2 DUO |
| Memory Speed | 1.4 GHz |
| Platform | Linux |
| Series | Raspberry Pi 3 Model B+ |
| CPU Model | A-Series |
| RAM Memory Maximum Size | 1 GB |
About this item
- Make sure this fits by entering your model number.
- 1.4GHz 64-bit quad-core ARMv8 CPU, 1 GB RAM
- 802.11n Wireless LAN, 10/100Mbps Lan Speed
- Bluetooth 4.2, Bluetooth Low Energy
- 4 USB ports, 40 GPIO pins, Full HDMI port, Combined 3.5mm audio jack and composite video
- Camera interface (CSI),Display interface (DSI), Micro SD card slot (now push-pull rather than push-push), VideoCore IV 3D graphics core
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Product Description
New Original Raspberry Pi 3 Model B+ Built-in Broadcom 1. 4GHz quad-core 64 bit processor with Low Energy On-Board Wi-Fi Bluetooth and USB Port Built on the latest Broadcom 2837 ARMv8 64 bit processor, Raspberry Pi 3 Model B+ is faster and more powerful than its predecessors. It has improved power management to support more powerful external USB devices and now comes with built-in wireless and Bluetooth connectivity. To take full advantage of the improved power management on the Raspberry Pi 3 and provide support for even more powerful devices on the USB ports, a 2. 5A adapter is required. Technical Specifications: - Broadcom BCM2837BO 64 bit ARMv8 QUAD Core A53 64bit Processor powered Single Board Computer run at 1. 4GHz- 1GB RAM - BCM43143 Wi-Fi on board- Bluetooth Low Energy (BLE) on board- 40 pin extended GPIO - 4 x USB2 ports- 4 pole Stereo output and Composite video port- Full size HDMI- CSI camera port for connecting the Raspberry Pi camera - DSI display port for connecting the Raspberry Pi touch screen display - Micro SD port for loading your operating system and storing data- Upgraded switched Micro USB power source (now supports up to 2. 5 Amps. Package Contents : - 1x Raspberry Pi 3 Model B+
What's in the box
Videos
Videos for this product

34:03
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PiVPN : How to Run a VPN Server on a $35 Raspberry Pi!
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Unboxing Raspberry Pi 3 Model B for Many Projects
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Product information
Technical Details
| Brand | Raspberry Pi |
|---|---|
| Series | Raspberry Pi 3 Model B+ |
| Item model number | Raspberry Pi 3 Model B+ |
| Item Weight | 0.035 ounces |
| Product Dimensions | 3.54 x 2.36 x 0.79 inches |
| Item Dimensions LxWxH | 3.54 x 2.36 x 0.79 inches |
| Processor Count | 4 |
| Computer Memory Type | DDR2 SDRAM |
| Hard Drive Interface | Ethernet |
| Hard Drive Rotational Speed | 0.01 |
| Voltage | 5 Volts |
| Manufacturer | Element14 |
| ASIN | B07BDR5PDW |
| Is Discontinued By Manufacturer | No |
| Date First Available | September 1, 2017 |
Additional Information
| Customer Reviews |
4.8 out of 5 stars |
|---|---|
| Best Sellers Rank | #348 in Computer Motherboards |
Warranty & Support
Feedback
Customer reviews
Customer Reviews, including Product Star Ratings help customers to learn more about the product and decide whether it is the right product for them.
To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzed reviews to verify trustworthiness.
Learn more how customers reviews work on AmazonReviewed in the United States on June 6, 2018
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The Raspberry Pi 3 b+ comes with four USB 2.0 ports, an HDMI port, an Ethernet port, audio out port, a RPi camera port, a MicroUSB port for power purposes (you power the Pi with a 2.5A or 3A 5v power supply and a microUSB cord, like what you'd use to charge an Android phone), and a GPIO pin board for all sorts of things. Each of these ports is quite rigid, especially the audio port, which I really got scared for when I was plugging in headphones for the first time to test my audio capability, but so far, the board has held up very well and all plugins have stayed in and remained stable throughout all operation and any maneuvering I had to make with the board. The GPIO pins are very sturdy and seem well built. The Wifi and Bluetooth that comes natively with the Raspberry Pi 3b+ works very well and seems reliable.
My model is the 1 GB RAM version, and so far, the single GB of RAM has done a great job of juggling different programs, and I've had no major issues with bottlenecking while running programs like Chromium (Raspbian's native lightweight Chrome-based web browser), a few terminals, htop ( a resource monitoring utility that sits in a terminal window), and a Python IDE for programming purposes.
As a test, the first night I received this product, I fired up some updates while running two Youtube videos (at 360p, which is what Chromium's codec allows for on the Raspberry Pi 3 b+, alongside htop, a python IDE, and a couple of terminal windows, and fired up a temperature monitor I programmed to check for temps. The Pi was sitting around 50 degrees Celsius in a room that was about 25 degrees Celsius, which I thought was pretty good considering I had no heatsinks or fans installed on it, and it was just sitting on my desk. So, it can handle stuff pretty well without turning into an oven so far.
At this point, I definitely highly recommend this product. I can think of no device that can be purchased for this amount of money that has the sheer amount of utility, potential, and geek-factor. Nothing even comes close. The Raspberry Pi and variations of it have infinite usability, and they are the PERFECT gift for an aspiring programmer, kid tinkerer, novice engineer, or for anyone wanting to take a dive into the world of Linux-based operating systems and programming. The Raspberry Pi can do it all, and I'm incredibly impressed.
There are faster (and more expensive) SBC's like the Asus Tinkerboard and the Odroid XU4 but their level of online support can't match the latest Raspberry Pie 3b+. This a great way to get into computing and programming and is a great choice for someone on a budget. You will also need a power supply and a case and an HDMI cable, a keyboard and a mouse (USB) which you probably already have those last two. Oh, also a class 10 micro sd card (Samsung Evo is a good choice). I recommend at least a 16 gig card but it can take up to 128 gig card. I am getting along fine with a 32 gig Evo. I also recommend a couple of heat sinks which just stick on.
Samsung 32GB 95MB/s (U1) MicroSD EVO Select Memory Card with Adapter (MB-ME32GA/AM)
LoveRPi Performance Heatsink Set for Raspberry Pi 3 Model B (2 Heatsinks)
And this power supply/
NorthPada Raspberry Pi 3 Model B B+ Plus Power Supply Charger AC Adapter 5V 3A PSU Micro USB 5 Feet with Power On/Off Switch (1 X Power Supply)
You can buy a CanaKit with most of similar components but these I have recommended are better and a little more expensive. But worth it.
If you can afford it I highly recommend this case to install it in.
The perseids NES Case, NES & VCR Retro Synth Mini Computer Case with Cooling Fan for Raspberry Pi 3, 2 and B
Then hit enter. It will spell out the CPU for you or give the CPU architecture number 7 or 8. With 8, you can run 64-bit. Cheers!
**UPDATE: 10/1/2018 Works great but it comes with ARMv7 not 8. Beware - false advertising**
———————————————————
Firstly, make sure you have a micro as card with the OS of your choice installed. I have one sd card with the NOOBS installer for the Raspbian OS (Raspberry’s de facto operating system). All I had to do was download NOOBS files, format the sd card to FAT32, and copy the NOOBS files onto the card, and plug it into Raspberry Pi motherboard. When I turned it on, the motherboard picked up on the system files and walks you through the install, and there’s various OS’s you can pick from. I also have another sd with RetroPie (video game emulation OS). RetroPie needs to be imaged onto the sd card before being plugged into the Raspberry Pi. I bought a housing unit with a fan for this thing that also comes with heat sinks (a must-buy if you ask me). If you are new to Unix-like OS’s, learn a few Terminal commands to learn how to do just a few things on here like running things as an administrator, navigating files, creating folders, etc. This product is a great buy. If anyone has any questions about this, feel free to comment.
Top reviews from other countries
(Se già conoscete RPi, saltate questa prima parte)
Questo piccolo computer ha i suoi punti di forza nel consumo ridotto, nel costo e soprattutto nell'immensa comunità di supporto. Può essere utilizzato come computer generico (malgrado la potenza un po' limitata...) o per ospitare servizi casalinghi che devono sempre rimanere accesi (da torrent a server multimediale); offre il meglio di sé quando vi interessa interfacciarvi con l'hardware auto-costruito.
Nel pacco troverete solo la scheda; per renderlo operativo occorre una micro SD (almeno 8 GB se volete l'interfaccia grafica, possibilmente veloce) ed un alimentatore USB compatibile, da 2-3 A ( questo per esempio ). Non è strettamente necessario un dissipatore/ventolina, soprattutto se lo usate senza alcun contenitore, cosa che consiglio. Potete collegarci un monitor HDMI (va bene anche un televisore) e tastiera/mouse USB, ma personalmente lo uso quasi esclusivamente in modalità headless (senza monitor/tastiera/mouse). Come sistema operativo consiglio Raspbian (ma sul sito ufficiale ne trovate molti altri compatibili)
(per chi usa già RPi)
Questa versione 3B+ non è una rivoluzione rispetto alla 3B "liscia". Cosa cambia:
* il WiFi è ora anche a 5 GHz, cosa che si rende sempre più necessaria a causa dell'affollamento della banda 2.4 GHz, perlomeno se i vostri vicini usano WiFi
* la rete sale a 1 Gbit/s, cosa solo in parte davvero sfruttabile (la velocità massima è di circa 300 Mbit/s, a causa della connessione interna USB 2.0)
* l'aumento di prestazioni fa sempre piacere, anche se stavolta porta con sé il rischio concreto di surriscaldamento; se lo usate all'interno di un case è utile una ventolina o almeno un dissipatore (se invece lo usate aperto, non dovreste avere problemi per temperatura ambiente sotto i 30 °C)
* è necessario un alimentatore di qualità (assorbe qualcosina più di 1 A a pieno carico e senza nulla di collegato, quindi meglio stare sui 2 o 3 A); SOPRATTUTTO usate un cavetto USB corto e di sufficiente diametro. Per i test consiglio "cpuburn" (da cercare in rete)
* purtroppo la RAM è ancora ferma ad 1 GB... Se vi interessa e, soprattutto, non avete fretta potete sempre prendere un Raspberry Pi 4B
* purtroppo il PoE è solo come opzione futura ed esterna (peccato: sarebbe stato davvero utile!)
Perfettamente compatibile con le versioni attuali di Raspbian (ma non con Jessie): il primo boot l'ho fatto senza alcun problema con la micro SD che usavo su un RPi 3 B "liscio".
Conclusione: nessuna rivoluzione, ma un'evoluzione sempre gradita, malgrado qualche piccolo problema. Ovviamente consigliato...
This version comes with a 1.4 GHz Broadcom CPU, 1 GB RAM, Wi-Fi, Bluetooth, HDMI Audio-Video out, Composite Audio-Video out, Gigabit Ethernet (delivers about 300 Mbps). Indeed the only thing I had to supply was Keyboard, Mouse and Power.
The power recommendations are higher (5V DC 3A) but it will also work with an older mobile phone charger that is rated at-least 5V DC 1.5A as long as do not connect too many peripherals. In headless more (no peripherals, no HDMI out, no Wi-Fi), it will just about work with 5V DC 1A adapter. I purchased a 5VDC3A adapter from Element Engineers on Amazon and the board is working well it it.
The heating of the CPU has been normalized by using a heat-spreader. The CPU does touch 80+ degrees centigrade during benchmarking tests but remains stable. I purchased a basic plastic case and heat-sinks from REES52 on Amazon and the board is working well. I applied a little thermal transfer paste while mounting the heat-sinks and these Aluminum blocks are certainly picking up a lot of heat away from the CPU.
The Raspbian "Stretch" OS is a delight. In the Console-only version, it only takes 22MB RAM on start. In the Desktop version, it takes about 50MB on start. Compare this to Ubuntu on PC which takes over 300MB on start and does not work properly on a system with less than 2GB RAM. The OS starts in 5 seconds. Even the Desktop version starts in less than 10 seconds when loading from a Sandisk 16GB Class 10/U1 MicroSD card.
On the Internet, there are tons of reviewers who will talk about better boards from other manufacturers. What they do not get is the mission of the Raspberry Pi Foundation and how hard they work in staying true to their mission. For example, the Asus Tinkerboard is twice as fast at twice the price. Is it that Eben Upton (the founder of Raspberry Pi Foundation) cannot invent a faster Raspberry Pi board and charge a higher price? Certainly he can, but his mission is to deliver the best technology experience while staying under the $35 price point. Consider this:
- Boards such as Orange Pi (from Schenzhen Xunlong, China) are available at $35 price but are highly subsidized by the Chinese government. Without the subsidy, they would cost nearly $60. I recently purchased a Orange Pi board and after paying for shipping ($5) and Customs duty (nearly 44%), the board costs me Rs.4000/-. In comparison, the Raspberry 3B+ board costs me Rs.3400/-. Not to mention the painless warranty/return support I get in case of the Raspberry Pi board.
- Boards such as Odroid / Asus Tinkerboard are way faster than the Raspberry Pi but at the$70 price point, you are better off buying an Intel Atom processor integrated motherboard than can run Windows.
If you are looking for raw-power, then considering a SBC is ridiculous. But if you want to create devices around the house that serve specific functions such as a Firewall, Ad-blocker, VPN Gateway, Printer Sharer, HDD Sharer, Media Player, Retro-game machine, then you should consider the Raspberry Pi because of it's engineering and developer support.
Let me know if the review was "Helpful".
Reviewed in India 🇮🇳 on August 5, 2018
This version comes with a 1.4 GHz Broadcom CPU, 1 GB RAM, Wi-Fi, Bluetooth, HDMI Audio-Video out, Composite Audio-Video out, Gigabit Ethernet (delivers about 300 Mbps). Indeed the only thing I had to supply was Keyboard, Mouse and Power.
The power recommendations are higher (5V DC 3A) but it will also work with an older mobile phone charger that is rated at-least 5V DC 1.5A as long as do not connect too many peripherals. In headless more (no peripherals, no HDMI out, no Wi-Fi), it will just about work with 5V DC 1A adapter. I purchased a 5VDC3A adapter from Element Engineers on Amazon and the board is working well it it.
The heating of the CPU has been normalized by using a heat-spreader. The CPU does touch 80+ degrees centigrade during benchmarking tests but remains stable. I purchased a basic plastic case and heat-sinks from REES52 on Amazon and the board is working well. I applied a little thermal transfer paste while mounting the heat-sinks and these Aluminum blocks are certainly picking up a lot of heat away from the CPU.
The Raspbian "Stretch" OS is a delight. In the Console-only version, it only takes 22MB RAM on start. In the Desktop version, it takes about 50MB on start. Compare this to Ubuntu on PC which takes over 300MB on start and does not work properly on a system with less than 2GB RAM. The OS starts in 5 seconds. Even the Desktop version starts in less than 10 seconds when loading from a Sandisk 16GB Class 10/U1 MicroSD card.
On the Internet, there are tons of reviewers who will talk about better boards from other manufacturers. What they do not get is the mission of the Raspberry Pi Foundation and how hard they work in staying true to their mission. For example, the Asus Tinkerboard is twice as fast at twice the price. Is it that Eben Upton (the founder of Raspberry Pi Foundation) cannot invent a faster Raspberry Pi board and charge a higher price? Certainly he can, but his mission is to deliver the best technology experience while staying under the $35 price point. Consider this:
- Boards such as Orange Pi (from Schenzhen Xunlong, China) are available at $35 price but are highly subsidized by the Chinese government. Without the subsidy, they would cost nearly $60. I recently purchased a Orange Pi board and after paying for shipping ($5) and Customs duty (nearly 44%), the board costs me Rs.4000/-. In comparison, the Raspberry 3B+ board costs me Rs.3400/-. Not to mention the painless warranty/return support I get in case of the Raspberry Pi board.
- Boards such as Odroid / Asus Tinkerboard are way faster than the Raspberry Pi but at the$70 price point, you are better off buying an Intel Atom processor integrated motherboard than can run Windows.
If you are looking for raw-power, then considering a SBC is ridiculous. But if you want to create devices around the house that serve specific functions such as a Firewall, Ad-blocker, VPN Gateway, Printer Sharer, HDD Sharer, Media Player, Retro-game machine, then you should consider the Raspberry Pi because of it's engineering and developer support.
Let me know if the review was "Helpful".
Cette version 3 B+ permet de booter sur une clé USB, toutefois après flashage de la clé, il faudra éditer le fichier config.txt pour spécifier l'emplacement de démarrage (par défaut sur la carte SD). Le boot sur USB est pratique si comme moi vous avez oublié d'acheter un lecture de carte SD.
Concernant l'OS, attention à prendre une version compatible avec ce modèle : le mien tourne sous Librelec v8.2.5 (avec un plugin pour Plex). J’avais essayé Rasplex v8, mais cette version n'est pas encore supportée (pas de boot).
Dernier point, malgré l'utilisation d'une alimentation de PC (90W) fournissant facilement 8A sur le rail de 5V, j'ai souvent un éclair jaune en haut à droite de l'écran indiquant une alimentation insuffisante de mon Raspberry. Après recherches, mon problème vient du câble usb utilisé dont les fils sont trop fins. Par conséquent, en cas de charge du raspberry, il y a une trop grand résistance au niveau des câbles créant une chute de tension. Veuillez à bien choisir un câble supportant 2.5A minimum (si il y a une inscription sur le câble, vérifier l'indication du type 2C-24 AWG et choisir au maximum 24).
With WiFi, Bluetooth and full USB connectivity out of the box, I was playing Super Mario Kart with a pair of 8BitDo SN30 Pro pads within half an hour of opening the box.
It's worth noting that the official Raspberry Pi PSU I bought with my Pi3 Model B isn't powerful enough for this newer 'B+' model.
It's only 2.5A output, were as the B+ needs a stable 3A or you get 'under voltage' alerts.



















