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16GB Raspberry Pi 5 on sale now at $120

We first announced Raspberry Pi 5 back in the autumn of 2023, with just two choices of memory density: 4GB and 8GB. Last summer, we released the 2GB variant, aimed at cost-sensitive applications. And today we’re launching its bigger sibling, the 16GB variant, priced at $120. Keep reading for more on the new variant as well as on Raspberry Pi Carbon Removal Credits, also launching today.

Why 16GB, and why now?

We’re continually surprised by the uses that people find for our hardware. Many of these fit into 8GB (or even 2GB) of SDRAM, but the threefold step up in performance between Raspberry Pi 4 and Raspberry Pi 5 opens up use cases like large language models and computational fluid dynamics, which benefit from having more storage per core. And while Raspberry Pi OS has been tuned to have low base memory requirements, heavyweight distributions like Ubuntu benefit from additional memory capacity for desktop use cases.

The optimised D0 stepping of the Broadcom BCM2712 application processor includes support for memories larger than 8GB. And our friends at Micron were able to offer us a single package containing eight of their 16Gbit LPDDR4X die, making a 16GB product feasible for the first time.

Carbon Removal Credits

We’re proud of the low environmental impact of Raspberry Pi computers. They are small and light, which translates directly into a small upfront carbon footprint for manufacturing, logistics and disposal. With an idle power consumption in the 2–3W range, and a fully loaded power consumption of less than 10W, replacing a legacy x86 PC with a Raspberry Pi typically results in a significant reduction in operating power consumption, and thus ongoing carbon footprint.

But while our upfront carbon footprint is small, it is not zero. So today, we’re launching Raspberry Pi Carbon Removal Credits, priced at $4, giving you the option to mitigate the emissions associated with the manufacture and disposal of a modern Raspberry Pi.

How does it work?

We commissioned Inhabit to conduct an independent assessment of the carbon footprint of manufacturing, shipping, and disposing of a Raspberry Pi 4 or 5, which came to 6.5kg of CO₂ equivalent. When you buy a Raspberry Pi Carbon Removal Credit from one of our Approved Resellers, we pay our friends at UNDO Carbon to begin capturing that quantity of CO₂ from the atmosphere using enhanced rock weathering (ERW) technology.

It’s that simple.

What is enhanced rock weathering?

As rain falls through the atmosphere, it combines with CO₂ to form carbonic acid. When this weak acid falls on mountains, forests and grassland, the CO₂ interacts with rocks and soil, mineralises, and is safely stored in solid carbonate form. The natural process of weathering already accounts for the removal of one billion tonnes of CO₂ from the atmosphere every year.

ERW accelerates this natural process by spreading crushed silicate rock (in our case, basalt) on agricultural land, increasing the surface area of the rock and therefore increasing its contact with CO₂. Overall, this reduces the timescales involved from millions of years to mere decades. Once the reaction takes place, the CO₂ is permanently locked away for 100,000+ years.

In addition to capturing CO₂, spreading basalt on agricultural land also brings with it significant co-benefits. Silicate rocks are mineral-rich; as they weather, they release nutrients such as magnesium, calcium and potassium, improving soil health and reducing the need for fertilisers. Trials with the University of Newcastle have shown an increase in crop yield following the application of crushed basalt rock. In addition, the alkaline bicarbonate ions captured during the ERW process are eventually washed out to sea, where they help to deacidify our oceans.

You can find out more about UNDO’s work here.

Why capture carbon in the future, not the past?

Generally, when you buy carbon offsets, you are paying for carbon capture which has taken place in the past (for example by planting and growing trees). When you buy Raspberry Pi Carbon Removal Credits, UNDO spreads basalt now, which then captures the rated quantity of carbon over, roughly, the next twenty years.

We’ve chosen ERW because we believe it’s a more rigorous, scalable, verifiable approach to carbon capture than traditional approaches like planting (or, more ridiculously, agreeing not to cut down) trees: quite simply, it’s our best shot at drawing down a material fraction of humanity’s carbon emissions in our lifetimes. But, as it is a relatively new technology, there is no pool of offsets corresponding to historical capture available for us to purchase.

So, we’re doing the next best thing: paying UNDO to start an irrevocable process of carbon capture which will continue over the next two decades and beyond. We hope that our embrace of ERW will help raise awareness of this world-changing technology, and perhaps inspire others to take their first steps with it.

91 comments

And purchased – £115.00 at the PiHut – and many thanks to the entire Pi team for all their hard work over the years :D

You’re most welcome. Like all Raspberry Pi products this is the result of a huge amount of work by people both inside the organisation and outside, including our suppliers, open source contributors, and other community members.

For good measure I even purchased a carbon removal credit at the same time and I dare say I’ll end up buying some more (I’ve lost count the number of Pi’s I’ve got both at home and in work) in the near future.

In the meantime my new Pi 500 will now join my new official 15.6″ monitor and become a (almost) laptop.

Well done! Another marvelous product!

😊

Ordered mine, thank you.
I look forward to consolidating more roles onto a single PI and redeploying some others. Fantastic.

Can we have a 1GB Pi zero2 please? Love the Zero 2. Perfect cost vs price. But it really struggles when I am compiling code on it. I have not herd of this ERW, I would look this up. I would argue that RPi don’t need to do this, over the years the RPi has replaced so many inefficient PC’s that they have already saved tones of CO2. As a Green party supporter I am very suspicious of all carbon capture projects as they dirty the name of renewable energy. Feel like an excuse to just keep pumping out green house emissions.

Definitely with you on this: the Zero 2 W is nearly the perfect little power-sipping Pi, but the 512 MB of RAM severely limits its applications (IMHO).

Yet I am glad a cheap Pi Zero with little RAM exists, my application is a digital radio hotspot for amateur radio (for DMR) which barely requires any RAM and for that it’s really nice to save some money on RAM. :)

(I live between to hills and cannot contact any repeater at home, I’d need to walk at least a kilometre before I’m in range. :D)
I agree more RAM would be great, just keep the cheaper version in stock as well. :)

Is there a suitable LPDDR2 PoP Memory Module available which is cost effective ??

Pi Zero 2 has stacked die inside the SIP. So this would require a completely new substrate designed

Well then time to do it! Haha. Just snap your fingers and make it happen, that’s how hardware is, right?

Hey, how about a Raspberry Pi Zero 3 W, based off the Pi 4, available with 1 or 2 GB of RAM for $25?
And I agree with Richard that “carbon capture” is fake science, where costs are high, efficiency is nonexistent, and someone is making money off a worthless scheme. Just think about the one RPi is using: spreading minerals to enrich the soil enriches the farmland, so why shouldn’t the “farmer” (probably a rich corporation) pay for that since it enhances their yield and profits?

I had a project recently that could use a Zero W2. I setup the system, and it works great running the project. I had a _tiny_ little rust project that runs, so it would be handy to be able to compile on the Zero W2. It almost can do it. I had to up the swap space, so it can compile, but I’m on the very edge of what can be done with the hardware on what is at the end of the day, a very simple project. 1GB would be a Great Leap Forward even with the current CPU on there. Just that one change would make a massive difference.

seconded. 512mb was fine for the OG model but that was 10 years ago. 1 or 2 GB would be perfect for the next model of the zero line.

Great news, gonna buy one soon. Regarding CO2 credits, I would like to support forests instead of mining some mineral to absorb it. Could you add a second option – to support forests, anywhere? Amazonian forest, for example. Does the carbon trading program allow to do it? Or can RPF create its own foresting program, in the UK? I would rather support directly planting trees where possible. IMHO, we should be paying forest owners for not destroying it. Not some industrial scale rock mining and grinding business, albeit in good will, supposedly.

Just a quick note on this (I should have been clearer in the article). You don’t need to mine basalt, as it’s readily available as the tailings of existing mining activity. You do need to grind it somewhat more finely, and transport it to the point of use of course.
My concern with tree planting is that it: is hard to verify; only captures carbon for a relatively short period; and isn’t particularly scalable (there just isn’t that much land available to plant trees on).

Question is, why would we want to capture CO2 instead of stopping deforestation? The implicit reason for capture is to decrease global warming (which quietly transformed into climate change). Global warming itself is made of lots of local warmings. And local warming depends on albedo, small water cycle, soil ability to capture water, tree ability to capture and release water later while shadowing land, soil transformation into hot roads, buildings, parking lots etc.
Also, the specific photon frequency/wavelength absorption in various air molecules works in both directions – not only from the Earth to the universe, but also from the Sun to the Earth, hence warming atmosphere from both sources, potentially blocking irradiation to the Earth more than from the Earth to the space at specific (resonant) wavelengths. I haven’t yet compared the bilance of this effect according to black body irradiation (5800K vs. ~300K) per square area of Earth surface. Homework not done yet, my bad. Correct me if I’m wrong on this.
So, do we rather favor clear atmosphere, or hazy? Do we want to block irradiation from the Sun in the upper, or lower layers of atmosphere, or even nearby the surface (increasing albedo)?
Here in CZ, we have double the increase of temperatures over the industrial period than the rest of the world. Twice the concentration of CO2?
Stopping deforestation should be the first step IMO. Flawed carbon trading scheme, leading to inefficient allocation of resources won’t help us. It should route credits (=money) there where CO2 release is to be suppressed for the lowest price.
Catching CO2 just for the reason that the trading scheme favors it may be suboptimal allocation of resources, still with respect for your program. CO2 credit is just a measure of efficiency for comparison purposes in my view, not raison d’etre for actual physical removal.

I knew this day would come! Will the 500 get a memory upgrade too?

And will it also have a useable M.2 connector instead of the phantom footprint?

Great work! Here’s hoping the an upgrade for the 500 will be announced soon as well?

In Denmark the price is 151,88 $ …

Including local sales tax?
The price $120 is before any added purchase tax or import tariff.

Raspberry Pi products are sold in US Dollars, therefore you need to factor in exchange rate, local taxes and shipping as additional costs. 1319.20 SEK = 119 US$
https://www.electrokit.com/raspberry-pi-5-16gb

https://www.electrokit.com/raspberry-pi-5-16gb
1319.20 SEK = 119 US$ with any taxes etcetera

40$ for the board, and 5$ per gigabyte.
2Gb: 50$
4Gb: 60$
8Gb: 80$
16Gb: 120$
So 80$ for the RAM…

That looks good :)

looks awesome can’t wait to pick one up!

With this, I think I can finally retire my personal Intel & AMD hardware

I’m planning to main one of these in an NVMe-equipped Argon case. Bringing my preferred display, keyboard and whatnot.

Pi OS is quite amazing these days. I think with the looming nudge onto Windows 11 later this year, folks may find comfort in Raspberry Pi OS – properly supported hardware & software and an OS that properly supports programming and creative goals.

Loving my 500 setup too 🙂

What nudge onto windows 11? Does this mean rpi is going to be pushing M$ Software in the future?

The comment is referring to Windows 10 users been pushed to use Windows 11, which means that they need newer compatible PCs and laptops.
In reality, people will be able to continue using Win10 with security updates no problem if they choose.

A 4 core Pi5 16G with NPU and external USB SSD, 2x 4K Displays is higher spec than many other vendors low end computers that cost more (and other negatives).

What is missing though is a 3d CAD software that I personaly like. I have used FreeCAD – but for me : it doesn’t suit me, I prefer the fusion360 way of sculpting a design.
Any chance you could use your influence to get 3d CAD software ported to PiOS/ARM ? – maybe Fusion360 or Shapr3D or anyone else really. Pretty please with a cherry on top…

Dear Edmund Blackadder,
The way to persuade software companies to port their products to other platforms is to persuade them that the platform in question is becoming very popular. Therefore you could start the ball rolling yourself by publicising how popular Raspberry Pis have become, and how many of us are now only using Raspberry Pi because it is so well designed. To publicise it, just write letters to newspapers and magazines, and offer talks on the subject to all the local clubs and societies in your area. The result would be to get the Raspberry Pi known even more widely, and also give you a lot of enjoyment in the process.
Incidentally; you appear to be a distant cousin of mine because my family has ancestors who were the original Blackadder border reivers in the Middle Ages.

This is great but what I’d really like to see is an RPi 500 with 16GB and an NVMe slot. That is actually targeted at a resource-heavy desktop that could benefit from the large storage and memory.

Oooooh. What I want to see is some form of magic case that sports that Pi 500 – 16GB and the 16 inch LCD into a handy dandy portable notebook like design. Maybe even with a battery. Well done Mr Upton. Oh yea were going to need that M.2 slot. MMMmm I love Pi

I’ve ordered the NVME version of the following case https://www.waveshare.com/wiki/Pi5-Module-BOX (Pi5 Module BOX-C version)
from a certain river named online retailer.

It works out cheaper than the Argon 40 NVME case and mounts the NVME drive to the side of the Pi 5 which should allow for better cooling – and I can still use the GPIO pins for a non-PCIe HAT if I wanted too.

Are there any plans on making 16GB variants of the CM5 or the 500?

Keen on this answer too

CM5 16GB as announced last year. I am confused that we got a 5B 16GB first.

But much more confused, that I have to wait like Homer Simpson for his gun.

I’m finally happy to see Raspberry Pi’s coming out with a 16gb RAM Module. This makes it easier for me to record and play games without having to use my USB for Virtual RAM space.

Thanks Team! All of you, really. These products you send to us are way to enjoyable.

Also, is their a promo code for pishop.us for this?

About the carbon emissions. It would be nice if you could consolidate your product launches to a few days as opposed to the several launches across several weeks. The would reduce the shipping charges and the emissions your customers generated by buying your products in different shipments. Please consider that in the future

Dear Andre Costa,
The savings on transport you outline here are all achievable by yourself; by simply waiting until all the items you have hoped for have all become available, and then making a bulk order for them in one go. This of course requires the exercise of patience!

Does it have ECC error protection like the CM5 16GB version?
Thank you

CM5 and Pi 5 use the same RAM chips, which support internal ECC (not PC ECC RAM where the motherboard has to support it). Note that there is no CM5 with 16GB RAM, only 16GB EMMC – RAM is 2GB, 4GB or 8GB.

lol I just bought the 8GB 3 weeks ago. Damn my timing.

Well, consider yourself lucky then. You previously decided that 8gb is enough. So you managed to save lot of money if you wouldn’t resist the temptation today.

Congratulations Eben and Raspberry Pi team on this milestone! The leap to 16GB opens up so many new possibilities for developers and educators alike. I can see this being a game-changer for projects that demand heavy multitasking, large data processing, or even entry-level machine learning applications.

For those exploring the potential of the 16GB Pi 5, what kind of use cases are you most excited about? Personally, I’m curious about its performance in Edge AI Inference.

Thanks to the RPi team for continuing to push the boundaries of affordable computing!”

I want one :( but the reseller on my country doesn’t have it and doesn’t seem to have plans to sell it. 🥲

Thank you! A 16GB Raspberry Pi! The 8GB Pi 5 already makes a great web server, being able to stuff some more stuff into memory for really quick database access would be a wonderful step forward. The 64GB microSD Card, a 512GB NVMe drive and hat, and 16GB of RAM on a Pi 5 hosted for $10/month is extremely competitive in the web hosting space. With the added bonus that you are not multi-tenant, so there is no worry about a Specter / Meltdown type issue of leaking data to the other tenants of the system.

It is tough ask to spend so much on a computer with these flimsy micro-HDMI ports. If one breaks off you have lost $120. I will wait to see if the RPi6 reverts to full sized HDMI connectors.

This seems very unlikely – look at the size of the board, the size of a full size HDMI connector and the other components competing for board space.

Dear Andrew,
I am severely disabled, and have some serious motor control limitations, and tend to be somewhat shaky with occasional involuntary twitches. I have been using 4B and 5B Raspberry Pis since the 4B was first released, and have so far failed to break any of the micro-HDMI ports. The only part I have broken was one of the clips on the camera ribbon port on a 4B. All the ribbon ports (camera/display and pcie) on the 5B are of a more robust design which I am able to use easily. So I am able to state that the Raspberry Pi 5B is sufficiently robust for a disabled person with motor and vision impairment to assemble and use easily and without damage. My vision impairment means that for something as tiny as a Raspberry Pi, I have to study all the components very carefully with a large powerful magnifying lens, and then assemble it mostly by touch. The new Bumper, Active Cooler, RTC Battery, and PCIe Hat can all be assembled easily by touch, and leave all the ports accessible by touch. I take my hat off to the amazing people at Raspberry Pi for their superb designs and high quality manufacture.

You have 2 micro-hdmi ;-)

If anything they should better move to usb-c with video so you could power raspberry display with only single cable and also possibly use second ‘video’ port as another usb if you don’t need second display.

If you are frequently plugging and unplugging HDMI then get a little flexible short tail micro to full size adapter. This will ease any stress on the connector.

Whoa! 16! Double my PC RAM.

Outstanding. The good folks at Raspi! How did they know I just started getting into AI….and specifically LLMs? As I transition from a communications engineer to AI, one of my first assignments is to build a LLM. What could be more perfect than the Raspi 5 8gb and the AI Hat? A Raspi 5 with 16gb of ram! You guys….it’s like an extra Christmas everybl year.. Cheers, Mates!

Why not Pi 5 with 32 GB RAM?
Useful for data centres.

Space….and Proc. Processor only supports up to 16gb as the article suggests. Besides, Pis aren’t really designed for data center applications. Then again, the community has found uses for these SBCs that the good folks at Raspi Foundation hadn’t even thought of. 😊 Then lastly, Microsoft has the market share on OS and most biz apps. Should be Linux, especially when it comes to mission critical apps. But….costs a lot of money to dev apps and network foundations…let alone for an OS that has a small slice of market.

There will be no data center with a RasPi. It does not fit professional mounting and cooling solutions. No way to manage them remotly, …

There are 32GB chips which are cheaper than the 16GB of the Pi. But with an 64 instead of 32 bit bus.

We have to wait for Pi 6 A(i) in chiplet design with hailo NPU.

When I worked for a UK company, chocolate was HR’s currency. I shall bring Eben a box. So he has a size template too fit in 16 chips for the 1024-bit wide memory unit. 8GB is not that expensive. 8*16 = 128; which is enough for most actual LLMs. 1200$ a fair price with one happy customer ;)

He has listen and delivered faster than expected. Next christmas seems to be a nice release date ;)

Except of course, there is a data center with Raspberry Pis in it…

https://www.mythic-beasts.com/order/rpi/

In fact there are a few around these days:
https://raspberry-hosting.com/en

Ah, I see. Switch it off and on again ;)

Last year you asked why we need 16GB RAM. I think this is a good example. Slow network without hardware encryption acceleration needs a lot of cache.

For me the 16GB are now perfect. Small LLMs work like a charm. Tiny models seems to pop up, because the growing market needs small and fast models too make a profit. IMHO 8GB is still much too small. Especially when running multiple stuff on the same system.
Beside that nothing can be fast enough, the 16GB match perfect to cores and the RAM and I/O bandwidth.

With an LLM task more RAM will need more bandwidth and (specialized) cores as well.

Thx for the option. I’ll be getting one … for no other reason that I like to get one at least of each version :) . So far the 2GB is more than enough for my needs though. Swimming in memory. Not sure where one would even ‘use’ 16GB of memory in a hobby context where the ‘desktop’ is not the focus for this credit card sized computer. Interfacing to GPIO and communications (serial/wifi/ethernet) for projects is. And of course running headless. I have an AMD 5900x workstation for intensive tasks for any cross compiling needs. FreeCad, etc.

It’s really cool to have a powerful SBC with 16GB of RAM while consuming only 10 watts of power. It has tons of usage as a server. However I never got a chance of getting a Raspberry Pi. I have an Amlogic A311D. The reason I chose this, is that I’ve heard Raspberry Pi uses some closed source firmwares. While A311D uses full open source stuff.

Regarding the carbon footprint removal, if I wanted to donate 4 bucks, I would buy 5-6 felafels as dinner for 5-6 homeless Iranians who literally look for any remaining piece of food in the trashcans in my country. If everyone do this, they will join the other people to protest against the regime and finally either overthrow it or force it to change itself. And then we won’t burn oil and gas to generate electricity. My country has tons of sun most areas and most days in year. We could also stop burning down jungles all over the country. This not only helps with drastically reducing carbon footprint, better than buying those credits, also means we could have way less people thinking about food. And this, according to Maslow means people will start to think about other things, one of which is reducing carbon footprint.

The A311D is not fully open source. There are a much of binary blobs used to load u-boot so pretty much the same as Pi here.

You will not get a modern full open source system. There is a lot of IP stuff, especially in the GPU.

The law of most countries forbid too fiddle around with the radio settings. If you have WiFi or GSM there will be closed source on your system.

And I doubt that you get the source for your storage device, keyboard or mouse. The protocol may be open, but not the implementation.

Will a 16GB PI500 be available?

You are in the wrong Blog Post, try:
https://www.raspberrypi.com/news/raspberry-pi-500-and-raspberry-pi-monitor-on-sale-now/

I wanna ASK for how long it’s in sale.
I’ll have enough money in about 16 Days :/

The retail price is $120.00 (US Dollars) and is fixed.
You will need to take into account the currency exchange rate if not residing in the USA. Also local taxes and shipping will increase the actual price you are paying, so would advise to visit your country’s official resellers web site.

Assuming your question is not a joke, “on sale” means available to buy (stock permitting). You might say that something with a reduced price is “in a sale”. English…

When they say that it is on sale they mean that it will be sold at 120, however they are NOT saying that it is discounted also pricing for Raspberry products is very stable.

16GB PI500 plus internal SSD would be a nice package I think. (Or at least an easy way of plugging in an SSD without having to open up the case….)

Dear John,
There is a very simple way to plug an NVME SSD into the Pi500. Just get one of those USB adaptors which take NVME SSDs. Fit your SSD into it, and then plug it into a USB3 port in the back of your Pi500.

Well for some this defeats the purpose of having Pi500 = one piece of computer. If you don’t mind plugging such extra boxes with cables into it, you can as well get Pi5, plug it there, hide this ugly nest of stuff somewhere and use just separate keyboard. Bu then with Pi5 it is neater to use nvme hat instead of usb.

Wow, so exciting! I have been so looking forward to this.
Between the 16 GB pi 5, the new monitors and the 8 GB pi 500, there is so much to like in this new next generation. Also interesting concept behind ERW; it certainly can’t hurt can it?

Has anyone already tried Blender 4 on the new Raspberry PI 5 with 16 gb?

Hello Roberto,
Using the 16GB Pi5 for rendering Blender sounds like a very good use for this.

I’ve been thinking hard on this one, and now at the end of the weekend I have come to the conclusion that a 16GB Pi5 would be useful for running my enormous PostgeSQL database. When one has been computing for 6 decades, one collects up an inordinate volume of very diverse data!

Don’t forget to adjust your shared buffers setting.

Will there ever be a raspberry pi 4 16gb model?

Unlikely at best. I don’t think the BCM2711 (Pi4B SoC) can address more than 8GB of DRAM. Plus, no real history of going back and upgrading prior Pis.

Great Linux computer.

The Raspberry pi foundation has lost their way. This product proves that. Used PCs are so much better and cheaper. Sad to say .

Shame that you did not put ddr5,what use is so much ram for only a quad core CPU,too slow

Dear Aetos,
If you feel like its such a waste, then why don’t you get a mini pc with 16 gigs of ram and a hexa core cpu?

I just got the 8gb model last week! RIP

nice product! but can it run crysis?

I’ve been waiting for this for ages – just got one and it works very well with https://github.com/GrandOrgue/ virtual pipe organ with 16GB samplesets. (Doesn’t seem so many years ago that this type of thing required the purchase of a special high-performance PC.)

Comments are closed

News

Why 16GB, and why now?

Carbon Removal Credits

How does it work?

What is enhanced rock weathering?

Why capture carbon in the future, not the past?

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