Raspberry Pi and mini PC home lab prices hit parity as DRAM costs skyrocket — price hikes force hobbyists to weigh up performance versus power consumption

Raspberry Pi 1 and Raspberry Pi 5 placed together on a board
(Image credit: Future)

The humble Raspberry Pi, the perennial leader of the low-power, single-board computing (SBC) world, has hit a price parity with its rival, the Intel N100-based mini PCs. An investigation by Jeff Geerling, which we’ve independently confirmed, shows that pricing for Pi’s is now within just a few cents with a similarly configured board from brands like GMKTec. Why does this matter? Hobbyists and homelab builders had a great 2024 / 2025 which saw low prices for their DIY setups.

If you’ve been keeping a close eye on the PC hardware market of late, you’ll have noticed prices only going one way: upward. Flash memory costs, along with tariff uncertainties last year, have forced mini PC manufacturers and retailers to raise prices across the board. As Geerling explains, an explosion in homelab builds using $100-150 mini PCs made those same PCs a better, or certainly cheaper, alternative to current-gen Raspberry Pi 5s which when bundled up with NVMe HATs, NVMe drives, cases etc, retailed for over $200 last year.

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Comparison of mini PC and Raspberry Pi 5 prices (2025 vs 2026)

Model

2025 price

2026 price

Raspberry Pi 5 16GB (with 512GB SSD, 27W PSU, Bumper Case, and RTC Battery)

$208.75 (Jeff Geerling - Jan 2025)

$246.95 (Jeff Geerling - Jan 2026)

GMKTec Nucbox G3 Plus

$156.87 (Aug 2025)

$246.99 (Jan 2026)

Beelink S13

$159 (Aug 2025)

$259 (Jan 2026)

Acemagic Vista V1

$158 (Aug 2025)

$217.54 (Jan 2026)

Geekom Air12 Lite

$199

$199

Our own comparison of rival mini PCs, based on Amazon’s current pricing whilst compared with Camelcamelcamel’s historical data, shows that this isn’t just a brand-specific issue. For instance, the Beelink S13 with the refreshed Intel N150 CPU, 16GB RAM, and a 512GB SSD is on sale for $269, from as low as $168.99 in August 2025.

Meanwhile the Acemagic V1, with similar specs, is available for $217.54, up from $158 in August 2025, or $180 in January 2025. Geekom does offer an N100 mini PC costing $199.99 that hasn't seen a price change on Amazon in the last year, but with only 8GB RAM and a 256GB SSD.
The Raspberry Pi is also not immune to the upward pricing trend. The cost of a Raspberry Pi has changed in recent months, and Raspberry Pi introduced a 1GB Pi 5 in order to keep a low $45 price point. A Raspberry Pi 5 with 16GB of RAM is now $145, $25 more expensive than in early 2025.
The cost of additional components, such as the SSD, have all added to the cost of creating your own DIY homelab.

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Product

RAM

Old Price

New Price

Raspberry Pi 4

4GB

$55

$60

Raspberry Pi 4

8GB

$75

$85

Raspberry Pi 5

1GB

New product

$45

Raspberry Pi 5

2GB

$50

$55

Raspberry Pi 5

4GB

$60

$70

Raspberry Pi 5

8GB

$80

$95

Raspberry Pi 5

16GB

$120

$145

Source: Raspberry Pi blog.

This now leaves prospective homelab builders with three variables to consider: overall cost, power usage, and performance. Intel mini PCs are more powerful than the Raspberry Pi, even if the Pi 5 did offer a significant speed boost over the Pi 4, as our Pi 5 review explains. However, the Raspberry Pi continues to be the superior option if you're looking for the lowest power draw, even compared to the otherwise power-efficient Intel N100 and refreshed N150 mini PCs on sale.

Geerling believes that, as a result of these price rises, repurposing old hardware will be the “theme” for this new year, and one that will save you far more money, given the alternatives. This might be the status quo for some time, too. There’s no end in sight for the price shocks affecting the market, with memory manufacturers warning that the crisis has only just started, and could roll on for years to come.

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Ben Stockton
Deals Writer

Ben Stockton is a deals writer at Tom’s Hardware. He's been writing about technology since 2018, with bylines at PCGamesN, How-To Geek, and Tom’s Guide, among others. When he’s not hunting down the best bargains, he’s busy tinkering with his homelab or watching old Star Trek episodes.

With contributions from
  • bit_user
    I know it depends a lot on what you do with it, but I think 16 GB is overkill for a Pi 5. Sure, if you do heavy web-browsing, then ads and videos will quickly fill up even that much. But, a Pi 5 isn't going to provide a very good web browsing experience, no matter how much RAM it has. I definitely wouldn't use one as a primary desktop, if I could avoid it. For most other things, 8 GB on a 4-core/4-thread CPU is probably quite adequate.

    By contrast, a Alder Lake-N system is a much more viable desktop option. It does deliver a usable web experience, both by having significantly faster CPU cores and having proper driver support for video decode. As a desktop, it'd definitely benefit from having 16 GB - as well as DDR5, if you can manage. And here, regular DDR5 is best, since it's significantly lower-latency than LPDDR5. I think a lot of the Alder Lake-N boards with soldered-down DRAM probably use LPDDR4 or LPDDR5.

    Heat and power consumption are where you can get burned by going the Alder Lake-N route. The Pi 5 hits a ceiling on power consumption, at a point where Alder Lake-N is just stretching its legs. I'm basing this on wall-power data I've seen from a quad-core N97, even with restricted package power limits. The specified TDP on those N97 or N100 chips is, by no means, the full story on how much power those systems actually use!
    Reply
  • thestryker
    bit_user said:
    I think a lot of the Alder Lake-N boards with soldered-down DRAM probably use LPDDR4 or LPDDR5.
    It doesn't support LPDDR4, but it's important to note it only supports 4800 in LPDDR5 which is the same as the DDR5 support.
    Reply