MiSTer Multisystem 2, 2026: £216 and No DE10-Nano

The MiSTer Multisystem 2 is the first version of this idea that a normal human being can buy, plug into a television, and use without owning a hot-air rework station. That sentence is the entire news story, and everything below is the footnotes. Heber and Neil Thomas's Retro Collective opened pre-orders on 6 May 2025, started shipping the first batch that August, and by mid-2026 the thing is sitting in a shop listing marked in stock, ready to ship. For a hobbyist FPGA project that spent the better part of a decade living inside a development board, that is a genuinely strange place to end up.

What makes it interesting is not that it exists — consolised MiSTers have existed since 2021 — but what is missing from the bill of materials. The DE10-Nano, the Intel development board that every MiSTer on Earth was built around, is gone. In its place is a soldered chip on a custom board, a two-model product line, a claimed order queue in the tens of thousands, and a handheld that may or may not be real. Let us go through it with the receipts.

The News: A MiSTer You Don't Build

What shipped, and when

Heber announced the Multisystem 2 in December 2024, opened pre-orders on 6 May 2025, and began shipping the first production batch in early August 2025. It comes in two flavours: a Digital model at £216 and an Analogue model at £264 (both inclusive of UK VAT). Every unit is a fully assembled, cased, ready-to-run console — you supply an SD card and, legally of course, some ROMs, and you are playing. There is no soldering, no module-stacking, and no development board to source from a distributor that ran out of stock in 2020.

Who actually makes it

The Multisystem line is a collaboration between Heber Ltd, a long-established UK arcade and industrial-electronics manufacturer, and Neil Thomas of RMC / The Retro Collective, the restoration-focused YouTube operation better known as RMC Retro. Heber does the hardware engineering and manufacturing; the Retro Collective does the community and the retro-credibility. Hackaday described the device as coming from "the same UK wizards behind the original MultiSystem," which is accurate and also the only time you will see the word wizards in this article.

Why this is news and not a launch

Products launch every week. What makes the Multisystem 2 a story is that it quietly crossed a threshold the MiSTer community had circled for years: a MiSTer with the FPGA silicon integrated, sold as a finished appliance, in enough volume to have a numbered fulfilment queue. Add a May 2026 handheld reveal on top, and you have a project that has stopped being a kit and started being a platform. We cover the sibling angle — the £216 sticker and the missing DE10-Nano — in more depth in our breakdown of why no DE10-Nano is needed, but the short version is that the barrier to entry just fell through the floor.

The DE10-Nano Is Gone

The old way: a dev board in a costume

Here is the part the marketing will not spell out, so we will. Every MiSTer before this — including Heber's own 2021 Multisystem — was fundamentally a Terasic DE10-Nano, an Intel/Altera FPGA development board aimed at engineering students, wearing a nicer jacket. You bought the dev board, bolted on a 128MB SDRAM module, strapped an I/O board underneath for video and audio, and stuffed the sandwich into a case. It worked beautifully and looked like homework. The original Multisystem's genius was hiding that sandwich; it still needed you to bring the sandwich.

The new way: silicon on a 10-layer board

The Multisystem 2 solders the Altera Cyclone V FPGA directly onto a custom 10-layer PCB. There is no DE10-Nano, no separate RAM module, and, in Hackaday's phrase, "no USB hub spaghetti." As reviewer LSDowdle put it flatly in his Metal Game Solid hands-on, "Both have the Cyclone V FPGA built-in so no DE10-Nano needed." On board sits 128MB of Alliance SDRAM for the FPGA cores and 1GB of ISSI LPDDR for the Linux side, cooled by a passive heatsink with no fan. It is silent, and it boots into the same MiSTer menu you would get from a hand-built rig.

What you give up by soldering it down

Integration is a trade, not a free lunch. Solder the Cyclone V to the board and you can no longer reuse a DE10-Nano you already own, swap in a faster board later, or salvage the FPGA for another project. You are buying Heber's integration decisions wholesale. For the target buyer — someone who wants to play Street Fighter Alpha 3 tonight, not read a wiki — that is exactly the right trade. Hackaday summarised the appeal in one line: this "finally gets the MiSTer experience out of the tinker cave and into the living room."

The Price, and the Chip That Costs More

The GBP numbers that matter

As of July 2026, Heber's own shop lists the Digital model at £216 inc VAT (£180 ex VAT) and the Analogue at £264 inc VAT (£220 ex VAT). Those are not the launch numbers. Pre-orders in May 2025 opened at £204 and £252 respectively, so both SKUs have crept up roughly £12 in their first year — a modest bump, but a bump, and a useful reminder that FPGA hardware is not getting cheaper. The table below tracks the timeline and the prices attached to each milestone.

Date	Event	Price / note
Dec 2024	Announced (Time Extension)	—
6 May 2025	Pre-orders open	£204 / £252 inc VAT
Aug 2025	First batch ships	Fulfilment queue begins
Feb 2026	~20,000 orders, >10,000 fulfilled	Community / Heber updates
Jul 2026	General availability	£216 / £264 inc VAT

What Americans actually pay

UK VAT drops off exports, so an American buyer starts from the ex-VAT price and adds shipping and, increasingly, tariffs. In practice that lands the Digital around $270–300 shipped and the Analogue around $330–350. Lon Seidman, reviewing the unit on Lon.TV, was blunt about the all-in figure: "I paid about $386 for mine (including shipping and tariffs)." That is the real number to plan around if you are importing — the sticker is the start of the negotiation, not the end of it.

The chip costs more than the console

Now the deadpan part. The Cyclone V system-on-chip at the heart of this thing — the 5CSEBA6U23I7N — sells at Mouser, in single-unit quantities, for around £290. The finished, cased, assembled, heatsinked, warrantied Multisystem 2 Digital sells for £216. The console costs less than its own brain bought at retail. Heber obviously does not pay distributor single-unit pricing — they buy in volume, on contract — but the comparison still lands: you could not walk into a components shop and buy the raw chip for what Heber charges for the whole appliance. The last time an FPGA carried a visible hardware premium like this was the monitor scaler market, and as we noted when the $300 G-Sync module tax finally died, those premiums do not survive contact with a cheaper alternative forever.

Digital vs Analogue: Two Boards

Digital: HDMI and nothing to apologise for

The £216 Digital model is the pragmatist's choice. You get HDMI output (with direct-video DAC support for the purists), the full seven-port powered USB 2.0 hub, an SD slot, I2C expansion headers, and support for the Zaparoo NFC loading system if you want to tap a card to launch a game. What you do not get is Ethernet — the Digital board relies on a USB Wi-Fi dongle, which Heber does not include — and you do not get any analogue video. If your entire retro life happens on an HDMI panel, none of that matters and you have just saved £48.

Analogue: SCART, VGA, TOSLINK, Ethernet, SNAC

The £264 Analogue model is the enthusiast board, built on a 10-layer PCB to carry the extra signals. It adds native 24-bit analogue video (dip-switchable to 18-bit), a 9-pin mini-DIN RGB output with C-Sync for SCART, a 15-way VGA-style port for CRTs and arcade monitors, a 3.5mm jack, TOSLINK optical audio, and Gigabit Ethernet. Crucially it also carries the SNAC connector and a 50-way expansion header, which is what unlocks original-controller support — the official list covers PlayStation, SNES, N64, PC Engine and SEGA Saturn pads plugged straight in, no adapter latency.

Feature	Digital (£216)	Analogue (£264)
FPGA	Cyclone V, soldered	Cyclone V, soldered
RAM	128MB SDRAM + 1GB LPDDR	128MB SDRAM + 1GB LPDDR
Video out	HDMI (+ direct-video DAC)	HDMI + RGB SCART + VGA + 24-bit DAC
Audio	HDMI	HDMI + 3.5mm + TOSLINK
Network	USB Wi-Fi dongle only	Gigabit Ethernet
Original controllers	—	SNAC (PS / SNES / N64 / PCE / Saturn)
Expansion	I2C headers, Zaparoo NFC	I2C, Zaparoo, cart slot, 50-way header
USB	7-port powered hub (4 front / 2 rear / 1 internal)	7-port powered hub (4 front / 2 rear / 1 internal)
Cooling	Passive heatsink, fanless	Passive heatsink, fanless

The £48 question

The decision is almost entirely about your display. HDMI-only household, no interest in original controllers? Take the Digital and pocket the difference. Own a CRT, a PVM, or a stack of authentic pads you refuse to retire? The Analogue's SCART and SNAC hardware is the reason it exists, and £48 is nothing against the cost of the monitor you are trying to feed. This is the same generalist-versus-purist split that defines FPGA hardware generally — the same conversation you have when weighing a multi-system box against a single-console unit like the Analogue 3D and its firmware saga. Buy for the ports you will actually plug something into.

Simulation, Not Emulation

The FPGA reconfigures into the original circuit

The pedantic-but-important distinction: MiSTer does not emulate old hardware, it reconfigures into it. A field-programmable gate array is a chip full of logic blocks whose interconnections you define after manufacturing. Load a MiSTer core — a .rbf bitstream — and the Cyclone V physically rewires itself into a functional recreation of the target system's chips, running in parallel, in hardware, clocked to the original. There is no interpreter loop, no just-in-time recompiler, no host CPU pretending to be a 6502. There is a circuit behaving like the circuit.

The Linux side you forget is there

MiSTer is actually two computers in a trench coat. The FPGA fabric runs the cores; a hard-processor ARM Cortex-A9 running embedded Linux runs the menu, loads bitstreams, and shuffles ROMs off the SD card. That is what the 1GB of LPDDR is for. Peek at a MiSTer SD card and the split is obvious:

/                    # exFAT SD root
├── MiSTer           # the ARM/Linux menu binary
├── menu.rbf         # FPGA bitstream for the front-end
├── config/          # MiSTer.ini + per-core .cfg
├── cores/           # *.rbf cores, one per system
├── games/           # ROMs & disk images, per system
│   ├── SNES/
│   ├── Genesis/
│   └── NES/
├── _Arcade/         # .mra arcade definitions
└── linux/           # kernel, u-boot, HPS side

Why 'accuracy' is the whole pitch

If software emulation covered every base, none of this would need to exist. The reason FPGA people care is latency and edge-case fidelity: sub-frame input lag, correct analogue behaviour, the awkward timing quirks that trip up code-based emulators. That is the trade you are buying against convenience — a Batocera SD card or a RetroArch install will run a vastly larger library on cheaper hardware with 4K upscaling and save-states everywhere. MiSTer answers a narrower question — how close to the metal can you get — and the Multisystem 2 is the most convenient way yet to ask it. Hackaday's verdict on compatibility was that the board is "100% compatible with the MiSTer software, but allows some additional future features."

From MiST to Multisystem

MiST, then the Sorgelig port

The lineage matters. Around 2013, Till Harbaum and Rok Krajnc built MiST, an FPGA board aimed at recreating the Atari ST and Amiga. In 2017, Alexey Melnikov — known everywhere as Sorgelig — ported that effort to the far more powerful Terasic DE10-Nano and named it MiSTer. That project, documented in its own Wikipedia entry, snowballed into a sprawling open-source library of cores covering consoles, home computers and arcade boards, maintained by a community that has not slowed down since.

The 2021 Multisystem: a dev board in a nice box

Heber and RMC's first Multisystem arrived in October 2021 — a consolised MiSTer that tidied the wiring and gave you a proper case, front USB and expansion, while still expecting you to slot in your own DE10-Nano. Pricing ran from roughly $300 for a bare configuration to $500–615 fully loaded, and it earned a following precisely because it made the sandwich presentable. The Verge's 2021 primer on the MiSTer project captured the moment the hobby started leaking into the mainstream.

2025: the integration nobody else did

Which brings us to the leap. Plenty of vendors sell DE10-Nano clones and I/O boards; nobody in the community had shipped a MiSTer with the FPGA soldered down and sold as a finished appliance at volume. That is the Multisystem 2's actual contribution — not a new core, not a faster chip, but a manufacturing decision that turns a maker project into a product you can hand to someone who has never heard the word "bitstream."

The Numbers Nobody Will Confirm

17,000 units, allegedly

You will see it repeated that the project "surpassed 17,000 units" by early 2026, often sourced to Larry Bundy Jr's Fact Hunt rundown "Heber Is Going Big in 2026," a video with around 219,000 views. Treat that figure with care. Heber does not publish cumulative sales, and 17,000 is best understood as a position in a numbered order queue, not a count of consoles that have physically shipped. Shipping only began in August 2025; you cannot have shipped 17,000 units of a thing that started leaving the warehouse four months earlier.

The shipping-level tracker

What Heber does run is a batched fulfilment system — orders are grouped into numbered levels and shipped in sequence. The more defensible reading of the public updates is that the order book passed roughly 17,000 in 2025 and reached something like 20,000 orders with more than 10,000 fulfilled by February 2026. Those are orders and fulfilments, not a sales trophy, and the distinction is the whole point. A queue is demand; a shipment is revenue. Conflating the two is how community figures inflate.

What we can actually verify

The verifiable facts are narrower and more useful. Pre-orders opened 6 May 2025; the first batch shipped that August; Heber targeted general "off the shelf" availability for spring 2026. As of this writing the Analogue is listed in stock, ready to ship and the Digital is listed in stock — low with a two-per-customer cap. In other words, the queue has largely cleared and the product has reached general availability roughly on schedule — which, for a hardware project of this size, is the number that actually deserves a headline.

What the Reviewers Actually Said

Hackaday: out of the tinker cave

Hackaday's write-up is the cleanest articulation of why the thing matters. Beyond the "tinker cave" line, it stressed the accessibility angle: "you don't need to be a soldering wizard to use the thing. The FPGA is integrated in the mainboard." It also flagged the honest caveats any MiSTer owner will recognise — "the usual display inconsistencies and that eternal jungle of controller mappings" — because FPGA accuracy does not exempt you from setup. If you have ever, in their words, "squinted at a DE10-Nano wondering where the fun part begins," this is the pitch aimed squarely at you.

LSDowdle: light, but his system of choice

The Metal Game Solid hands-on from LSDowdle is the most useful practical review, because it comes from someone who has owned many MiSTers. His verdict was unambiguous: "I highly recommend. Having had so many different MiSTer FPGA systems over the years, I know the Multisystem 2 will be my system of choice for some time to come." He liked the form factor — "I think it looks great, and all of the cores I use work as expected" — and singled out the SNAC implementation as "a much more elegant solution" than the cobbled-together adapter recipes it replaces. His one gripe is almost endearing: "The MMS2 is pretty light and I kinda wish it was taller and had some lead weights in it."

Lon Seidman: thermally balanced, $386 all-in

Lon Seidman's review is the one to read on thermals and value. On the passive-cooling question he reported the board "thermally balanced, maintaining stability even during intensive tasks" — a real concern for a fanless FPGA under load. On positioning, he framed it as a device that "bridges the gap between the technical flexibility of the original FPGA development boards and the convenience of a dedicated home console." And on cost, he supplied the number every importer should memorise: about $386 for his unit, shipping and tariffs included. Three independent reviewers, three angles, one consensus — the integration works, and the setup quirks are inherited from MiSTer, not invented by Heber.

The Handheld MiSTer and the 'Wide Boy'

The Pocket Project, revealed May 2026

In May 2026, Heber and the Retro Collective launched the Multisystem2 Pocket Project, an open-innovation effort to build a genuinely buyable MiSTer handheld with community input. This is a real, funded design programme — injection-moulded rather than 3D-printed, with industrial design contracted to Relay Industries — and the stated hope is to ship "by the end of the year." The planned device is described as horizontal, with a 4:3 screen and modular, swappable controls. A portable MiSTer has been the community's white whale for years, and this is the most serious attempt yet.

'Wide Boy' is a test mule, not the product

Here is where the hype needs a governor. The prototype that made the rounds — nicknamed the "Wide Boy," a MiSTer running the Darius core across a widescreen display — is not the planned handheld. Time Extension's headline said it outright: "A Handheld MiSTer Is Coming, But This Darius-Playing Widescreen Prototype Isn't It." The Wide Boy is a display-and-core tech demo, a way to test aspect ratios and screen layouts, not a preview of the shipping industrial design. Anyone showing you that widescreen slab as "the handheld" has skipped the caption.

Why end-of-2026 is optimistic

Two engineering realities argue for patience. First, injection-mould tooling is a months-long, expensive commitment that does not begin in earnest until the design is frozen — and a community-input project by definition freezes late. Second, the Cyclone V is a 28nm part that was never designed for battery duty; putting an FPGA that wants a heatsink into a pocketable enclosure with a battery is a thermal and power problem, not a case-design problem. A refined prototype or dev unit in late 2026 is plausible. A boxed product you can buy is a 2027 conversation.

Against the Clones and the DIY Crowd

Against a genuine DE10-Nano build

Price the alternatives honestly and the Multisystem 2 looks reasonable rather than cheap. A from-scratch build on a genuine Terasic DE10-Nano — board, SDRAM module, I/O board, case, your own labour — lands north of $350 once you have real analogue output, and you have assembled it yourself. Against that, a £216 finished console is roughly half the cost and none of the effort. The community shorthand — "about 50% cheaper than a full DIY DE10 bundle" — is directionally fair.

Against QMtech and Takodon clones

Go the other direction and there are budget DE10-Nano clones from the likes of QMtech and Takodon that undercut Heber substantially on raw board price. Those are real savings if your time is free and your standards for enclosure and analogue output are flexible. The Multisystem 2 is perhaps 50% dearer than the cheapest clone route, and every penny of that gap buys integration: a cased appliance, native analogue, SNAC, warranty and support. The table lays out the spread.

Option	Approx. price	FPGA source	Assembly	Analog / SNAC
Multisystem 2 Digital	£216 / ~$270 shipped	Integrated Cyclone V	None	No
Multisystem 2 Analogue	£264 / ~$330 shipped	Integrated Cyclone V	None	Yes (native + SNAC)
Genuine DE10-Nano DIY build	~$350–450	Terasic DE10-Nano (~$225)	High	Add-on boards
Budget clone build (QMtech / Takodon)	~$150–260	DE10 clone (~$130–180)	High	Add-on boards
Original Multisystem (2021)	~$300–615	User-supplied DE10-Nano	Medium	Optional boards
Bare Cyclone V chip (Mouser, 1-off)	~£290	The chip alone	n/a	n/a

Against the single-system boxes

The other competitor is philosophical. Analogue's FPGA hardware — the Super Nt, Mega Sg, the Pocket — nails one system each with obsessive polish and, in the Pocket's case, a screen. Engadget's Analogue Pocket review is a fair snapshot of that approach: beautiful, focused, closed. The Multisystem 2 is the opposite bet — one box, every core the MiSTer project supports, open and expandable. If you want a jewel that plays Game Boy carts, buy Analogue. If you want a single machine that becomes any of them, this is the machine.

What Happens Next

Six to twelve months out

With the queue cleared and a handheld in the wings, the next year is more predictable than most hardware stories. Five calls, each falsifiable:

1. The Digital SKU stays supply-constrained while Analogue flows. The current listings — Digital "in stock, low" with a two-unit cap, Analogue "ready to ship" — are not an accident. Expect the Digital to remain the harder of the two to grab through 2026, because the enthusiasts buying two-at-a-time skew toward the cheaper board.
2. The Pocket handheld will not be a buyable product in 2026. Injection tooling plus a power-hungry 28nm FPGA in a battery enclosure is a 2027 ship at the earliest. What arrives this year is a refined 4:3 prototype or dev unit, not a store listing — regardless of what any widescreen tech demo implies.
3. Prices tick up again, not down. The Cyclone V is aging silicon on an allocation-prone node, the 2026 memory-and-component crunch that is already hammering handhelds is not sparing FPGA boards, and tariffs keep landing on imports. Bet on another modest increase and a landed US cost that drifts past $400, not a discount.
4. The JAMMA Arcade variant broadens Heber upward. Heber's Multisystem 2 Arcade — a JAMMA-connector version aimed at cabinet operators, shipping around August–September 2026 as a higher-priced bundle — signals the line is expanding into the arcade niche rather than chasing the budget clone market downward.
5. The clone gap widens, and Heber lets it. QMtech and Takodon will keep undercutting on raw board price. Heber will not follow them down; it will keep differentiating on SNAC, native analogue, Zaparoo and expansion. The distance between "cheap DE10 clone" and "finished Heber appliance" grows, and both ends of the market get what they want.

The one-line verdict

The Multisystem 2 is not the fastest FPGA, the cheapest MiSTer, or a revolution in cores. It is something duller and more important: the version where the DE10-Nano finally disappears into the board and the whole thing becomes a console you can recommend to someone who will never open the case. That it costs less than its own chip at retail is the joke. That it shipped, on time, at volume, is the story.