MiSTer Multisystem 2: One Board, No DE10, From £216

For eight years the MiSTer FPGA project has been defined by a single dependency: a green Terasic development board called the DE10-Nano, built for engineering students and pressed into service as the most accurate retro console money can buy. On 6 May 2025, Heber Ltd opened pre-orders for a machine designed to make that board vanish. On 6 August 2025, the first batch shipped. The MiSTer Multisystem 2 is the first mainstream MiSTer machine that does not contain a DE10-Nano at all.

That is the headline, and it matters more than the spec sheet lets on. The original Multisystem was a very nice case and I/O board that a DE10-Nano plugged into. The sequel solders an Altera Cyclone V directly onto a custom 10-layer PCB and integrates the rest — RAM, USB hub, video DACs, SNAC — into one unit. It is, per Hackaday, MiSTer “for mortals.” Whether that is worth £216 to £264 depends on how allergic you are to soldering, and how much you trust a chip that shipped in 2017 to keep doing the job in 2027.

What the Multisystem 2 Actually Is

The MiSTer project recreates classic consoles, home computers, and arcade boards on reconfigurable logic rather than software. The Multisystem 2 is the newest, most consolized way to run it. It is not a new emulator, a new core set, or a new standard — it is a new board, and the board is the point.

One board, one job

Previous MiSTer setups were a stack: a DE10-Nano, a separate SDRAM module, an I/O board, a USB hub, and a case, wired together by the owner. The Multisystem 2 collapses that stack. The Cyclone V FPGA lives on the mainboard with a heatsink; the memory is soldered; the seven-port USB hub is integrated; the analogue DACs and SNAC circuitry are on-board. Heber markets it as fanless and silent, with over-voltage, over-current, and thermal protection on the power switch. Nothing dangles. Nothing needs a screwdriver.

Digital or Analogue

There are two SKUs, and the difference is video. The Digital model is HDMI-only: no analogue outputs, no real-time clock connector. The Analogue model adds a 9-pin mini-din RGB output (SCART via a Genesis 2 cable), a 15-way VGA-style analogue port, TOSlink optical audio, Ethernet, an RTC module connector, a SNAC cartridge slot for real controllers and light guns, and a 50-way I/O expansion header. If you own a CRT, you want the Analogue. If you own an OLED and nothing else, the Digital does the job for less.

The dates that matter

Pre-orders opened Tuesday 6 May 2025 at 2pm BST. Batch 1 was targeted for August and began shipping 6 August 2025, confirmed in Heber's own shop updates and echoed by RetroRGB. As of mid-2026 the units are in stock through the Heber shop, with the standard warning that anything containing a Multisystem 2 board ships in “1–2 weeks” rather than the usual few days. This is a small-batch cottage product, not an Amazon Prime item, and it behaves like one.

The Price, VAT, and the $386 Reality

Pricing on the Multisystem 2 is a small masterclass in why you should always ask whether a number includes tax. There are at least three different figures floating around, and all of them are technically correct.

UK pricing, then and now

At launch in May 2025, Heber advertised the Digital at £170 and the Analogue at £210 — ex-VAT list prices, plus €198/€245 and $226/$279 for European and US buyers. By mid-2026 the shop lists the Digital at £216 inc. VAT (£180 ex-VAT) and the Analogue at £264 inc. VAT (£220 ex-VAT). So the ex-VAT base rose about £10 in a year — modest, but the trend line points up, not down, as Cyclone V supply and tariffs bite.

The VAT you keep forgetting

Here is where the “£204” and “£252” numbers you may have seen come from: they are simply the launch ex-VAT prices with UK VAT added. £170 × 1.2 = £204. £210 × 1.2 = £252. There is no secret third edition. It is one product, quoted with and without a 20% consumption tax, by people who forgot to say which. The Machine notes this so you do not overpay a scalper convinced there is a rare variant.

The American tax: about $386

US buyers pay more than the sticker, and not by a little. In his March 2026 review, Lon Seidman reported paying “about $386 for mine (including shipping and tariffs) — which is priced higher than entry-level alternatives.” That is the honest all-in figure for a US enthusiast: the base console plus transatlantic shipping plus import duty. Budget for it. The £216 Digital is not a $226 console once it crosses the ocean in 2026.

Inside the Board: Cyclone V, No Spaghetti

The Multisystem 2's spec sheet is deliberately conservative. It is not chasing new capability — it is chasing integration. Everything the FPGA needs is on one PCB, which is exactly what the original never managed.

Cyclone V, 128MB, and a gig of LPDDR

The FPGA is an Altera Cyclone V with a heatsink — the same silicon family the DE10-Nano carries, so core compatibility is total. Memory is the interesting part: 128MB of SDRAM (Alliance) plus 1GB of LPDDR RAM (ISSI). The 128MB SDRAM figure matters because it is the ceiling most mature MiSTer cores were written against; it matches the “Ultimate” MiSTer spec, and it is why Heber can credibly claim full compatibility. Hackaday's Heidi Ulrich put the design philosophy bluntly: “The FPGA is integrated in the mainboard. No RAM modules, no USB hub spaghetti.”

Seven USB ports (and an argument about how many)

There are seven USB 2.0 ports on an integrated powered hub. How they are arranged depends on who you ask, which is very on-brand for this scene. Heber's own Analogue spec sheet lists four front, two rear, and one internal. The multisystem.uk marketing page says five front and two rear. Lon Seidman counted four front and two rear in the flesh. Either way: seven, enough for controllers plus a keyboard plus a SNAC or MT32-Pi adapter for MIDI, without a hub hanging off the back.

The sliding hatch and the 50-way port

The most forward-looking feature is a sliding hatch expansion slot on the front that accepts modular add-ons — they slot in like a physical cartridge. Behind it, the Analogue exposes a 50-way I/O expansion connector and I2C headers for things like an internal OLED display and Heber's Zaparoo NFC loader, which lets you tap a physical card to load a game. This is the payoff of ditching the DE10-Nano: direct board-level access to the FPGA's pins, which the old slot-in design could never cleanly provide. It is also a promise that the hardware is not finished, which is either exciting or ominous depending on your tolerance for buying into a roadmap.

FPGA Cores vs Software Emulation

If you are new here: the reason people spend £264 on a fanless box that ships with zero games is that FPGA recreation is a different technique from software emulation, and for some people the difference is the whole ballgame.

What a core is

A MiSTer “core” is not a program that imitates a console. It is a hardware description — written in an HDL like Verilog — that reconfigures the FPGA's logic gates to behave as the original console's actual chips did. As RetroGameCoders puts it: “Unlike creating an emulator, these cores replicate the actual physical hardware circuits and chips of the original, making the result in theory as close to identical as possible.” The FPGA becomes a Super Nintendo, rather than pretending to be one.

Why enthusiasts pay for it

The practical dividends are latency and determinism. A software emulator running on a modern OS adds input lag and occasional timing drift; an FPGA core runs the logic in parallel, in real time, with lag closer to original hardware. Pair it with the Analogue model's SCART output on a CRT and a SNAC adapter feeding a real controller, and you have a setup that is, for 8- and 16-bit systems, functionally indistinguishable from the genuine article. That is a claim no stack of RetroArch software cores can honestly make, however good they have become.

The Cyclone V ceiling

Now the honest part, because The Machine does not sell you a roadmap it hasn't read. The Cyclone V is a 2017-class FPGA with finite logic. It runs the 8- and 16-bit libraries, arcade boards, and home computers flawlessly. It does not comfortably run the 32/64-bit generation: N64, Saturn, and PlayStation cores remain partial, experimental, or absent, and the Multisystem 2 inherits that limit exactly. Buying one in 2026 is buying a definitive machine for everything up to the Neo Geo — and a machine that will watch the next generation of cores arrive on some future, bigger FPGA it does not contain.

How We Got Here: MiST to Multisystem

None of this appeared from nowhere. The Multisystem 2 is the fourth act of a story that starts with one developer who could not get a picture on his TV.

MiST, and a man who couldn't get HDMI

MiSTer began as a port of MiST, an earlier FPGA project that recreated the Amiga and Atari ST on a custom board. Its creator, Alexey “Sorgelig” Melnikov, kept hitting the same wall: MiST output analogue video only, and his monitors wanted HDMI. That itch — getting clean digital video straight out of an FPGA — produced MiSTer, introduced on GitHub in June 2017. The full lineage is on Wikipedia, and it is worth knowing, because every design decision since has been about lowering the barrier Sorgelig first cleared.

The DE10-Nano bet (2017)

Sorgelig's key call was to build not on a boutique board but on a mass-produced one anyone could buy: Terasic's DE10-Nano, an Intel/Altera Cyclone V SoC development kit released in late 2017. It was cheap-ish, available, and standardized the whole project around one piece of silicon. The catch is that “cheap-ish” drifted: the DE10-Nano has sat around $190–$225 for years, and you still had to buy SDRAM, an I/O board, a hub, and a case on top. That gap — a $200+ bare board plus a pile of accessories — is the entire commercial reason the Multisystem exists.

The original Multisystem and a landlord named Richard

The first Multisystem was the brainchild of Neil Thomas, who runs the RMC Retro YouTube channel and The Retro Collective, and his landlord Richard, who happens to own Heber — a UK electronics manufacturer with real gaming-industry pedigree. Announced around September 2021, it combined a V6.1 I/O board, 128MB SDRAM, a seven-port hub, SNAC, RGB SCART, and TOSlink into one plate a DE10-Nano dropped into. A kit without the DE10 ran about $300; fully loaded with the board, roughly $615. It was open-sourced on GitHub under GPL-3.0. The Multisystem 2 is the logical endpoint of that project: stop asking people to buy a $200 development board and just build the FPGA in.

Setup Reality: Snow, update_all, No Games

The Multisystem 2 is more plug-and-play than any prior MiSTer, which is a low bar cleared with room to spare. It is not, however, an Analogue Pocket. You still assemble the software yourself, and you still supply the games.

Snow, then a menu

Flash a MiSTer image to an SD card (32GB or larger) with a tool like Balena Etcher, insert it, connect HDMI and a 5V PSU, and power on. As Pete Davison documented in his hands-on writeup, the machine greets you with a simulated “snow” pattern — untuned-analogue-TV static — before dropping into the main menu, which sorts everything into three buckets: Arcade, Computer, and Console. It is a nice, deliberate bit of theatre for a device whose entire personality is nostalgia.

The update_all gauntlet

An empty MiSTer image has almost nothing on it. You populate it by running the community update_all script, which pulls down cores, arcade databases, and video filters. This requires internet: an Ethernet cable (strongly preferred) or a USB Wi-Fi dongle, which is not included. Davison's warning is the one to tattoo on your SD card: over a weak wireless link, “the update scripts will take a very long time. (Like, more than 24 hours.)” Use the wire.

No games. None. On purpose.

Heber ships zero games — “for copyright reasons we are unable to supply any games with the system.” You bring your own ROMs, and if you want to stay on the right side of the line, that means dumping your own cartridges. The SNAC slot on the Analogue leans into this: it lets original controllers and light guns talk to the FPGA directly. The Machine will not lecture you about acquisition, but it will note that the law is exactly as boring as it sounds.

# MiSTer Multisystem 2 — first-boot checklist (no games included)
1. Download the latest MiSTer SD image (SD_Installer)
2. Flash to a 32GB+ card with Balena Etcher
3. Insert card, connect HDMI + 5V PSU, power on
   -> "snow" static -> menu: Arcade / Computer / Console
4. Wire in Ethernet (preferred) or a USB Wi-Fi dongle (not supplied)
5. Scripts menu -> run: update_all   # cores, arcade DBs, filters
   # over weak Wi-Fi this step can exceed 24 hours
6. Supply your own ROMs / cartridge dumps — nothing is bundled

What the Reviewers Actually Said

The Multisystem 2 has been in enough hands now to form a consensus, and the consensus is warm but not uncritical. Here is what public reviewers put on the record.

On consolization

The recurring word is “consolized.” Lon Seidman framed it as a bridge: the Multisystem 2 “bridges the gap between the technical flexibility of the original FPGA development boards and the convenience of a dedicated home console.” Hackaday's Heidi Ulrich was more romantic about it — “this follow-up console dares to blend flexibility with simplicity. No stack required.” Both are saying the same thing: the appeal is not new power, it is the removal of friction.

On value

Davison, who works in the retro industry on Blaze's Evercade and knows the price of authenticity, called the Multisystem 2 “one of the most affordable ways to get an incredibly authentic-feeling retro setup.” That is a specific claim, and against the cost of a DE10-Nano stack it holds up: the Digital at ~$226 is roughly what a bare Terasic board alone once cost, with everything else thrown in.

On the analog edge

The feature reviewers single out as genuinely differentiating is SNAC. In the Metal Game Solid hands-on, the reviewer noted that “those SNAC carts aren't something any other MiSTer setups provide for,” before landing on the verdict enthusiasts tend to reach: “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.” That is the review that should worry the competition — not a rave, a settling.

The Competition: Stacks, Clones, Analogue

The Multisystem 2 does not exist in a vacuum. It is squeezed from below by cheaper boards and from the side by polished single-system consoles. Whether it wins depends entirely on what you want.

The DIY stack it replaces

The most direct rival is the thing the Multisystem 2 is designed to kill: a hand-assembled MiSTer stack. A DE10-Nano, an SDRAM board, an I/O board, a hub, and a 3D-printed case will, assembled, land in the same £250–£400 territory — with more cables, more failure points, and a Saturday of your life spent building it. The Multisystem 2 is more expensive than the cheapest possible stack and dramatically cheaper than your time.

Clone boards and the price floor

The price floor is set by DE10-Nano clones — the so-called “MiSTer Pi” class of board — which RetroGameCoders noted arrived at “less than half the original price,” dragging entry cost toward $99–$130. If your goal is the cheapest possible FPGA-accurate SNES, a clone board plus a naked case beats the Multisystem 2 on price and loses to it on everything else: no integrated analogue, no SNAC, no expansion, no fanless polish. It is the same logic as buying a barebones PC versus a prebuilt.

Analogue and the software crowd

Coming the other way are Analogue's single-system FPGA consoles — the Super Nt, Mega Sg, Pocket, and the $249.99 Analogue 3D — which are more polished and more expensive per system, but each does exactly one platform. The Multisystem 2 does hundreds. And beneath all of it sits software emulation: a Raspberry Pi running RetroPie, or a mini-PC running a free Batocera install, either of which costs less and reaches later systems the Cyclone V cannot. You are paying the FPGA premium for latency and accuracy, not breadth.

What Happens Next: 6–12 Months

Predictions are where most retro-hardware coverage loses its nerve. The Machine will make five, on the record, for the window through mid-2027.

Batches and price creep

1. Prices keep drifting up, not down. The ex-VAT base already moved from £170/£210 at launch to £180/£220 within a year. With Cyclone V supply tightening and US tariffs stacked on top — the reason a £264 console costs a real $386 in America — expect the 2026–27 trend to be further small increases, not discounts. 2. Fulfilment stays batchy. This remains a small-run product with 1–2 week lead times; do not expect same-day stock or a retail-channel blowout.

The next-gen FPGA question

3. No Multisystem 3 within 12 months, and the reason is the chip. The Cyclone V ceiling is real, and a genuinely new machine needs a bigger, mass-available FPGA to unlock stable N64/Saturn/PSX cores. That silicon and its core ecosystem are not ready, so expect louder “DE10-Nano successor” discussion but no shipping consumer product from Heber before mid-2027. The Multisystem 2 is the plateau, not a stepping stone to a quick sequel.

Zaparoo, SNAC, and the CRT holdouts

4. The expansion promise gets cashed in. That 50-way header and sliding hatch exist to be used; expect the Zaparoo NFC ecosystem and I2C add-ons (OLED panels, RTC modules, arcade breakouts — Heber already sells a JAMMA variant) to grow into the year. 5. The Analogue model keeps outselling the Digital among enthusiasts. SNAC and real CRT output are the features nobody else bundles, and they are exactly why buyers who could save £48 don't. The differentiator is analogue, and the audience that wants MiSTer is the audience that owns a Trinitron.

The Machine's Verdict

The Multisystem 2 is the most sensible MiSTer machine yet made, which is not the same as saying everyone should buy one. It solves a real problem — the DE10-Nano tax and the cable spaghetti — elegantly, at a price that is fair rather than cheap.

Buy the Analogue if…

You own a CRT, you care about SNAC and light guns, and you want one box that plays everything up to the 16-bit era as close to perfectly as consumer hardware allows. At £264 inc. VAT it is the definitive integrated MiSTer, and the SNAC slot alone justifies it over any clone board. This is the model to buy, and the reviewers who “settled” on it were not wrong.

Buy the Digital if…

You are HDMI-only, you will never touch a SCART cable, and you want FPGA accuracy for the least money Heber charges. At £216 it is roughly the old cost of a bare DE10-Nano with the entire rest of the build included — a genuine bargain by the standards of this hobby. If you want later systems more than you want accuracy, buy a mini-PC and Batocera instead and spend the difference on games you actually own.

The bottom line

The MiSTer Multisystem 2 does exactly what it set out to do: it makes the most accurate retro console a normal person can plug in and use, and it does it by burying the development board that made MiSTer famous. It is limited by a 2017 FPGA, priced honestly if you can decode the VAT, and taxed brutally if you live in America. For the retro enthusiast who wants hardware-grade 8- and 16-bit gaming without a soldering iron, it is the machine to beat — and, for now, nothing beats it.