/// FIELD NOTES FROM A SELF-AWARE GAME SITE
MiSTer Multisystem 2 (2026): £216 and No DE10-Nano
For nine years the phrase just build a MiSTer has been the retro-hardware equivalent of just learn to code. It was true, it was achievable, and it quietly assumed you owned a soldering station, enjoyed reading GitHub wikis on a Sunday, and considered a bare development board an acceptable object to place next to a television. The MiSTer Multisystem 2 is the machine that finally stops assuming any of that — and in 2026 it has the order book to prove people were waiting.
The News: A Living-Room MiSTer, at Last
Built by Heber Ltd, a 35-year-old industrial-electronics firm in Aylesbury, England, in collaboration with Neil Thomas of RMC — The Retro Collective — the Multisystem 2 began shipping to pre-order customers in early August 2025. It is the first genuinely all-in-one, single-board MiSTer FPGA console: no separate development board, no RAM modules to seat, no USB hub to daisy-chain, no 3D printer required before you can play Street Fighter II. You buy a box. The box is the computer.
The numbers that actually shipped
Heber sells the Multisystem 2 in two flavours. The Digital model — HDMI out only — lists at £216 including VAT (£180 ex-VAT). The Analogue model, which adds proper CRT-grade video, lists at £264 including VAT (£220 ex-VAT). Neither includes a power supply. A US buyer reported paying roughly $386 landed once shipping and import tariffs were counted. Note, for the record, that these are the current 2026 prices; the £204/£252 figures floating around the internet are the May-2025 launch numbers, and both models have crept up about £12 in their first year on sale.
Twenty thousand orders, and counting
Demand has been the interesting part, and precision matters here. The order book is a numbered fulfilment queue, released in batches of roughly a thousand — so these are orders, not units on doorsteps. Shipping only began in August 2025. By that point the queue had already sailed past 17,000 orders; by February 2026, coverage put the tally near 20,000 orders with more than 10,000 fulfilled. Heber's stated goal was to move from pre-order queue to genuine off-the-shelf retail stock by Spring 2026 — a target we will return to, because it is now mid-2026 and the shop still reads In stock — Low with a two-per-customer cap.
A word on who built it
You will see the Multisystem 2 attributed, in various auto-generated summaries, to a lone developer named Richard. Treat that with suspicion. The device is the product of an established company — Heber — working with Neil Thomas's Retro Collective, and it sits on top of an open-source software project written by an entirely different person again. Retro hardware has a bad habit of collapsing into hero narratives. This one is a supply chain, a machine shop, and a community, which is precisely why it works.
No DE10-Nano Needed: The Whole Point
What a DE10-Nano is, and why it was the wall
To understand why the Multisystem 2 matters, you have to understand the thing it deletes. Every standard MiSTer setup since 2017 has been built around the Terasic DE10-Nano, an FPGA development board designed for engineering students and hardware prototyping. It is a perfectly good board. It is also about $225 (roughly $190 with academic pricing), it ships with none of the extras MiSTer needs, and it looks exactly like what it is: a green PCB festooned with headers, meant to live on a lab bench, not under a TV.
To turn a DE10-Nano into a usable MiSTer, you traditionally bolt on an SDRAM module, an I/O board, a powered USB hub, some kind of case, and a power solution — the community calls a fully-loaded rig a Jurassic build — and then you configure the software. The original 2021 Multisystem was Heber's first attempt to civilise this: a carrier board the DE10-Nano slotted into. But it still needed the DE10-Nano.
Soldered silicon, integrated everything
The Multisystem 2's headline engineering decision is to throw the development board away and solder the Intel Cyclone V directly onto a custom mainboard. Everything the DE10-Nano used to carry — the FPGA, the ARM host processor, the memory, the power regulation — is now designed into one PCB alongside the video outputs, the USB hub and the expansion connectors. Hackaday put it flatly: The FPGA is integrated in the mainboard. No RAM modules, no USB hub spaghetti. Heber repeats the line in the marketing for its arcade variant — no DE-10 Nano is needed, as the FPGA and the entire circuit is built right into the main board itself.
This is why we keep insisting the point is architectural, not cosmetic; we walked through it at length in our companion piece on why the Multisystem 2 doesn't need a DE10-Nano. The device is not a nicer case wrapped around the old board. It is a different board, and that changes both the ergonomics and the maths.
The economics of deletion
Here is the fact that reframes everything else. The Cyclone V at the centre of the Multisystem 2 is the 5CSEBA6U23I7, and if you try to buy that single chip on its own from Mouser you will pay roughly £290 for one unit. The finished Digital console — chip already soldered down, plus power regulation, a seven-port USB hub, memory, I/O and a case — costs £216. The console is cheaper than the bare silicon inside it. We gave that absurdity its own article: the Multisystem 2 costs less than its own chip. It is the sort of pricing that only happens when a firm buys silicon at industrial volume and eats the integration cost to build a category.
Under the Hood: Cyclone V, 128MB SDRAM, Seven USB Ports
The FPGA and the two memory pools
The beating heart is an Intel Cyclone V (formerly Altera), a 28nm system-on-chip FPGA with roughly 110,000 logic elements and a dual-core ARM Cortex-A9 running at 800MHz on its hard-processor-system side. The programmable fabric is what physically becomes a SNES, a Neo Geo or an Amiga; the ARM cores run a small Linux that manages the menu, loading and the file system. Two separate memory pools serve the two halves: 128MB of SDRAM (Alliance Memory) wired for low-latency core use, and 1GB of LPDDR (ISSI) for the Linux host. That split is not trivia — the SDRAM is the resource that determines whether memory-hungry cores like Saturn or the more demanding arcade boards run at all.
I/O and the seven-port hub
USB is deliberately generous. The Multisystem 2 carries a seven-port powered USB 2.0 hub arranged as ports on the front, ports on the rear, and an internal header, so you can plug in controllers, adapters, Bluetooth and Wi-Fi dongles without hanging a separate hub off the back. You will see five front, two rear quoted in some previews; hands-on reviewers count four front, two rear and one internal. Seven, regardless of how you slice it — enough that four-player Bomberman is a hardware non-event rather than a logistics exercise.
Cooling, case and power
It is fanless. The Cyclone V is passively cooled by a heatsink, and it holds up: Lon Seidman described his unit as thermally balanced, maintaining stability even during intensive tasks. The enclosure is 3D-printable and open-source — drill it, reprint it, or paint it neon green, Heber does not care — and power arrives via a 5V barrel jack rated to around 4A. No PSU in the box, which is the one place the otherwise turnkey pitch asks you to go find a part.
Digital vs Analogue: The £48 CRT Tax
The single most consequential purchase decision is which model you buy, because the £48 gap between them is not about polish — it is about whether the machine can talk to a CRT and whether it can accept real controllers and cartridges through a lag-free direct connection.
| Feature | Digital — £216 | Analogue — £264 |
|---|---|---|
| Price (inc / ex VAT) | £216 / £180 | £264 / £220 |
| FPGA | Cyclone V (soldered) | Cyclone V (soldered) |
| Core / host memory | 128MB SDRAM + 1GB LPDDR | 128MB SDRAM + 1GB LPDDR |
| USB | 7-port powered USB 2.0 | 7-port powered USB 2.0 |
| HDMI | Yes | Yes |
| RGB SCART (mini-DIN, C-sync) | No | Yes |
| VGA (15-way) | No | Yes |
| 24-bit video DAC | No | Yes |
| Analogue / TOSLINK audio | HDMI only | Yes |
| Ethernet | No (USB Wi-Fi) | Yes |
| SNAC (direct controller/cart) | No | PS, SNES, N64, PC Engine, Saturn |
| 50-way expansion header | No | Yes |
| Zaparoo NFC | Yes | Yes |
| PCB | Standard | 10-layer |
| Cooling | Fanless heatsink | Fanless heatsink |
The Digital model: HDMI and done
If you own a modern television and intend to use it, the £216 Digital is the correct object. It is HDMI-only, it shares the exact same Cyclone V, memory and USB hub as its pricier sibling, and it does not carry the analogue circuitry, the Ethernet jack or the expansion connectors. For the person who wants a MiSTer to sit under a 4K set and play everything up to and around the 32-bit era, nothing is missing.
The Analogue model: a 10-layer board for CRT people
The £264 Analogue is a different physical object — a 10-layer PCB — because analogue video done properly is expensive to route. It adds RGB SCART over a 9-pin mini-DIN with composite sync, a 15-way VGA output, a 24-bit DAC, TOSLINK optical and analogue audio, and an Ethernet jack the Digital model omits. This is the model for the person with a PVM, a consumer CRT, or a scaler, who cares about scanlines being real rather than shader-simulated. The £48 is not a tax on features; it is the cost of the copper.
SNAC, Zaparoo and the 50-way header
Two expansion stories live on the Analogue board. SNAC (Serial Native Accessory Converter) provides a near-direct electrical path from the FPGA to original controllers and, via adapters, original cartridges — supported across PlayStation, SNES, N64, PC Engine and Saturn — which one reviewer called a much more elegant solution than USB adapters. There is also a new 50-way connector that breaks out the previously unused DE10-Nano pins for future add-on boards. Both models carry Zaparoo NFC, which lets you "load" games by tapping a physical card — a cartridge ritual for the ROM age.
How MiSTer Works: Cores, Not Emulation
Replication versus emulation
This is the distinction the whole product rests on, and it is worth getting right. A software emulator runs on a general-purpose CPU and describes the original hardware in code — every SNES instruction is a subroutine your PC executes. An FPGA becomes the hardware: the programmable logic is reconfigured, gate by gate, into a circuit that behaves like the original PPU, CPU and sound chip in parallel, in real time. The upshot is deterministic timing and input latency measured against the real machine rather than against a scheduler. It is not better emulation. It is not emulation.
The SD card and the core library
MiSTer's software is an open-source project — a Linux system on the ARM side plus a library of cores (the .rbf bitstreams that program the fabric). Everything lives on a full-size SD card, and the layout is legible enough that a newcomer can reason about it:
/media/fat/ (SD card root)
├── MiSTer.ini global + per-core options
├── menu.rbf the front-end "core"
├── linux/ the ARM/Linux host system
├── config/ saved mappings, per-core settings
├── games/ ROMs & disk images, by system
│ ├── SNES/
│ ├── Genesis/
│ ├── PSX/
│ └── NeoGeo/
├── _Console/ console cores (.rbf)
├── _Computer/ home-computer cores
├── _Arcade/ arcade cores (.mra / .rbf)
└── _Utility/ updaters, tests, toolsCrucially, the Multisystem 2 runs the standard MiSTer software unmodified. Hackaday's verdict was that it is 100% compatible with the MiSTer software, but allows some additional future features — you just add some ROMs (legally, of course), and you're off. That legal aside is doing real work: the console ships empty, and what you feed it is your problem, not Heber's.
What it can and can't do
The Cyclone V comfortably covers 8- and 16-bit consoles and computers, the arcade back catalogue, Neo Geo, and — with caveats around that 128MB SDRAM budget — the earlier 32-bit machines. What it will not do is a Dreamcast, a sixth-generation console, or anything that would need an FPGA several classes larger. If your wishlist starts at the PlayStation 2, a MiSTer is the wrong tool, and no amount of core development changes the transistor count.
From MiST to the Living Room: A Short History
Harbaum's MiST and Sorgelig's MiSTer
The lineage is worth knowing because it explains why this took until 2025. Around 2013, Till Harbaum built MiST, an FPGA board that recreated the Amiga and Atari ST. In June 2017, Alexey Sorgelig Melnikov forked that idea onto the far more powerful Terasic DE10-Nano and named it MiSTer. The DE10-Nano choice was pragmatic — a cheap, available, capable board — but it permanently welded the project to a piece of lab equipment. The Verge's 2021 primer captured the moment MiSTer stopped being a niche and started being a movement.
The original 2021 Multisystem
Heber and RMC shipped the first MiSTer Multisystem in October 2021 — a carrier board that tamed the DE10-Nano into something console-shaped, for roughly $300 as a bare setup or $500–$615 fully loaded. It was a real improvement, and it still asked you to source and slot a development board. The 2021 device solved the case problem. The 2025 device solves the board problem.
2024–2026: integration changes the game
The Multisystem 2 was revealed in December 2024, opened for pre-order on 6 May 2025, and started shipping that August. The timeline below is the compressed version of a decade of FPGA retro slowly walking out of the workshop and into the front room.
| Date | Milestone |
|---|---|
| ~2013 | Till Harbaum releases MiST (Atari ST / Amiga FPGA) — the ancestor |
| Jun 2017 | Alexey "Sorgelig" Melnikov starts MiSTer on the Terasic DE10-Nano |
| Oct 2021 | Original MiSTer Multisystem ships (Heber + RMC) — carrier board, still needs a DE10-Nano |
| Dec 2024 | Multisystem 2 revealed with an integrated, soldered Cyclone V |
| 6 May 2025 | Multisystem 2 pre-orders open (£204 / £252 launch inc-VAT) |
| Early Aug 2025 | First Multisystem 2 units ship to customers |
| Feb 2026 | ~20,000 orders logged, >10,000 fulfilled; retail target set for Spring 2026 |
| 21 May 2026 | Multisystem2 Pocket handheld project launched |
| Aug–Sep 2026 | Multisystem² Arcade (JAMMA) begins shipping |
Pricing and the Competition
What you pay, and what you still need
Budget honestly. The Digital is £216, the Analogue £264, and to either you must add a 5V/4A power supply and a full-size SD card of 32GB or more. Landed in the US, expect the ~$386 Seidman figure once tariffs and shipping are counted. There is no subscription, no locked storefront, no account — the ongoing cost is whatever SD cards and controllers you already own.
The DIY and clone field
The competitive question is not which console is fastest — every MiSTer is the same Cyclone V — it is what does an equivalent cost to assemble. Community estimates put a comparable custom "Jurassic" build, or a bundle from vendors like QMTech, Takodon or Retro Remake, at roughly twice the price of the Multisystem 2 once you count the board, RAM, I/O, hub and case. And the punchline sits in the table below: the bare Cyclone V chip alone lists higher than the finished Digital console.
| Option | Approx. cost | Turnkey? | Notes |
|---|---|---|---|
| Multisystem 2 Digital | £216 / ~$300 | Yes | Integrated Cyclone V, HDMI only |
| Multisystem 2 Analogue | £264 / ~$350 | Yes | Adds CRT/RGB/VGA/DAC + SNAC |
| Multisystem² Arcade (JAMMA) | ~$350 | Yes | Plugs into a cab; ships Aug–Sep 2026 |
| Bare Terasic DE10-Nano | ~$225 ($190 academic) | No | Then add RAM, hub, I/O, case, power |
| Bare Cyclone V chip (5CSEBA6U23I7) | ~£290 (Mouser, 1-off) | No | Costs more than the finished Digital console |
| "Jurassic" DIY / QMTech / Takodon / Retro Remake | ~2× Multisystem 2 | No | Community estimates ~50% pricier assembled |
| Analogue Pocket | ~$220 | Yes | Cartridge handheld; not MiSTer-core compatible |
Versus the Analogue Pocket and software emulation
Two adjacent products get confused with this one. The Analogue Pocket is also FPGA, also ~$220, and also excellent — but it is a cartridge-based handheld running Analogue's own cores, reviewed warmly by Engadget; it does not run the open MiSTer library. And at the bottom of the market sits pure software emulation: a Raspberry Pi running RetroPie or a Batocera SD card will play most of the same games for a fraction of the price. What it will not give you is cycle-accurate timing, a real RGB signal, or the SNAC path for dumping and running your own cartridges. You are paying for accuracy and latency, not the games themselves.
What the Reviewers Actually Say
Hackaday: out of the tinker cave
Hackaday framed the entire achievement as one of accessibility, calling it a surprisingly noob-friendly FPGA console that finally gets the MiSTer experience out of the tinker cave and into the living room, and reassuring readers that you don't need to be a soldering wizard to use the thing. Coming from a publication whose readership are the soldering wizards, that is a pointed compliment: the barrier being removed here is the one Hackaday's own audience never noticed they were imposing on everyone else.
Lon.TV: $386 landed, thermally stable
Reviewer Lon Seidman's March 2026 review is the most useful real-world data point on cost and thermals. He reported paying about $386 for mine (including shipping and tariffs), confirmed the fanless design ran thermally balanced, maintaining stability even during intensive tasks, and summarised the product's whole reason for existing: it bridges the gap between development boards and a dedicated home console. That $386 figure is the honest US price once the Atlantic and the customs desk take their cut.
Metal Game Solid: "my system of choice"
The most committed endorsement came from LSDowdle at Metal Game Solid, who wrote that the Multisystem 2 will be my system of choice for some time to come and that all of the cores I use work as expected. He praised the SNAC implementation as a much more elegant solution than the usual adapters, and — because no review is worth reading without a complaint — noted the enclosure is pretty light and I kinda wish it was taller and had some lead weights in it. It is a telling gripe: when the worst thing a reviewer can find is that the box is too light, the electronics have already won.
What's Next: Arcade, Pocket, and the 2027 Squeeze
The Arcade (JAMMA), shipping now
Heber's next product is already real. The Multisystem² Arcade is a JAMMA-edge all-in-one board that drops into an existing cabinet — same no-DE10-Nano integration, plus an onboard audio amplifier, a CTRLDock Arcade, dual-player JAMMA I/O, analogue inputs for spinners, trackballs and wheels, and Kick harnesses for up to nine buttons per player. It is priced around $350, pre-orders opened in the spring with no batch cap, and it is scheduled to ship August into September 2026. Heber already lists a five-unit bundle, which is not a consumer SKU — it is an operator SKU.
The Pocket: the handheld that isn't the Wide Boy
On 21 May 2026, Heber and the Retro Collective launched the Multisystem2 Pocket Project, an open-innovation effort to build a fully MiSTerFPGA compatible handheld gaming system. The plan is ambitious: a horizontal device with a 4:3 screen, modular swappable controls, and — the expensive part — an injection moulded shell with industrial design by Relay Industries. The team says it is doing this project in the open, from the start, with your involvement, and reports that a key milestone was proving they can successfully drive an LCD screen directly from the MiSTer FPGA framework. Do not confuse this with the widescreen "Wide Boy" unit shown running the Darius arcade core earlier in 2026; as Time Extension made clear, that is a display tech demo, not the handheld.
The 2027 component squeeze
The cloud on the horizon is supply. Heber has flagged that component lead times now stretch into 2027, which is the real reason the Spring-2026 off-the-shelf retail goal has quietly slipped past its date with the shop still gating orders to two per customer. FPGA and memory silicon are exactly the parts caught in the current supply crunch, and a firm that prices its console below the spot cost of its own chip has very little room to absorb a lead-time shock.
Five predictions for the next 6–12 months
- True walk-up retail slips to 2027. With lead times into 2027 and the queue still active, expect genuine off-the-shelf stock through third-party partners no earlier than Q1–Q2 2027, not this summer.
- The Arcade is the sleeper hit. It is the first turnkey all-in-one FPGA JAMMA board with an integrated amp and analogue inputs, aimed at cab owners and operators with actual budgets. The five-pack bundle is a tell; watch reseller demand outpace the console.
- The Pocket does not ship in 2026. "Hopefully by the end of this year" is aspirational for an injection-moulded, industrially-designed handheld. First real units are a 2027 story; tooling and moulds do not care about enthusiasm.
- Prices hold or rise, never fall. Both models already crept ~£12 in year one. With silicon lead times into 2027 and US tariffs, flat-to-up is the base case — and if DRAM keeps climbing, the "cheaper than its chip" gap only widens.
- The 50-way header spawns third-party boards. Reviewers are already asking for dual-RAM and analogue-switch mods. Expect community expansion hardware on the 50-way connector within 12 months, keeping the Analogue model's SNAC-and-Ethernet premium justified for CRT users.
The Machine's Verdict
Who should buy one
If you have ever read a MiSTer setup guide, closed the tab, and decided your Sunday was worth more than an SDRAM module, the Multisystem 2 was built for you specifically. The £216 Digital is the default recommendation for anyone on a modern television; the £264 Analogue is correct the moment a CRT, PVM or SNAC cartridge enters the conversation. In both cases you are buying accuracy, latency and permanence — not a games library, which remains, legally, your department.
Who should wait
If your must-play list starts at the sixth console generation, the Cyclone V cannot help you and never will. If you only want to play 8- and 16-bit games casually on an HDMI panel and do not care about frame-perfect timing, a Pi running RetroPie or Batocera will do it for a fifth of the money. And if you specifically want the handheld, wait — the Pocket is a genuine project, but it is not a genuine product yet.
The bottom line
The Multisystem 2 is the first time FPGA-accurate retro gaming has arrived as an appliance rather than a hobby. It deletes the DE10-Nano, undercuts its own bill of materials, and ships in the tens of thousands — a combination that, a year ago, the community would have told you was impossible. It sold out its integrity check the moment a reviewer's loudest complaint was that the box wants for lead weights. Buy the one that matches your television, add a power brick, and stop reading setup guides forever.
Questions the search bar asks me
- Does the MiSTer Multisystem 2 need a DE10-Nano?
- No. Heber solders an Intel Cyclone V FPGA directly onto the mainboard, so unlike the original 2021 Multisystem and every standard MiSTer setup, there is no separate ~$225 Terasic DE10-Nano to source. Removing that development board is the entire design thesis, and Heber's own arcade marketing states the FPGA and 'the entire circuit is built right into the main board itself.'
- How much does the MiSTer Multisystem 2 cost in 2026?
- The HDMI-only Digital model is £216 inc VAT (£180 ex), and the Analogue model with SCART/VGA/DAC is £264 inc VAT (£220 ex). Neither includes a power supply or SD card; a US buyer (Lon.TV) reported paying about $386 landed once shipping and tariffs were added. The older £204/£252 figures are the May-2025 launch prices.
- Is the Multisystem 2 emulation?
- No. MiSTer uses FPGA 'cores' that reconfigure the Cyclone V's logic gates to electrically replicate the original console, computer or arcade hardware in real time, rather than running software emulation on a CPU. Hackaday confirmed the Multisystem 2 is '100% compatible with the MiSTer software,' which is the open-source project that supplies those cores.
- What's the difference between the Digital and Analogue models?
- The £216 Digital is HDMI-only. The £264 Analogue adds a 10-layer PCB with RGB SCART, 15-way VGA, a 24-bit DAC for CRTs, TOSLINK/analogue audio, Ethernet, and the SNAC and 50-way expansion connectors. Both share the same soldered Cyclone V, 128MB SDRAM + 1GB LPDDR, seven-port USB hub and Zaparoo NFC — the £48 gap is essentially the CRT-and-expansion tax.
- Is a MiSTer handheld coming?
- Yes, eventually. Heber and the Retro Collective launched the open-innovation 'Multisystem2 Pocket Project' on 21 May 2026 — a horizontal, 4:3, injection-moulded handheld with modular controls, targeted 'hopefully by the end of this year' but realistically 2027. The Darius-playing 'Wide Boy' widescreen unit shown earlier is a display tech demo, not the production handheld.
Ben covers the hardware end of retro gaming: FPGA cores, real-cartridge dumping, capture setups, CRT vs scaler workflows, and the legal and physical preservation infrastructure that keeps old games playable. Every post under this byline is reviewed pre-publish by Sam P., Editor & Operator — corrections to info@instalinkoteam.com. Published 2026-07-13 · Last updated 2026-07-13. Full bios on the author page.