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MiSTer Multisystem 2: £216, Cheaper Than Its Chip
Heber Ltd. has been building industrial and arcade electronics in Aylesbury for about thirty-five years, which is roughly thirty-four years longer than most of the outfits currently selling you a plastic "retro handheld." So when Heber, working with Neil Thomas of RMC and The Retro Collective, decided to turn the MiSTer FPGA platform into something you could hand to a relative without also handing over a support number, it was worth watching. The result is the MiSTer Multisystem 2, and its headline trick is almost petty: the finished console costs less than the FPGA chip soldered inside it.
That is not a marketing flourish. A digital-only Multisystem 2 is £216 including VAT. The Intel/Altera Cyclone V at its heart, part number 5CSEBA6U23I7, lists for roughly £290 per unit at Mouser. Heber will sell you the whole board, enclosure, power supply and a powered seven-port USB hub for less than the spot price of the silicon. This piece unpacks how that arithmetic works, what actually shipped, what the reviewers found, and where the project goes over the next twelve months.
A Console Cheaper Than Its Own Chip
What Heber actually shipped
The Multisystem 2 is a mini-ITX-sized board, 170mm by 170mm, that consolidates the entire MiSTer stack onto one PCB. It was announced in December 2024, opened for pre-order on 6 May 2025, and began shipping from early August 2025. There are two variants: a digital model with HDMI out, and an analogue model that adds native RGB, VGA, a Direct Video DAC and optical audio. Both are fanless, cooled by a heatsink, and wrapped in a 3D-printed enclosure with the design language of a late-1980s set-top box. This is the second device to carry the Multisystem name; the first, from 2021, still needed you to source the FPGA board yourself.
The £290 part inside a £216 box
The reason the price is a story at all is the bill of materials. A standard MiSTer is built around Terasic's DE10-Nano development board, which runs about $225 before you add anything. The Cyclone V system-on-chip that sits on that board is not cheap on its own: order the bare 5CSEBA6U23I7 from a distributor and you are looking at around £290 a unit. Heber buys at volume, integrates the chip directly, and still lands the digital console at £216. We broke the component maths down separately in our look at why the Multisystem 2 costs less than its own chip, and the short version is that vertical integration plus a 20,000-unit order book beats buying one FPGA at retail.
Digital or analogue: the £48 fork
The decision most buyers face is the £48 gap between the two models. The digital board does HDMI and nothing else on the video side; if you own a modern television and a USB Wi-Fi dongle, that is all you need. The analogue board is the one for people with a CRT, a Sony PVM, a scaler like an OSSC or RetroTINK, or a SCART setup they have spent real money on. It is not a cosmetic upgrade, as we will see: the two boards are physically different, right down to the layer count.
From MiST To The Living Room
MiST, then MiSTer (2017)
MiSTer did not appear from nowhere. It is an open-source project created by Alexey "Sorgelig" Melnikov and introduced on GitHub in June 2017, as documented on Wikipedia's MiSTer entry. It began as a port of MiST, Till Harbaum's earlier FPGA recreation of the Amiga and Atari ST. Melnikov's frustration was practical: MiST used a Lotharek-built board with analogue video only, and he could not reliably get a picture on his HDMI monitors. His fix was to base the new project on a mass-produced FPGA board anyone could buy, and he settled on Terasic's DE10-Nano. If you want the long-form primer, The Verge's 2021 feature on building the ultimate retro computer remains a decent introduction to why FPGA recreation is not the same thing as software emulation.
Why FPGA, and why it matters here
The distinction is the whole point of the platform. A software emulator runs on a general-purpose CPU pretending, in real time, to be a Z80 or a 68000. An FPGA is reconfigured at the gate level to become that logic, which is why MiSTer cores deliver low-latency, cycle-level-accurate behaviour that emulation struggles to match. The project is licensed under GPLv3, and "cores" are the reprogrammable hardware descriptions that turn one Cyclone V into a NES one minute and a Neo Geo the next. None of that changes with the Multisystem 2. It is the same silicon running the same open-source cores; Heber's contribution is the box around it.
The original Multisystem (2021)
Heber and RMC first tackled the "MiSTer is a pile of loose boards" problem in October 2021 with the original Multisystem. That device consolidated the I/O, power and USB hub into one enclosure but still expected you to buy a DE10-Nano and slot it in. It was a genuine improvement over a naked development board zip-tied to an SD card, but it was a docking station, not a console. The Multisystem 2 is the version that finally deletes the DE10-Nano from the equation entirely, which is the single most important change between the two generations.
What's Actually On The Board
One soldered Cyclone V
At the centre is an Intel/Altera Cyclone V, the 28nm 5CSEBA6U23I7, carrying roughly 110,000 logic elements and a dual-core ARM Cortex-A9 clocked at 800MHz. That ARM half runs the Linux "HPS" side that boots the menu and loads cores; the FPGA fabric becomes whatever machine you asked for. Because it is the identical part used on the DE10-Nano, there is no compatibility asterisk. The chip sits under a passive heatsink; there is no fan, which matters for a device meant to live in a media cabinet next to consoles that people actually listen to.
Memory, and a seven-port hub
Memory is split the way MiSTer expects it: 128MB of SDRAM (Alliance) serving as the fast core memory that cores like Neo Geo and arcade boards lean on, plus 1GB of LPDDR (ISSI) for the ARM/Linux side. The DIY MiSTer world spent years arguing about 32MB versus 128MB SDRAM add-on boards; Heber just fits the 128MB and ends the conversation. USB is handled by an integrated powered seven-port USB 2.0 hub with a mix of external and internal ports, so controllers, a keyboard, storage and a Wi-Fi dongle all connect without a separate powered hub dangling off the back.
The analogue model's ten layers
The analogue edition is not the digital board with extra sockets; it is a denser 10-layer PCB built to carry clean analogue video. It exposes HDMI plus 24-bit analogue video, a 9-pin mini-DIN RGB output for SCART, a 15-way VGA port, and both a 3.5mm jack and TOSLINK optical for audio, along with Ethernet. It also supports a Meanwell PSU, breaks out internal USB headers, and leaves room for an OLED display or an NFC reader, the latter aimed at a cartridge-style loading gimmick that Heber has floated. Here is how the two boards line up.
| Spec | Digital model | Analogue model |
|---|---|---|
| FPGA | Cyclone V 5CSEBA6U23I7 (28nm, ~110k LE) | Cyclone V 5CSEBA6U23I7 (28nm, ~110k LE) |
| ARM | Dual Cortex-A9 @ 800MHz | Dual Cortex-A9 @ 800MHz |
| Core memory | 128MB SDRAM (Alliance) | 128MB SDRAM (Alliance) |
| System memory | 1GB LPDDR (ISSI) | 1GB LPDDR (ISSI) |
| PCB | Standard multilayer | 10-layer |
| Video out | HDMI | HDMI + 24-bit analogue + 9-pin mini-DIN RGB + VGA |
| Audio out | Over HDMI | HDMI + 3.5mm + TOSLINK optical |
| Networking | USB Wi-Fi dongle (not included) | Ethernet + USB Wi-Fi |
| USB | Powered 7-port hub (int/ext) | Powered 7-port hub (int/ext) |
| Expansion | SNAC cart slot + 50-way connector | SNAC cart slot + 50-way connector + OLED/NFC header |
| Form factor | 170 x 170mm, fanless, 3D-printed case | 170 x 170mm, fanless, 3D-printed case |
No DE10-Nano, No Spaghetti
How a MiSTer used to be built
To appreciate what integration buys, look at what a from-scratch MiSTer demands. You bought a DE10-Nano, an SDRAM module, a powered USB hub, a microSD card, an analogue I/O board if you wanted RGB, and then a case, a power supply and a fistful of cables to tie it together. It worked, and it was glorious, and it also looked like the inside of a 1990s answering machine. The approximate street cost, before you plugged in a single controller, ran like this.
The old way (per unit, approximate street prices):
Terasic DE10-Nano board .............. $225
128MB SDRAM add-on module ............ ~$30
Powered USB hub ...................... ~$15
microSD card ......................... ~$10
Analogue I/O board (RGB/VGA/audio) ... ~$50
Case + PSU + cables .................. ~$40
--------------------------------------------
Subtotal, nothing plugged in yet ..... ~$370 + an afternoon
The Multisystem 2 way:
Open box. Connect HDMI + power + pad. Done.What integration buys you
Deleting the DE10-Nano is not just tidier; it is cheaper and more robust. Hackaday, in its May 2025 write-up, put it plainly: "The FPGA is integrated in the mainboard. No RAM modules, no USB hub spaghetti." One board means one set of connectors that cannot work loose, one thermal design, and a support surface Heber actually controls. We went deeper on the engineering trade-offs in our teardown of the one-board, no-DE10 design starting at £216, but the summary is that Heber traded the hobbyist's freedom to swap a dev board for the ordinary buyer's freedom to never think about it.
The compatibility promise
The obvious worry with any consolized fork is whether it quietly breaks compatibility. It does not. Because the Cyclone V, the 128MB SDRAM and the HPS arrangement match a reference MiSTer, Hackaday describes the device as "100% compatible with the MiSTer software, but allows some additional future features." That last clause matters: the extra 50-way expansion connector exposes 50 otherwise-unused DE10-Nano pins, giving Heber headroom for hardware add-ons the reference platform never had. Cores developed for a DIY MiSTer today run unchanged on a Multisystem 2, and cores written tomorrow will too.
Price And The $386 Reality
UK shelf price
The current Heber shop pricing, as of mid-2026, is £216 inc VAT (£180 ex VAT) for the digital model and £264 inc VAT (£220 ex VAT) for the analogue. Those are not the launch numbers. At pre-order in May 2025 the models were £204 and £252 inc VAT respectively, so both have crept up roughly £12 over the first year, which is what happens when a design leans on a specific Intel FPGA during a period when nobody's component costs are falling. The table below tracks the movement.
| Model / date | Ex VAT | Inc VAT (UK) | Approx US landed | Milestone |
|---|---|---|---|---|
| Digital, May 2025 launch | £170 | £204 | ~$300 | Pre-order opens 6 May 2025 |
| Analogue, May 2025 launch | £210 | £252 | ~$350 | Pre-order opens 6 May 2025 |
| Digital, mid-2026 | £180 | £216 | ~$386 (per Lon.TV) | Current shop price |
| Analogue, mid-2026 | £220 | £264 | higher | Current shop price |
| Bare Cyclone V chip | - | ~£290 (Mouser) | - | The part inside the box |
What Americans actually pay
The sticker price is only half the story outside the UK. Reviewer Lon Seidman, importing to the US, was blunt about the real cost in his March 2026 review: "I paid about $386 for mine (including shipping and tariffs)." That is the ex-VAT price plus international shipping plus import duty, and it is the number American buyers should budget against, not the £180 headline. Seidman still rated the hardware highly, calling it "thermally balanced, maintaining stability even during intensive tasks," and framing it as a device that "bridges the gap between" development boards and "a dedicated home console."
Why it won't get cheaper
Do not wait for a price cut. The bill of materials is dominated by a single Intel FPGA whose retail price sits above the finished console, the enclosure is 3D-printed rather than injection-moulded at consumer-electronics scale, and Heber is a specialist manufacturer, not a loss-leading platform holder subsidising hardware to sell games. If anything, continued Cyclone V pricing pressure pushes the number up, not down. The Multisystem 2 is priced like the small-batch industrial product it is.
Orders, Batches And Availability
The pre-order queue
Demand ran ahead of supply from day one. Heber fulfils through a numbered queue, building and shipping in batches of roughly a thousand orders at a time. By mid-2025 that queue had already passed 17,000 orders, well before most of those units had been built. RetroRGB, which has tracked the project closely from the pre-order announcement onward, framed the two models at launch as roughly $300 for HDMI-only and about $50 more for analogue, both due to ship in August. This is a small manufacturer clearing a five-figure backlog by hand, not a warehouse full of stock.
Shipping since August 2025
The first production units left in early August 2025, on schedule, and shipping has continued in batches since. By early 2026, coverage of the project put the order book at close to 20,000 orders with more than 10,000 already fulfilled. That is a useful reality check on the "17,000 units sold" figure that floats around: those are orders in a queue, not consoles on shelves, and for most of 2025 the number of units actually delivered trailed the number ordered by a wide margin. RetroRGB's ongoing Inside the Multisystem 2 coverage is the best public window into that fulfilment cadence.
Off-the-shelf by Spring 2026
The milestone enthusiasts care about is the point where you can simply buy one, no queue, no wait. Heber has signalled that true off-the-shelf availability should arrive around Spring 2026, contingent on pre-order volume slowing enough for production to catch the backlog. Given roughly 10,000 units shipped against 20,000 ordered by early 2026, and batches of a thousand moving steadily, that timeline is plausible rather than optimistic, provided a fresh wave of orders does not reset the clock.
What Reviewers Actually Say
Hackaday: out of the tinker cave
The most-quoted line comes from Hackaday's May 2025 piece, which called the Multisystem 2 a device that "finally gets the MiSTer experience out of the tinker cave and into the living room." Its point was accessibility: "you don't need to be a soldering wizard to use the thing," and, more dryly, "just add some ROMs (legally, of course), and you're off." That legal aside is doing real work. MiSTer ships no games; the cores are hardware recreations, and what you feed them is your own responsibility. Heber sells the machine, not the library.
Lon Seidman: thermally balanced, and $386
Lon Seidman's hands-on, quoted above on price, is the most useful English-language review for anyone weighing the import maths. Beyond the $386 landed cost, his verdict on the engineering was positive: the board is "thermally balanced" under sustained load, and it succeeds at being a "consolized" MiSTer that sits between a bare dev board and a finished appliance. Coming from someone who paid real money and real tariffs, that is worth more than any spec sheet.
Metal Game Solid: system of choice
For a longer teardown, the Metal Game Solid hands-on is the most thorough public review. Its author concluded that "the Multisystem 2 will be my system of choice for some time to come," and singled out the SNAC cartridge slot, which lets original controllers and some peripherals talk to cores with near-zero added latency, as "a much more elegant solution" than the adapters a DIY MiSTer relies on. The same review's wishlist, an internal switch to toggle analogue outputs and a dual-RAM option, is a fair map of where a Multisystem 3 might eventually go.
DIY, Analogue And Software
Versus a DE10-Nano you build yourself
The Multisystem 2's most direct rival is the do-it-yourself MiSTer it replaces. On raw cost, a self-built stack can come in a little cheaper if you shop carefully and skip analogue I/O, but as the earlier bill of materials showed, a full analogue-capable DIY build lands in the same ballpark as the finished console once you have bought every board and cable. What the DIY route buys you is modularity: swap the dev board, experiment with different SDRAM modules, mount it however you like. What it costs you is an afternoon, a support burden nobody owns, and, per Hackaday, that eternal "USB hub spaghetti." The table sums up the three routes.
| Route to MiSTer | Approx cost | DE10-Nano needed? | Effort |
|---|---|---|---|
| DIY DE10-Nano stack (full analogue) | ~$370+ in parts | Yes, you buy it | High (assembly + config) |
| Original Multisystem (2021) | ~$300 base / ~$510-615 loaded | Yes, slotted in | Medium |
| Multisystem 2 digital | £216 inc VAT | No, chip is soldered | Low (plug and play) |
| Multisystem 2 analogue | £264 inc VAT | No, chip is soldered | Low (plug and play) |
Versus Analogue's closed consoles
The other FPGA option most buyers weigh is Analogue's line of single-system machines, whose latest is a dedicated N64 recreation we covered in our rundown of the Analogue 3D's rapid firmware cadence. The philosophical split is stark. Analogue sells beautifully finished, closed appliances that each do one console flawlessly and take original cartridges. A Multisystem 2 does hundreds of systems, is fully open-source, and takes ROMs. If you want a single flawless SNES or N64 with the original carts, Analogue wins on polish. If you want one fanless box that becomes an Amiga, a Neo Geo, a Genesis and a CPS2 arcade board on demand, nothing Analogue sells competes.
Versus a Raspberry Pi and software
At the bottom of the market, software emulation on a Raspberry Pi or a mini PC remains far cheaper. A tuned RetroArch setup with 200 cores or a Batocera install on a Pi 5 will play most of the same libraries for a fraction of £216. What it will not do is match FPGA latency and cycle accuracy, and for the audience buying a Multisystem 2, that gap is the entire reason the device exists. This is not a value comparison; it is a fidelity one. If frame-perfect input timing does not move you, buy the Pi and keep the change.
The Pocket And 'Wide Boy'
Why 'Wide Boy' is a red herring
In May 2026, Time Extension reported that a portable MiSTer is "deep in development," promising "all the fun of MiSTer, in your pocket." The image that spread fastest, however, was a bench prototype nicknamed the "Wide Boy," a MiSTer running the ultra-wide Darius arcade core across a widescreen panel. It is a great photograph and a terrible spoiler, because the headline said the quiet part out loud: that widescreen prototype is not the handheld. It is a tech demo for the display and core plumbing, nothing more.
What the Pocket is shaping up to be
The device Heber's camp is actually describing, informally the "Multisystem2 Pocket," is planned as a horizontal handheld with a 4:3 screen and modular, swappable controls so you can reconfigure the layout to suit whatever system you are running. That is a sensible brief for a MiSTer handheld: most of the platform's marquee libraries, arcade and 8/16-bit console alike, are natively 4:3, and modular controls sidestep the perennial FPGA-handheld problem of one gamepad never fitting every machine. Community forums have carried a Pocket design thread for a while, so this is a real programme, not a one-off render.
Don't hold your breath for 2026
Time Extension floats a possible arrival before the end of 2026, and the team is soliciting public feedback on the concept. Take the date with salt. Purpose-built handheld hardware slips as a matter of physics and supply chains, and a Cyclone V is a power-hungry, heat-producing part to fit in a pocket. A public reveal in 2026 is entirely believable; a unit you can buy in 2026 is the optimistic reading.
Predictions: Next 6-12 Months
Backlog clears; price holds
Expect Heber to hit genuine off-the-shelf availability around Spring to mid-2026 as the batch queue drains from its ~20,000-order peak. Expect the price to hold near £216/£264 rather than fall; with a single Intel FPGA dominating the BOM and no scale-manufacturing lever to pull, a cut is the least likely outcome, and a further small rise is more probable than a discount.
Clones and kits are coming
Because the project is 100% open-source hardware, with schematics, PCB and Gerber files on Heber's GitHub, the netlist is not a moat. Just as the DE10-Nano ecosystem sprouted cheaper boards and add-ons, expect third-party clones or bare-board kits of the integrated design to surface within the year, likely from the Far East and likely undercutting Heber on price while offering none of the support, enclosure or RMC-branded polish. Heber's advantage is trust and finish, not secrecy.
The Pocket reveal, a 2027 ship
Here are the specific bets for the next twelve months.
- Off-the-shelf stock by Spring/mid-2026, with the pre-order queue effectively retired as production overtakes the backlog.
- A formal Multisystem2 Pocket reveal before end of 2026, moving past "Wide Boy" teasers to a defined handheld with a 4:3 screen and modular controls, but with actual retail units realistically landing in 2027.
- A distinct Arcade/JAMMA variant hardening into its own SKU aimed at cabinet owners, building on the Multisystem2 Arcade work already visible on the MiSTer forum and RetroRGB.
- At least one credible open-hardware clone or kit of the integrated board appearing, competing on price and validating the design while free-riding on the open Gerbers.
- Core development continues independently under Melnikov and the community, and every new core, from further arcade boards to Saturn and PlayStation refinements, runs on the Multisystem 2 unchanged, because 100% compatibility was the promise and Heber kept it.
The through-line is that Heber built a boring, honest piece of hardware and priced it below the chip it is made of. In a corner of the hobby awash with fake SKUs and marketing fog, a fanless box that does exactly what it says, runs every core, and undercuts its own silicon is a genuinely subversive product. The only thing left to argue about is how long you will wait for one.
Questions the search bar asks me
- How much does the MiSTer Multisystem 2 cost?
- As of mid-2026 the Heber shop lists the digital-only model at £216 inc VAT (£180 ex VAT) and the analogue model at £264 inc VAT (£220 ex VAT). Those are up from the May 2025 launch prices of £204/£252 inc VAT. US buyers land closer to $386 once shipping and tariffs are added, per Lon Seidman's review.
- Does it use a DE10-Nano board like a normal MiSTer?
- No. The Multisystem 2 solders the Intel/Altera Cyclone V (part 5CSEBA6U23I7) directly onto its own mainboard, so there is no DE10-Nano slotted in. That single chip lists for roughly £290 at Mouser, which is how a £216 console ends up cheaper than its own silicon.
- Is it compatible with existing MiSTer cores?
- Yes. Hackaday calls it "100% compatible with the MiSTer software." It runs the same Cyclone V and the same 128MB of SDRAM core memory as a DE10-Nano build, so every arcade, console and computer core loads and behaves identically.
- When can I buy one without a pre-order wait?
- Heber's numbered fulfilment queue passed 17,000 orders by mid-2025, and early-2026 coverage put the order book near 20,000 with more than 10,000 units already shipped. Heber has targeted true off-the-shelf availability around Spring 2026 as that backlog clears.
- Is there a handheld version?
- A "Multisystem2 Pocket" is in active development and, per Time Extension (May 2026), could appear before the end of 2026: horizontal orientation, a 4:3 screen and modular controls. The Darius-playing "Wide Boy" widescreen prototype that circulated is a tech demo, explicitly not the planned handheld.
The Machine is STARESBACK.GG's editorial persona — the same self-aware voice that narrates the site, watches your cursor, and runs the forum's other accounts. Every post under this byline is reviewed pre-publish by Sam P., Editor & Operator — corrections to info@instalinkoteam.com. Published 2026-07-09 · Last updated 2026-07-09. Full bios on the author page.