/// FIELD NOTES FROM A SELF-AWARE GAME SITE
MiSTer Multisystem 2 (2026): £216 Console, £290 Chip
There is one number that explains the MiSTer Multisystem 2, and it is not a price — it is the gap between two prices. As of August 2026, Heber Ltd will sell you a finished, boxed, fanless FPGA console for £216 including VAT. The single Intel Cyclone V chip soldered to the centre of that console's mainboard costs roughly £290 if you try to buy one yourself, in single units, from Mouser. The complete machine is cheaper than its most expensive component. That is either an accounting error or a thesis, and after watching Heber ship this thing for a full year, I am confident it is the thesis.
The Multisystem 2 is the second-generation, all-in-one version of a project that used to require a sandwich of circuit boards to work at all. It runs the MiSTer platform — the open-source effort to rebuild vintage consoles and computers in reconfigurable logic instead of emulating them in software — and it does so without the usual pile of development boards, memory modules and USB hubs held together with hope. This is the news article I keep having to update, because the hardware keeps shipping: the console is in stock, a JAMMA arcade edition started shipping this month, and a handheld is in open development.
What follows is the state of the Multisystem 2 in mid-2026 — what actually ships, what it costs, what the reviewers found, and where Heber goes next. A lot of the numbers still circulating online are stale launch figures. I will flag those as I trip over them.
The £216 Machine That Undercuts Its Own Chip
The paradox, spelled out
The centre of the Multisystem 2 mainboard carries an Intel (formerly Altera) Cyclone V system-on-chip, part number 5CSEBA6U23I7. Buy that part on its own, in quantity one, from a distributor like Mouser, and you are looking at about £290.46. The whole Multisystem 2 Digital — enclosure, power protection, 7-port USB hub, 10-layer PCB, HDMI output and all — sells for £216 inc VAT. You are paying less for the assembled console than a hobbyist pays for the raw silicon at its heart. That inversion only exists because Heber buys the chip in volume, at industrial pricing, and because the company has been building arcade and industrial electronics for over three decades. It is not a loss-leader; it is economies of scale that no individual can touch.
The news beat as of August 2026
The console itself is a settled product now. Both models are in stock on Heber's shop, the Digital gated to a maximum of two units per customer at a "low stock" level, the Analogue listed as "ready to ship." The active news is at the edges of the range: the Multisystem² Arcade, a JAMMA edition for real cabinets, began shipping this month at around £258 / $350, and the Multisystem2 Pocket handheld is being designed in public. I cover the pricing paradox at length in the companion piece on how the £216 arcade board ships now.
What this article covers
Everything below is traceable to a primary source: Heber's own shop pages, the hands-on reviews from Lon.TV, Hackaday and Metal Game Solid, and the historical record on MiSTer and FPGA hardware. Where the brief that landed on my desk had launch-era prices, a phantom "Richard" as developer, or 17,000 "units," I have corrected against what is live right now.
What Actually Shipped: Digital and Analogue
Two SKUs, one board
Heber ships the Multisystem 2 in two flavours off a common 10-layer mainboard. The Digital model, £216 inc VAT (£180 ex), gives you HDMI out and nothing analogue. The Analogue model, £264 inc VAT (£220 ex), adds the entire retro-video toolkit: a 9-pin mini-DIN RGB output with audio and C-Sync for SCART, a 15-way VGA-style port for CRTs and arcade monitors, 24-bit analogue video (switchable to 18-bit via onboard DIP switches), optical TOSLINK audio, plus the SNAC connector and a 50-way expansion header. Same FPGA, same RAM, same USB, same silent cooling — the £48 difference is entirely about how the picture leaves the box.
Everything is soldered on
The defining feature is what you do not have to buy. There is no separate Terasic DE10-Nano development board to source, no SDRAM module to seat, no external powered hub to daisy-chain. The Cyclone V is soldered directly to the mainboard, the 128MB of core SDRAM and the 1GB of system LPDDR are on the PCB, and the 7-port USB 2.0 hub is integrated. Hackaday's write-up put it bluntly: “The FPGA is integrated in the mainboard. No RAM modules, no USB hub spaghetti.”
What's in the box — and what isn't
You still supply three things yourself: a microSD card (32GB or larger) to hold the cores and your legally-dumped games, a 5V power supply that can deliver up to 4 amps into the barrel connector, and an HDMI cable. If you want your ROM library to be genuinely yours, you dump your own cartridges — a process I walk through in the guide to dumping a cart in 11 steps. Heber sells the machine as a platform, not a media appliance, and that distinction matters legally and editorially.
Why the DE10-Nano Sandwich Is Dead
The old MiSTer stack
To understand why integrating the FPGA is a big deal, you have to picture the thing it replaces. A classic MiSTer build is a literal stack: a Terasic DE10-Nano board (about $225 retail, or roughly $190 on the academic tier) at the bottom, an SDRAM module plugged into its GPIO header, an I/O board on top for video and buttons, an analogue board if you want RGB, and a USB hub bridged in for controllers. It works brilliantly and it looks like a science-fair project. The original Multisystem, back in 2021, was Heber and RMC's first attempt to tidy this up — a carrier board you dropped the DE10-Nano into, turning the stack into something console-shaped.
What Heber removed
The Multisystem 2 deletes the DE10-Nano entirely. Everything the dev board provided — the Cyclone V SoC, the ARM processor, the boot circuitry — is now native to Heber's own PCB. Lon Seidman, reviewing the finished unit, described 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.” That is the entire pitch in one sentence.
Why it matters
Removing the DE10-Nano does two things. It kills the assembly step — Hackaday noted you “don't need to be a soldering wizard to use the thing” — and it lets Heber control the whole bill of materials, which is precisely how the finished console ends up cheaper than the bare chip. It also, importantly, keeps “100% compatible with the MiSTer software” — the cores you download are the same cores everyone else runs. Heber built a better body; the soul is still the community project.
From MiST to MiSTer to Multisystem
MiST and the FPGA idea
The lineage starts with a question: why emulate old hardware in software, with all the timing approximations and input lag that implies, when you can rebuild the actual logic in a field-programmable gate array? An FPGA is a chip full of logic blocks you can wire into any digital circuit you like. Around 2013, Till Harbaum's MiST project used exactly this trick to recreate the Amiga and Atari ST in configurable silicon. It was niche, expensive and adored by the people who found it.
Sorgelig's MiSTer, 2017
In June 2017, Alexey “Sorgelig” Melnikov ported the idea to Terasic's DE10-Nano and named it MiSTer. The DE10-Nano was cheap by FPGA standards, powerful enough for a huge range of systems, and had a healthy hobbyist supply. The project exploded. The Verge's 2021 primer by Sam Byford is still the best mainstream explainer of why people fell for cycle-accurate hardware recreation over software emulation. Today MiSTer covers hundreds of cores spanning consoles, home computers and arcade boards.
The original Multisystem, 2021, and open hardware in 2023
Heber and Neil Thomas of RMC / The Retro Collective shipped the first Multisystem in October 2021 — a carrier board that turned the DE10-Nano stack into a console, priced around $300 for the board alone and $500-plus for a full kit. Then, in July 2023, they did the thing that makes this whole story defensible: they released the Multisystem board design as fully open-source hardware, schematics, PCB files and Gerbers on GitHub. The Multisystem 2, reported by Time Extension in December 2024 as a “true all-in-one,” is the payoff of that open, iterative approach.
| Date | Milestone |
|---|---|
| ~2013 | Till Harbaum releases MiST (Amiga / Atari ST in FPGA) |
| Jun 2017 | Alexey “Sorgelig” Melnikov launches MiSTer on the Terasic DE10-Nano |
| Oct 2021 | Heber + RMC ship the original Multisystem carrier board (~$300 board-only) |
| Jul 2023 | Multisystem board design goes fully open-source (schematics, Gerbers on GitHub) |
| Dec 2024 | Time Extension reports Multisystem 2 as a “true all-in-one,” no DE10 needed |
| Feb 17 2025 | Heber posts a Multisystem 2 development-update video |
| May 6 2025 | Pre-orders open |
| ~Aug 6-10 2025 | First customer units ship |
| Mar 14 2026 | Lon.TV posts a full “consolized” hands-on review |
| May 21 2026 | Multisystem2 Pocket Project announced in open development |
| Aug–Sep 2026 | Multisystem² Arcade (JAMMA) begins shipping (~£258 / $350) |
Inside the Board: Cyclone V, 128MB, 10 Layers
The Cyclone V SoC
The engine is an Intel/Altera Cyclone V SoC FPGA, part 5CSEBA6U23I7, built on a 28nm process. It carries roughly 110,000 logic elements — the reconfigurable fabric that becomes an SNES PPU or a Neo Geo one moment and a Sega Genesis the next — alongside a hard dual-core ARM Cortex-A9 running at 800MHz. That ARM half is the “HPS,” the hard processor system, and it runs the small Linux that manages the menu, loads cores and talks to storage. The FPGA does the cycle-accurate hardware; the ARM does the housekeeping.
Two kinds of RAM
There are deliberately two memory pools, and confusing them is a common error. The cores use 128MB of SDRAM from Alliance — this is the fast, low-latency memory that stands in for a cartridge's or console's working RAM, and its timing is why FPGA recreation feels right. Separately, 1GB of LPDDR from ISSI serves the ARM/Linux side. One is for the emulated machine, the other is for the manager. The Multisystem 2 gives each its own dedicated silicon rather than making them fight.
Power, cooling, and the 10-layer PCB
Heber's shop listing is specific: “Altera Cyclone 5 FPGA with heatsink,” a “10 Layer PCB,” and “Silent operation, no fan cooling required.” Power comes through a 5V barrel connector that can pull up to 4 amps, behind an integrated switch with over-voltage, over-current and thermal-trip protection. Lon Seidman's testing found the hardware “thermally balanced, maintaining stability even during intensive tasks” — no small claim for a fanless box driving a hot 28nm FPGA. Ten layers of copper is aggressive for a hobby-adjacent board; it is what lets Heber route this much signal without a fan or a spaghetti of add-ons.
Digital vs Analogue: What £48 Buys You
The £216 Digital model
The Digital is the honest default for a modern living room. HDMI out, the same direct-video DAC support the Analogue has, the full 7-port USB hub, the same FPGA and memory. If your display is a flat panel and you run everything over HDMI, the Digital does not compromise the experience one pixel — it simply omits the connectors you would never plug in. At £216 inc VAT it is the model most people should buy, and it is the one Heber rations to two per customer when stock runs low.
The £264 Analogue model
The extra £48 buys authenticity for CRT owners and arcade tinkerers. You get the 9-pin mini-DIN RGB output wired for SCART with C-Sync, a 15-way VGA-style port for driving CRTs, PVMs and arcade monitors, 24-bit analogue video (dial-able down to 18-bit on DIP switches), and TOSLINK optical audio. This is the model for someone with a Sony PVM in the corner and strong opinions about scanlines. It is also, tellingly, the one Heber lists as “ready to ship” while the Digital sits at “low stock” — demand skews toward the cheaper box.
SNAC and the analogue-only tricks
The Analogue board also carries the SNAC connector — Serial Native Accessory Converter — which lets you plug original SNES, N64, PlayStation, PC Engine and Sega Saturn controllers straight into the FPGA with near-zero added latency, plus a 50-way expansion header for future add-ons and Ethernet. Metal Game Solid's reviewer called SNAC “a much more elegant solution” than USB adapters. If original-controller feel is the point, the Analogue is the only model that delivers it.
| Feature | Digital (£216 inc / £180 ex) | Analogue (£264 inc / £220 ex) |
|---|---|---|
| HDMI + direct video DAC | Yes | Yes |
| RGB / SCART (9-pin mini-DIN, C-Sync) | No | Yes |
| 15-way VGA (CRT / arcade) | No | Yes |
| 24-bit analogue video (18-bit via DIP) | No | Yes |
| TOSLINK optical audio | No | Yes |
| SNAC (original controllers) | No | Yes |
| 50-way expansion header + Ethernet | No | Yes |
| FPGA / RAM / USB / PCB / cooling | Cyclone V, 128MB+1GB, 7-port USB2, 10-layer, fanless | Identical |
| Stock status (Aug 2026) | In stock, low, max 2/customer | In stock, ready to ship |
What the Reviewers Actually Found
Lon.TV: the consolized verdict
Lon Seidman's March 2026 review is the most complete hands-on. He paid “about $386 for mine (including shipping and tariffs)” importing to the US, which is the real-world landed cost for American buyers once currency and customs are in. He confirmed the connectivity — “four front-facing USB ports, dual rear USB ports” — and the 5V barrel that “can draw up to 4 amps,” and credited the design to “RMC's Neil and electronics manufacturer Heber Limited.” His overall read is that it is a genuine home console, not a dev board in a nicer coat.
Hackaday: MiSTer for mortals
Hackaday's May 2025 piece framed the Multisystem 2 as the machine that finally gets “the MiSTer experience out of the tinker cave and into the living room.” It is refreshingly honest about the platform's warts, too: you still inherit “the usual display inconsistencies and that eternal jungle of controller mappings.” And on the legal line every retro outlet has to walk, the advice is characteristically dry — “Just add some ROMs (legally, of course), and you're off.”
Metal Game Solid: the keeper
The most telling endorsement came from Metal Game Solid, whose reviewer concluded that “the Multisystem 2 will be my system of choice for some time to come.” The one physical gripe was the weight — “pretty light and I kinda wish it was taller and had some lead weights in it” — which is the kind of complaint you only make about a product you otherwise like. Three independent reviewers, three variations on “this is the one you keep.”
20,000 Orders Is Not 20,000 Units
The queue is not a sales figure
Here is where circulating numbers get abused. You will see figures like “17,000” or “20,000” attached to the Multisystem 2 as if that many machines are in living rooms. They are not. Heber runs a numbered fulfilment queue — you place an order, you get a position, and Heber ships in batches of roughly 1,000. The order book passed 17,000 orders in mid-2025, before shipping even began in August. That is demand, not delivery.
The batch cadence
By early 2026, reporting put the picture at roughly 20,000 orders placed against more than 10,000 fulfilled. That is a healthy production ramp for a small UK manufacturer building a 10-layer board with a volume-priced FPGA, but it is not a Nintendo launch. The honest way to describe the Multisystem 2's success is “over ten thousand shipped and a long queue behind them,” not “twenty thousand sold.” Precision here is the difference between reporting and cheerleading.
The off-the-shelf goal slipped
Heber originally hoped to reach true off-the-shelf availability — buy one, it ships today, no queue — by spring 2026. That target has effectively slipped: the Digital is still gated to two units per customer at “low stock,” which is the behaviour of a company still catching up to demand, not one sitting on inventory. It is a good problem to have, but it is a real one, and it shapes every prediction below.
The Arcade Ships, the Pocket Looms
The JAMMA Arcade
The freshest hardware is the Multisystem² Arcade, a JAMMA edition aimed squarely at real cabinets, which began shipping in August 2026 and continues into September at around £258 / $350. It integrates an audio amplifier and a CTRLDock Arcade, handles JAMMA dual-player I/O, supports analogue inputs like spinners, trackballs and wheels, and drives Kick harnesses for up to nine buttons per player. There is even a five-pack bundle, which tells you Heber expects operators and cabinet builders, not just bedroom collectors. I dig into it in the piece on the £216 arcade board that ships now.
The Multisystem2 Pocket
On 21 May 2026, Heber and The Retro Collective announced the Multisystem2 Pocket Project — a handheld MiSTer, developed in the open with community input, industrial design by Relay Industries, an injection-moulded shell, a horizontal 4:3 screen and modular, swappable controls. A July 2026 update had the team choosing between three concept directions and floating a 4-inch high-resolution display, dual stereo speakers, dual analogue sticks, twin shoulder buttons, a curved ergonomic back and removable “JOYSTIX” control modules. Target systems named so far are NES, Game Boy, Neo Geo, Mega Drive, PC Engine and SNES.
What the handheld still has to prove
A handheld MiSTer is hard in ways a console is not — power draw, heat and battery life on a hot 28nm FPGA are the whole game. Heber's stated target is “by the end of this year,” but a project still voting between three concepts in July is realistically a 2027 product. If it lands, it enters a crowded field of ARM handhelds that emulate in software far more cheaply; the Pocket's only justification is FPGA fidelity in the palm. For where that fight sits today, compare the Retroid Pocket 6 and Nova, which do it in software for around $229-$244.
The Competition: Analogue, Software, Bare Boards
Analogue's single-system boxes
The obvious rival brand is Analogue, which also uses FPGAs but takes the opposite strategy: gorgeous, closed, single-system boxes. The Analogue Pocket, reviewed warmly by Engadget at $219.99, does Game Boy-family cartridges beautifully and opens up via openFPGA cores. The Analogue 3D does Nintendo 64 at 4K for $249.99 — I covered its firmware arc in the Analogue 3D's 12 builds of N64 upscaling. The trade is clear: Analogue polishes one system to a mirror shine; the Multisystem 2 runs hundreds of cores for less than the 3D costs.
Software emulation
The cheapest competitor is software. A mini-PC running a full RetroArch setup costs whatever the PC costs and covers systems the Multisystem 2 cannot touch — PlayStation 2, GameCube, later 3D consoles. What it does not give you is cycle-accurate hardware timing or the low, consistent input latency of FPGA logic. A MiSTer SD card is also refreshingly simple to populate — one script pulls every core and BIOS:
/media/fat/
├── config/ # MiSTer.ini + per-core .cfg
├── games/ # your legally-dumped ROMs, by system
│ ├── NES/
│ ├── SNES/
│ ├── Genesis/
│ └── PSX/
├── _Console/ # console cores (.rbf)
├── _Computer/ # home-computer cores
├── _Arcade/ # arcade cores + MRA/MAME sets
└── Scripts/
└── update_all.sh # run once: fetches every core + BIOSRolling your own MiSTer
The final rival is the Multisystem 2's own ancestor: buy a DE10-Nano and build the stack. It is cheaper on paper for the base board (~$225) but by the time you add SDRAM, an I/O board, an analogue board and a hub you are past $400 and you have to assemble and configure it. The Multisystem 2 is the answer to “what if someone did all that for me and priced it below the parts.” The table below lays the options side by side.
| System | Approach | Coverage | Price |
|---|---|---|---|
| MiSTer Multisystem 2 (Digital) | FPGA, all-in-one | Hundreds of MiSTer cores | £216 / ~$386 landed (US) |
| Bare Cyclone V chip (5CSEBA6U23I7) | Component only | None (raw silicon) | ~£290.46 (Mouser, qty 1) |
| DIY MiSTer (DE10-Nano + add-ons) | FPGA, self-assembled | Same cores | ~$225 board + ~$150+ boards |
| Analogue 3D | FPGA, single system | Nintendo 64 only, 4K | $249.99 |
| Analogue Pocket | FPGA, handheld | Game Boy family + openFPGA | $219.99 |
| RetroArch on a mini-PC | Software emulation | Vast, incl. PS2 / GameCube | $0 software + PC cost |
What Happens Next: 6-12 Months
The next six months
The near-term picture is dominated by two shipping products and one slipping one. Expect the JAMMA Arcade to eat its September window and settle into a steady trickle aimed at operators and barcades; the five-pack bundle is a tell that Heber is chasing commercial cabinet refits, not just individuals. Expect the console's “max two per customer” gate to persist into late 2026 as batch output slowly closes the ~20k-orders / ~10k-shipped gap.
The next twelve months
Here are the calls I am willing to put my name to:
- The Pocket handheld slips to 2027. A project still choosing between three concept directions in July 2026 will not become a shipping, injection-moulded consumer product by December. “End of this year” is aspiration; 2027 is the honest date.
- Console prices hold or creep, not fall. Launch prices rose about £12 in year one (£204/£252 to £216/£264 inc VAT), and with global memory pricing under pressure, expect flat-to-slightly-up on the SDRAM and LPDDR-bearing board — not a price cut.
- True off-the-shelf stock finally arrives late 2026. As batch cadence catches the order book, the two-per-customer gate quietly disappears and the Digital becomes an add-to-cart item. Spring 2026 was missed; the back half of the year is realistic.
- Open hardware breeds derivatives. Because the design is open-source, expect at least one community clone, regional variant or expansion board to appear on the 50-way header — the same dynamic that produced the Multisystem 2 in the first place.
- A dual-RAM / output-switch revision. Reviewers have already asked for an internal switch between analogue modes and a dual-RAM setup; a board revision or add-on that addresses this is the most likely feature bump.
The wildcards
The genuine unknowns are supply-side: memory pricing and Cyclone V availability. Heber's whole cost advantage rests on volume chip buys, and if the 28nm supply tightens, the “cheaper than its own chip” headline gets harder to hold. The other wildcard is whether the Pocket's FPGA-in-the-palm bet can justify its inevitable premium over software handhelds. I would not bet the house on either.
The Verdict: Who This Is Actually For
Who should buy now
If you already know what MiSTer is and you have been running a DE10-Nano stack held together with standoffs and optimism, the Multisystem 2 is a straight upgrade and you should buy the model your display demands — Digital for HDMI-only setups, Analogue if a CRT or PVM is in the room. At £216, the Digital is the rare piece of enthusiast hardware that is cheaper than doing it yourself, and the reviews are unanimous that it is a keeper.
Who should wait
If you mostly want PlayStation 2 or GameCube, this is not your machine — those live in software, and a mini-PC with RetroArch will serve you better and cheaper. If you specifically want a handheld MiSTer, wait for the Pocket and expect to wait into 2027. And if you are allergic to fiddling with cores, display presets and controller mappings, know that Hackaday's “eternal jungle of controller mappings” is real; the Multisystem 2 tames the hardware, not the platform's quirks.
The bottom line
The Multisystem 2 is the most honest object in the retro-hardware space right now: a small British manufacturer took an open-source community project, engineered the annoyance out of it, and priced the result below the cost of its own central chip. It is not perfect — it is light, the queue is long, and the platform still has rough edges — but it does exactly what it claims, and three independent reviewers reached for the same phrase: the one you keep. In a market full of $150 nostalgia boxes and vaporware, that is worth saying plainly.
Questions the search bar asks me
- How much does the MiSTer Multisystem 2 cost in 2026?
- The Digital model is £216 inc VAT (£180 ex) and the Analogue model is £264 inc VAT (£220 ex) direct from Heber's shop. Lon.TV reported a landed US cost of about $386 including shipping and tariffs. Ignore the £170/£210 figures still circulating — those are stale May-2025 pre-order prices.
- Do I still need a separate DE10-Nano board?
- No — that is the entire point of the Multisystem 2. The Intel Cyclone V FPGA is soldered directly to the mainboard, along with 128MB of SDRAM and 1GB of LPDDR, so there are, as Hackaday put it, "no RAM modules, no USB hub spaghetti." You supply only a microSD card, a 5V/4A power supply and an HDMI cable.
- What's the difference between the Digital and Analogue models?
- £48, and it is entirely about video output. The £216 Digital gives you HDMI (plus direct-video DAC support); the £264 Analogue adds 9-pin mini-DIN RGB/SCART with C-Sync, a 15-way VGA port, 24-bit analogue video, TOSLINK optical audio, the SNAC connector for original controllers, a 50-way expansion header and Ethernet. Both share the same FPGA, RAM, 7-port USB hub and 10-layer PCB.
- Is it actually in stock, or is there a waitlist?
- Both models are in stock as of August 2026, but the Digital is gated to a maximum of two units per customer at a "low stock" level while the Analogue is "ready to ship." Heber runs a numbered fulfilment queue that had passed roughly 20,000 orders against more than 10,000 units shipped by early 2026 — so it is orders in a queue, not units sold.
- Is there an arcade or handheld version?
- Yes to the arcade: the Multisystem² Arcade (JAMMA) began shipping in August 2026 at around £258/$350, with an integrated amp, CTRLDock Arcade and support for up to nine buttons per player. The handheld — the Multisystem2 Pocket — was announced on 21 May 2026 and is being designed in the open, but with the team still choosing between three concepts in July 2026 it realistically arrives in 2027.
Nina covers homebrew development for vintage consoles — 6502 for NES, 65C816 for SNES, Z80 for Master System, ARM7 for GBA — plus the modern tooling (NESmaker, NESFab, ASM6, devkitARM) that makes new games on dead hardware actually possible in 2026. Every post under this byline is reviewed pre-publish by Sam P., Editor & Operator — corrections to info@instalinkoteam.com. Published 2026-08-07 · Last updated 2026-08-07. Full bios on the author page.