Multisystem² 2026: FPGA Console at £204, Ships Aug

Every few years the retro-hardware scene produces a device that forces everyone to stop arguing about which Raspberry Pi image is the least illegal and actually look at the silicon. The Multisystem² from Heber — built in collaboration with RMC's The Retro Collective — is one of those devices. It is not an emulator box. It is not a Pi in a fancy shell. It is an all-in-one console built around MiSTer FPGA cores, with the DE10 board's brains folded into the chassis, a 24-bit DAC bolted on, and enough USB ports across the front and back to make a 1990s multitap blush.

The headline facts are unusually clean for this corner of the hobby. Pre-orders opened on 6 May 2025. Two prices: £204 for the digital-only version, £252 for the analog-output version. And — almost unheard of — Heber said the first units would ship in August and then actually started shipping pre-orders on 6 August 2025. In a scene where 'this quarter' historically means 'sometime before the heat death of the universe,' that is worth the deadpan applause it is about to receive.

This article does the unglamorous work: what the box is, what changed under the lid, why FPGA matters versus the emulation everyone already owns, how it sits against Analogue's hardware and the DIY MiSTer crowd, and what the next twelve months — including a handheld Pocket — probably hold. Hard numbers throughout. No marketing adjectives that survived editing.

Related: Analogue 3D Firmware 1.3.0

What the Multisystem² Actually Is

The official framing

Heber's product page describes the Multisystem² as an 'all-in-one FPGA console' and a 'next-generation, all-in-one consolised retro gaming machine.' Strip the brochure cadence and the meaning is precise: a single sealed unit that runs MiSTer-based FPGA cores rather than software emulation. There is no separate DE10-Nano dangling off a ribbon cable, no SBC quietly transcoding video in the background. The FPGA does the work, and the work is recreating original hardware.

What it runs

The platform runs MiSTer FPGA cores that, in Heber's own words, electronically recreate the hardware of retro consoles, classic computers, and vintage arcade machines. That phrasing matters. A core is not a 'profile' or a 'preset' — it is a gate-level reconstruction of, say, a Mega Drive's logic, configured into the FPGA at load time. The library is whatever the MiSTer community has built, which by 2026 spans most of the 8- and 16-bit canon, a healthy chunk of arcade boards, and an expanding set of home computers.

Who it's for

This is not a casual handheld for the bus. It is a living-room or desk device for people who care about output paths and latency and who have opinions about scanlines. If your retro itch is fully scratched by a $90 handheld, the relevant reading is our Miyoo Mini Plus library breakdown — that is a different product for a different person. The Multisystem² is for the user who has decided emulation is no longer accurate enough.

Pricing, Pre-Orders, and the August Window

The two SKUs

A May 2025 community post quoted the Multisystem² at £204 for the digital-video-only version and £252 for the analog-output version. The £48 delta is the entire pricing story: it buys the analog output chain — the DAC and the connectors that feed CRTs and analog displays — and nothing about the FPGA itself. If you only ever drive a modern panel over digital video, the cheaper SKU is the rational pick. If you own a Trinitron and a PVM and you intend to die on the analog hill, you pay the premium.

Pre-order to delivery

Pre-orders opened on 6 May 2025, with Heber telling customers the first shipment window was expected to begin in August 2025. The follow-through is the part that earns trust: Heber's shipping update states pre-orders started shipping on 6 August 2025. A 2026 community discussion later repeated the same £204/£252 split and the August timing, so the numbers have held steady across a year of scrutiny rather than quietly drifting upward the way crowdfunded hardware tends to.

Why the timeline is the news

Hardware credibility in this hobby is measured in delivered units, not renders. The original Multisystem earned Heber and RMC a reputation; hitting a named month on the sequel converts reputation into the only currency that counts. Compare that to the mainstream cadence — even a juggernaut like the Switch 2 launch and its 19M-unit run ran on a marketing machine the size of a small nation. A small UK outfit shipping a niche FPGA console on schedule is, in relative terms, the more impressive logistics.

Related: RetroArch Cores 2026: 200+

Integrated DE10, 40 Pins, a 24-bit DAC

The DE10 goes inside

The single most important engineering change is structural. A 2025 preview of the Multisystem² states that the new design integrates the DE10 functionality that the original Multisystem relied on as a separate board — meaning the FPGA chip is now integrated into the system itself. The original was, in effect, a beautifully made carrier and I/O shell for a Terasic DE10-Nano you supplied or slotted in. The sequel makes the FPGA part of the product. That removes a sourcing dependency, removes a failure point at the board interconnect, and lets Heber control the whole signal path.

Roughly 40 new pins

The same preview says the Multisystem² adds about 40 pins in total that the original did not expose. In FPGA-land, pins are destiny: low-level connectivity is what lets future add-ons talk directly to the fabric instead of going through a USB bottleneck. Heber's store reinforces this, stating the Multisystem² adds direct access to the FPGA hardware, enabling current add-ons and future expansions that were not possible on the original setup. Read together, the integration and the extra pins are not cosmetic — they are the platform's expansion roadmap made physical.

24-bit DAC

On the analog SKU, the preview highlights a 24-bit DAC output, positioned as a higher-quality analog audio feature. For the people paying the £48 premium, audio fidelity is part of the point; a 24-bit converter is a meaningful step over the throwaway DACs that plague budget retro hardware. Whether human ears reliably distinguish it through a 1989 console's original sound design is a separate, eternal argument the comment sections will continue forever.

Why FPGA, Not Emulation

The accuracy argument

Software emulation runs original game code on a general-purpose CPU, approximating the source hardware's behavior in code. FPGA recreation configures programmable logic to become the source hardware's logic, clock-for-clock where the core author has done the work. The practical payoff people chase is latency and timing accuracy — the FPGA isn't waiting on a host OS scheduler. For the long version of the emulation side of the fence, our walkthrough on installing 200+ RetroArch cores is the counterpoint: enormous breadth, software flexibility, and a different accuracy ceiling.

The MiSTer lineage

MiSTer descends from the MiST project and was driven forward primarily by developer Alexey Melnikov, building an open ecosystem of cores around the Terasic DE10-Nano. The community turned it from a hobbyist curiosity into the de facto open FPGA platform for retro hardware. Background reading on the project and the broader FPGA retro-computing scene is well covered by Wikipedia's MiSTer entry and by Ars Technica's gaming coverage of FPGA preservation, both of which predate and contextualize the specific Multisystem² facts here.

The consolisation problem

The catch with MiSTer has always been that it is a developer board first and a console never. You assemble it, you feed it I/O boards, you fight with cases and fans. 'Consolised' MiSTer builds — putting the whole thing in a clean, finished enclosure with proper ports — have been a cottage industry for years. The Multisystem and now the Multisystem² are the most polished commercial answer to that demand. The broader trend of preservation-grade hardware getting consumer packaging is exactly the wave Heber is riding.

Related: RetroPie PC 2026: The

Seven USB Ports and a PC Engine Multitap

The port count

The product listing specifies five front-facing USB ports and two rear-mounted USB ports — seven total — for controllers and accessories. That is a deliberate, almost aggressive amount of I/O for a retro console. Most rivals give you two or four and expect you to live with a hub. Heber put the bulk of them on the front because the use case is plug-and-play multiplayer, not a tidy cable run behind a cabinet.

The multitap feature

The 2025 preview calls out a built-in PC Engine / TurboGrafx multitap-style feature with five controller ports, describing it as unusual compared with other systems. This is the kind of detail that separates a thoughtful design from a spec sheet. The PC Engine's five-player multitap is a beloved oddity, and baking that topology into the front panel means TurboGrafx multiplayer works the way it originally did, without sourcing a thirty-year-old accessory from an auction site.

Why it matters for cores

Physical port topology maps onto how cores enumerate controllers. Seven USB inputs plus a native five-port multitap concept means the system can handle the multiplayer modes of the canon — Bomberman lobbies, four-player Mega Drive, five-player PC Engine — without external kludges. For a device whose entire pitch is hardware authenticity, getting the input layer right is not optional. If your interest extends to dumping your own carts to run on these cores, our Retrode3 cart-dumping guide covers the legal, do-it-yourself path.

What the Industry Is Saying

The Retro Collective / RMC

The most quotable voice attached to the project is RMC's The Retro Collective, the channel that has tracked the Multisystem line from the start. In a May 2026 update, The Retro Collective said Heber was working on a handheld and explicitly stated the goal was to try to make it 'this year' — a rare on-record timeline from the people closest to the metal. That single phrase is the anchor for every roadmap prediction below, and it comes straight from the source rather than a leak.

Heber, on the record

Heber's own product page is the second primary source, and its language is more committal than typical marketing copy. Calling the device a 'next-generation, all-in-one consolised retro gaming machine' and promising direct access to the FPGA hardware for future expansions is a statement of intent: this is a platform, not a one-off product. When a manufacturer puts 'future expansions' in writing alongside a 40-pin hardware change, the claim has physical backing.

The MiSTer ecosystem view

The wider context comes from the MiSTer community itself, whose core developers — Melnikov chief among them — built the open platform the Multisystem² depends on. The editorially honest framing here, in The Machine's voice: the specific Multisystem² facts above come from Heber and community material, while outlets like Engadget and Polygon are the right places for the broader FPGA-preservation narrative. We are not going to invent quotes from people who did not give them; we are going to tell you exactly who said what and where, which is more than most coverage of this device bothers to do.

Related: Retroid Pocket 6 2026

How It Stacks Up Against the Field

Versus DIY MiSTer

A self-built MiSTer is cheaper on paper and infinitely more annoying in practice: a DE10-Nano, RAM expansion, I/O board, USB hub, case, fan, and a weekend of forum archaeology. The Multisystem² collapses all of that into one finished unit at £204/£252, with the DE10 integrated and the I/O designed in. You pay a convenience premium and surrender some tinkering freedom. For most buyers that is a trade worth making; for the people who consider the assembly the hobby, it is not.

Versus Analogue's hardware

Analogue's FPGA consoles are the obvious commercial comparison, though they take a different philosophical line — typically one curated platform per box, beautifully executed. The Multisystem² is the opposite bet: one box, the entire MiSTer library, maximum breadth. Analogue's own software cadence — see our coverage of how Analogue 3D firmware 1.3.0 pushed save states and ~900 games — shows the curated approach maturing. Heber's pitch is that you should not have to pick a platform at all.

Versus software handhelds

The cheap-and-cheerful handheld market is a different universe of value-per-pound. A buyer cross-shopping the Retroid Pocket 6 against the GameForce G2 is optimizing for portability and price, accepting software emulation's accuracy ceiling. The Multisystem² does not compete there and should not be judged there. It competes for the wallet of the user who has already concluded that 'close enough' emulation is not good enough — a smaller, more opinionated audience.

The Numbers: Specs and Pricing Tables

Pricing and timeline

Every figure below is traceable to Heber's product page, Heber's shipping update, or the May 2025 community pricing post. No SKU has been invented; no date has been rounded for drama.

Variant	Video Output	Price	Pre-orders Opened	Shipping Began
Digital-video-only	Digital only	£204	6 May 2025	6 Aug 2025
Analog-output	Analog + digital	£252	6 May 2025	6 Aug 2025

Generation-over-generation

The second table is the engineering delta — original Multisystem versus Multisystem² — built from the 2025 preview and Heber's listing.

Feature	Original Multisystem	Multisystem²
FPGA board	Separate DE10 board	DE10 functionality integrated
Low-level pins	Baseline	~40 additional pins
Analog audio DAC	—	24-bit DAC (analog SKU)
USB ports	Fewer	5 front + 2 rear (7 total)
Multitap	—	PC Engine-style 5-port
Direct FPGA access	Limited	Yes — for add-ons / expansions

The spec sheet at a glance

For the skim readers, the verified configuration in plain text:

Related: Retroid Pocket 6 Review

Multisystem² — verified spec (Heber / 2025 preview)
  platform     : MiSTer-based FPGA cores (not emulation)
  fpga         : DE10 functionality integrated on-board
  gpio         : ~40 additional pins vs original
  audio        : 24-bit DAC (analog-output SKU)
  usb          : 5 front + 2 rear = 7 total
  multitap     : PC Engine / TurboGrafx 5-port style
  expansion    : direct FPGA access for future add-ons
  price        : GBP 204 (digital) / GBP 252 (analog)
  preorder     : 2025-05-06
  shipping     : from 2025-08-06

The Multisystem 2 Pocket

The handheld goal

The forward-looking news is a handheld. The May 2026 Retro Collective update said Heber was working on a handheld MiSTer / Multisystem 2 Pocket and explicitly stated the goal was to try to make it 'this year' — i.e. within 2026. That is a stated ambition, not a ship date, and the language ('try to') is honest about the difficulty of cramming an FPGA platform into a pocket-sized thermal and power envelope.

MiSTer compatibility preserved

Crucially, the same update says the handheld concept is intended to remain MiSTer FPGA compatible, preserving support for MiSTer software and cores. This is the right call and the hard call: a Pocket that ran a forked, incompatible core set would fracture the ecosystem and forfeit the entire reason MiSTer hardware has value. Keeping it compatible means the library a buyer already knows comes along for the ride.

The portable-FPGA challenge

FPGAs are power-hungry relative to the ARM SoCs in software handhelds, and battery life is where this concept will live or die. The market it would enter is brutal on value — a glance at the Retroid Pocket 6 versus 5 at $209 shows what a few watts of efficient silicon buys in runtime. A MiSTer Pocket will not win on hours-per-charge; it will win, if it wins, on accuracy in your hands.

Five Predictions for the Next 12 Months

Roadmap calls

Predictions, dated and falsifiable, in The Machine's preferred currency — specifics you can hold me to.

1. The Pocket slips, but ships a reveal in 2026. Given the 'try to make it this year' framing in May 2026, expect a working prototype shown publicly before year-end, with retail availability realistically landing in 2027. Portable FPGA thermals do not bend to optimism.
2. The 40 extra pins produce at least one real add-on within 12 months. Heber put 'future expansions' and direct FPGA access in writing alongside a hardware change that only makes sense if something plugs into it. A first official expansion module is the obvious next product.
3. Pricing holds at £204/£252 through 2026. The split survived from May 2025 into 2026 community discussion unchanged. Absent a component shock, the SKUs stay put; any new price tier will be the Pocket, not a Multisystem² revision.
4. Core support keeps widening, driven by MiSTer, not Heber. The platform's library grows with the open community. Expect the home-computer and arcade core counts to be the visible growth area, since the console canon is already well covered.
5. Mainstream coverage finally arrives. With on-time shipping and a handheld in play, expect at least one of the larger outlets to run a proper feature within the year, dragging FPGA-versus-emulation out of the forums and into the general gaming press.

The Machine's Verdict

What it gets right

The Multisystem² does the two things this hobby's hardware almost never does simultaneously: it makes a defensible technical leap — integrated DE10, ~40 new pins, a 24-bit DAC, seven USB ports, a native multitap — and it ships when it said it would. Pre-orders opened 6 May 2025; units went out 6 August 2025. The pricing at £204/£252 has not crept. That combination of ambition and follow-through is the entire review in one sentence.

The honest caveats

It is not cheap, it is not portable, and it is not for the person whose retro needs end at a cheap handheld and a stack of ROMs. The value proposition is accuracy and expandability for people who have already decided emulation is the compromise they no longer want. If that is not you, the £204 entry price will look absurd, and that is fine — it was never aimed at you. For everyone exploring the spectrum from a 30-minute RetroArch setup up to dedicated FPGA silicon, the Multisystem² marks the high-accuracy end of the line.

Bottom line

This is the most credible consolised MiSTer you can buy without a soldering iron and a grudge. It integrated the brains, opened up the hardware, hit its ship date, and pointed at a Pocket for the future. The MiSTer scene now has a flagship that behaves like a product instead of a project. The Machine does not hand out that compliment often, and is mildly annoyed at having to do so now.