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Mitsubishi GOT3000 in 2026: Stocking GOT2000 vs. Migrating Around the iQ-F (FX5U) and Sony AI-Vision JV

Mitsubishi Electric launched the GOT3000 HMI globally in May 2026 and entered an AI vision JV with Sony. Here is what that means for panel shops still on GOT2000 — FX5U migration paths, supply context, and a 2026 stocking plan.

Mitsubishi GOT3000 in 2026: Stocking GOT2000 vs. Migrating Around the iQ-F (FX5U) and Sony AI-Vision JV

For panel shops in Southeast Asia running Mitsubishi MELSEC stacks, May 2026 quietly redrew the buying map. Mitsubishi Electric globally launched the GOT3000 series HMI on May 6, 2026, with explicit messaging about bridging factory equipment to IT systems. Eight weeks later, on July 22, 2026, Mitsubishi Electric and Sony Semiconductor Solutions formed a joint venture to push AI image sensors into factory automation. Two months before that, the company cut FY2026 profit guidance on February 3, 2026, and added restructuring costs to its results.

Read together, those three announcements tell a buyer one thing: Mitsubishi is reorganizing its automation portfolio around the iQ platform — iQ-F (FX5U) at the compact end and iQ-R at the midrange end — while letting GOT2000 drift toward late-cycle status and seeding the next HMI generation with vision and edge-AI hooks. Panel shops running GOT2000 today have to make three concrete decisions: whether to keep buying GOT2000 stocks for the next 12-18 months, whether to start qualifying GOT3000 against existing MELSEC programs, and whether the FX5U upgrade path from FX3U is now a sensible piggyback move while cabinets are already open.

This article walks through what changed in 2026, what the catalog actually carries for MELSEC iQ-F and GOT2000 today, and how buyers can sequence a GOT2000-to-GOT3000 transition without disrupting running lines.

What Mitsubishi actually announced in 2026

Three announcements matter for buyers, and they sit at different layers of the stack.

First, on May 6, 2026, Mitsubishi Electric announced the global launch of the GOT3000 series HMI. The framing in trade press — Design World and Design News both carried the release on the same day — emphasized the GOT3000 as a bridge between factory equipment and IT systems, including edge-side connectivity for SCADA and MES handoffs. The product replaces the long-running GOT2000 family, which had been the workhorse operator panel since the mid-2010s.

Second, on July 22, 2026, Mitsubishi Electric and Sony Semiconductor Solutions announced a joint venture to commercialize AI image sensors for factory automation. The press release and trade coverage in Photonics Spectra on July 31, 2026, positioned the JV as a way to push AI vision directly onto the line, integrated with Mitsubishi's controller and HMI ecosystem. On August 10, 2026, MarketScale covered the broader wave of purpose-built industrial AI deployments, citing Mitsubishi, Emerson, and FOBA as the named first movers. For a panel shop, the practical implication is that any GOT3000 plus MELSEC stack in 2026 is being designed to absorb vision input rather than just display tag data.

Third, on February 3, 2026, Mitsubishi Electric cut FY2026 profit guidance and disclosed restructuring costs. A February 6, 2026 follow-up in Investing.com India noted that despite the cut, Q3 FY26 still posted record revenue. The implication for buyers is that legacy SKUs are not being aggressively EOL'd the way Siemens did with S7-300 — but lifecycle support for GOT2000 is going to be quieter and slower than it was between 2018 and 2024.

The iQ-F (FX5U) push that ties it together

The GOT3000 launch lands on top of a quietly steady migration toward MELSEC iQ-F. Mitsubishi positioned iQ-F as the compact-PLC successor to the FX3U family years ago, and 2026 is the year where the migration economics finally tilt for panel shops. The iQ-F umbrella covers the FX5UJ (entry), FX5U (mainstream), and FX5UC (connector-style, slim) variants. Each is in the aoctrl catalog with verified part numbers and lifecycle status.

A quick look at what the catalog actually carries for FX5U and FX5UJ family:

  • FX5UJ-24MT/ESS, FX5UJ-24MT/ES, FX5UJ-24MR/ES — 24-point iQ-F compact CPUs with 14 24V DC inputs and 10 transistor or relay outputs.
  • FX5U-64MT/ESS, FX5U-64MT/ES, FX5U-64MT/DSS, FX5U-64MT/DS — 64-point iQ-F CPU modules with 32 24V DC sink/source inputs and 32 transistor outputs.
  • FX5U-80MT/ESS, FX5U-80MT/ES, FX5U-80MT/DS, FX5U-80MR/ES, FX5U-80MR/DS — 80-point iQ-F CPUs (40 in / 40 out) with AC-powered and DC-powered variants.
  • FX5UC-32MT/D, FX5UC-32MT/DS, FX5UC-32MT/DSS, FX5UC-32MT/DS-TS, FX5UC-32MT/DSS-TS — 32-point FX5UC slim CPUs, designed for cabinet-tight builds.
  • FX5UC-64MT/DSS, FX5UC-64MT/D, FX5UC-96MT/D — higher-density FX5UC variants with screw terminal or DS-style connectors.

For comparison, the catalog still shows FX3U-32MT/ES-A as a current-production legacy SKU. That single point matters: Mitsubishi has not formally announced an FX3U EOL, but the engineering energy — every new option module, every GOT3000 datasheet, every AI-vision reference design — is pointed at iQ-F. For a panel shop, the signal is that FX3U will keep shipping, but it will not be the path forward.

The numbers line up. A buyer running FX3U today and looking at a 2027 retrofit has a clear choice: standardize on FX5U (or FX5UJ for smaller panels, FX5UC for slim cabinets), and use the cabinet-touch as the moment to also swap GOT2000 for GOT3000. Skipping the iQ-F step just to keep the HMI migration lean is a false economy — GOT3000 is designed against iQ-R and iQ-F ethernet architectures, not against the FX3U's serial-only stack.

GOT2000 vs GOT3000: what is actually changing for the buyer

Panel shops should think about the GOT2000 → GOT3000 transition in three concrete buckets: hardware fit, program migration, and stocking posture.

Hardware fit. The GT25 family — the current high-end of GOT2000 — is what most running cabinets have on the door. Catalog SKUs the catalog carries right now include:

  • GT2508-VTBD, GT2508-VTBA, GT2508-STBD, GT2508-STBA — 8.4-inch GOT2000 GT25 displays, VGA and SVGA resolution variants, both 24VDC and 100-240VAC power.
  • GT2510-VTBA, GT2510-VTBD, GT2510-VTWA, GT2510-VTWD, GT2510-WXTSD, GT2510-WXTBD — 10.4-inch GOT2000 displays, including wide WXGA variants.
  • GT2512-WXTBD, GT2512-WXTSD, GT2512-STBD, GT2512-STBA — 12.1-inch GOT2000 displays for larger operator consoles.
  • GT2710-VTWD — 10.4-inch GT27 family (the upper-end of GOT2000).
  • GT25-WLAN wireless LAN module, GT25-J71E71-100 Ethernet communication unit — networking accessories that a panel shop adding edge-IT integration has to plan around.

What the buyer should expect from GOT3000: roughly the same cutout footprint class (8.4", 10.4", 12.1" — Mitsubishi has been signaling continuity here), but with onboard Ethernet and edge-connectivity redesigned for IT-system handoffs. The GOT3000 launch coverage emphasized that IT-bridge capability rather than a ground-up redesign of the HMI runtime.

Program migration. Mitsubishi's GT Works3 design environment covers both GOT2000 and GOT3000 projects. That means a panel shop does not have to do a full project re-write — they can open an existing GOT2000 project, retarget the screen file to the GOT3000 runtime, and resolve any tag-addressing differences that come from the controller side. The bigger migration cost is the controller side: any FX3U-based panel that wants the full GOT3000 feature set has to plan an FX5U migration. That is why the iQ-F push and the GOT3000 push are really one conversation.

Stocking posture. This is where the February 3, 2026 guidance cut and the May 6, 2026 launch intersect. Mitsubishi has not issued an end-of-life notice for GOT2000 in 2026 — and the catalog entries above still show current production status. But the new-product launch is the moment to start dual-sourcing. A panel shop with a 12-month panel build forecast should:

  • Continue buying GT25 family SKUs through at least Q4 2026 for running cabinets.
  • Pre-qualify one GOT3000 SKU equivalent (likely the same screen size class) against one running line, so that the next retrofit has a known-good program template.
  • Build a small bridge inventory of FX5U modules (one each of FX5U-64MT/ES and FX5UC-32MT/D as a baseline), so that retrofit cabinets have CPU stock on the shelf while GOT3000 HMIs are being qualified.

Regional supply context: where panel shops actually source this stock

For panel shops in Southeast Asia, the practical question is not just what to buy but where the stock is and how it travels. Mitsubishi's authorized channel in SEA runs through local distributors, and stock of FX5U modules plus GT25 family displays has been moving in 4-8 week lead-time bands for most of 2025 and 2026. The May 2026 GOT3000 launch has not yet changed GT25 stocking pressure meaningfully — the GT25 family is still in current production — but the longer a panel shop waits past mid-2026 to place GOT2000 orders, the more the authorized channel will start favoring the new GOT3000 SKUs and de-prioritizing GT25 inventory.

Independent industrial automation distributors — including the operation behind this article — typically carry a parallel channel for MELSEC FX5U and GOT2000 GT25 family parts, sourced from a mix of authorized-trader surplus, factory-new inventory, and integrator-decommission stock. The two main reasons panel shops use independent channels in 2026 are lead-time compression (4-8 weeks → 2-3 weeks for common FX5U SKUs) and small-batch flexibility (single-piece orders without MOQ pressure that comes with direct factory orders).

The same channel structure applies to the GT25 family. For running cabinets that need to keep using GOT2000 through 2026, the panel shop's job is straightforward: lock down the GT25 part numbers in the bill of materials now, and confirm supply across at least one authorized distributor and one independent channel for each. For new cabinets that are designed to run for the next 10-15 years, the same panel shop's job is more interesting: design in GOT3000 from day one, paired with FX5U, and skip the GOT2000 stopover.

The FX3U → FX5U migration question that always comes up

Almost every panel shop running Mitsubishi will face this question between 2026 and 2028: do we keep FX3U on the floor, or do we move to FX5U? Mitsubishi has not formally discontinued the FX3U family as of August 2026 — the FX3U-32MT/ES-A is still in the catalog with current-production status. But the engineering signals have been pointing toward iQ-F for several product generations.

For a buyer, the practical answer is structured by panel size and lifecycle:

  • Small panels (under 64 I/O, single-machine OEM): the FX3U → FX5UJ jump (FX5UJ-24MT/ES as the entry point) is the cleanest step. Same I/O count classes, modern programming environment (GX Works3), and a footprint compatible with most existing panel layouts.
  • Mid-size panels (64-256 I/O, machine lines): FX5U is the right target. The FX5U-64MT/ES, FX5U-80MT/ES, and FX5UC-64MT/D are the mainstream choices, with the FX5UC connector-style variants for slim-cabinet builds.
  • Large panels (256+ I/O, plant-side control): the iQ-R family is the right answer rather than FX5U. iQ-R sits above iQ-F and is the platform that GOT3000 datasheets reference most heavily. That is a separate buying decision and a separate article.

For each of those paths, the cabinet-touch window is the cheapest moment to also do the GOT2000 → GOT3000 swap. Combining the two migrations means one wiring tear-down, one program-conversion pass, and one round of FAT testing — not two. The alternative — migrating the HMI first and the PLC later — means paying for two cabinet touches.

A practical 12-month plan for panel shops

Given everything above, a sensible 12-month plan for a panel shop with running GOT2000 cabinets and a steady retrofit pipeline looks like this:

  1. Q4 2026: Lock down the FX5U baseline BOM. Confirm supply on at least one each of FX5U-64MT/ES, FX5UC-32MT/D, and FX5UJ-24MT/ES from at least two channels. Cross-check GT25 family stock for the screen sizes used in current panels (8.4", 10.4", 12.1").
  2. Q1 2027: Run one pilot — pick a single retrofit cabinet and migrate it end-to-end to FX5U plus GOT3000. Document the program-conversion steps, the GOT Works3 retargeting quirks, and any wiring or terminal-block differences between FX5U and the existing FX3U footprint.
  3. Q2-Q3 2027: Standardize the template. Use the pilot as the program-conversion playbook for all new panels. Continue buying GT25 family SKUs for repairs and running-cabinet maintenance through 2027.
  4. Q4 2027 onward: Stop buying new GOT2000 SKUs for new builds. Continue carrying repair stock of GT25 family displays for the existing installed base. By this stage, GOT3000 should be the default on the panel shop's BOM template.

The plan assumes three things that the May 2026 launch coverage and the broader 2026 automation-market signals support. First, Mitsubishi has not killed the GOT2000 family outright, so the running installed base will keep working. Second, the iQ-F (FX5U) push is the engineering direction the company is committing to, so the migration path is solid. Third, the Sony AI-vision JV is a long-cycle bet, not a 2027 product launch — so the panel shop does not have to design around vision integration in 2026, but should leave room for it in 2028 onward.

What a buyer should ask a distributor before placing a 2026 order

Five questions worth asking before committing a GOT2000 vs GOT3000 order in the back half of 2026:

  1. Is the GT25 SKU I am buying current production or last-time-buy? The catalog entry should make that clear, and if it does not, ask. Current-production GT25 stock is still buyable; last-time-buy stock is fine for service but not for new panels.
  2. What is the lead-time difference between GT25 and the equivalent GOT3000 SKU today? If GOT3000 lead-times are shorter, the calculus changes. If GT25 lead-times are still shorter, stick with GT25 for running-cabinet work and pilot GOT3000 separately.
  3. Does the FX5U CPU I am quoting come from authorized or independent channel stock? Both are legitimate for genuine Mitsubishi parts, but the warranty and firmware-update posture differ. For new-panel builds, authorized is the safer default; for service, independent is fine.
  4. Does the panel shop's existing GX Works or GT Works project convert cleanly to the GOT3000 runtime? Mitsubishi's tooling handles most projects, but custom script blocks and third-party object libraries are the usual conversion snags. Pre-qualify before committing a retrofit fleet.
  5. Is the GOT3000 platform committed to a multi-year lifecycle that justifies using it as the new BOM template? The May 2026 launch is the start of that commitment. A second-source or last-time-buy risk check on GOT3000 at the 5-year horizon is worth doing before standardizing the new platform across a panel shop's full BOM.

The bottom line for 2026 panel shops

GOT2000 is still in current production as of August 2026. The catalog still carries it. The authorized channel still stocks it. Panel shops with running GOT2000 cabinets do not need to panic.

But the direction of travel is clear. The GOT3000 launch on May 6, 2026, the Sony AI-vision JV on July 22, 2026, and the FY2026 restructuring announcement on February 3, 2026, all point the same way: Mitsubishi is reorganizing its automation portfolio around iQ-F and iQ-R controllers, with GOT3000 as the next-generation operator interface and AI vision as the long-cycle add-on. For panel shops, the smart 2026 move is to keep running cabinets on GOT2000 with confidence, start qualifying GOT3000 against the iQ-F (FX5U) platform now, and treat 2027 as the year to standardize the new template across the BOM.

Doing the HMI migration and the PLC migration in the same cabinet touch — typically during a planned retrofit window — is the cheapest way to land in the GOT3000 + FX5U world without paying for two rounds of integration work. That is the recommendation this site gives to panel shops asking the question today.

For buyers sourcing MELSEC FX5U modules, GOT2000 GT25 family HMIs, or pre-qualifying GOT3000 SKUs for a pilot, the catalog carries verified part numbers across all three lines. Cross-reference against the running BOM, confirm supply across at least two channels, and lock in a 12-month plan that combines the controller and HMI migrations into a single cabinet-touch event.

RFQ
Last updated: August 21, 2026