Why it matters now: As the global PLC market surges toward an estimated USD 12.9 billion in 2026 — with forecasts projecting a climb to USD 34.2 billion by 2035 — the products that earn industry-voted recognition provide an unfiltered signal of where control system innovation is truly headed. Control Engineering's newly announced 2026 Product of the Year winners cut through the hype, spotlighting the hardware, software, and connectivity platforms that systems integrators and control engineers are betting on in the field.
Inside the 2026 Product of the Year Awards: The Categories That Matter for PLC Users
Control Engineering's annual awards are voted on by qualified subscribers — the engineers, technicians, and plant managers who deploy these technologies every day. This year's program recognized winners across five categories directly relevant to the PLC and industrial control ecosystem: Control Platforms, I/O & Edge Connectivity, Industrial Computing, Industrial Software & AI for Operations, and Safety & Cybersecurity.
The breadth of categories reflects a maturing reality: the modern PLC is no longer a standalone logic controller. It sits at the center of an interconnected architecture spanning intelligent I/O, edge computing nodes, AI-augmented software, and hardened cybersecurity layers.
Analyst Insight: The inclusion of "AI for Operations" as a distinct award subcategory signals that machine learning and predictive analytics are no longer experimental add-ons — they are becoming embedded expectations in control platform procurement cycles. Systems integrators who overlook AI readiness in their PLC selections today may face retrofit costs within the next 3–5 years.
Standout Winners Reshaping the Control Landscape
Among the recognized products, several carry direct implications for PLC users and automation professionals:
Emerson's Next-Generation AMS Trex Device Communicator
Redesigned on a faster, modern platform with improved accuracy and embedded Bluetooth connectivity, the updated AMS Trex supports HART and FOUNDATION Fieldbus device configuration, calibration, and troubleshooting directly in the field. For PLC systems integrators managing hybrid protocol environments, the Trex's dual-protocol capability reduces the toolset required for commissioning and maintenance — a tangible operational efficiency gain in process automation settings where both HART and Fieldbus devices coexist alongside PLC control networks.
Rockwell Automation's PointMax I/O
Representing a generational leap beyond legacy Point I/O, PointMax delivers up to 32 modules per rack with 1 Gbps network speeds and integrated NFC for rapid configuration. For PLC-based control architectures, this means higher density, faster backplane communication, and reduced cabinet footprint — directly addressing the pain points of brownfield expansions where physical space and network bandwidth are at a premium.
Phoenix Contact's Virtual PLCnext Control
The recognition of a virtual PLC — software that runs control logic on general-purpose edge hardware rather than dedicated controllers — marks a pivotal moment. Virtual PLCnext Control, alongside the VL3 UPC 2440 EDGE device, points toward a future where PLC functionality becomes decoupled from proprietary hardware, enabling more flexible, software-defined automation architectures that align with broader IT/OT convergence strategies.
Mitsubishi Electric's FR-D800 VFD — Gold Winner
Claiming Gold in the Drives, Motion & Motor Control category, the FR-D800 addresses real-world barriers: reduced commissioning time, improved energy efficiency, and better system health visibility. For PLC-controlled motor applications — from conveyors to pumps and fans — the drive's simplicity and sustainability profile align with growing pressure on manufacturers to reduce both energy consumption and engineering overhead.
Market Trend: The virtualization of control — exemplified by Phoenix Contact's award and echoed across competitors — mirrors the broader IT industry's shift toward software-defined infrastructure. Expect hardware-agnostic PLC runtimes to gain 15–20% of new control system deployments by 2028, particularly in greenfield projects where cloud and edge integration are specified from day one.
What the Awards Reveal About the PLC Market Trajectory
Stepping back from individual products, three macro trends emerge from the 2026 winners' list that should inform every industrial automation stakeholder's strategy:
Trend 1: I/O Is Getting Smarter, Faster, and Denser
The shift from traditional distributed I/O toward high-density, high-bandwidth platforms like PointMax I/O reflects the growing data intensity of modern PLC applications. With 1 Gbps backplane speeds becoming table stakes, the I/O layer is no longer a bottleneck — it is becoming a data-generation engine that feeds edge analytics and cloud-based digital twins. For procurement teams, this means evaluating I/O not just on channel count and cost, but on throughput, diagnostic granularity, and software-configurable flexibility.
Trend 2: Field Device Management Is Converging with Control
Emerson's AMS Trex recognition highlights the tightening integration between field instrumentation and the control layer. As PLC platforms increasingly ingest HART and Fieldbus data natively — without intermediate gateways — the distinction between "control system" and "asset management system" blurs. Technicians who once carried separate tools for PLC troubleshooting and instrument calibration are gaining unified handheld solutions, reducing mean time to repair (MTTR) in critical process loops.
Trend 3: Cybersecurity Is No Longer Optional — It Is a Category of Its Own
The dedicated Safety & Cybersecurity category in the 2026 awards underscores a regulatory and operational reality: PLC networks are prime targets. As control platforms become more connected — to edge devices, cloud analytics, and remote access portals — the attack surface expands. Award-recognized innovations in this space are moving beyond perimeter defense toward embedded, controller-level security features that authenticate every command and log every configuration change.
PLC Market Data: The Numbers Behind the Innovation
The products recognized by Control Engineering arrive at a moment of sustained market expansion. Understanding the scale of this growth provides context for why innovation in control platforms, I/O, and edge connectivity carries such strategic weight.
Global PLC Market: Key Figures (Click to Expand)
| Metric |
Value |
| PLC Market Size (2025) |
USD 11.7 billion |
| PLC Market Size (2026, est.) |
USD 12.9 billion |
| PLC Market Size (2035, forecast) |
USD 34.2 billion |
| CAGR (2026–2035) |
11.4% |
| Broader Industrial Automation Market (2026) |
USD 250.3 billion |
| Key Growth Driver |
Industry 4.0 adoption in discrete manufacturing |
Sources: Global Market Insights, Grand View Research, Business Research Insights (2025–2026 reports).
Frequently Asked Questions
What is the Control Engineering Product of the Year award?
The Control Engineering Product of the Year program is an annual, subscriber-voted award that recognizes the best new control, instrumentation, and automation products. Qualified subscribers — practicing engineers and technical professionals — evaluate products based on technological advancement, service to the industry, and market impact. Winners receive Gold, Silver, Bronze, and Most Valuable Product (MVP) distinctions.
Why do these awards matter for PLC buyers and systems integrators?
Because the winners are selected by end-users — not analysts or editors — the results reflect genuine field preferences. Products that win have passed a real-world litmus test: they solve problems that practicing engineers consider urgent enough to vote for. For procurement teams, the winners' list serves as a practical shortlist of technologies worth evaluating.
Which 2026 winners are most relevant to traditional PLC applications?
Key products include Rockwell Automation's PointMax I/O (relevant to anyone specifying Allen-Bradley control architectures), Phoenix Contact's Virtual PLCnext Control (for those exploring software-defined automation), Mitsubishi Electric's FR-D800 VFD (for motor control applications), and Emerson's AMS Trex (for hybrid protocol environments involving HART and FOUNDATION Fieldbus devices).
What does the emergence of virtual PLCs mean for the hardware PLC market?
Virtual PLCs decouple control logic execution from proprietary hardware, enabling control functions to run on edge servers or industrial PCs. This does not spell the end of hardware PLCs — hardened controllers remain essential for safety-critical and high-speed deterministic applications — but it does mean that a growing share of non-safety control workloads will shift to software-defined platforms, particularly in industries pursuing IT/OT convergence.
Analyst Takeaway: The 2026 Product of the Year results confirm that the PLC market is in the midst of a generational transition — from proprietary, hardware-bound architectures toward open, software-defined ecosystems that integrate edge computing, AI, and cybersecurity as native capabilities. For manufacturers and systems integrators, the strategic imperative is clear: evaluate control platforms not just on today's specifications, but on their architectural readiness for the 2030 automation landscape.
