From Idea to Industrialization: Why Time-to-Market is Won Early

Why most delays in electronics development are created after design is already “finished”.

A reality check on innovation success

In today’s electronics industry, time-to-market has become one of the most critical competitive factors. Studies from leading consulting firms such as McKinsey and BCG highlight that a significant share of complex product development programs fail to meet their original time, cost or performance targets, often driven by increasing system complexity and late-stage design changes. For example, McKinsey shows that only a minority of companies successfully translate innovative initiatives into scalable value, underlining the gap between concept and execution.

The implication is clear: the challenge is no longer generating innovative ideas but executing them reliably. In many cases, time is not lost in innovation itself, but in the iteration loops between design, validation, and manufacturing, where uncertainty translates directly into delays, cost, and risk.

Or to put it more simply: many products are “almost finished” several times before they are actually ready for production.

A personal perspective on today’s time-to-market challenges

Rainer Frauwallner, Director of the AT&S Electronics Service Hub provides his perspective regarding his daily work with customers across industries from emerging startups to established OEMs, he sees a recurring pattern. Teams are highly capable when it comes to innovation and system design, yet they struggle when transforming these concepts into manufacturable, scalable products including PCBs and substrates.

The root cause is rarely a lack of electronics engineering expertise. More often, it is the gap between early design decisions and their real-world implications in materials, manufacturing processes, and supply chains. This gap becomes visible only late in the process, when changes are expensive and timelines are already under pressure.

He has yet to meet a team that says: “The problem started early and we solved it easily.” More often, the narrative is more like: “It worked perfectly… until we tried to build it.”

The connected journey: from idea to finished product

To address these challenges, product development must be viewed as a connected, end-to-end journey rather than a sequence of isolated steps. It starts with the concept phase, where requirements, performance targets, and technological choices are defined. Already here, manufacturability and material constraints must be considered.

In the design and simulation phase, virtual validation becomes a key enabler. Advanced simulation allows teams to evaluate design options early and reduce uncertainty before physical prototypes are built. During prototyping and validation, fast feedback loops are critical to confirm assumptions and refine designs.

Warpage behavior of a substrate under thermal stress

Finally, industrialization ensures production readiness and scalability. Many delays originate here because upstream decisions did not fully consider production reality.

When these phases are disconnected, delays are inevitable. When they are connected, uncertainty can be eliminated much earlier. In theory, this process is sequential. In reality, it mostly becomes a loop: design → validate → redesign → repeat… often.

Vertical expansion of a PCB stackup and impact on plated through hole under thermal stress

A real-world power module example

A recent customer project illustrates the potential of eliminating the classical sequential loops. The goal: develop a compact power module for a wearable application. A key risk related to material behavior and warpage was identified early.

Using a traditional physical validation approach, this would have required around six months of iterations. By applying simulation-driven methods, the loop was reduced to four weeks and avoided huge iteration costs. More importantly, the development achieved a significantly faster time-to-market by eliminating uncertainty early.

What makes the difference

At AT&S Electronics Service Hub, this approach is based on decades of experience in electronics manufacturing. Strength lies in combining deep material competence with proven methodologies for development and industrialization and thus understanding how products behave in production environments.

This bridges the gap between design and manufacturing early and reduce the need for costly validation and redesign loops. In addition, we leverage a qualified partner network to establish robust and scalable supply chains. This ensures that validated designs can be reliably transferred into manufacturing and ramped to volume production.

The real shift in electronics development

Time-to-market is often measured at the end of a project, but in reality, it is determined at the beginning. In electronics, the winner is not who designs faster, but who eliminates uncertainty earlier. The companies that succeed are those that integrate manufacturing thinking, material understanding, and supply chain readiness from day one.

Would you like to learn more about how to reduce uncertainty earlier in electronics development? Contact the AT&S Electronics Service Hub.