The past few years will be remembered as a watershed moment for electronics design. From 2020 through to 2023, the global chip shortage sent shockwaves across industries reliant on embedded technology. Production schedules slipped, lead times stretched well beyond comfort, and long-trusted components suddenly became unavailable overnight.
For embedded systems engineers, the shortage was more than a temporary supply hiccup. It exposed a fundamental weakness in traditional design approaches – systems optimised almost exclusively for performance, power and cost, with supply-chain resilience treated as an afterthought. When a single missing component could stall an entire product line, it became clear that something had to change.
That moment of reckoning forced a rethink across the industry. And among those helping to reshape how embedded technology is designed, Octavo Systems emerged as a clear pioneer.
Historically, embedded designs have relied on complex bills of materials packed with discrete processors, memory, power management ICs, oscillators and passives. While technically flexible, this approach ties success to the availability of dozens – sometimes hundreds – of individual components. During the chip shortage, that fragility became impossible to ignore.
Octavo Systems challenged this model head-on with its System-in-Package (SiP) approach. Rather than assembling critical subsystems at board level, Octavo integrates the processor, memory, power management and essential passives into a single, compact, pre-qualified package.
The result is a dramatic reduction in design complexity and sourcing risk. Fewer components mean fewer supply constraints, fewer layout challenges, and fewer redesigns when parts become unavailable. Crucially, resilience is built into the architecture from the outset – not patched in after a shortage hits.
Octavo’s embedded platforms demonstrate that integration doesn’t mean sacrificing capability. A strong example is the OSD32MP1-BRK prototyping platform, built around Octavo’s OSD32MP15x SiP module. This compact development board provides access to a powerful dual-core ARM Cortex-A7 processor, integrated memory, power regulation and extensive I/O – all without the need for engineers to spin a custom board just to get started.
For design teams, the benefits are tangible:
- Accelerated development cycles, enabling real hardware validation earlier in the project lifecycle
- Reduced dependency on hard-to-source discrete components, easing procurement pressure
- Simplified PCB design and qualification, lowering engineering risk and cost
- Greater consistency between prototype and production, improving design confidence
In an era where time-to-market and supply certainty are as critical as raw performance, these advantages are no longer optional – they are strategic.
While the chip shortage acted as the catalyst, the lessons learned extend far beyond a single global event. Integrated embedded platforms like those from Octavo Systems deliver long-term value by reducing design effort, improving reliability and enabling more compact, efficient systems.
As embedded technology continues to underpin industrial automation, IoT, medical devices and defence applications, the ability to design systems that are both technically robust and supply-chain resilient will define competitive advantage.
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The chip shortage taught us one thing above all: engineering excellence must encompass both technical ingenuity and supply-chain sensibility. As embedded technology continues to underpin everything from autonomous machines to smart infrastructure, how we design matters just as much as what we design.
At Astute Group, we’ve seen firsthand how partners like Octavo Systems are reshaping expectations in the electronics space – not by chasing raw performance alone, but by building systems that are robust, resilient and ready for the real world. It’s a lesson worth carrying forward.
Astute Group is an authorised distribution partner for Octavo Systems. To learn more about Octavo’s platforms and how they can be embedded into your next design, visit our Octavo Systems franchise page.
To explore how integrated embedded platforms are influencing next-generation design, and to see transformative technology solutions up close, join us at Embedded World 2026.
