The Art of the Small:
Advanced Miniaturisation
and Integration
At MGX Technologies s. r. o., while we offer comprehensive hardware development services, certain areas represent the pinnacle of our expertise
and passion.
These specializations are where we excel in tackling the most demanding technical challenges, consistently delivering advanced, high-performance solutions that push the boundaries of what's possible in electronics.
Our mastery in these fields ensures your complex projects are handled with unparalleled precision and innovative insight.
In an increasingly compact world, the ability to pack powerful functionality into minimal space is a significant competitive advantage.
At MGX Technologies s. r. o., miniaturisation is a deeply embedded specialization, refined through extensive experience gained from challenging past projects.
We excel at designing electronic systems that are remarkably small, yet deliver uncompromised performance and reliability.
By mastering the art and science of miniaturisation, we enable our clients to create sleeker, more portable, and more versatile products that lead their respective markets.
Our expertise in miniaturisation involves:
-
Miniaturisation inherently introduces challenges related to heat dissipation and power density. We prioritize crucial power and thermal management strategies from the earliest stages of design, employing advanced techniques and materials to ensure optimal operation and longevity within constrained dimensions.
-
Achieving true miniaturisation begins with intelligent choices. We meticulously define and select ultra-compact components and innovative architectural concepts that allow for maximum functionality in the smallest possible footprint, without sacrificing performance.
-
Crucial to successful miniaturisation is our integrated cooperation with specialized PCB design and layout. Leveraging our in-house expertise (which includes advanced techniques like rigid-flex and high-density interconnects, as highlighted in our PCB services), we optimize every trace and layer, transforming compact designs into manufacturable, high-performing printed circuit boards.
