News / Tronics Microsystems /

The Role of Miniaturization & High-Density Interconnects in Modern Electronics

tronics microsystems logo.webp

High-Precision Digital MEMS Accelerometers Gyros for Demanding Unmanned Systems Operating In Harsh Environments

The Role of Miniaturization & High-Density Interconnects in Modern Electronics

KTTS and Nicomatic support the growing demand for compact electronics by providing rugged connectors and design expertise for high-density, miniaturized electronic systems


EMM Micro Rugged Connectors

KT Technical Solutions, a provider of advanced electronic components, partners with suppliers such as Nicomatic to support the growing demand for compact, high-performance electronics. Nicomatic is recognized for its rugged, miniaturized connector systems designed for demanding environments.

As electronic systems evolve, the need for smaller, more efficient hardware is reshaping industries from aerospace and defense to industrial automation and wearables. These compact designs require new approaches to layout, connectivity, and material selection.

As device footprints decrease, internal architectures grow more intricate. A key development in this area is the increased use of high-density interconnects (HDIs), PCB technologies that accommodate more components within limited space. While HDIs enable enhanced functionality in compact formats, they introduce specific engineering challenges, particularly regarding signal integrity. Closely spaced high-speed signals can result in crosstalk, signal degradation, and electromagnetic interference, making the selection of interconnect systems a critical factor in the design process.

KTTS collaborates with engineers to address these issues, offering solutions through its partnership with Nicomatic. Known for compact, rugged connector systems, Nicomatic provides components designed to perform reliably in demanding environments, including aerospace, military, and high-performance industrial settings.

Material selection is another essential consideration in high-density designs. As connectors become smaller and circuitry more condensed, thermal performance, mechanical durability, and long-term reliability increasingly depend on material properties. KTTS assists in evaluating options such as conductor metals, insulation materials, and contact plating to meet both technical and environmental demands.

Effective use of space is also a core concern. Engineers must consider factors such as PCB layout, stack-up strategies, and connector orientation to optimize board area. KTTS offers guidance on modular and right-angle connector designs, as well as customized solutions, to support compact configurations without sacrificing performance or ease of access.

The trend toward miniaturization is expected to intensify, driven by the rise of system-on-chip architectures and the continued expansion of IoT applications. High-density PCBs and interconnect solutions will remain vital to innovation in these areas. KTTS is positioned to support this trajectory, offering scalable, proven technologies through its partnerships, including with Nicomatic.

From unmanned systems and field-deployed equipment to medical and industrial devices, KTTS and Nicomatic deliver the expertise and components necessary for reliable small-form electronic design. As expectations increase alongside shrinking device sizes, the right interconnect solutions remain a critical enabler of performance and reliability.

tronics feature.webp
High-Precision Digital MEMS Accelerometers Gyros for Demanding Unmanned Systems Operating In Harsh Environments

98 Rue du Pré de l’Horme, 38926 Crolles Cedex, FRANCE

Send Message

Supplier's Products

±14 g, 24-bit digital closed-loop MEMS accelerometer with extended temperature range
High-resolution ±1g MEMS accelerometer with digital interface for high-vibration environments
High-stability ± 300 °/s MEMS gyroscope with digital interface
High-performance ±5 g MEMS accelerometer with digital interface for robotics navigation
±14 g, 24-bit digital closed-loop MEMS accelerometer for high-temperature applications
±14 g range, 24-bit digital closed-loop MEMS accelerometer with digital interface

More News from Tronics Microsystems