NanoMQS is TE Connectivity's miniature automotive connector system designed for high-density vehicle electronics where PCB space, packaging efficiency, and weight reduction are critical. Built on the proven MQS platform, NanoMQS helps engineers reduce PCB footprint by up to 50% while maintaining automotive-grade reliability and robust electrical performance.
.13mm²
0.13-0.35 mm2 wire sizes supported for compact harness applications
1.8
Pin pitch for high-density Nano MQS connector packaging
50%
Reduced PCB footprint, compared to 2.54 mm pin-pitch connectors
As vehicles evolve toward increasingly complex electronic and zonal architectures, engineers must deliver more functionality within limited space while maintaining automotive-grade reliability. TE Connectivity's NanoMQS connector system addresses this challenge by reducing connector volume by up to 50%, enabling higher contact density, optimized PCB layouts, reduced system weight, and improved packaging efficiency – helping contribute to vehicle sustainability objectives. Based on TE's proven MQS platform, NanoMQS supports wire sizes from 0.13 mm² to 0.35 mm² and offers design flexibility through top-latch, side-latch, terminal, and header configurations, helping engineers optimize connectivity across a wide range of automotive electronic modules.
NanoMQS terminals are designed for automotive applications that require compact packaging, vibration resistance, and reliable signal transmission. Engineered to support high-density electronic modules, the NanoMQS terminal platform helps reduce space requirements while maintaining strong contact stability, secure retention, and long-term electrical performance.The portfolio includes both round-wire and flat flexible cable (FFC) terminal options, providing engineers with greater design flexibility across compact automotive electronic systems.
NanoMQS connectors are designed for compact automotive electronics that require flexible integration across increasingly dense vehicle architectures. Available in wire-to-wire, wire-to-board, and wire-to-device configurations, the portfolio includes one- and two-row layouts, top-latch and side-latch housing options, mixed signal-and-power solutions, and flat flexible cable (FFC/FPC) connectivity. These design options give engineers greater freedom to optimize packaging, routing, mating access, and module layout in space-constrained applications.
To support reliable assembly and long-term performance, NanoMQS connectors incorporate integrated polarization features, secure locking systems, and click-audible connector position assurance (CPA), helping reduce assembly risk and ensure robust connectivity in demanding automotive environments.
NanoMQS headers are designed to support compact PCB integration in high-density automotive electronics, giving engineers flexibility across a wide range of module layouts and board designs. Available in both 90° and 180° configurations, the header portfolio helps optimize connector orientation, mating access, and packaging within space-constrained applications.
With support for single-row designs and a range of position counts, NanoMQS headers provide a scalable interface for compact control units, sensors, and other automotive electronic modules. The portfolio is designed to work seamlessly with the broader NanoMQS connector system, helping enable reliable board-level connectivity while supporting layout flexibility across different architectures.
TE Connectivity has developed the NanoMultispring press-fit pin to meet the growing need for smaller pitch and packaging space in automotive applications. The NanoMultispring contact has been developed for PCB end hole diameter 0.6mm and satisfies the requirements in the IEC 60352-5.
Discover our miniaturized NanoMQS and MCON 0.50 connector systems and see how they enable smaller, lighter electronic designs—while delivering the automotive-grade robustness required for safety-critical applications.
NanoMQS is TE Connectivity's miniature automotive connector system designed to support high-density vehicle electronics while reducing PCB footprint and packaging requirements.
NanoMQS connectors are commonly used in battery management systems, engine control units, airbags, body control modules, sensor systems, and compact electronic control units.
NanoMQS can reduce PCB footprint by up to 50% compared with traditional 2.54 mm pitch connector systems.
Yes. NanoMQS builds upon TE Connectivity's proven MQS connector family while providing a more compact 1.8 mm pitch architecture.
Yes. NanoMQS includes FFC terminal and connector solutions for applications requiring compact routing and space-efficient integration.
Demonstration of manual NanoMQS terminal loading for unsealed and sealed housings highlighting TE's anti-rotation feature and audible clicks.
Demonstration of size and weight reduction using TE's NanoMQS technology featuring a printed circuit board header (PCB) for engine management.
Demonstration of NanoMQS termination and terminal block loading.
Creating a quality crimp connection is essential to delivering high performance and reliability in extreme environments. From low to high volume wire processing, TE Connectivity (TE) has you covered with a full range of application tooling and a global field service team. Our knowledgeable product experts can guide you to the right tooling for your production requirements.
NanoMQS and MCON are trademarks.
