Small form factor Designs

Small Form Factor Designs, Form Factor Designs, Small footprint Designs, Compact Hardware Design Compact Product Design, Light-weight Hardware Designs Leveraging on extensive design and engineering expertise in the embedded domain, Mistral delivers high-performance small form-factor and footprint designs with advanced mechanical and functional design. Mistral’s complex, small form factor designs and light-weight, compact hardware designs optimize space, weight and performance to achieve the perfect balance of ruggedness and technology by creating multiple PCBs with miniature interconnects. With the ongoing demand for smaller and compact products and hardware designs, there is a need to densely pack electronics so that they occupy minimum real estate while providing maximum functionality. The advent of feature-rich, multi-core SoCs with PoP technology and graphic accelerators have furthered this cause making it feasible for product designers to build compact, small form factor designs for the next generation of portable and wearable applications in health and wellness, bio-metrics, home automation and industrial automation which are connected to the Internet of Things.

Mistral provides optimized small form factor designs and compact hardware designs by:

  • Selecting minimum footprint components meeting functional and performance requirements
  • Defining the right interconnect strategy considering performance, real estate, cost and durability
  • Maintaining IPC standards in creating form factors
  • Using HDI technology where necessary
  • Performing DFM and DFA checks with its eco-system of vendors
  • Questioning the mechanical constraints to understand the flexibility available
  • Understanding the thermal impact
  • Power management and optimization

Mistral’s expert team of engineers looks at building smaller yet powerful and feature rich systems overcoming significant challenges in product design. Mistral’s expertise range of small form factor, light-weight hardware designs include:

  • High Density Interconnect (HDI)
  • Blind and buried micro vias
  • PoP Technology
  • Rigid-flex PCBs

Some of the small form factor designs and compact product designs executed by Mistral include :

  • Portable Scanner for visually Impaired
  • RFID based prescription reader
  • Compact, Light-weight Hardware design for GPS Module
  • Hands Free Headset Computer
  • Video telemetry system for UAV
  • Wearable 3D video player

 

“Kopin’s Golden-i development is a global multi-national endeavor. Working with many of the world’s best technology, component and software companies, Kopin required the most knowledgeable and experienced hardware integrator with advanced low power system experience – that’s Mistral. Mistral is a phenomenally well organized, accommodating and flexible hardware design integrator. Mistral is the best in the world at what they do. Mistral’s contribution to Golden-i™ continues to be significant and started with fully functional first printed circuit board assemblies, on-time and on-budget.”                             - Jeffrey Jacobsen, Kopin Corporation  
 
To know more about Mistral expertise in Small Form Factor Designs, email us at sales@mistralsolutions.com.

Small Form Factor Designs email us at sales@mistralsolutions.com

Case Study

Small Form Factor Design, Form Factor Design, Small footprint Designs, Compact Hardware Design, Compact Product Design, Light-weight Hardware Design

Wearable Headset Computer

Compact HARDWARE Design for Hands-free, headset computer that responds to voice, hand or head gesture

Expertise

Small Form Factor Design, Form Factor Design, Small footprint Designs, Compact Hardware Design, Compact Product Design, Light-weight Hardware Design

HDI PCB Designs

High Density Interconnector PCBs for SMALL form factor designs (compact PRODUCT designs)

Solutions

Small Form Factor Design, Form Factor Design, Small footprint Designs, Compact Hardware Design, Compact Product Design, Light-weight Hardware Design

Wearable Electronics

Smart, power efficient small footprint designs for Wearable Computing

PES

2017-06-23 07:02:02