The ideal schematic stage realizes a functional schematic swiftly, targets best case scenarios for quality, plots a reasonable bill of materials (BOM), and makes choices that supports an Industial grade prototype. Problems with the schematics, applications that do not fit your needs, and design flaws are exponentially more expensive to fix after the product is assembled. Outsourcing your scalable design process through multiple third parties inhibits your ability to control transitions from schematic to the later stages of product development. Coordinating multiple parties with different supply chains, teams, practices, and regional requirements risks additional costs to your product development through communication delays, lack of unified vision, rework, and siloed testing.
Designed for smooth testing, mass production potential, and scale.
Designed for practical application, physical prototyping, and mass production.
Designed for cost effectiveness, supply line management, and modular substitution of parts.
Designed to translate your high level requests into technical specifications.
Our single source vertically integrated team grants your schematic design coordinated risk detection, control measures, and optimization of your final product. You need a hardware design team capable of having your schematic engineer work in parallel with the enclosure engineer, firmware programmer, electrical engineer, and printed circuit board engineer. You do not need to trade high upfront costs for real time verification, schematic correction, and diagram proving.