Hardware Development Services

Hardware product development turns a product idea into a manufacturable electronic device. It covers requirements analysis, electronics and mechanical design, firmware development, prototyping, validation through EVT (engineering validation test), DVT (design validation test), and PVT (production validation test), and handoff to production.

Yes, we make prototypes and conduct mechanical testing (for example, drop tests) in a fully equipped laboratory to evaluate durability, identify potential issues, and refine the design before moving to production.

Our IoT hardware development company experts complete two or more iterations, depending on the project complexity.

In an independent laboratory, experts carry out pre-compliance testing, such as EMC (electromagnetic compatibility) emissions testing. This is followed by testing for CE (Conformité Européenne or European Conformity) marking, including RED (Radio Equipment Directive) requirements, and for FCC (Federal Communications Commission) authorization.

Most electronics need FCC equipment authorization under Part 15, and devices with radios need FCC certification. Mains-powered products typically need safety certification from an NRTL such as UL or Intertek (ETL), and most medical devices require FDA marketing authorization. We run pre-compliance EMC testing in our lab before formal testing at an accredited lab.

Yes. Lemberg Solutions is ISO 13485-certified and designs medical electronics with patient-safe isolation. We prepare technical documentation for FDA requirements and IEC 62304 for device software, while the FDA submission stays with the device manufacturer. 

No. As a hardware development company, we design and validate the device, run DFM, DFA, and DFT reviews, and hand off production-ready documentation to your contract manufacturer. For early batches, we can bring in an EMS partner, as on some of our projects. 

Yes. We start with a hardware audit of the schematic, layout, BOM, and component lifecycle, then share prioritized recommendations. Where the design is sound, we continue from your current revision; where it isn’t, we fix only what’s needed.

Prototype development can take about 3 months. Production-ready products typically require 6 to 12 months (or more), depending on complexity, certification scope, and the number of board revisions.

The final cost depends on board complexity, mechanical scope, certifications, and prototype iterations. After a discovery session, we provide a detailed estimate and roadmap. 

With our clients, we form a spec sheet with functional and non-functional product requirements, as well as business requirements (deadlines, budget constraints, etc.). Typically, the estimation process takes 1-2 weeks.

We offer hardware development services through tech consulting, team extension, and a dedicated team, so you can pick the model that fits your project. 

All schematics, PCB projects, Gerbers, BOMs, source code, and documentation are transferred to you when the project is complete, and we sign an NDA before work starts. You can begin with a discovery session, then get a scope, estimate, and roadmap. For existing hardware, an audit is a low-risk first step.