We provide end-to-end consumer electronics design and engineering services, managing the complete product lifecycle from initial architecture through to sustaining engineering and post-launch support. Backed by decades of experience and proven processes, we handle the complex technical execution to allow your team to focus on market success.
To bring your connected device to market, we execute across the core engineering disciplines of consumer electronics design:
We define core system architecture and functionality, then execute schematic capture and PCB layout. We design custom integrated circuits and advanced power management components that regulate power, protect devices, and optimize physical hardware.
We develop the code that runs on microcontrollers to manage hardware, power, and wireless connectivity, driving digital transformation for global electronics and manufacturing brands.
We integrate Bluetooth, Wi-Fi, IoT protocols, companion apps, and cloud backend support.
We build robust iOS and Android applications to ensure seamless device control. Backed by a dedicated UX team, we design intuitive digital interfaces that deliver a premium end-user experience and fulfill your product’s customer promise.
We build functional test boards, execute rigorous QA throughout the project, and secure mandatory safety and regulatory certifications (FCC, CE, UL).
To match your specific budgetary, schedule, and communication needs, we offer flexible service delivery options. Whether you require an onshore US-based team for rapid communication or a hybrid model to scale cost-effectively, our right-shoring approach ensures you have the exact engineering expertise required to de-risk development and accelerate your time to market.
We engineer market-ready devices across the entire product lifecycle. Explore how our teams solve complex consumer electronics design challenges for our clients. View all consumer electronics case studies.
We delivered end-to-end engineering for a connected consumer beauty device. By executing the UX/UI design and custom mobile app development, our team ensured a seamless, intuitive end-user experience that aligned with the brand’s premium market positioning.
True wireless earbuds require two independent Bluetooth buds, a smart case, and multiple sensors to communicate synchronously. Our embedded engineers developed an extensible two-domain state manager to solve complex Bluetooth SoC design challenges.
Scaling a connected consumer product requires a robust backend. We architected a custom AWS cloud infrastructure for an IoT product, migrating the ecosystem off a generic PaaS to reduce operational costs and gain total control over device management.
We delivered end-to-end engineering for a connected consumer beauty device. By executing the UX/UI design and custom mobile app development, our team ensured a seamless, intuitive end-user experience that aligned with the brand’s premium market positioning.
True wireless earbuds require two independent Bluetooth buds, a smart case, and multiple sensors to communicate synchronously. Our embedded engineers developed an extensible two-domain state manager to solve complex Bluetooth SoC design challenges.
Scaling a connected consumer product requires a robust backend. We architected a custom AWS cloud infrastructure for an IoT product, migrating the ecosystem off a generic PaaS to reduce operational costs and gain total control over device management.
Strengthen your product development ecosystem by exploring our specialized engineering disciplines and related market offerings.
Explore our latest engineering insights, technical white papers, and industry analyses focused on connected consumer device design. View all consumer electronics blogs posts.
In partnership with Parks Associates, we deliver an in-depth analysis of the business ecosystem surrounding connected product development. This paper provides a framework for managing costs and optimizing revenues throughout the device lifecycle.
AI is disrupting established digital patterns in consumer hardware. Learn how our dedicated UX team navigates multimodal complexity to build intuitive, meaningful connected products through specialized design expertise.
As an AWS ecosystem partner, our embedded engineering team breaks down AWS IoT ExpressLink. This technical overview covers how the module works, its advantages for rapid consumer electronics deployment, and practical use cases.
In partnership with Parks Associates, we deliver an in-depth analysis of the business ecosystem surrounding connected product development. This paper provides a framework for managing costs and optimizing revenues throughout the device lifecycle.
AI is disrupting established digital patterns in consumer hardware. Learn how our dedicated UX team navigates multimodal complexity to build intuitive, meaningful connected products through specialized design expertise.
As an AWS ecosystem partner, our embedded engineering team breaks down AWS IoT ExpressLink. This technical overview covers how the module works, its advantages for rapid consumer electronics deployment, and practical use cases.
Developing connected consumer electronics requires end-to-end engineering expertise to ensure seamless integration between the physical device and the cloud. The core engineering services include:
Because custom electronic product development varies based on complexity, we utilize a rapid estimation process rather than generic pricing. Cardinal Peak typically delivers a Rough Order of Magnitude (ROM) estimate within 5 business days of our initial consultation. This top-down architectural estimate provides realistic budget and schedule expectations. Once aligned, we generate a detailed, task-level Statement of Work (SOW) loaded directly into JIRA for transparent project execution.
See this blog for a deeper walk-through of our quoting process.
We offer flexible engagement models to balance cost, communication, and highly specialized skills. Cardinal Peak provides onshore engineering teams in the U.S. for rapid communication and complex system architecture. Through our parent company, FPT, we can also deploy hybrid or fully offshore teams, granting our clients on-demand access to a 1,000+ person AI team and a dedicated UX team to scale production efficiently.
Unlike many Original Design Manufacturers (ODMs) or white-label firms, Cardinal Peak operates as a pure outsourced engineering partner. Our clients retain 100% ownership of all intellectual property (IP) developed during the project, ensuring you have total control over your product’s lifecycle and manufacturing choices.
