Damascene Research provides specialized hardware and embedded engineering services for companies developing electronic systems, embedded platforms, and semiconductor technologies.
From chip-level hardware design to embedded software and system integration. we cover the full engineering stack.
Microcontroller-based hardware, mixed-signal circuits, power management, and board bring-up across complex systems.
High-speed multilayer PCB layout, HDI boards, DFM/DFA review, and stack-up optimization for production readiness.
Pre and post-layout signal integrity analysis, power delivery network design, and high-speed interface validation.
Bare-metal and RTOS firmware development, Embedded Linux, BSP development, and device driver engineering.
Wireless integration across Wi-Fi, BLE, LTE, and Zigbee. Secure IoT connectivity with cloud interfacing and OTA updates.
Package design support for BGA, QFN, and flip-chip. Signal integrity, thermal analysis, and feasibility assessment.
Specialized engineering support across hardware design, embedded software, signal integrity, and semiconductor development delivered at the depth your project demands.
We design production ready embedded hardware from architecture to board bringup. Our work spans microcontroller based platforms, high-speed digital designs, and mixed-signal circuits requiring careful attention to noise, power, and signal quality.
From schematic capture through final layout, we handle complex multilayer boards with demanding signal integrity and mechanical requirements. All designs are reviewed for manufacturability prior to release.
Signal integrity problems are best identified before they reach production. We perform pre and post-layout analysis, validate high-speed interfaces, and troubleshoot signal quality issues in hardware designs.
We develop firmware and embedded software for resource constrained systems, RTOS based platforms, and full embedded Linux environments. Engagements include new development, debugging, and performance optimization.
We integrate wireless connectivity and IoT capabilities into embedded platforms, including protocol implementation, cloud interfacing, and the security considerations required for connected device deployments.
We support hardware product development from initial concept through production readiness. This includes rapid prototyping, hardware-software integration, validation, and support for the transition from prototype to production.
We provide engineering support at the semiconductor package level, including package architecture exploration, signal and power integrity analysis within the package, and thermal evaluation with experience across BGA, QFN, and advanced package formats.
System-level engineering work architecture review, performance characterization, hardware-software co-design, and targeted optimization for embedded platforms where power, latency, or resource constraints demand careful engineering judgment.
For product teams that need dedicated embedded or hardware engineering bandwidth, we offer flexible engagement models. We work alongside existing engineering teams or provide standalone project delivery depending on what the situation requires.
Damascene Research was founded on the premise that engineering quality is the foundation of every successful electronic product. We work with hardware startups, IoT companies, semiconductor firms, and electronics product companies that require specialized expertise or additional development bandwidth.
Our approach is direct: understand the technical problem thoroughly, apply the right engineering judgment, and deliver work that holds up to production scrutiny. We have no interest in over-engineering or in solutions that look good in a presentation but fail in the lab.
We function as an extension of client engineering teams with the flexibility to engage at any stage of development, from architecture definition through production support.
Our engineering work spans embedded hardware design, PCB layout, signal and power integrity, firmware and embedded software, wireless connectivity, IC packaging, and system-level optimization.
This cross-disciplinary coverage is intentional. Electronic systems are rarely contained to a single engineering domain hardware problems often have software dimensions, and firmware behavior can surface physical design issues. We're equipped to work across that boundary.
We bring experience with the tools, interfaces, and design constraints that appear in real programs: DDR memory interfaces, high-speed SerDes, power management topologies, RTOS schedulers, Linux device drivers, and semiconductor packaging formats including BGA, QFN, and flip-chip.
We invest time in understanding the actual engineering problem before proposing solutions. Shallow analysis leads to predictable failures. We work at depth.
Engineering decisions require clear communication of tradeoffs. We give direct, accurate technical assessments including when a proposed approach has problems.
We take ownership of the engineering work we're responsible for. That means thorough validation, honest status reporting, and seeing problems through to resolution.
Our goal is the success of the program we're supporting not maximizing engagement scope. We work efficiently and focus on outcomes that matter to the product.
We work with engineering teams across four core markets - each with distinct technical requirements and development challenges that our engineering background is suited to address.
Semiconductor companies developing new ICs, packaging solutions, or system-in-package designs often need engineering support that bridges chip design and system-level implementation. We bring experience in IC package design, signal and power integrity analysis at the package level, and the thermal considerations that influence packaging decisions for high-power or high-density devices.
We also support evaluation board design, test fixture development, and the embedded software required to bring up and characterize new silicon during development and early customer engagements.
IoT hardware development presents a convergence of constraints: low power budgets, constrained bill-of-materials costs, complex wireless certification requirements, and the firmware complexity that comes with managing secure connectivity, OTA updates, and cloud communication at scale.
We support IoT product teams across the full development stack from hardware architecture and wireless integration through embedded firmware, protocol implementation, and the security architecture required for production deployments. We have experience with Wi-Fi, Bluetooth LE, LTE, and mesh network technologies, as well as the cloud interfaces these devices require.
Consumer electronics products place significant demands on hardware engineering competitive cost targets, aggressive form factors, high-volume manufacturing requirements, and end-user expectations for reliability. Engineering decisions made early in development have significant downstream consequences for manufacturability and cost.
We support consumer electronics development teams at the design stage, helping navigate PCB layout complexity, DFM considerations, component selection, and the validation work required before committing to production tooling. We are experienced with the engineering disciplines that matter in consumer hardware: power management, wireless integration, audio, display interfaces, and the embedded software that drives them.
Industrial electronics applications demand robustness, long service life, and the ability to operate reliably in thermally and electrically challenging environments. These are systems where engineering margins matter and where failure in the field has real operational consequences.
We work with industrial hardware teams developing motor drives, sensor platforms, industrial communication systems, and embedded control systems. Our experience includes hardware design for ruggedized environments, isolated power architectures, industrial fieldbus protocol implementation, and the embedded software required for real-time control applications.
Tell us about your engineering challenge. Whether you're early in concept definition or deep in development and need specific expertise, we're happy to have a direct technical conversation about what you're working on.