Clean technology refers to any process, product, or service that reduces negative environmental impacts through significant energy efficiency improvements, the sustainable use of resources, or environmental protection activities. In the past decade, demand for clean technologies has grown at a significant rate and has driven the growth of billion-dollar markets. Such markets continue to rise at a substantial rate. The clean technology market has been driven by a merger of technological advancements resource constraints, and economic trends that positions clean technologies for sustained growth. TechInsights has performed a broad range of work relevant to the clean technology sector including photovoltaics, smart grid, batteries, and low-energy lighting. For example, we have analyzed the construction techniques of industrial solar cell panels and design decisions in hybrid/electrical vehicles and performed detailed evidence of use analysis in LED manufacturing.
Our Value
By revealing the innovation others can’t inside advanced technology, we prove patent value and drive the best IP and technology investment decisions.
Technical and product teams for the world’s most innovative and disruptive technology companies use our insights to make the best technology investment decisions.
By combining deep patent knowledge with the most advanced reverse engineering and technical analysis capabilities in the world we have demonstrated an unrivaled ability to match patents to products and deliver solid evidence of use in advance technology markets.
Our Analysis
Our state-of-the-art reverse engineering facilities have the unique ability to go from the system to atomic level:
- Product Teardowns & Costing/BOM
- Functional testing
- Packaging Analysis
- Structural/Process Analysis (Structure, Material, Packaging etc.)
- Circuit Analysis
- Software Analysis
Inside Smartwatch Costs: Xiaomi, Samsung, and Huawei Compared
TechInsights compares the Xiaomi Watch 5, Huawei Watch GT 5 Pro, Samsung Galaxy Watch8 LTE, and Xiaomi Watch S4, revealing how processors, LTE connectivity, displays, and batteries drive smartwatch BOM costs.
Meta Ray-Ban Display Teardown Reveals More Than Meets the Eye
TechInsights analyzes the Meta Ray-Ban Display and Neural Band, uncovering Qualcomm AR1, display cost drivers, Sony imaging, and key design wins.
SK hynix D1c DRAM Analysis: EUV Drives HBM4E and HBM5
TechInsights analyzes SK hynix's D1c DRAM node, revealing its mature EUV strategy and implications for HBM4E, HBM5, DDR5, and AI memory.
The Authoritative Information Platform to the Semiconductor Industry.
