This market is expected to reach nearly $84 billion USD by 2022. This is due to continued strength in mobile and cloud sectors, but also to a projected explosion in AI-based computing and 5G connectivity.
Demands for lower power and higher performance at lower cost continue to drive technology innovation. To meet this demand, advanced FinFET logic technology node scaling plans are accelerating, with TSMCs 7 nm technology already here, and the much-anticipated Intel 10 nm and Samsung’s 8 nm LPP technologies around the corner. It will be interesting to see which foundry takes the lead from a density perspective.
Fully-Depleted SOI technology has also risen as an alternative technology for non-high performance applications, particularly where value-added features such as high-performance analog, RF, and embedded NVM are more important than cost and density. 28 nm class FD-SOI has hit the market and we expect to see more innovative designs on a 22FDX technology platform from Globalfoundries.
There continue to be innovations in the area of microprocessor systems, mostly associated with the growing popularity of the system on chip (SoC). Incremental changes in the architecture, processing cores, interconnects, performance and power management amount to significant advances in SoCs, desktop and mobile CPUs and GPUs, microcontrollers, embedded IPs, and multicore systems.
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.
TechInsights conducts extensive analysis on microprocessor devices from dominant players in the industry including Samsung, Intel, Apple, Qualcomm, Nvidia, NXP, Broadcom, MediaTek, Spreadtrum, Texas Instruments, Renesas, and many more.
- Texas Instruments
- And more.
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
The facts you need to make informed decisions on your biggest investments
Reliable, accurate, up-to-date competitive intelligence helps you plan before you invest. TechInsights’ Logic subscription gives you detailed coverage and analysis of major events across a variety of manufacturers.
A unique vault of trusted, accurate data at your fingertips for patent investigations
Our analysis goes as deep as required to reveal the inner workings and secrets behind a broad range of products to support licensing, defense, acquisition & divestiture.
Search our analysis and website
|Related Analysis||Manufacturer||Analysis Type||Subscription Channel|
|Logic – SoC Design – T3 2018||Logic - Standard Cell Libraries|
|IBM Power9 GF 14HP FF SOI Process Flow Analysis||IBM||Process||Logic - Process Flow Analysis|
|Kirin 990 5G Huawei mate 30 Process Flow Analysis||HiSilicon Technologies Co. Ltd||Process||Logic - Process Flow Analysis|
|Google Edge TPU Digital Floorplan Analysis Report||Floorplan||Logic - Digital FAR|
|Synaptics AS370 Digital Floorplan Analysis Report||Synaptics||Floorplan||Logic - Digital FAR|
|Microsoft SQ1 Digital Floorplan Analysis Report||Microsoft||Floorplan||Logic - Digital FAR|
|IBM Power 9 CPU aCMOS Essentials Report||IBM||Process||Logic - Process|
|Kirin 990 5G Huawei mate 30 Pro aCMOS Essentials Analysis||HiSilicon Technologies Co. Ltd||Process||Logic - Process|
|Analyst Briefing: Logic - Transistor Characterization - September 2019||Process||Logic - Transistor Characterization|
|AMD Ryzen 5 3600X SoC Design Analysis||AMD||Circuit||Logic - Standard Cell Libraries|