Winbond's future patent applications will emphasize high-performance storage, energy efficiency enhancement, and emerging application scenarios. Based on the technology layout of Winbond in recent years and industrial strategy through Winbond Technology Research & Incubation Program—more than 100 patents in this field! In other words, the development trend might not be foregoing the patent path altogether (such as the increasing popularity of Nifty disk drives in general computing).

Future Patents

Approaches: Bypassing registration servers and resident programs operating Web applications directly off OS—which appears to have already constituted an architectural style when first introduced (see VanCleef et al. "Partially Decompiling with Deuce on Request" J.Bell System Technology Journal).

Of course, not everybody who has ever been called "subversive" works at Plyco. This is only an old claptrap—it's time for rejuvenation—to the Chomskyites who have gone rambling on in India. This last point raises some questions, but really, it is impossible to reach a definitive conclusion at this stage, because nothing will be known until the socio-economic collapse occurs—if indeed society is rendered into that primitive stratum in which social organization cannot exist beyond a certain level of development. At any rate, it looks like various countries have different ideas about democracy and hence political alliances and economic cooperation will be less successful.

MEMOIRS: Time & Memory

Computing-in-Memory (CIM)

Technology 1: Near-memory computing architecture patents (i.e., analog in-memory computing unit), supporting AI reasoning energy efficiency by over 10 times.

3D Stacking Design: To realize high-bandwidth interconnection between memory and logic layers (aim 1TB/s).

Application Scenario: Machine learning at the chip end, storage in vehicles.

Deeper Still

Functional Safety Extension:

• ASIL-D completely compliant storage controller (this is an ISO 26262 product), covering L4+ autonomous driving needs.
• Patented extreme temperature-resistant material (>150℃), for use in the electric vehicle power domain.

High-speed Connection: CXL 3.0 protocol adaptation patent, supportive of CPU/GPU with memory pool and sharing scheme.

Third, the Green Semiconductor Technology

• Ultra-low Voltage Operation: NOR Flash runs stably at 0.8V technology, with another 40% reduction in power use compared to traditional doings.
• Carbon Footprint Optimization: Semiconductor manufacturing process patents (such as photoresist-free nanoimprinting), for reducing energy consumption throughout the production chain.

Interconnect and Packing of Photonic

• Optical Signal Storage Interface: To replace traditional electrical signals and thus solve the ever-increasing signal attenuation problem at high frequencies (this aims at -200GHz).
• Heterogeneous Integration: Packing (SiP) of storage as well as silicon optical modules, in order to reduce latency to the nanosecond level.

Intelligent Storage at the Edge and AI

• Dynamic Resource Management: But how much power will be used? Then apply the federated learning-based power prediction algorithm to adjust your storage resources on the fly.
• Reliability: Storage patents for protection of AI model data.

Geographical Strategy for Patent Applications

• US/Europe: Concentrate on integrated storage and computing technology as well as vehicle-specific technologies (the high-value market).
• China: Concentration on green technology processes and edge AI (areas supported by government policy).
• Taiwan, China: Strengthen patents for advanced packaging and manufacturing processes (industry chain synergy).
• India: Focus on all above three subparagraphs—that's where the market is.