Product
AI AGENTS
INTELLIGENCE SUITE
API, MCP & INTEGRATION
Solutions
INDUSTRIES
USE CASES
Pricing
Resources
EXPLORE
ENGAGE
SUPPORT & SERVICES
About
Patsnap Eureka Platform
IP Search Agents
IP Drafting Agents
Engineering Agents
Find Solutions with TRIZ
Life Sciences Agents
Materials Agents
SEP Agents
Patsnap Eureka Desktop
BetaAnalytics
IP IntelligenceSynapse
Biopharma IntelligenceBio
Biosequence Search and AnalysisChemical
Chemical Structure Search and AnalysisProfessional Services
Open Platform
Developer Center
Customer Stories
Newsroom
Blog
Global Innovation Report
Glossary
Webinars & Training
User Community
R&D Benchmark Calculator
Trust and Security
PatentBench
NEWLLM
Help center
Careers
Access to over 2,000,000,000 structured data points around patents, science, litigation, and tech sectors
Innovate 75% faster at 25% less cost
Cloud or on-prem for maximum privacy and control
Trusted by more than 18,000 innovators worldwide
To use , click the vertification button in the email we sent to [email protected].
This helps keep your account secure.
You should receive it shortly. Don’t forget to check your spam folder.
Unlock professional features and history
Already have an account? Log In
To start using Patsnap Eureka, click the verification button in the email we sent to .
This helps keep your account secure.
Haven't received it? Check your spam folder.
Thoughtfully curated series offering valuable insights for innovation professionals
Article | Report How to reduce power leakage in SRAM cache at sub-3nm nodes: threshold voltage engineering, body biasing, power gating, and PVT-adaptive voltage scaling explained.
Article | Report Analyse the cardiorenal drug pipeline in DKD and HFpEF: MRA vs. SGLT2 inhibitor patent strategies, combination approaches, and emerging targets like HDAC6 and CYP11B2.
Article | Report How to reduce SRAM cache power leakage at sub-3nm nodes: threshold voltage engineering, body biasing, power gating, and PVT-adaptive voltage scaling explained.
Article | Report Mapping the 2026 AI drug discovery patent landscape: generative molecular design, DTI prediction, drug repurposing, and clinical AI—across 60+ records from 2017–2026.
Article | Report How optical neural networks use photonic chips to cut AI training energy costs. Patent landscape analysis covering MIT, Tsinghua, ARM, and 60+ filings (2017–2025).
Article | Report Ultra-wide bandgap semiconductors (Ga₂O₃, AlN, diamond) are redefining power electronics and deep-UV photonics. Explore the 2026 patent landscape and key IP signals.
Article | Report ASOs, gene therapy, and small molecules in the DMD drug pipeline: patent landscape, key assignees, and emerging modalities from exon-skipping to AAV microdystrophin.
Article | Report How optical neural networks use photonic chips to slash AI training energy costs — from 10 mW phase modulators to terabit-per-second weight encoding.
Article | Report Mapping the 2026 solid-state electrolyte patent landscape: oxide, sulfide, polymer, and composite SSE clusters, key assignees, and five emerging directions shaping next-gen batteries.
Article | Report Mapping the 2026 solid-state electrolyte patent landscape: material families, key assignees, emerging architectures, and strategic IP implications for ASSB development.
Article | Report A 2026 patent landscape of implantable neural interface technology: electrode materials, wireless power, closed-loop stimulation, and BCI signal processing trends.
Article | Report How does Intel's RibbonFET compare to TSMC's GAA nanosheet at 2nm? A patent-backed technical breakdown of channel geometry, SRAM design, and CFET roadmaps.
Article | Report A deep-dive patent landscape of implantable neural interface technology in 2026: electrode materials, wireless power, closed-loop stimulation, and BCI architectures.
Article | Report How complement alternative pathway inhibitors—ASOs, gene therapy, antibodies, and proteases—are reshaping treatment of geographic atrophy and C3 glomerulopathy.
Article | Report BTK inhibitors are reshaping CNS lymphoma and neuroinflammation treatment. Explore the patent pipeline, resistance mechanisms, and combination strategies in this deep-dive analysis.