Aggressive SEP acquisition is part of a high-stakes race to secure crucial intellectual property that will define and control the future of the wireless industry. 

This push to acquire 6G patents is driven by several strategic factors:

• Standard-essential patents (SEPs): Companies that own key SEPs for 6G will hold significant leverage. They can dictate licensing terms, set royalty rates, and ultimately influence the global standards for how future devices and networks connect.
• Market dominance: By building a dominant patent portfolio, companies can create a "patent thicket" that acts as a barrier to entry for competitors. This protects their market share and gives them a powerful advantage in negotiations and future product development.
• Monetization through licensing: The telecommunications industry has a long history of patent sharing and licensing. A large portfolio of essential patents can generate substantial revenue by licensing the technology to competitors.
• Securing future technology: 6G promises revolutionary changes beyond speed, including holographic communication, quantum security, and intelligent networks. Acquiring patents now allows companies to lock in their position on these critical technologies.
• Avoiding litigation: Possessing a strong patent portfolio can provide leverage in cross-licensing deals and help companies avoid being sued for patent infringement by rivals. 

_____________________

Aggressive jockeying for Standard-Essential IP is a fundamental part of preparing for 6G, with the goal of controlling the future and the enormous profits that come with it.

SUPERIOR 6G ESSENTIAL (SEP) SOLUTIONS  (Click on Whitepaper for 17 PHASE NOISE MITIGATION patents - 23 INSTANT BEAM ALIGNMENT patents - 5 EASY DCI MESSAGE RECEPTION patents - 5 CASCADED POLLING patents)

UltraLogic Superior 6G Performance
This whitepaper details how UltraLogic 6G Essential (SEP) Solutions are dedicated to superior network performance and greatly enhanced user experience. Wireless leadership companies are encouraged to call us. Thank you.
      - David E. Newman and R. Kemp Massengill

 

ULTRALOGIC STANDARD ESSENTIAL PATENTS

FOR SUPERIOR 6G PERFORMANCE (50 SEPs)

PHASE NOISE MITIGATION

1.   12,250,106  Phase-Noise Mitigation by Embedded Phase-Tracking Signals in 5G/6G
2.   12,149,985  Artificial Intelligence for Optimizing 5G/6G Wireless Network Performance
3.   12,101,176  Amplitude-Phase Acceptance Regions for 5G/6G Message Fault Detection
4.   12,052,129  Ultra-Compact Phase-Tracking Demodulation Reference for 5G/6G
5.   12,040,891  How to Maximize Throughput and Phase Margin in 5G/6G Communications
6.   12,034,571  Modulation and Demodulation for Enhanced Noise Margins in 5G and 6G
7.   11,996,973  Scheduling Single-Branch Phase-Tracking References in 5G and 6G
8.   11,811,565  Demodulation Using Two Modulation Schemes in 5G and 6G
9.   11,799,707  Guard-Space Phase-Tracking Reference Signal for 5G and 6G Networking
10. 11,777,639  How to Maximize Phase-Noise Margins in 5G and 6G
11. 11,777,547  Phase-Tracking Demodulation Reference and Procedure for 5G and 6G
12. 11,736,320  Multiplexed Amplitude-Phase Modulation for 5G/6G Noise Mitigation
13. 11,671,305  Extremely Compact Phase-Tracking 5G/6G Reference Signal
14. 11,637,649  Phase-Noise Mitigation at High Frequencies in 5G and 6G
15. 11,601,150  Demodulation for Phase-Noise Mitigation in 5G and 6G
16. 11,558,236  Single-Branch Reference for High-Frequency Phase Tracking in 5G and 6G
17. 11,206,169  Asymmetric Modulation for High-Reliability 5G Communications

INSTANT BEAM ALIGNMENT

1.   12,282,107  Rapid, Automatic Directional Beam Alignment in 5G/6G Networks
2.   12,262,362 Feedback Protocols for Near-Real-Time 5G/6G Transmission Optimization
3.   12,222,429 Deterministic Low-Complexity Beam Alignment for 5G and 6G Users
4.   12,207,244 Test Signals and Feedback for Beam Optimization in 5G and 6G
5.   12,143,189 Low-Complexity Procedure for 5G/6G Beam Alignment
6.   12,069,635 Resource-Efficient Low-Complexity Beamforming Feedback in 5G/6G
7.   12,038,519 Low-Complexity Beam Alignment by Directional Phase in 5G and 6G
8.   11,871,254 Incremental Realtime Signal-Quality Feedback in 5G/6G nce
9.   11,832,118 Beam Adjustment by Incremental Feedback in 5G and 6G
10. 11,812,421 AI-Managed Channel Quality Feedback in 5G/6G
11. 11,805,506 Concise Feedback for Downlink Beam and Power Adjustment in 5G and 6G
12. 11,785,591 Multiplexed Code for ACK/SR/Power/Beam Feedback in 5G and 6G
13. 11,782,119 Phased Beam-Alignment Pulse for Rapid Localization in 5G and 6G
14. 11,770,815 Lean Deterministic Beam/Power Feedback During 5G/6G Initial Access
15. 11,689,249 Geographical Localization of 5G/6G Network Users and Base Stations
16. 11,652,533 Rapid Alignment of User Directional Beams in 5G/6G Networks
17. 11,644,522 Triangular Beam Configurations for Rapid Beam Alignment in 5G and 6G
18. 11,611,375 Location-Based System Information and Doppler Correction in 5G/6G
19. 11,581,919 Transmission Power Compensation by Attenuation Mapping in 5G and 6G
20. 11,533,084 Automatic Adjustment of Transmission Power for 5G/6G Messaging
21. 11,509,381 Resource-Efficient Beam Selection in 5G and 6G
22. 11,438,033 Location-Based Power for High Reliability and Low Latency in 5G/6G
23. 11,411,612 Location-Based Beamforming for Rapid 5G and 6G Directional Messaging

EASY DCI MESSAGE RECEPTION

1. 12,294,544  Combined Downlink Demarcations and Demodulation References in 5G/6G
2. 11,943,160  Resource-Efficient Demarcations for Downlink Messages in 5G and 6G
3. 11,799,608  Low-Complexity Method for Identifying Downlink Messages in 5G and 6G
4. 11,546,111  Demarking the Start and End of 5G/6G Downlink Messages
5. 11,387,960  Downlink Demarcations for Rapid, Reliable 5G/6G Messaging

CASCADED POLLING

1. 11,627,592  Resource-Efficient Polling and Scheduling of 5G/6G Uplink Messages
2. 11,523,461  Procedures to Inform Users of Incoming 5G/6G Messages
3. 11,832,338  Fast, Low-Complexity Polling in 5G/6G Networks
4. 11,425,744  Cascaded Scheduling Requests for Resource-Efficient 5G and 6G
5. 11,438,961  Cascaded Polling for Resource-Efficient Low-Complexity 5G/6G DRX

For more information, please contact:

Kemp Massengill, President
709 Via Del Monte
Palos Verdes Estates, CA 90274 USA
760.390.1410 (pacific time)
kemp.massengill@UltraLogic6G.com

For technical questions, please contact:

David E. Newman, PhD
VP and Chief Scientist
UltraLogic 6G, LLC
760-809-7601 (pacific time)
david.newman@Ultralogic6G.com