XILINX, INC. patent applications published on July 4th, 2024
Summary of the patent applications from XILINX, INC. on July 4th, 2024
1. **Summary**: XILINX, INC. has recently filed patents for innovative technologies in the semiconductor industry. These patents focus on utilizing thin-oxide devices in high-voltage environments, integrating global and local rings in integrated circuits for efficient communication, and optimizing memory devices for improved performance and efficiency.
2. **Key Points of Patents**:
* The first patent involves repurposing defective DRAM components as power supply capacitance in semiconductor devices. * The second patent describes an integrated circuit with a global ring connecting multiple local rings using switches for enhanced communication efficiency. * The third patent introduces the utilization of thin-oxide devices in high-voltage environments for power management in SoCs.
3. **Notable Applications**:
* These patents can revolutionize the semiconductor industry by offering more efficient and cost-effective solutions for various electronic devices. * The technologies have potential applications in mobile devices, IoT devices, server systems, telecommunications, networking, data processing, and power management in SoCs. * By improving power distribution efficiency, communication efficiency, and memory device performance, these patents can enhance overall functionality and competitiveness in the market.
Contents
- 1 Patent applications for XILINX, INC. on July 4th, 2024
- 1.1 MODELING AND COMPILING TENSOR PROCESSING APPLICATIONS FOR A COMPUTING PLATFORM USING MULTI-LAYER ADAPTIVE DATA FLOW GRAPHS (18091907)
- 1.2 ERROR AND DEBUG INFORMATION CAPTURING FOR A BOOT PROCESS (18090207)
- 1.3 SUPPORTING MULTIPLE CONTROLLER CIRCUITS ON A MULTIPLEXED COMMUNICATION BUS (18148699)
- 1.4 NETWORK INTERFACE DEVICE (18090222)
- 1.5 SCALABLE ACCELERATION OF REENTRANT COMPUTE OPERATIONS (18089780)
- 1.6 SINGLE PORT MEMORY WITH MUTLITPLE MEMORY OPERATIONS PER CLOCK CYCLE (18090574)
- 1.7 HIGH-VOLTAGE BASED LOW-POWER, TEMPERATURE DEPENDENT, THIN-OXIDE ONLY ON-CHIP HIGH CURRENT LOW DROP OUT (LDO) REGULATOR (18091607)
- 1.8 GLOBAL SYSTEM INTERCONNECT FOR AN INTEGRATED CIRCUIT (18089775)
- 1.9 PROGRAMMABLE HYBRID MEMORY AND CAPACITIVE DEVICE IN A DRAM PROCESS (18090216)
Patent applications for XILINX, INC. on July 4th, 2024
MODELING AND COMPILING TENSOR PROCESSING APPLICATIONS FOR A COMPUTING PLATFORM USING MULTI-LAYER ADAPTIVE DATA FLOW GRAPHS (18091907)
Main Inventor
Chia-Jui HSU
ERROR AND DEBUG INFORMATION CAPTURING FOR A BOOT PROCESS (18090207)
Main Inventor
Ramakrishna Ganeshu POOLLA
SUPPORTING MULTIPLE CONTROLLER CIRCUITS ON A MULTIPLEXED COMMUNICATION BUS (18148699)
Main Inventor
Martin Diaz
NETWORK INTERFACE DEVICE (18090222)
Main Inventor
Steven Leslie POPE
SCALABLE ACCELERATION OF REENTRANT COMPUTE OPERATIONS (18089780)
Main Inventor
Rajeev PATWARI
SINGLE PORT MEMORY WITH MUTLITPLE MEMORY OPERATIONS PER CLOCK CYCLE (18090574)
Main Inventor
Kumar RAHUL
HIGH-VOLTAGE BASED LOW-POWER, TEMPERATURE DEPENDENT, THIN-OXIDE ONLY ON-CHIP HIGH CURRENT LOW DROP OUT (LDO) REGULATOR (18091607)
Main Inventor
Narendra Kumar PULIPATI
GLOBAL SYSTEM INTERCONNECT FOR AN INTEGRATED CIRCUIT (18089775)
Main Inventor
Ahmad R. ANSARI
PROGRAMMABLE HYBRID MEMORY AND CAPACITIVE DEVICE IN A DRAM PROCESS (18090216)
Main Inventor
Zachary BLAIR