SimplEx Micro List Patents
Explore our granted patents and filed applications across microprocessor and vector processor technologies—powering next-generation computing through innovation and efficiency.
Microprocessor Patents
| PATENT # | TITLE | GRANT DATE |
|---|---|---|
| US-11829187-B2 | Microprocessor with Time Counter for Statically Dispatching Instructions | 11/28/2023 |
| US-11829767-B2 | Register Scoreboard for a Microprocessor with a Time Counter for Statically Dispatching Instructions | 11/28/2023 |
| US-11829762-B2 | Time-Resource Matrix for a Microprocessor with Time Counter for Statically Dispatching Instructions | 11/28/2023 |
| US-12190116-B2 | A Microprocessor with Apparatus and Method for Replaying Instructions | 1/7/2025 |
| US-12169716-B2 | Microprocessor with a Time Counter for Statically Dispatching Extended Instructions | 12/17/2024 |
Vector Processor Patents
| PATENT # | TITLE | GRANT DATE |
|---|---|---|
| US-12106114-B2 | Microprocessor with Shared Read and Write Buses and Instruction Issuance to Multiple Register Sets in Accordance with a Time Counter | 10/1/2024 |
| US-12112172-B2 | Vector Microprocessor with a Time Counter for Statically Dispatching Instructions | 10/8/2024 |
| US-12124849-B2 | Vector Microprocessor with Extended Vector Register Sets | 10/22/2024 |
| US-12288065-B2 | Microprocessor with Odd and Even Registers | 4/29/2025 |
| US-12282772-B2 | Vector Microprocessor with Vector Data Buffer | 4/22/2025 |
| Allowed | Method and Apparatus for a Scalable Microprocessor with Time Counter | 6/11/2025 |
General Patents
| PATENT # | TITLE | GRANT DATE |
|---|---|---|
| US-11954491-B2 | Multi-Threading Microprocessor with a Time Counter for Statically Dispatching Instructions | 4/9/2024 |
| US-12001848-B2 | Microprocessor with a Time Counter for Statically Dispatching Instructions with Phantom Registers | 6/4/2024 |
| US-12141580-B2 | Microprocessor with Non-Cacheable Memory Load Prediction | 11/12/2024 |
| US-12147812-B2 | Out-of-Order Execution of Loop Instruction in a Microprocessor | 11/19/2024 |
Filed Patents
| PATENT # | TITLE | GRANT DATE |
|---|---|---|
| 18/135,481 | Executing Phantom Loops in a Microprocessor | 7/13/2022 |
| 18/224,002 | A Microprocessor with Apparatus and Method for Handling of Instructions with Long Throughput | 3/14/2023 |
| 18/237,511 | A Microprocessor with Apparatus and Method for Replaying Load and Store Instructions | 3/14/2023 |
| 18/388,908 | Microprocessor with Speculative and In-Order Register Sets | 11/13/2023 |
| 18/603,171 | Apparatus and Method for Implementing Many Different Loop types in a Microprocessor | 4/5/2023 |
RISC-V Areas of Innovation
SCALABILITY
RISC-V processors can scale from low-power, low-performance devices to high-performance computing systems, making it a versatile technology for a range of applications. This scalability is achieved through the modular design of the ISA, which allows for customization and optimization at all levels of the system.
MODULARITY
The RISC-V ISA is modular, which means that it can be customized to meet the needs of different applications and markets. This modularity allows developers to design RISC-V processors that are optimized for specific use cases, such as low-power IoT devices or high-performance computing systems.
EXTENSIBILITY
RISC-V’s extensible ISA enables customers to add their own unique instructions and ‘secret sauce’ to gain a competitive edge over industry rivals, while also future-proofing their technology with the ability to add new features and capabilities over time without requiring changes to the core architecture.
LOW POWER
RISC-V’s simple ISA enables low-power techniques such as multi-level clock-gating and multiple power domains, optimizing processor design for energy efficiency in mobile and IoT devices.
SECURITY
RISC-V processors can incorporate security features at the hardware level, which can help to protect against cyber threats such as hacking and malware. This hardware-level security is achieved through features such as memory protection and encryption, which are integrated into the design of the processor.
FLEXIBILITY
RISC-V’s modular and extensible ISA allows for flexible customization at all levels, enabling configuration to unique designs tailored to various applications and customers.
INTEROPERABILITY
The RISC-V ecosystem is built upon a broad range of companies that belong to the RISC-V international consortium, enabling seamless interoperability with other technologies and systems.
LOW BARIER TO ENTRY
RISC-V’s open-source and scalable design, with its low barrier to entry, makes it an ideal choice for IoT development, encouraging innovation and creating a diverse ecosystem of developers and applications, from hobbyists and startups to industry leaders.
Download Our White Paper on Time-based Microprocessors
In the pursuit of performance, modern microprocessor design has become increasingly complex, often leading to higher power consumption and design challenges. At Simplex Micro, we believe there is a more efficient path forward.
In this white paper, CEO/CTO Dr. Thang Tran details a novel, time-based architecture that utilizes status scheduling to achieve high-performance, out-of-order execution without the overheard of traditional dynamic schedulers.
Discover how this “fire-and-forget” methodology simplifies the pipeline, reduces power consumption, and provides a scalable foundation for next-generation custom and vector processors.
To receive a copy of the full white paper, please complete the form below.