AJIT Processor Core IP
RISC-Based Processor Core IP for Embedded Systems and System-on-Chip (SoC) Design.
Every modern System-on-Chip (SoC) requires a programmable processor that provides application execution, system control, memory management, and integration across the semiconductor platform.
AJIT Processor Core IP is a configurable RISC-based Processor Core IP developed for programmable processing and System-on-Chip (SoC) development. Designed through indigenous semiconductor research and engineering, AJIT enables semiconductor companies and engineering teams to integrate processor technology into custom SoC designs for embedded computing applications.
The processor architecture supports integration with memory subsystems, peripheral IP, debug infrastructure, and AI accelerator technologies, providing a programmable processing foundation for embedded systems, robotics, industrial automation, defence, aerospace, navigation technologies, and intelligent computing applications.
RISC-Based
7-stage
SINGLE-ISSUE, IN-ORDER PIPELINE
IEEE 754
FLOATING-POINT SUPPORT
Configurable
APARAJIT
Programmable processing built for real SoC integration.
AJIT Processor Core IP combines a configurable RISC-based processor architecture with memory management, debug support, peripheral interfaces, and software development tools to support reliable System-on-Chip (SoC) development.
Designed to operate independently or alongside the APARAJIT AI Accelerator, AJIT provides programmable processing for embedded and intelligent semiconductor platforms while enabling seamless integration across the broader Powai Labs semiconductor portfolio.
– Key capabilities
What AJIT Processor Core IP provides.
RISC-Based Processor Architecture
Configurable Processor Core IP developed for programmable processing, embedded computing, and System-on-Chip (SoC) development.
7-Stage Processor Pipeline
IEEE 754 Floating-Point Support
Programmable Processing
Provides programmable processor functionality for application execution, system control, and embedded computing across intelligent semiconductor platforms.
Memory Management
Configurable cache architecture with an integrated Memory Management Unit (MMU) for efficient memory management within System-on-Chip (SoC) designs.
Debug and Development Support
Integrated Debug Support Unit, AJIT Debug Monitor, interrupt controller, optional performance monitoring, and software development tools.
System-on-Chip Integration
Designed for integration with memory subsystems, peripheral IP, bus interfaces, and the APARAJIT AI Accelerator within custom semiconductor platforms.
Programmable processing across embedded and intelligent systems.
AJIT Processor Core IP supports programmable processing across a wide range of embedded and intelligent semiconductor applications
Embedded Systems
Robotics
Industrial Automation
Internet of Things (IoT)
Defence Electronics
Aerospace Systems
Navigation Technologies
Why Choose AJIT Processor Core IP?
- Configurable RISC-based Processor Core IP
- IEEE 754 compliant floating-point support
- Integrated debug infrastructure and software development ecosystem
- Integration with APARAJIT AI Accelerator
- 7-stage single-issue, in-order processor pipeline
- Configurable cache and integrated Memory Management Unit (MMU)
- Developed through indigenous semiconductor research and engineering
- Designed for programmable processing and System-on-Chip (SoC) development
Development tools for AJIT Processor Core IP.
Compiler Toolchain
Operating Systems
Development Resources
Hardware Abstraction Layer (HAL), verification resources, validation examples, technical documentation
– Inside the stack
Explore the Complete Architecture
AJIT Processor Core IP provides the programmable processing foundation within the Powai Lab. semiconductor portfolio. Combined with the APARAJIT AI Accelerator, it supports intelligent SoC development for embedded computing, robotics, industrial automation, defence, aerospace, navigation technologies, and AI-enabled semiconductor platforms.