Semiconductor IP Solutions for Intelligent SoC Development
Modern semiconductor products require programmable processing and AI acceleration that can be integrated efficiently into custom System-on-Chip (SoC) designs.
Powai Lab. develops indigenous semiconductor IP that combines AJIT Processor Core IP and APARAJIT AI Accelerator IP within a unified architecture for intelligent computing. Together, these technologies enable engineering teams to develop scalable semiconductor platforms for embedded systems, AI-enabled applications, robotics, industrial automation, defence, aerospace, and navigation technologies.
Whether developing compact embedded platforms or advanced intelligent computing systems, Powai Lab. provides semiconductor IP designed to support scalable System-on-Chip (SoC) development.
Complementary technologies, one architecture.
Powai Lab. develops complementary semiconductor IP that addresses the core processing and AI acceleration requirements of modern System-on-Chip (SoC) development. Each technology performs a distinct role within the semiconductor architecture while maintaining compatibility across the broader Powai Lab. portfolio.
AJIT Processor Core IP
RISC-Based Processor Core IP for Programmable SoC Development
AJIT is a configurable RISC-based Processor Core IP developed for programmable processing, system control, memory management, and System-on-Chip (SoC) development.
The processor architecture supports reliable application execution while integrating with memory subsystems, peripheral IP, debug infrastructure, and AI accelerator technologies. Built around a single-issue, in-order pipeline with IEEE 754 floating-point support, AJIT provides a programmable processing platform for embedded and intelligent semiconductor systems.
Supported software development includes GCC/G++, Binutils, GDB, CORTOS-2, FreeRTOS, RTEMS, Zephyr, and Linux.
Applications
- Embedded Systems
- Industrial Automation
- Defence Electronics
- Navigation Technologies
- Embedded Systems
- Robotics
- Industrial Automation
APARAJIT AI Accelerator IP
Scalable AI Accelerator IP for AI Inference and Parallel Computing
APARAJIT is a licensable AI Accelerator IP developed for AI inference, tensor processing, and parallel computing workloads.
Built on a common semiconductor architecture, APARAJIT is available in Micro, Mini and Mega configurations, enabling engineering teams to maintain software portability while selecting the processor configuration that best matches deployment requirements.
The APARA AI Accelerator architecture incorporates four independent MIMD threads, eight hardware execution lanes, four parallel memory banks, a dedicated DMA engine, a bundled 16 KB instruction cache, and a 256-bit load/store interface. It supports FP4/INT4 through FP64/INT64 precision formats for AI inference and parallel computing.
Applications
- Edge AI
- Autonomous Systems
- Smart Controllers
- Robotics
- Signal Processing
- Intelligent Embedded Systems
NavIC Processor
Future Navigation Processor Technologies
Powai Lab. is expanding its semiconductor portfolio with the NavIC Processor, a dedicated navigation processor currently under development.
The NavIC Processor is being developed alongside the AJIT Processor Core IP and APARAJIT AI Accelerator to extend the Powai Lab. semiconductor portfolio with future navigation capabilities.
Detailed architecture information, implementation guidance, technical specifications, and licensing information will be announced following completion of the licensing process.
– One portfolio
One Semiconductor Portfolio. Complementary Technologies.
Modern semiconductor products require more than standalone processor or accelerator technologies. They require complementary semiconductor IP designed to operate within a common architecture.
Programmable Processing
Provides programmable processing, system control, memory management, and application execution for intelligent System-on-Chip (SoC) platforms.
AI Acceleration
Provides AI inference, tensor processing, and parallel computing acceleration across the APARAJIT product family.
NavIC Processor
Navigation-Enabled Computing
Extends the semiconductor portfolio with future navigation processor technologies for positioning and navigation-enabled computing applications.
Together, these technologies provide a scalable semiconductor architecture that supports intelligent computing across embedded systems, robotics, industrial automation, AI-enabled platforms, defence, aerospace, and navigation technologies.
– Inside the stack
Ready to Build Your Next Semiconductor Platform?
Whether you are evaluating Processor Core IP for programmable processing or AI Accelerator IP for AI inference and parallel computing, Powai Lab. provides semiconductor technologies designed to support scalable System-on-Chip (SoC) development.
Explore the semiconductor portfolio to learn how AJIT Processor Core IP, APARAJIT AI Accelerator IP, and future navigation technologies can support your next generation of intelligent semiconductor products.