RRP Electronics, Maharashtra's first semiconductor manufacturing OSAT plant, committed to unity, inspiration, and innovation, delivering cutting-edge technology and superior solutions.
Our Vision
We aim to create a new era of connectivity and possibility
Inspired by innovators, RRP Electronics envisions pioneering the future of semiconductor industries.
We are the architects of the future, innovating new possibilities in miniaturization and microtechnology through collaboration, research, passion and excellence.
With a commitment to innovation, excellence, and sustainability, we provide comprehensive solutions in wafer fabrication, crystal growth and semiconductor packaging.
Our Mission
We aim to lead the way in delivering high-performance and reliable packaging solutions, propelling the technology landscape forward.
Our leadership team of industry pioneers and experts drives semiconductor advancements with creativity and excellence, turning challenges into opportunities and ideas into leading solutions.
Leadership
Rajendra Chodankar
Founder & Chairman
Creating a Semiconductor Cluster Ecosystem
Our end-to-end approach of managing the entire design, manufacturing, and support process domestically, ensures seamless product development. It fosters innovation, drives domestic economic growth, enhances industry resilience, and develops local talent.
Project Phases & Timeline
Packaging Facility Setup
Phase 1
Objective:
Establish a packaging facility
Support:
Technology Partner
Revenue Generation:
Starts August 2024
Pilot Fab Facility
Phase 2
Objective:
Set up a Pilot Fab facility
Support:
HMT Micro Electronic
Revenue Generation:
December 2024
Phase 3
Design Strengths & Project Expansion
Objective:
Gain design strengths and flexibility
Activities:
Take on new projects and continue existing projects with the technology partner
The OSAT Facility
Class 10000 (ISO 7) cleanroom for Front-of-Line Processes
Class 100000 (ISO 8) cleanroom for End-of-Line Processes
The supporting facility includes all necessary gas generation systems and electrical support systems to enable the facility to operate continuously for 24 hours across three shifts.
A facility designed to operate with minimal water usage and generate very little effluent.
