Facebook Pixel Why Did Rajguru Electronics, A Leading Distributor Of Components And Development Boards, Enter Manufacturing? | Electronics For You - technology - Läs den här historien på Magzter.com

Prova GOLD - Gratis

Why Did Rajguru Electronics, A Leading Distributor Of Components And Development Boards, Enter Manufacturing?

Electronics For You

|

October 2024

After nearly three decades in distribution, Rajguru Electronics pivoted to manufacturing, setting up a unit for its ADIY subsidiary in Bengaluru. EFY's Yashasvini Razdan interviewed CEO Dileep Jain to explore the reasons behind the shift and the company's growth strategy.

- DILEEP JAIN

Why Did Rajguru Electronics, A Leading Distributor Of Components And Development Boards, Enter Manufacturing?

What prompted Rajguru Electronics, known for distributing components and development boards, to step into manufacturing?

During the distribution of modules and boards in India, we faced challenges due to uncommunicated changes, resulting in customer rejections and product returns. This led to losses as returning products to China was not feasible. However, recognising the need for self-reliance in India, we started receiving orders for locally manufactured products. So, we decided to move into manufacturing to provide Made-in-India products to a wider customer base while remaining cost-competitive. We anticipate establishing a strong presence within three to four years and competing effectively in the market while being capable of mass production in India.

How has the process flow changed since you transitioned to a manufacturing business?

FLER ARTIKLAR FRÅN Electronics For You

Electronics For You

Electronics For You

FM RADIO RECEIVER Using TDA7000

This FM radio receiver demonstrates the practical application of RF engineering and analogue signal-processing techniques.

time to read

4 mins

July 2026

Electronics For You

Electronics For You

Latest 3D chip stacking method could extend Moore's Law

Engineered by a team at the University of Illinois Grainger College of Engineering in Urbana-Champaign, the process uses ultrathin single-crystalline silicon nanomembranes transferred at temperatures below 200°C, avoiding heat damage to underlying circuits.

time to read

1 min

July 2026

Electronics For You

Electronics For You

Stretchable patch detects heart failure risks

Researchers at the University of Chicago's Pritzker School of Molecular Engineering in Chicago have developed an AI-powered stretchable computing patch capable of processing health data directly on the body in milliseconds, eliminating the need for external servers or wireless connections.

time to read

1 min

July 2026

Electronics For You

Electronics For You

Simple 12V To 24V VOLTAGE DOUBLER

Many electronic circuits require a voltage higher than that available from the power supply.

time to read

3 mins

July 2026

Electronics For You

Crystal stress method reshapes nanochip manufacturing techniques

Research conducted at Rice University in Houston, Texas, demonstrated that alpha-molybdenum trioxide crystals can deform under an electron beam, generating highly ordered nanoscale wrinkles that function as optical gratings for guiding and manipulating light on chips.

time to read

1 min

July 2026

Electronics For You

Electronics For You

Hidden Costs In IoT PRODUCT DEVELOPMENT

Hardware mistakes do not show up early in development. The most expensive hardware mistakes are rarely the obvious ones. Decisions made during design, testing, and architecture shape costs for years.

time to read

7 mins

July 2026

Electronics For You

Electronics For You

Temperature-Based DUAL SAFETY SYSTEM For Smart Homes

A temperature-based dual safety system addresses common household risks through intelligent control.

time to read

4 mins

July 2026

Electronics For You

Electronics For You

Smart material developed to fight counterfeiting

Engineered by a team at the Indian Institute of Technology Guwahati, the technology uses perovskite nanocrystals with a double-layer protective coating that improves resistance to heat and chemicals while maintaining optical performance.

time to read

1 min

July 2026

Electronics For You

Electronics For You

President Murmu inaugurates semiconductor training fab at IISc

On June 3, 2026, President Droupadi Murmu inaugurated IISc Bengaluru’s Semiconductor Training Fab at CeNSE, established with support from the Ministry of Tribal Affairs.

time to read

4 mins

July 2026

Electronics For You

Electronics For You

Quantum Li-Fi secures networks

Research conducted in Germany by a consortium led by KEEQuant and supported by Fraunhofer IPMS highlights a pathway toward flexible, high-security next-generation wireless networks.

time to read

1 min

July 2026

Listen

Translate

Share

-
+

Change font size