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Microchip Technology
3.8
based on 194 Reviews
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Company Overview
Company Locations
Working at Microchip Technology
Company Summary
Microchip Technology provides embedded control solutions, serving diverse sectors with tools that enhance design efficiency and reduce costs.
Overall Rating
3.8/5
based on 194 reviews

3% below
industry average

Highly rated for
Work-life balance, Company culture, Job security

Critically rated for
Promotions, Salary
Work Policy

Work from office
64% employees reported

Monday to Friday
97% employees reported

Flexible timing
80% employees reported

No travel
69% employees reported
View detailed work policy
Top Employees Benefits
Free meal
15 employees reported
Health insurance
13 employees reported
Cafeteria
12 employees reported
Job/Soft skill training
12 employees reported
View all benefits
About Microchip Technology
Founded in1989 (36 yrs old)
India Employee Count1k-5k
Global Employee Count10k-50k
HeadquartersChandler, Arizona, US
Office Locations
--
Websitemicrochip.com
Primary Industry
Other Industries
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Microchip Technology Incorporated is a leading provider of smart, connected, and secure embedded control solutions. Its easy-to-use development tools and comprehensive product portfolio enable customers to create optimal designs, which reduce risk while lowering total system cost and time to market.
The company's solutions serve more than 125,000 customers across the industrial, automotive, consumer, aerospace and defense, communications, and computing markets. Headquartered in Chandler, Arizona, Microchip offers outstanding technical support along with dependable delivery and quality.
The company's solutions serve more than 125,000 customers across the industrial, automotive, consumer, aerospace and defense, communications, and computing markets. Headquartered in Chandler, Arizona, Microchip offers outstanding technical support along with dependable delivery and quality.
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Microchip Technology Ratings
based on 194 reviews
Overall Rating
3.8/5
How AmbitionBox ratings work?
5
85
4
55
3
30
2
12
1
12
Category Ratings
4.3
Work-life balance
3.9
Company culture
3.9
Job security
3.6
Work satisfaction
3.4
Skill development
3.2
Salary
3.1
Promotions
Microchip Technology is rated 3.8 out of 5 stars on AmbitionBox, based on 194 company reviews.This rating reflects an average employee experience, indicating moderate satisfaction with the company’s work culture, benefits, and career growth opportunities. AmbitionBox gathers authentic employee reviews and ratings, making it a trusted platform for job seekers and employees in India.
Read more
Gender Based Ratings at Microchip Technology
based on 183 reviews
4.2
Rated by 36 Women
Rated 4.5 for Work-life balance and 4.2 for Work satisfaction
3.7
Rated by 147 Men
Rated 4.2 for Work-life balance and 3.8 for Company culture
Work Policy at Microchip Technology
based on 57 reviews in last 6 months
Work from office
64%
Hybrid
33%
Permanent work from home
3%
Microchip Technology Reviews
Top mentions in Microchip Technology Reviews
+ 5 more
Compare Microchip Technology with Similar Companies
Change Company | Change Company | Change Company | ||
---|---|---|---|---|
Overall Rating | 3.8/5 based on 194 reviews | 3.8/5 based on 1.1k reviews | 4.2/5 based on 1k reviews | 4.1/5 based on 694 reviews |
Highly Rated for | Work-life balance Job security Company culture | Salary | Work-life balance Company culture Skill development | Salary Work-life balance Skill development |
Critically Rated for | Promotions Salary | No critically rated category | No critically rated category | No critically rated category |
Primary Work Policy | Work from office 64% employees reported | Work from office 65% employees reported | Hybrid 82% employees reported | Work from office 79% employees reported |
Rating by Women Employees | 4.2 Good rated by 36 women | 3.9 Good rated by 170 women | 4.3 Good rated by 232 women | 4.3 Good rated by 38 women |
Rating by Men Employees | 3.7 Good rated by 147 men | 3.8 Good rated by 796 men | 4.2 Good rated by 695 men | 4.1 Good rated by 626 men |
Job security | 3.9 Good | 3.6 Good | 3.5 Good | 3.8 Good |
View more
Microchip Technology Salaries
Microchip Technology salaries have received with an average score of 3.2 out of 5 by 194 employees.
Principal Engineer
(70 salaries)
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₹21.7 L/yr - ₹48 L/yr
Senior Software Engineer
(66 salaries)
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₹9.5 L/yr - ₹30 L/yr
Senior Engineer
(62 salaries)
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₹10 L/yr - ₹27 L/yr
Software Engineer
(59 salaries)
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₹6 L/yr - ₹16 L/yr
L2 Engineer
(53 salaries)
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₹8 L/yr - ₹18 L/yr
Software Engineer II
(46 salaries)
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₹9 L/yr - ₹17 L/yr
Software Engineer2
(41 salaries)
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₹8 L/yr - ₹21 L/yr
Verification Engineer
(26 salaries)
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₹7 L/yr - ₹14.1 L/yr
Software Developer
(26 salaries)
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₹6.2 L/yr - ₹15.1 L/yr
Applications Engineer
(23 salaries)
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₹8 L/yr - ₹21 L/yr
Microchip Technology Interview Questions
A Devops Engineer was asked Q. What is the difference between Docker ADD and Docker COPY?
A Principal Engineer was asked 11mo agoQ. What are the differences between Functional components and Class compo...read more
A Dft Design Engineer was asked 12mo agoQ. What are the basics of DFT?
A Software Engineer2 was asked Q. Can you tell me about your educational background?
A Senior Systems Engineer was asked Q. Given an integer, how would you determine if it is a power of 2?
Microchip Technology Jobs
Popular Designations Microchip Technology Hires for
Product Manager
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Microchip Technology News
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Protect Your Critical Timing Applications with TimeProvider XT Extension Shelf
- Communications network operators can now migrate legacy SSU and BITS systems to a platform supporting E1/T1/CC critical timing services and next-gen network-based timing services like PTP, NTP, and Synchronous Ethernet.
- Maintaining precise timing is crucial in telecommunications, with synchronization and timestamps playing vital roles in various operations, such as credit card transactions.
- Transitioning from outdated SSU and BITS technologies to newer platforms like the TimeProvider 4×00 and TimeProvider XT Extension System offers advanced timing capabilities and supports modern timing services.
- Use cases demonstrate benefits like enhancing holdover capabilities, implementing PTP timing services with APTS flow, overlaying legacy systems, and replacing legacy SSU BITS products with more efficient solutions.
- Migrating to modern platforms saves costs related to repairs, power consumption, and improves overall timing infrastructure resiliency and efficiency.
- A five-step process simplifies replacing legacy SSU/BITS with TimeProvider 4×00 grandmaster and XT shelf fan-out, ensuring smooth transition and operation.
- Detailed procedures for equipment replacement scenarios are available through Microchip representatives, facilitating the migration process for network operators.
- Comparisons between the TimeProvider 4×00 grandmaster with XT Extension Shelf and legacy SSU/BITS systems showcase the advanced functionalities and benefits of modern platforms in timing applications.
- The TimeProvider XT Extension Shelf is highlighted as a powerful solution for protecting and enhancing critical timing applications in central office environments, ensuring accuracy and reliability in timing infrastructure.
- Migrating to modern timing platforms like the TimeProvider XT Extension Shelf is essential for future-proofing timing services in central offices and meeting evolving network infrastructure requirements.
Eletimes | 2 Jun, 2025

Today’s Stocks on Sale
- Booz Allen (BAH) shares dropped by 16.5% following a weaker-than-expected quarterly report, with reduced earnings and revenue forecast for fiscal 2026.
- UnitedHealth (UNH) showed signs of stabilization after the new CEO bought shares, but faces uncertainties due to potential investigations into its low Medicare claim approvals.
- In the chip sector, AMD, Qualcomm, Intel, NXP Semiconductor, and Microchip witnessed losses of nearly 5% or more in the last week, with MCHP stock deemed as having the best value and NXP seen as appealing for investors.
- Investors are optimistic about a cyclical recovery in the analog and embedded MCU space, prompting continued interest in chip suppliers.
Baystreet | 27 May, 2025

Microchip Introduces MEC175xB Controllers with Hardware-Based Post-Quantum Cryptography for CNSA 2.0 Compliance
- The National Security Agency (NSA) introduced the Commercial National Security Algorithm Suite 2.0 (CNSA 2.0) to establish quantum-resistant cryptography standards.
- Microchip Technology developed the MEC175xB family of embedded controllers with immutable post-quantum cryptography directly in hardware.
- MEC175xB controllers support CNSA 2.0-compliant cryptographic techniques approved by NIST and feature secure boot options for enhanced system integrity.
- The controllers, powered by an Arm Cortex-M4F processor, offer 480 KB of SRAM, I3C host/client functionality, and USB 2.0 interface for versatile connectivity in applications.
Embedded | 16 May, 2025
Getting Started with ATtiny Configurable Custom Logic (CCL)
- ATtiny Configurable Custom Logic (CCL) is available in Microchip tinyAVR 0-series, 1-series, and 2-series microcontrollers as part of Core Independent Peripherals (CIP).
- CCL allows users to implement digital logic in hardware, saving on bill of materials cost by utilizing spare pins on microcontrollers.
- Each CCL peripheral in a tinyAVR microcontroller consists of two Lookup Tables (LUTs) that can perform simple to moderately complex logic operations independently of the processor core.
- The CCL can be programmed for functions like NOT, AND, OR, XOR, and more, and accompanying source code includes examples like AND gate, SR Latch, filter/sync, and edge detection circuits using Logic.h library from megaTinyCore.
Hackaday | 3 May, 2025

Getting Stated with ATtiny Configurable Custom Logic (CCL)
- The Microchip tinyAVR series features Configurable Custom Logic (CCL) as one of the Core Independent Peripherals (CIP) available on the chip.
- The CCL allows users to create custom digital logic in hardware on the ATtiny microcontrollers, reducing the need for processor core support and potentially lowering BOM costs.
- Each tinyAVR microcontroller in the series contains one or two CCL peripherals, with each peripheral housing two Lookup Tables (LUTs) that can be programmed for various logic functions.
- The CCL capabilities include implementing logic functions like AND gates, SR Latches, filters, and edge detection circuits, with example code provided by [Grug Huhler] using the Logic.h library from megaTinyCore.
Hackaday | 3 May, 2025

AI Inference with Chiplets, Warehouse Automation with IoT, Quantum Computing: Embedded Week Insights
- Microchip introduces PIC16F17576 MCU family for power-efficient, precision analog signal monitoring.
- Siglent announces SDM4000A series of high-speed 5½- and 6½-digit multimeters for precision-driven test environments.
- Article on the development of compression models for large language models used in generative AI.
- Warehouse automation with IoT is becoming essential for supply chain stability.
Embedded | 25 Apr, 2025
Friday's Moving Stocks: Alphabet, Intel, and Microchip
- Alphabet (GOOG) posted strong Q1 results, with increased revenue and raised dividend.
- Intel (INTC) experienced a decline in stock price due to flat revenue growth and weak prospects.
- Microchip (MCHP) stock rallied, benefiting from the upward trend in semiconductor stocks.
- Market bounce expected to continue next week with the positive performance of several tech stocks.
Baystreet | 25 Apr, 2025

Microchip Unveils PIC16F17576 MCU Family for Power-Efficient, Precision Analog Signal Monitoring
- Microchip Technology has introduced the PIC16F17576 microcontroller (MCU) family for power-efficient, precision analog signal monitoring.
- The PIC16F17576 MCUs combine low-power analog peripherals with the capability to accurately track dynamic analog signals.
- The MCUs incorporate a low-power comparator and voltage reference that remain operational in sleep mode, allowing uninterrupted analog signal monitoring.
- Designed for precise measurement of analog inputs, the MCUs offer operational amplifiers with software-selectable gain ladders and a high-resolution ADC for signal acquisition.
Embedded | 24 Apr, 2025
Error Correction Status: A Powerful Reliability Multiplier for Stand-Alone EEPROM
- Microchip Technology has developed a family of EEPROM with Error Correction Status (ECS) to enhance reliability by alerting users when error correction occurs.
- Error Correcting Codes (ECC) are common in EEPROMs to detect and correct errors, but many EEPROMs do not indicate when corrections occur.
- ECS flags users when error correction happens, indicating worn-out memory blocks.
- Wear-leveling routines are crucial for managing EEPROM endurance, with ECS playing a key role in improving reliability.
- Dynamic wear-leveling spreads wear over frequently changing memory blocks, while static wear-leveling spreads wear evenly across the entire EEPROM.
- Implementing wear-leveling requires monitoring write cycles and allocation status of memory blocks to extend the life of EEPROM.
- Error Correction Status in combination with wear-leveling allows for a more reliable approach to extending memory cell life.
- ECS reduces the need for full memory block readbacks, providing data-based feedback on memory wear-out.
- This data-driven approach simplifies software flow, lowers power consumption, and improves system performance.
- ECS is available in Microchip's I2C and SPI EEPROMs, offering improved reliability and extending EEPROM block lifespan.
Eletimes | 9 Apr, 2025

Chip Glitching 101 with [Hash]
- Reverse engineering case study of chip glitching using Microchip SAM4C32C as an example.
- A chip glitching process was demonstrated by soldering the chip to a target board and using a Chip Whisperer.
- An unusual pattern on the oscilloscope while resetting the chip led to the discovery of a vulnerability.
- This technique provides access to the chip's boot loader and allows reading of the firmware.
Hackaday | 30 Mar, 2025
![Chip Glitching 101 with [Hash]](https://hackaday.com/wp-content/uploads/2025/03/glitching.jpeg)
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Microchip Technology FAQs
When was Microchip Technology founded?
Microchip Technology was founded in 1989. The company has been operating for 36 years primarily in the Semiconductors sector.
Where is the Microchip Technology headquarters located?
Microchip Technology is headquartered in Chandler, Arizona.
How many employees does Microchip Technology have in India?
Microchip Technology currently has approximately 2,000+ employees in India.
Does Microchip Technology have good work-life balance?
Microchip Technology has a work-life balance rating of 4.3 out of 5 based on 100+ employee reviews on AmbitionBox. 72% employees rated Microchip Technology 4 or above on work-life balance. This rating reflects the company's efforts to help employees maintain a healthy balance between their personal and professional lives. We encourage you to read Microchip Technology work-life balance reviews for more details.
Is Microchip Technology good for career growth?
Career growth at Microchip Technology is rated as moderate, with a promotions and appraisal rating of 3.1. 28% employees rated Microchip Technology 3 or below, while 72% employees rated it 4 or above on promotions / appraisal. This rating suggests that while some employees view growth opportunities favorably, there is scope for improvement based on employee feedback. We recommend reading Microchip Technology promotions / appraisals reviews for more detailed insights.
What are the pros and cons of working in Microchip Technology?
Working at Microchip Technology comes with several advantages and disadvantages. It is highly rated for work life balance, company culture and job security. However, it is poorly rated for promotions / appraisal, salary & benefits and skill development, based on 100+ employee reviews on AmbitionBox.
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