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Texas Instruments
4.0
based on 199 Reviews
Video summary
Company Overview
Company Locations
Working at Texas Instruments
Company Summary
Texas Instruments has been making progress possible for decades. They are the global semiconductor company that designs, manufactures, tests and sells analog and embedded processing chips.
Overall Rating
4.0/5
based on 199 reviews
3% above
industry average
Highly rated for
Job security, Salary, Skill development
Work Policy
Work from office
88% employees reported
Monday to Friday
92% employees reported
Flexible timing
90% employees reported
No travel
75% employees reported
View detailed work policy
Top Employees Benefits
Job/Soft skill training
10 employees reported
Office gym
9 employees reported
Office cab/shuttle
7 employees reported
Cafeteria
7 employees reported
View all benefits
About Texas Instruments
Founded in1951 (74 yrs old)
India Employee Count1k-5k
Global Employee Count10k-50k
HeadquartersDallas,Texas, United States
Office Locations
Websiteti.com
Primary Industry
Other Industries
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We are visionaries. We are differentiators. We are TIers. As a global semiconductor company operating in 35 countries, Texas Instruments (TI) is first and foremost a reflection of its people. From the TIer who unveiled the first working integrated circuit in 1958 to the more than 30,000 TIers around the world today who design, manufacture and sell analog and embedded processing chips, we are problem-solvers collaborating to change the world through technology
Mission: We're changing the world, one chip at a time. Our analog and embedded processing products power electronics across every industry and help to make the world smarter, safer, greener, healthier and more fun.
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Texas Instruments Ratings
based on 199 reviews
Overall Rating
4.0/5
How AmbitionBox ratings work?
5
99
4
59
3
24
2
7
1
10
Category Ratings
4.0
Job security
4.0
Salary
3.9
Skill development
3.8
Company culture
3.7
Work-life balance
3.7
Promotions
3.7
Work satisfaction
Texas Instruments is rated 4.0 out of 5 stars on AmbitionBox, based on 199 company reviews. This rating reflects a generally positive employee experience, indicating 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 Texas Instruments
based on 175 reviews
3.9
Rated by 37 Women
Rated 4.1 for Company culture and 4.1 for Salary
4.0
Rated by 138 Men
Rated 4.1 for Salary and 4.1 for Job security
Work Policy at Texas Instruments
based on 24 reviews in last 6 months
Work from office
88%
Hybrid
8%
Permanent work from home
4%
Texas Instruments Reviews
Top mentions in Texas Instruments Reviews
+ 5 more
Compare Texas Instruments with Similar Companies
|  Change Company |  Change Company |  Change Company | |
|---|---|---|---|---|
Overall Rating | 4.0/5 based on 199 reviews | 3.8/5 based on 1.1k reviews | 4.2/5 based on 1k reviews | 4.1/5 based on 707 reviews |
Highly Rated for | Salary Job security Skill development | Salary | Work-life balance Company culture Skill development | Salary Skill development Work-life balance |
Critically Rated for |  No critically rated category | Promotions | No critically rated category | No critically rated category |
Primary Work Policy | Work from office 88% employees reported | Work from office 67% employees reported | Hybrid 82% employees reported | Work from office 76% employees reported |
Rating by Women Employees | 3.9 Good rated by 37 women | 3.9 Good rated by 172 women | 4.3 Good rated by 233 women | 4.3 Good rated by 38 women |
Rating by Men Employees | 4.0 Good rated by 138 men | 3.8 Good rated by 800 men | 4.2 Good rated by 703 men | 4.1 Good rated by 639 men |
Job security | 4.0 Good | 3.6 Good | 3.5 Good | 3.8 Good |
View more
Texas Instruments Salaries
Texas Instruments salaries have received with an average score of 4.0 out of 5 by 199 employees.
Analog Design Engineer
(122 salaries)
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₹16 L/yr - ₹42 L/yr
Software Engineer
(74 salaries)
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₹10.2 L/yr - ₹40.3 L/yr
Senior NPD Engineer
(67 salaries)
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₹20.4 L/yr - ₹25.8 L/yr
Digital Design Engineer
(52 salaries)
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₹17 L/yr - ₹37 L/yr
Design Engineer
(46 salaries)
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₹9.3 L/yr - ₹34.1 L/yr
Application Developer
(46 salaries)
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₹10 L/yr - ₹24 L/yr
Validation Engineer
(37 salaries)
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₹15.5 L/yr - ₹25 L/yr
Software Developer
(31 salaries)
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₹16 L/yr - ₹40 L/yr
Embedded Software Engineer
(30 salaries)
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₹11 L/yr - ₹46.5 L/yr
Senior Software Engineer
(25 salaries)
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₹14.5 L/yr - ₹42 L/yr
Texas Instruments Interview Questions
An Analog Engineer was asked 8mo agoQ. What are the basic principles of RC circuits?
A Signal Processing was asked Q. Implement the block diagram for the given transfer function H(Z) = a/b...read more
An Analog Layout Engineer was asked 1mo agoQ. Explain the process of CMOS fabrication.
An Analog Design Engineer was asked Q. What is the frequency response when a resistor is added to a capacitor...read more
A Software Developer Intern was asked Q. Meeting Rooms Allocation Problem Statement Stark Industry is planning ...read more
Texas Instruments News
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Red Pitaya and Texas Instruments Co-Develop New STEMlab TI Board for High-Precision Signal Processing
- Red Pitaya and Texas Instruments have collaborated to introduce a new hardware platform called STEMlab TI at the Laser World of Photonics trade fair in Munich.
- STEMlab TI is designed for high-precision signal processing applications in photonics, precision sensing, and laboratory automation fields.
- Two variants of the STEMlab TI board will be available - STEMlab 125-14 TI with 14-bit ADC at 125 MSps and STEMlab 65-16 TI with dual-channel 16-bit ADC at 65 MSps.
- Both board versions feature TI ADCs, a dual-channel digital-to-analog converter, a clock generator, RF inputs and outputs, and a Xilinx FPGA with CPU core and Ethernet connectivity.
- The collaboration signifies a deepening of the technical partnership between Red Pitaya and Texas Instruments, combining Red Pitaya's platform flexibility with TI components for enhanced functionality.
- The STEMlab TI board offers engineers a scalable platform for customization in high-speed, high-precision applications.
Embedded | 25 Jun, 2025
The 3 players behind every interrupt: vector table, hardware, and you
- The confusion around interrupt service routines (ISR) in embedded systems can lead to bad code and unpredictable bugs.
- The three key players behind every interrupt are the interrupt vector table, hardware, and the programmer.
- The interrupt vector table is a static array of addresses that points the CPU to the address of the ISR when an interrupt occurs.
- Hardware steps in instantly when an interrupt occurs and saves essential context like registers automatically.
- The CPU jumps to the address fetched from the vector table to begin executing the ISR code.
- The compiler handles most of the saving and restoring in ISRs, including additional register saves.
- Programmers are responsible for writing logic in ISRs, such as clearing interrupt sources or toggling flags, without touching the program counter or status register directly.
- The process remains the same even for interrupts triggered by software instructions like SVC.
- Understanding the roles of the interrupt vector table, hardware, and programmer separately helps in writing efficient and precise interrupt handlers.
- Having clarity on who does what in handling interrupts is crucial for embedded engineers targeting companies like Qualcomm, Bosch, or Texas Instruments.
- This knowledge distinguishes professionals and enables them to build better relationships with processors in embedded systems.
- Separating these roles leads to leaner code, quicker debugging, and improved efficiency in embedded systems.
- Understanding the ISR process is essential for success in embedded systems development.
- Knowing the roles of the vector table, hardware, and the programmer is crucial for efficient and effective ISR programming in embedded systems.
Medium | 24 Jun, 2025
Karan Jain: Leading the Charge in Human Interface Innovation
- Karan Jain is a prominent figure in hardware engineering and human-machine interaction, serving as a Senior Hardware Engineering Manager at Apple Inc.
- Jain's career showcases deep technical expertise, strategic vision, and a passion for innovation.
- He holds a Bachelor of Engineering in Electronics & Communication and a Master of Science in Electrical Engineering from the University of Michigan.
- His educational background shaped his future innovations and leadership approach, focusing on analog circuits, IC design, and sensing solutions.
- Jain began his career at Texas Instruments, working on touch interface ICs for iPhones, and later joined Apple to advance human interface technology.
- As a Senior Hardware Engineering Manager at Apple, Jain drove innovations like Touch + Force + Haptics system in MacBook trackpads and camera control features for the iPhone 16.
- Jain's leadership style emphasizes continuous learning, innovation, and cross-functional integration to drive high-performing teams towards ambitious goals.
- He holds 19 active U.S. patents and over 35 pending ones in various technologies related to touch sensors and power delivery systems.
- Jain's contributions at Apple have influenced flagship products, showcasing a blend of innovation and execution.
- His commitment to driving innovation in human interfaces is expected to shape future product lines and hardware design paradigms.
- Karan Jain stands out for his stability, vision, and relentless curiosity in an ever-evolving field of technology and human-device interaction.
TechBullion | 20 Jun, 2025
Texas Instruments pledges $60bn US chip investment, Uber drivers earnings’ cut after algorithm changes
- Texas Instruments plans to invest over $60bn in the US to build or expand seven chip-making facilities, creating 60,000 jobs.
- Uber drivers are earning less after the introduction of a new algorithm by the company, resulting in lower hourly earnings.
- A SpaceX rocket, Starship 36, exploded before launch at SpaceX's facility in Texas, described as a 'major anomaly'.
- Electric vehicles have a higher breakdown rate compared to petrol, diesel, and hybrid vehicles, as per a poll of 30,000 drivers by WhatCar.
- Google introduces Gemini 2.5 Flash-Lite AI chatbot model for faster responses in tasks where speed is crucial and budgets are limited.
- Experts warn that 3D-printed guns could become preferred weapons for criminals and violent extremists globally, being untraceable and DIY.
- The NFC Forum introduced version 15 of the NFC standard, featuring extended communication range of 2 cm for faster and more stable connections.
TechDigest | 19 Jun, 2025
Apple to launch premium-priced foldable iPhone in 2026 – Ming-Chi Kuo
- Apple is expected to release a foldable iPhone in 2026, featuring a Samsung Display foldable panel and premium pricing, according to analyst Ming-Chi Kuo.
- The production plans involve up to 8 million panels for the folding iPhone, with assembly supplier Foxconn set to start the project in late 2025 or early 2026.
- Component specifications, including the hinge, remain undecided at this stage.
- Samsung Display plans to create an annual production capacity of 7-8 million foldable panels to supply the 2026 foldable iPhone.
- Recent rumors suggest Apple has ordered 15-20 million foldable iPhones, likely reflecting demand over several years rather than just 2026.
- The foldable iPhone is expected to enter mass production in the second half of 2026, with potential shipments of several million units annually in 2027 and 2028.
- All plans are subject to change before the official project kickoff.
- Apple’s software chief, Craig Federighi, mentioned that the iPad shouldn’t run macOS but can draw inspiration from the Mac.
- Apple debuted a new ad for Apple Arcade featuring popular video game characters like Pac-Man and SpongeBob.
- Apple Intelligence's on-device transcription technology is significantly improving speech-to-text performance with speeds over twice as fast.
- Texas Instruments announced a significant investment of over $60 billion across seven U.S. semiconductor fabs, marking it as the largest investment by the company.
- Apple TV+ announced the return of the original kids and family series 'Yo Gabba GabbaLand!' for a second season.
- MacDailyNews highlighted the anticipation surrounding the upcoming foldable iPhone, emphasizing Apple's potential to innovate in the foldable smartphone space effectively.
- MacDailyNews expressed willingness to wait for the manufacturing capabilities required for a foldable iPhone at scale.
- Support options for MacDailyNews, such as subscribing to their Substack or shopping on Amazon to support the platform, were highlighted.
Macdailynews | 19 Jun, 2025
Texas Instruments Partners with NVIDIA to Power Next-Gen AI Data Centres
- Texas Instruments (TI) collaborates with NVIDIA to develop new power management and sensing technology for high-voltage power systems in AI data centres.
- The partnership aims to create an 800-volt DC power distribution system for NVIDIA's upcoming AI servers to enhance scalability, reliability, and efficiency in data centres.
- This initiative addresses the increasing power demand in data centres due to AI computing, with the shift to an 800V architecture enabling higher power delivery with improved efficiency and manageable equipment size.
- The collaboration between TI and NVIDIA facilitates the development of AI data centres that can efficiently handle elevated computing demands without excessive complexity or bulkiness.
Analyticsindiamag | 26 May, 2025
Exploring the RP2350’s UART-Bootloader
- The RP2350 microcontroller offers the capability to load firmware remotely via UART, as demonstrated by [Thomas Pfilser].
- [Thomas] used a second RP2350 as a port expander for a project requiring more PWM outputs, employing the UART bootloader to simplify firmware management.
- Limitations of the technique include code size restrictions to fit within the RP2350's 512 kB RAM, longer boot times due to UART connection speed, and challenges in utilizing UART alongside the bootloader pins.
- [Thomas] overcame remote operation challenges by implementing RS-485 communication using TI's THVD1450, allowing reliable connectivity even over a 10m cable length.
Hackaday | 11 May, 2025
Safety and efficiency in robotics design
- The Robot Report Podcast Episode 195 features Giovanni Campanella from Texas Instruments, discussing safety and efficiency in robotics design.
- Amazon introduces Vulcan robot with force sensing and AI for enhanced pick and stow capabilities in warehouses.
- Teradyne makes leadership changes at Mobile Industrial Robots (MiR) and Universal Robots (UR) divisions.
- Financial results for Teradyne Robotics Group show a decline in revenue in Q1 2025 compared to Q4 2024.
- US car industry sees a 10% increase in robot installations in 2024, with most industrial robots being imported.
- China's success in robotics is attributed to its national strategy, leading to a significant increase in robot installations.
- The US lags behind in manufacturing automation compared to other countries like Japan, Germany, and China.
- SDP-SI sponsors the podcast, emphasizing precision, quality, and alignment in robotics design and assembly for enhanced efficiency.
- Discover how SDP-SI can help elevate robotics applications by offering cost-effective and space-saving solutions.
- Learn more about robotics design and assembly by visiting sdp-si.com/podcast/index.php.
The Robot Report | 10 May, 2025
Safety and efficiency in robotics design
- The article discusses the importance of safety and efficiency in robotics design, highlighted in an episode of The Robot Report Podcast featuring Giovanni Campanella from Texas Instruments (TI).
- Amazon's Vulcan robot, equipped with force feedback sensors and AI, shows advancements in robotic technology by providing a sense of touch for enhanced precision and dexterity in handling items.
- Teradyne Robotics experiences leadership changes, with Jean-Pierre Hathout transitioning to lead Universal Robots from Mobile Industrial Robots, while Kevin Dumas succeeds him at MIR.
- The US auto industry sees a significant increase in robot installations, with a notable rise in automation to enhance efficiency in manufacturing processes.
- Preliminary data reveals the growth of industrial robots in the US automotive sector, with a substantial portion of installations being imported from overseas.
- China emerges as a key player in robotics and automation, with a robust national strategy contributing to significant growth in the manufacturing sector.
- The article also mentions statistics showcasing the automation levels in different countries and highlights the challenges faced by the US in catching up with competitors.
- Teradyne reports a decline in robotics revenue in Q1 2025, attributing it to ongoing market weaknesses but emphasizes advancements in the AI product portfolio.
- The importance of precision, quality, and alignment in robotics design and assembly is emphasized, with SDP-SI offering solutions to enhance accuracy and efficiency in robotics applications.
- SDP-SI's sponsorship of the podcast focuses on their engineering expertise to optimize manufacturing processes and streamline assembly, aiming to elevate robotics companies' performance.
- For more information on how SDP/SI can impact robotics applications positively, visit sdp-si.com/podcast/index.php.
The Robot Report | 10 May, 2025
AI Chip Selloff Alert: Crackdown on Nvidia
- The U.S. government notified Nvidia that it would need a special license to ship its H20 graphics processing chip to China, leading Nvidia to file a significant $5.5 billion charge to its quarterly financial results.
- Nvidia's Q1 results will include costs related to H20 product inventory, purchase commitments, and related reserves.
- The U.S. crackdown on chips and related hardware exported to China poses a challenge for AI suppliers, as they rely on Chinese customers such as Alibaba, ByteDance, and Tencent.
- Investors should expect the next leg down on chip companies, including Intel, Qualcomm, Broadcom, Micron Technology, and Texas Instruments.
Baystreet | 16 Apr, 2025
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Texas Instruments FAQs
When was Texas Instruments founded?
Texas Instruments was founded in 1951. The company has been operating for 74 years primarily in the Semiconductors sector.
Where is the Texas Instruments headquarters located?
Texas Instruments is headquartered in Dallas,Texas. It operates in 10 cities such as Bangalore / Bengaluru, Mumbai, New Delhi. To explore all the office locations, visit Texas Instruments locations.
How many employees does Texas Instruments have in India?
Texas Instruments currently has approximately 2,600+ employees in India.
Does Texas Instruments have good work-life balance?
Texas Instruments has a Work-Life Balance Rating of 3.7 out of 5 based on 100+ employee reviews on AmbitionBox. 79% employees rated Texas Instruments 4 or above, while 21% employees rated it 3 or below on work-life balance. This indicates that the majority of employees feel a generally balanced work-life experience, with some opportunities for improvement based on the feedback. We encourage you to read Texas Instruments work-life balance reviews for more details.
Is Texas Instruments good for career growth?
Career growth at Texas Instruments is rated fairly well, with a promotions and appraisal rating of 3.7. 79% employees rated Texas Instruments 4 or above, while 21% employees rated it 3 or below on promotions / appraisal. Though the sentiment is mixed for career growth, majority employees have rated it positively. We recommend reading Texas Instruments promotions / appraisals reviews for more detailed insights.
What are the pros and cons of working in Texas Instruments?
Working at Texas Instruments comes with several advantages and disadvantages. It is highly rated for job security, salary & benefits and skill development. However, it is poorly rated for work satisfaction, work life balance and promotions / appraisal, based on 100+ employee reviews on AmbitionBox.
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