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Teradyne
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About Teradyne
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Compare Teradyne with Similar Companies
Change Company | Change Company | Change Company | ||
|---|---|---|---|---|
Overall Rating | - based on 0 reviews | 4.0/5 based on 186 reviews | 4.2/5 based on 56 reviews | 4.0/5 based on 91 reviews |
Highly Rated for | - | Skill development Salary Job security | Work-life balance Job security Company culture | Company culture Work-life balance Job security |
Critically Rated for | - | No critically rated category | No critically rated category | Promotions |
Primary Work Policy | - | Work from office 74% employees reported | - | Hybrid 59% employees reported |
Rating by Women Employees | - no rating available | 3.9 Good rated by 35 women | 3.8 Good rated by 12 women | 4.2 Good rated by 20 women |
Rating by Men Employees | - no rating available | 4.1 Good rated by 127 men | 4.4 Good rated by 38 men | 3.9 Good rated by 61 men |
Job security | - Data not available | 4.0 Good | 4.2 Good | 3.9 Good |
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Teradyne Salaries
Software Engineer
(1 salaries)
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₹10.8 L/yr - ₹13.8 L/yr
Engineering Manager
(1 salaries)
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₹48.5 L/yr - ₹53.6 L/yr
Teradyne News
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Chip Industry Week In Review
- ASML and imec signed a strategic partnership to advance semiconductor innovation, focusing on sub-2nm R&D and environmental benefits.
- Intel appointed Lip-Bu Tan as new CEO, TSMC proposed a joint venture with NVIDIA, AMD, Broadcom, and Qualcomm for Intel Foundry.
- Nine European nations established a Semicon Coalition in Brussels to boost technology development.
- Teradyne to acquire Quantifi Photonics for expanding photonic IC test solutions.
- TSMC and MediaTek showcased the first silicon-proven power management unit and integrated power amplifier on TSMC’s N6RF+ process.
- TrendForce reported a 10% growth in the global foundry market in Q4 2024, with TSMC maintaining dominance.
- Financial releases by Broadcom, Magnachip, and TSMC highlighted market activities.
- In Europe, Gradiant will build an ultrapure water facility, and the European Space Agency introduced ESA Space HPC in Italy.
- SpaceX received $17.3 million for expanding its semiconductor R&D facility, and a CSIS report emphasized the race for 5G dominance.
- IBM and Basque Government will deploy IBM Quantum System Two in Spain, fostering quantum computing advancements.
Semiengineering | 14 Mar, 2025
Mid-Week Stocks on Sale Including Verizon
- Verizon Communications (VZ) shares dropped by 6.58%, affecting T-Mobile (TMUS), Charter (CHTR), AT&T (T), BCE (BCE), and Telus (TU).
- Verizon is responding to competition by reducing promotions and delaying advertorial efforts until demand improves.
- Kohl's (KSS) saw a sharp drop of 24% after posting a 9.6% YoY decline in Q4 revenue and a 6.7% fall in comparable sales over 13 weeks.
- Teradyne (TER) closed down by 17% following the announcement of its acquisition of Quantifi Photonics, with investors being cautious about the lacklustre growth prospects.
Baystreet | 12 Mar, 2025
Silicon Photonics Raises New Test Challenges
- Silicon photonics in a co-packaged optics (CPO) form factor enables high-speed data communications for high-performance computing applications and promises to re-architect the data center for future AI applications.
- CPO integrates silicon photonics chips with data center switches or GPU computing devices on a single substrate, offering higher bandwidth, speed, low latency, lower power consumption, and improved efficiency in AI data center applications.
- CPO is the convergence of silicon photonics, ASICs, and advanced heterogeneous packaging capability supply chains, requiring advancements in silicon photonics supply chain, heterogeneous integrated packaging concepts, and high-volume test techniques for successful implementation.
- Testing CPO devices poses challenges due to the complex alignment of optical components that demand precision, especially as the technology integrates photonics with high-digital content computing devices.
- Automated test equipment need to evolve to accommodate the precise requirements posed by photonics and optical-electrical integration, and advance to provide consistently reliable measurements across various types of materials and optical designs.
- The time-consuming nature of achieving precise alignment in CPO testing creates bottlenecks in high-volume semiconductor testing environments, necessitating investments in advanced photonics testing capabilities and faster, more efficient alignment techniques.
- The semiconductor test industry must provide comprehensive test solutions covering signal integrity, thermal behavior, and power consumption under various operating conditions to ensure data center reliability and performance with the shift towards CPO technology.
- Teradyne anticipates new technologies and develops automated test equipment capabilities for the emerging challenges in semiconductor packaging and materials, staying at the forefront of industry innovations.
- Investments in photonics testing capabilities and transformations in test methodologies and equipment are crucial to meet the high-stakes needs of CPO technology, ensuring industry leaders can keep pace with advancements and market demands.
- The semiconductor industry is undergoing a transformation in test methodologies with a focus on accurate optical alignment at all test insertions, from wafer to CPO packages, to address the complexities of emerging technologies like silicon photonics.
Semiengineering | 11 Mar, 2025
Welcome to robot city
- Odense, Denmark is known for its rich history but has also become a hub for robotics, automation, and drone companies with over 150 such companies in the city.
- The city's success in robotics can be traced back to the Lindø shipyard, which collaborated with the University of Southern Denmark in the 1980s to develop welding robots.
- This partnership led to the establishment of the Mærsk Mc-Kinney Møller Institute, where the idea for Universal Robots was born, eventually acquired by Teradyne for $285 million.
- Universal Robots, based in Odense, maintains a nonhierarchical and collaborative work culture and invites others to work with its technology to create robotic solutions for various sectors.
- Teradyne also acquired another Odense-based robotics startup, Mobile Industrial Robots, which specializes in making robots for internal transportation.
- The success of these companies has attracted funding and business acumen to Odense's robotics cluster, creating opportunities for startups in the area.
- Challenges include attracting funding and sourcing talent in the relatively small city, but efforts are being made to address these issues, including supporting STEM education programs.
- The small size of Odense has advantages, such as drone-testing facilities at the nearby airport and the city's adaptability in transitioning from shipbuilding to robotics and automation.
- The former shipyard is now an industrial park focused on manufacturing large structures, while the university is developing centers for automation and robotics for industries like offshore wind turbines.
- Overall, Odense's robotics cluster is growing, attracting international talent and showcasing the city's evolution into a prominent player in the robotics industry.
TechnologyReview | 26 Feb, 2025
Teradyne to acquire Infineon’s automated test equipment technology
- US-based automated test equipment supplier Teradyne has entered into a strategic partnership with German semiconductor manufacturer Infineon Technologies to advance power semiconductor testing.
- As part of the partnership, Teradyne will acquire part of Infineon's automated test equipment team in Regensburg.
- The acquisition will allow Teradyne to accelerate its progress in the power semiconductor segment while collaborating on new solutions.
- Infineon will receive continued manufacturing support, enhanced flexibility, and benefit from Teradyne's economies of scale.
Chargedevs | 19 Feb, 2025
Optimizing DFT With AI And BiST
- AI and machine learning are changing DFT strategies by optimizing architecture through smart technologies.
- AI can analyze designs, suggest DFT architecture improvements, and speed up design implementation.
- AI helps in ATPG pattern generation, reducing test time and cost by exploring optimal parameter combinations.
- Collaboration between design and test teams is crucial for effective DFT, ensuring seamless integration across design stages.
- Logic and memory BiST face challenges, with the need for adaptive and comprehensive end-to-end test solutions.
- In-system deterministic test patterns streamline testing processes, enabling detailed diagnosis without hardware removal in data center applications.
- Real-time data sharing, machine learning, and collaborative approaches enhance DFT capabilities and adaptability.
- Effective DFT strategies require observability, controllability principles, and continuous innovation to address complex design challenges.
- Power distribution, flexibility in architecture, and tailored testing approaches are critical considerations for efficient DFT.
- Improving fault coverage, optimizing test costs, and integrating advanced technologies are essential for achieving cost-effective DFT solutions.
Semiengineering | 12 Feb, 2025
Silent Data Errors Still Slipping Through The Cracks
- Silent data corruption errors in large server farms have become a major concern of cloud users, hyperscalers, processor manufacturers and the test community.
- Silent data errors (also called silent data corruption errors) are hardware errors that occur when an incorrect computational result from a processor core goes undetected by the system.
- Silent data errors are not a new type of failure or caused by a new type of defect, but they are more noticeable.
- Both Google and Meta sounded the alarm about SDC errors a few years ago, and the extent of the problem boils down to 1 in 1,000 machines in a data center fleet having a silent data error.
- These silent data errors also have become more prevalent due to ever-shrinking transistors fabricated near their physical limits, huge numbers of cores in data centers running identical code, and the limitations in testing hugely complex systems.
- Effective screening and testing can help to detect SDCs, both during fabrication and during field use.
- Stress testing is a powerful play here.
- Systems are likely to get more complex, so one key in dealing with SDEs may lie in developing more fault-tolerant systems with superior error correction mechanisms and built-in resiliency.
- ‘In the future, we’re going to be talking about reliability as a first-class design parameter in architectures,’ said Rambus’ Woo.
- And while it’s not clear that the industry will unravel all the root cause contributors to silent data errors, strategies to identify, check/verify, diagnose and test for SDEs are well underway.
Semiengineering | 11 Feb, 2025
Precision Farming: Bridging the Connectivity Gap
- Chris Painter, the Director of Technical Product Management at CNH Industrial, discusses the advancements in precision agriculture, the importance of connectivity, and the challenges faced by farmers in rural areas.
- Real-time data and continuous connectivity are highlighted as essential for operational efficiency and the future of autonomy in farming.
- The impact of AI on agricultural technology is also a crucial aspect discussed, along with the ongoing labor challenges in the agricultural sector.
- Other news of the week includes Apple's project on expressive movement design for non-anthropomorphic robots, layoffs in Teradyne's robotics group, the introduction of Brightpick Giraffe for autonomous mobile picking in warehouses, and Cruise's restructuring amid focus on personal autonomous vehicles.
The Robot Report | 8 Feb, 2025
Chip Industry Week In Review
- The chip industry is projected to hit $1 trillion in revenue by the end of their decade.
- Worldwide 2024 semiconductor revenue has made up to $626 billion, an 18% increase from last year, according to Gartner.
- 2024 has seen 70% growth in memory revenue.
- HBM is expected to represent 19% of DRAM revenue by 2025, according to Gartner.
- Deloitte forecasts that semiconductor industry sales will register at $697 billion in 2025, with generative AI chip sales reaching up to $150 billion.
- Counterpoint also predicts that the foundry industry will gain a revenue growth of around 20% in 2025.
- Goldman Sachs reports that data center power demands could increase by as much as 165% globally by 2030.
- The Center for European Policy Analysis (CEPA) highlights the significance of the need for EU-US collaboration and joint strategy in the fight against China's advancement in the chip war.
- Accelera's board has accredited the Universal Verification Methodology for Mixed-Signal 1.0 standard to enhance verification of mixed-signal circuits and systems.
- Teradyne announces the acquisition of a part of Infineon's automated test equipment team to advance power semiconductor test as part of a strategic partnership.
Semiengineering | 7 Feb, 2025
Universities Augment Curricula To Boost Engineering Graduates Employability
- Universities are offering semiconductor courses in various degree programs such as engineering, math, physics, and business degrees.
- Purdue University President, Mung Chiang established Purdue’s Semiconductor Degrees Program to meet the industry demand for a semiconductor workforce.
- RIT offers a five-year BS degree program that includes a year of co-ops at one or more companies in microelectronics along with courses in imaging processes and materials.
- Georgia Tech’s ECE has created courses through its Curriculum Partnership Initiative with companies such as Apple for VLSI Design through Theory to Tapeout and TI to support analog and mixed-signal design curriculum.
- Community colleges are taking care of technician-level training while universities are offering pathways from associate degree programs to pursue a Bachelor of Science degree.
- Cornell and Micron are developing orbital welding techniques classes for both technicians and engineers.
- To help students get hands-on experience, some universities provide summer training, awareness, and readiness for semiconductors (STARS) internships.
- The education sector is also developing certificates courses, and colleges aimed at increasing diversity.
- Universities are aiming to introduce students to the semiconductor field early in their studies.
- Academic institutions are keeping pace with the requirements of the industry to help them acquire specialized knowledge in microelectronics to match the demand in the industry.
Semiengineering | 5 Feb, 2025
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