Semiconductor Professionals On Working From Home


With most of the world still in lockdown, we thought we’d find out how different people in the semiconductor industry are dealing with the coronavirus. Carl Moore, Yield Management Specialist, yieldHUB How has Covid-19 affected your work life? Much of my work is remote, but Covid-19 affects in-person interactions with customers, which is always important. Video conferencing is critical in ... » read more

Probe Expertise For Cryogenic Devices


The promise of quantum computing to solve complex problems far beyond today’s supercomputer capabilities, plus the emergence of high performance image sensors for security, military, and health care use, and other emerging applications are driving the need for test and measurement tools that can operate in extreme low temperatures (below about -150°C down to a few degrees above absolute zero... » read more

The Need for Speed


We’ve previously identified the convergence occurring between surface mount technologies (SMT), used to connect packaged semiconductor devices on printed circuit boards, and advanced packaging (AP) technologies, in which connections between the semiconductor devices and to the outside world are incorporated in the packaging process using front-end-like, wafer-or panel-based manufacturing proc... » read more

Home Analysis Of STDF Data


STDF data files can be very large, often tens of megabytes, sometimes over a gigabyte for a single file. When you’re working from home and only have a desktop tool for analysis, you’ll have to download the data first from your work network. Even if the files are compressed first, they are still large and many times you would be required to analyze dozens of data files to really understand a... » read more

Heating Up Cryogenic Wafer Testing


The use of on-wafer superconducting materials, other novel materials, and traditional semiconductors at cryogenic temperatures (below about 123K, or -150°C) has grown quickly in recent years. Inventive new sensors take advantage of unique material properties at very low temperatures to detect a wide variety of physical phenomena such as infrared radiation, magnetic fields, x-rays, and more. T... » read more

The Convergence Of Advanced Packaging And SMT


One statement is almost always true in the electronics industry: smaller is better. The relentless demand for electronic systems that pack more computing power and functionality into less space has driven the development of new processes and designs since the invention of the integrated circuit. In recent years that drive has taken a new direction, literally, as manufacturers have discovered th... » read more

Lessons In Monitoring System Performance


At proteanTecs, we set out to revolutionize electronics with a breakthrough approach to address the challenges that come with scale: Deep Data monitoring of the health & performance of systems, from design to field. Knowledge and education are profoundly rooted in our core values. However, as the circumstances of COVID-19 unfold, we are following the guidelines of the World Health Organi... » read more

Benefits And Drawbacks Of Working From Home


Many people are working home in recent weeks, due to the current Coronavirus (Covid-19) crisis.  At yieldHUB, a good number of us have worked remotely or from a home office for years. We have people working like this in Taiwan, the USA, the UK and Ireland. As well as that, our software system enables semiconductor engineers and their managers to work remotely or from home. There are many be... » read more

Service Agreements For Probe Systems


Having a Probe Systems Service Agreements can bring simplicity and peace of mind when it comes to keeping equipment operating at optimum performance. We take the guesswork out of maintenance budgeting by providing parts and labor coverage at a single, low cost. Priority service and part delivery eliminates time wasted waiting for maintenance or repair parts. Comprehensive, scheduled preve... » read more

MRAM Process Development And Production Briefing


By Dr. Meng Zhu, Dr. Roman Sappey, and Jeff Barnum MRAM (Magnetoresistive Random-Access Memory) is a type of non-volatile memory (NVM) that utilizes magnetic states to store information. The basic structure of MRAM is a magnetic-tunnel junction (MTJ), which consists of two ferromagnetic (FM) layers separated by an insulating tunnel barrier (Fig.1). When the magnetizations of the two magnetic... » read more

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