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A supply chain is only as strong as its weakest link
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Supply Chain Risk Management - It sounds like a compilation of business buzzwords, but it’s now more important than ever. Is that really true? No, it has always been important, however 2020 was the year that showed us once again why that is the case. Unlike other supply chain risks, COVID-19 brought these issues into forefront of the minds of practitioners and the general public alike. From consumer products like toilet paper and masks to commercial goods like shipping containers and semiconductors, many global supply chains (GSC) have been disrupted.
First of all, steps like closing factories to keep the virus at bay were necessary until more information was available on how to deal with the situation. And understandably the health care sector takes priority when it comes to supply. The damage caused by losing workers in a supply chain is much more severe than not getting your resources on time. However, it is important to keep in mind that many need to work to assure their livelihood. All these factors show how sensitive this topic is, but nevertheless the pandemic revealed how vulnerable many supply chains are.
For example, the semiconductor market has been on a rollercoaster, the pandemic curbed production while simultaneously boosting demand for electronics like laptops an PCs, because suddenly many people had to set up an office space at home. Now manufacturers can hardly satisfy the need for electronic parts, causing a highly volatile supply chain for everybody involved. While the urgent task at hand for most companies is to survive this pandemic, once things start going back to normal, an overhaul of the GSCs is urgently needed. The keyword is supply chain resilience.
A study on the impacts of COVID-19 on GSCs suggests that after the crisis companies should revamp their strategies and focus more on relocations and nearshoring. This results in shorter supply chains and less vulnerability in disruptive times. Advantages are lower cost of transportation and shorter delivery times, while also providing more flexibility and shorter delays. With less economic actors involved a supply chain can react quicker and more precise to market changes and disruptions.
Another factor that is difficult to balance is redundancy of stocks. A higher buffer stock can cushion possible disruptions, but it is often expensive to store and the resources may become obsolete after a while. Therefore, it could be beneficial to have a partner who takes care of excess goods and allows access in case they are needed again. After all companies are not the sole actor in their respective industry and a more circular economy helps a better distribution of resources. Cooperation is the foundation of a supply chain and in order to increase its resilience everybody involved works toward a common goal.
On average companies had 44 days to react from the first COVID-19 case in their country until mandatory restrictions were imposed by governments. It is impossible to implement a new supply chain in such a short time, but it is feasible to make small adjustments. To make this work most GSCs need an update and should stop focusing on minimizing costs and instead balance expenses and efficiency with resilience.
First of all, steps like closing factories to keep the virus at bay were necessary until more information was available on how to deal with the situation. And understandably the health care sector takes priority when it comes to supply. The damage caused by losing workers in a supply chain is much more severe than not getting your resources on time. However, it is important to keep in mind that many need to work to assure their livelihood. All these factors show how sensitive this topic is, but nevertheless the pandemic revealed how vulnerable many supply chains are.
For example, the semiconductor market has been on a rollercoaster, the pandemic curbed production while simultaneously boosting demand for electronics like laptops an PCs, because suddenly many people had to set up an office space at home. Now manufacturers can hardly satisfy the need for electronic parts, causing a highly volatile supply chain for everybody involved. While the urgent task at hand for most companies is to survive this pandemic, once things start going back to normal, an overhaul of the GSCs is urgently needed. The keyword is supply chain resilience.
A study on the impacts of COVID-19 on GSCs suggests that after the crisis companies should revamp their strategies and focus more on relocations and nearshoring. This results in shorter supply chains and less vulnerability in disruptive times. Advantages are lower cost of transportation and shorter delivery times, while also providing more flexibility and shorter delays. With less economic actors involved a supply chain can react quicker and more precise to market changes and disruptions.
Another factor that is difficult to balance is redundancy of stocks. A higher buffer stock can cushion possible disruptions, but it is often expensive to store and the resources may become obsolete after a while. Therefore, it could be beneficial to have a partner who takes care of excess goods and allows access in case they are needed again. After all companies are not the sole actor in their respective industry and a more circular economy helps a better distribution of resources. Cooperation is the foundation of a supply chain and in order to increase its resilience everybody involved works toward a common goal.
On average companies had 44 days to react from the first COVID-19 case in their country until mandatory restrictions were imposed by governments. It is impossible to implement a new supply chain in such a short time, but it is feasible to make small adjustments. To make this work most GSCs need an update and should stop focusing on minimizing costs and instead balance expenses and efficiency with resilience.
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Welcome to our new Blog
We at GreenChips are very excited to introduce our new Corporate Blog. Before we start with articles and other interesting posts, we want to let you know what we have in store for you. One of the big goals we set ourselves with this part of our brand is to reach insiders of the semiconductor industry and show them new perspectives on something they have been a part of for a very long time. Newcomers who want to acquire knowledge about the industry are welcome as well.
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I do not want to make you mine
In the “Global E-waste Monitor 2020“ it is stated that the total weight of Electrical and Electronic Equipment (EEE) consumption increases by 2.5 million metric tons (Mt) each year. The demand for electronics is steadily rising, but the minerals needed to manufacture the products are limited. Natural deposits for minerals like copper and gold are decreasing and some estimates say that our current sources will only last 40 to 50 more years. This anticipated shortage could inhibit innovation and slow the growth of new technologies while making most EEE extremely costly. Now the question is, how can we satisfy the growing need of consumers for electronics, when we run out of resources?
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Rare Earth vs Common Knowledge
If your first reaction is “Of course earth is rare, we only have one!”, you are a little confused, but you got the spirit. A “rare earth” (rare earth element to be more precise) is one of seventeen metallic elements. These elements include the fifteen lanthanides, scandium, and yttrium. If you have no idea what those are, a look on the periodic table might do the trick.
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Metal-free, organic and degradeable on command - Batteries of the Future
One big part of sustainable energy that is often overlooked, is that we also need sustainable ways to store said energy. Current batteries contain significant amounts of cobalt, which is often mined using child labor in dangerous working environments. Additionally, only a very small percentage of li-ion batteries are recycled, increasing the demand for cobalt and other strategic elements.
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