#XTOOLS ANDREW OWSIOW UPDATE#
Since this update is rolled out area-wise, it usually takes time to release everywhere. Samsung often releases an official firmware update via OTA (over-the-air).
#XTOOLS ANDREW OWSIOW INSTALL#
In this tutorial, we’ll manually install Samsung firmware using Odin flash tool.
#XTOOLS ANDREW OWSIOW ANDROID#
Here, we’ll fix bugs and issues associated with your Android smartphone and tablet. This demands a new ecosystem: embedded processors with integration and intelligence, trained models capable of smart decisions and robust and trustworthy management frameworks to keep our technology secure and up-to-date.Īs we consider the design of our next generation of consumer, industrial and automotive devices, we must acknowledge that a modest investment in smarter technology now could reap many rewards later. Not only will it help us on our mission to deliver on our companies’ ESG commitments, but it will enable a greater good - helping our customers to optimize energy consumption in their own homes, offices and cars whilst protecting our shared home - the planet we live on.įorbes Technology Council is an invitation-only community for world-class CIOs, CTOs and technology executives.Are you facing any boot loop, dead phone, soft brick, or black screen issues on your Samsung mobile? If yes, then it may be time for a Samsung firmware update. A low energy footprint demands that these devices are able to sense their environment, understand and act - without the costly transfer to and processing of private data in cloud processing resources. Our smart devices must be equipped with the capabilities required to deliver this utility. Even simpler features like time of day or ambient light can be used to optimize our environments with respect to energy consumption. With presence detection, for instance, I can switch on a smart device that uses a voice interface, I can activate my Google Home, I can adjust the heating, I can switch off active speakers and manage Wi-Fi settings. Take human presence detection for example. However, it’s surprising how much can be done with very little information. There’s usually a superficial answer, typically associated with cost or the user experience - a voice interface that must be always listening for a keyword or a display that we want to activate quickly. Why does my Google Home Hub consume 2W when there’s no one in the house, let alone the room, for example? Why does my computer monitor consume 15W when it’s asleep? The problem isn’t the energy that these processors consume when they’re active, but that they’re consuming energy when inactive for significant proportions of the day. The amount of investment that goes into theoretically power-efficient processors is frequently wasted at the system level. To achieve this, a holistic approach is needed. Smart devices can’t be part of the energy consumption problem - they must be part of the solution. We must take a carbon-neutral approach to our smart devices - they can’t plant trees (yet), but they can minimize their own energy footprint and save energy elsewhere. Many technology companies in the value chain are developing products that offer greater efficiency than ever before, and yet our insatiable desire for technology means that we’re still losing the race. For example, I imagine that every Google smart device (many of which listen all the time and perform audio signal processing on raw data transferred to the cloud), is probably consuming at least as much unseen energy in communications and cloud processing as it is in the home. Communications and cloud processing energy consumed are also consequences of my devices. The greater cost is the compounded energy consumption of these unused smart devices across millions of homes - devices that are delivering no value at the time. In a short time, I reached about 40W of continuous consumption on things that weren’t being used - things that are, for some reason, waiting in active standby.īut 40W isn’t too bad, right? About $70 a year? The trouble is, it’s not about my utility bill let’s consider the greater cost. I measured a Google Home Hub (2W), my network attached storage (14W), my Apple Time Machine (9W), unused active speakers (2.8W), unused computer monitors (4W to 15W), inactive smart plugs (0.5W each, I have 8 plugs), the list goes on. My specific interest was in devices that weren’t delivering value at that instant. This recognition prompted me to buy a power meter and spend an hour testing the wattage of the smart technologies in my home.