Post by account_disabled on Jan 28, 2024 6:39:11 GMT
Quinas Technology has developed ULTRARAM, a new type of all-in-one memory designed to outshine and outperform your SSD flash storage. The technology uses quantum mechanical resonance tunneling to provide system memory-like performance levels while improving energy efficiency. It is not yet clear how much the new technology will cost. Leaving your Windows computer in standby mode for too long can put you in a difficult position. For example, not being able to pick up your work where you left it and having to restart your device is a huge hindrance to your overall productivity. But now, even 1,000 years doesn't seem like a long time for your computer to sleep, at least with ULTRARAM, a new type of general-purpose memory designed to outperform traditional SSD flash storage, while at the same time increasing system memory read/write speeds with lower power requirements, as reported by TechRadar . Manus Hein, professor of physics at Lancaster University, is the brain behind this new technology developed by Quinas Technology. Currently, there are two types of memory that you can use in your device.
First, system memory (DRAM) has incredible read and write speeds and can be rewritten as quickly as possible. However, it requires a constant power supply to store the stored data. This is why your device drains the battery even when it is in sleep mode and eventually loses all the stored data. On the other hand, flash memory can store data longer even after the power is out. It is much cheaper than system memory, but it slows down reading and writing. However, ULTRARAM promises to have its cake and eat it scenario where the user can enjoy the best features of both types of memory Country Email List ULTRARAM's official website says, "Our patented memory technology uses quantum mechanical resonance tunneling to provide an unmatched combination of speed, volatility, stability, and energy efficiency." Furthermore, the technology has the ability to store data for more than 1,000 years with the performance level of system memory while requiring less energy. The technology looks promising because it just won an award at the Flash Memory Summit . ULTRARAM provides a brief overview highlighting how the new technology works in its brochure : ULTRARAM is a charge-based memory that stores data by transferring electrons in a so-called "floating gate".
The state of charge of the floating gate is read non-destructively by measuring the conductance of the underlying "channel". The final component of the memory is a barrier that acts as a "lock" to keep electrons in the floating gate while storing data. The barrier opens to allow charge to flow when the memory is being written or erased. PCGamer's Dave James gives a comprehensive overview of how the technology works. However, in simpler terms, ULTRARAM allows you to put your computer in sleep mode for long periods of time and pick up exactly where you left off without a single hiccup. This includes all browser tabs as well as programs you have running. And with the fast performance of ULTRARAM, you should have your computer running in an instant . In a perfect world The technology is still in its early stages and it is impossible to predict its direction. However, this could significantly revolutionize the computing world. Think about how this affects the things we do, especially in terms of productivity. The whole concept of being able to put your device on standby without worrying about losing your work is just amazing. How does this affect productivity? Does it have any drawbacks? Only time will tell when we expect its implementation and value.
First, system memory (DRAM) has incredible read and write speeds and can be rewritten as quickly as possible. However, it requires a constant power supply to store the stored data. This is why your device drains the battery even when it is in sleep mode and eventually loses all the stored data. On the other hand, flash memory can store data longer even after the power is out. It is much cheaper than system memory, but it slows down reading and writing. However, ULTRARAM promises to have its cake and eat it scenario where the user can enjoy the best features of both types of memory Country Email List ULTRARAM's official website says, "Our patented memory technology uses quantum mechanical resonance tunneling to provide an unmatched combination of speed, volatility, stability, and energy efficiency." Furthermore, the technology has the ability to store data for more than 1,000 years with the performance level of system memory while requiring less energy. The technology looks promising because it just won an award at the Flash Memory Summit . ULTRARAM provides a brief overview highlighting how the new technology works in its brochure : ULTRARAM is a charge-based memory that stores data by transferring electrons in a so-called "floating gate".
The state of charge of the floating gate is read non-destructively by measuring the conductance of the underlying "channel". The final component of the memory is a barrier that acts as a "lock" to keep electrons in the floating gate while storing data. The barrier opens to allow charge to flow when the memory is being written or erased. PCGamer's Dave James gives a comprehensive overview of how the technology works. However, in simpler terms, ULTRARAM allows you to put your computer in sleep mode for long periods of time and pick up exactly where you left off without a single hiccup. This includes all browser tabs as well as programs you have running. And with the fast performance of ULTRARAM, you should have your computer running in an instant . In a perfect world The technology is still in its early stages and it is impossible to predict its direction. However, this could significantly revolutionize the computing world. Think about how this affects the things we do, especially in terms of productivity. The whole concept of being able to put your device on standby without worrying about losing your work is just amazing. How does this affect productivity? Does it have any drawbacks? Only time will tell when we expect its implementation and value.