Each day of Modern Life is involved in computing. The computing means dealing with many types of data every day. Data storage technology has really made many improvements in several years.
There are no moving parts like mechanical drives and flash drives are much faster than hard drives. After the flash technology came to storage technology. It was possible to increase the size of the drives and reduce the price and computing speed too many times. But even then flash storage is still not as cheap as the hard drive! What’s next is coming to Next Flash Technology. “3d Nand flash memory technology” will be Future Flash Memory Standard.
What is 3d Nand flash memory technology?
In simple language, it’s a futuristic standard flash memory, much faster than the current flash memory and much cheaper. But what is the 3d Nand in the language of geeks? To read this, the rest will be read!
3D Nand Flash Memory:
Imagine you have 1-acre land where there is a house and there are 4 houses in the house. Now, if you want to create more room, will it need more space? Is not it?
But in another way, it is possible to create more houses in the same place. And this is how today’s modern buildings work. It is possible to build many houses by lifting the lock over the top of the same place. The size of the place remained the same, but the capability of living people increased greatly. This is the difference between 2D and 3D flash. In 2D flash memory, the diameter of the chip is placed in any place, but the 3D flash memory creates this flash layer and it is expanded vertically and there is a further store of 1 or 0.
Since the layer is made of high, so the size of the storage drive does not increase, it is possible to draw a few terabytes in the same place or the size of the frame. The Flash manufacturers have been running behind such a technique for years, where it is possible to cover more data on the same size drive. So this microscopic layer has been created in flash technology to get more data.
Not only that, more data can be stored in the same place, but not many of the Layer Flash Storage Architectures have many advantages. Layer by Layer Architecture is possible to reduce the latency in the flash cell, with increasing the speed of the speed of the data read. Both business level and consumer level, the demand for 3D Nand is going to increase in both levels. Business Grade is required, for high-speed processing, 3D Nand can propel the Aram to its low latency. At the consumer level, the price of high-speed storage, RAM, and SDD will be reduced considerably, from which it can easily be assumed, 3D Nand is the Future Flash Standard!
3D Nand Futures Drive
We are only at the first stage of 3D Nand storage, of course, we can see many more improvements ahead. Currently, many flash storage companies are working on the company’s 3D Nand. The SSD’s regular size is reduced to 2.5 inches by up to 10 terabytes of data.
Think of yourself, how long have you kept the previous hard drive on your computer? Of course two reasons, firstly- price and secondly- capacities. But if the modern SSD offers a lot of capacities on a single drive, the price becomes like a hard drive, then the era of the hard drive will end. Storage Solutions, hard drive or moving parts, will never be able to achieve the flash memory speed.
These 3D Nand flash memory technology cells are cut into many layers of silicon, while 32-layer cells are usually placed in 3D flash memory, where cell density is very well-controlled, it reduces the bandwidth between the cells and reduces the latency. If the storage is not made by creating stratified and trying to tie the cell in a small area, memory speed will decrease and the ping rate will increase. The connection between the Kona Cells will be compromised.
These 3D NAND flash memory technology cells are cut into many layers of silicon, while 32-layer cells are usually placed in 3D flash memory, where cell density is very well-controlled, it reduces the bandwidth between the cells and reduces the latency. If the storage is not made by creating stratified and trying to tie the cell in a small area, memory speed will decrease and the ping rate will increase. The connection between the Kona Cells will be compromised.
There is no doubt that this 3D Nand flash memory will occupy the entire market on the next day. With this type of memory, different algorithms will be used. Currently, single-level cell NAND flash is available, where only one bit can be saved in a cell. But with the improvement in the future, it will be possible to improve the Multi and Triple level cells – where it can be possible to store 2-3 bits in one cell, which means more capacity for the same size!