4 year ago Even before the introduction of Android in Bangladesh, it was a great thing to think that we have a 1 GB or 2 Gigar memory card quality in the market! Information technology is never stuck in one place. In this case why the memory card will be behind or behind? Micro SD card maker SanDisk announced that it will bring about 400 GB of microSD memory card in the market in August this year and it has now come to market.
400GB of data just a small square of 5 square millimeter! Although awkward to hear it is real! Now the tech world is talking about whether we can enter more data on this small memory card or do we end up here?
Smartphones are updated in the current era, especially smartphones and cameras. Smartphone camera quality improves day by day, the size of its stored data is increasing day by day, and with the help of Modern Smootfone, the games are being released in the market at a bigger pace.
We now make our beautiful beautiful moments of our daily video in 4K quality or with our great pictures in 360 degree Angle, we present our beautiful memories. These high-resolution photos and videos eat many storage capacities. So, keeping in mind this, SanDisk company brought the 400GB SanDisk Ultra microSDXC UHS-I card to the market.
This card has brought the company about 200GB of memory card in the market almost two years after releasing it. This memory card of 400GB storage capacity is capable of transmitting 100 MB of data per second! This means that you can move about 1,200 high end pictures per minute. But this huge size memory card is not less than the price. If you use this card for 400GB you will have to count about 250 dollars or 21 thousand taka! Do you buy a memory card with 21 thousand rupees?
So the question remains, how is it possible? Only 400 cubic centimeters possible to be stored in the data queue? Usually, it is not available in Half Centimeter if it is Thurally. Micro-ADC card-makers have to evolve strategies to fit their memory tensors into these small areas. In 2013, the size of these tensors was only 19 nanometers. 8gb of data could be stored in each single tensitor.
Now, the size of the memory card is not growing year after year, but in the same volume how much year-old data is being organized? And then the size of the memory card data is being increased by putting these tensors on one another. This task is made by constructing a transistor layers on another tenscissor. In this way, 32GB memory cards were started.
But if you go more than that, your thread is not working, because if you want to go above it, you should have a larger amount of tensors, but it is a big challenge to set up a large amount of tensors in the memory card of this half centimeter card maker.
At the 19 nanometer level, 8 tensicular layers would be needed for 64 GB of memory, so for this 400 gb fits would require around 50 tensors, which would be impossible to live on a small-sized card!
Now, to get rid of this problem, the companies started to make their tancocors smaller and more interesting! In August of this year, the size of this tancisator layer was taken from 19 nanometers to 5 nanometers, and as a result, we found 400 GB memory space on a small microSD memory card.
In this way, the size of this Tancisator layer can be reduced to 5 nanometers, then you are going to get 1 Terabyte MicroSD card! And I do not think the micro SD card will need more than 1 terabyte of space! let's see what happen!
Large size memory card came to the market! But are our smartphones ready to take this size ?? Still, many smartphones we use do not support 128GB of memory card, and 400 gigabytes! However, today's tune is ending here! You will get a Medium Quality Laptop at 21 to 22,000 without buying a memory card! Hahaha!
