With their new model, the V26, they are bringing 12 GB of ram with 4K display and 20 MP front facing camera and 13 MP rear camera at just Rs 29,990 in 2023. How does this compare to other companies?


1) The History of Smartphone Development

Despite what Apple and Samsung would have you believe, smartphones have actually been around for decades. In fact, Motorola launched a smartphone way back in 1973, though it wasn’t widely available until 1983. 

Since then, we’ve seen an incredible amount of growth: as chips become cheaper and smaller and our phones become more powerful, companies are now launching devices with more RAM than many laptops and PCs h

adad only a decade ago. But how do these devices stack up against each other? Which has better specs? Which is faster? Which is better overall? We break down all your options below so you can make an informed decision about which device to buy. 

And while they’re not exactly cheap—even used models start at $150 or more—you may find that they cost less over time if you stick with them long enough. You may even be able to upgrade to a newer model when your contract expires! Here’s what we know: The world's first smartphone, released by Motorola in 1973, had 32 KB of RAM and sold for around $3,000. 

In 1983, Motorola launched a version called Dynatac 8000x for $3,995 (or about $11,500 today). The first iPhone was released by Apple on June 29th, 2007. It featured 256 MB of RAM and ran on iOS 2.0 software.

 The first Samsung Galaxy S was released on June 10, 2010. It featured 256 MB of RAM and ran on Android 2.1 software. The first Samsung Galaxy Note was released on October 25, 2011. It featured 1 GB of RAM and ran on Android 4.0 software (Ice Cream Sandwich). The first HTC One was released on March 22, 2013.


2) What Is Multi-Tasking?

In computing, multitasking is a technique whereby multiple tasks are performed during one period of time. The term is also used for similar concepts in other fields, such as multitasking in operating systems and real-time computing. A multitasking system enables several processes to be carried out simultaneously. 

This allows greater user responsiveness as well as making better use of available resources. Multitasking does not necessarily mean executing more than one process at exactly the same time; it means that when one process (program or task) is waiting for some event or input from an external source, another process can execute until that event occurs. 

For example, a computer may switch between running applications automatically based on priorities assigned to them. If two programs both try to access a shared resource at once, but only one has been allocated exclusive access rights, then only that program will succeed. 

When there is no need for sharing, however, processes can run in parallel: either because they do not require mutual exclusion or because they are independent of each other. 

In addition to improving overall efficiency by allowing multiple processes to execute concurrently where possible, multitasking reduces delays caused by sequential processing—the requirement that each step must finish completely before the next step starts—and increases human productivity by providing shorter wait times.


3) Which Functions Require Higher RAM?

Since smartphones are increasingly becoming multitasking devices, which means you can do multiple activities on them at once—such as watch videos while listening to music or use different apps without any hiccups. As a result, smartphones now require more RAM to handle those extra operations. So if you’re looking to buy a smartphone that can handle multiple tasks at once, make sure it has at least 3GB of RAM. 

Any less than that and there’s a chance your device might lag or even crash occasionally. And for phones with 4GB of RAM, you should be able to seamlessly run multiple applications simultaneously. But if you want something that works just like a desktop computer (which is what most people say they want), then opt for 6GB or higher instead. 

However, keep in mind that 6GB of RAM isn’t necessary unless you plan on playing high-end games and doing other memory-intensive tasks such as video editing. Anything less than 6GB is still more than enough for everyday users who simply check their email, browse social media, and maybe play some casual games every once in awhile. 

In fact, many popular flagship smartphones have 4GB of RAM these days. That includes Google Pixel 2/2 XL, Samsung Galaxy S9/S9+, LG G7 ThinQ/V40 ThinQ, OnePlus 6T McLaren Edition/6T, Huawei P20 Pro/P30 Pro Porsche Edition...etc. Even Apple's iPhone XR comes with 4GB of RAM. 

If you really need more than that, look out for upcoming flagships by brands like Vivo and Honor since both companies seem to specialize in offering top-tier specs at affordable prices. 

For example, Honor View 20 has 8GB of RAM and 256GB of storage space for $499; meanwhile, Vivo Z1 Pro will come with 12GB of RAM and 512GB storage space for $899 when it launches next year. Other phones with high amounts of RAM include Asus Zenfone 5Z (8GB), Oppo Find X Lamborghini Edition (8GB) and Xiaomi Mi Mix 3 SE (10GB). All three models were announced earlier today. 

While there aren't too many phones with 10GB of RAM yet, we'll likely see more options available soon. After all, Vivo did announce a prototype last month with 16GB of RAM and 1TB of internal storage space. It may not ever hit store shelves, but we wouldn't put it past manufacturers to try releasing similar products down the line.


4) Why Did Apple Inc. Take Such A Big Step Forward?

There are a few reasons for Apple’s decision to double its RAM offering. For one thing, it’s a testament to just how powerful today’s iPhones have become. (Apple could have doubled RAM on last year’s iPhones without issue.) 

But more importantly, Apple is probably anticipating another major jump for next-generation devices. By doubling RAM now, Apple will be able to offer consumers twice as much memory at relatively little cost—and save itself a bundle of money down the road when it comes time to upgrade. 

The iPhone 11 and iPhone 11 Pro will undoubtedly sport some impressive features when they launch later this year; but if you want all those bells and whistles running smoothly, you’ll need plenty of memory on board. So get ready: 12GB phones might not be far off. 

12GB Phone Features: We don’t know what other features Apple has planned for future smartphones, but we can make some educated guesses based on recent releases. A fingerprint reader would certainly seem appropriate at this point; 3D facial recognition would likely require even more RAM to run efficiently.


5) Can This Smartphone Be Replaced By Computers With Less RAM?

Computers are quickly replacing many traditional devices, and it’s easy to see why. You can type faster than you can write. Video chats are preferable to phone calls. And computers are generally more efficient than smartphones when it comes to getting things done. 

But that doesn’t mean smartphones should be completely replaced by laptops and desktops. At least, not yet. The main reason is simple: they don’t have enough RAM. For example, my computer has 16GB of RAM. 

That means I can have 16 different applications open at once without experiencing any lag or slowdown. My laptop has only 8GB of RAM, which means I usually need to close out a few apps before opening a new one—or else my computer will get bogged down and slow down significantly until I restart it. 

Even though my laptop isn’t as fast as my desktop, it still outperforms my smartphone in terms of speed and efficiency. Smartphones simply don’t have enough RAM to keep up with our increasingly digital lifestyles. Today’s phones come standard with 4-6GB of RAM, which is nowhere near what we need for a truly seamless user experience. 

If you want to use your smartphone like a PC (and who wouldn’t?), then expect lags and delays while switching between tasks. Until smartphones reach a RAM capacity similar to that of laptops and desktops, there won’t be much hope for full PC replacement. 

To put it bluntly: if you want your smartphone to act like a computer, then make sure its specs are comparable with those of other computers. Otherwise, don’t expect them to work well together. 

It’s also worth noting that some features on today’s smartphones are better left to PCs. For example, typing long documents on a smartphone touchscreen keyboard is incredibly difficult and time consuming. 

In fact, most people would agree that using a physical keyboard is far superior to typing on glass. 

So unless smartphones begin offering high-quality keyboards (like Apple has recently begun doing), there probably won’t be much hope for full PC replacement anytime soon.


6) How Will Our Daily Lives Change If We Own A Smartphone Like This?

So what’s on my wishlist for a smartphone like Vivo’s upcoming model? Here are a few things that can make life much easier. 

I would want a smart voice assistant to help me stay organized and focused while I’m out and about, one who could remind me to pick up items on my grocery list, or text friends and family when I arrive at or leave an appointment. 

I could use some intelligent suggestions to save time; why waste time flipping through music playlists when your phone already knows your tastes? 

And it would be nice if I didn’t have to dig into my pocket every time someone calls—my phone should automatically read texts aloud as they come in. And, sure, it might be cool if my phone knew where I was and could tell me how long it will take me to get home (and offer alternative routes if traffic is bad). A device like that would also be useful for staying safe—I could set it to sound an alarm if I haven’t moved in a certain period of time. 

Maybe I wouldn’t feel so silly wearing those big Bluetooth headsets after all! If we do manage to own devices like these someday, there’ll surely be even more uses we haven’t thought of yet. For now, though, here are just a few ways smartphones could improve our lives right now


7) Or Will These New Smartphones Replace Our Computers And Laptops?

Smartphones are no longer just for calling and texting. These days, they do everything our laptops used to do—and more! As computers and smartphones merge into a single device, we’ll be able to use them as portable computers that are even smaller than most laptops on the market. 

Just imagine how much easier it will be to work on-the-go when you don’t have to lug around your entire computer with you wherever you go—all you need is one little device! Of course, there’s still plenty of debate about whether or not smartphones will replace laptops completely...but if you ask us, it doesn’t seem like there’s any doubt. 

In fact, these devices already act as mini-computers for many people today—and soon enough, they might become our only computers altogether! We think you’re going to love using a smartphone for pretty much everything once it becomes an all-inclusive gadget. What could possibly top that? Well, perhaps a wearable smartphone! 

That way, you won’t even have to hold it in your hand while working; you can wear it instead. It sounds crazy (because it is), but if phones continue to get smaller and smarter, we may see wearable smartphones before long!  

Who knows—maybe someday we’ll get smartwatches that are actually powerful enough to run full operating systems. Wouldn’t that be incredible? If you want to learn more about what our future holds, check out some of these other articles: 3 Reasons Why Your Next Phone Will Be A Smartphone/Wearable Hybrid The Future Of Wearable Technology How Big Is The Mobile Market Going To Get?


8) Why Did Apple Inc. Introduce Its First Dual-Sim Phone?

There was always a demand for dual-sim phones, but Apple Inc. just couldn’t make it fit into their business model. Now, after many years, they have finally released a dual-sim phone that has higher memory than their previous models and at an affordable price. Why did Apple introduce its first dual-sim phone? 

Because there is a market for them. They are not going to enter a market that doesn’t exist or won’t be profitable. It only makes sense to release a product if you think you can sell it. If people want dual-sim phones, then why wouldn’t Apple want to capitalize on that? 

This isn’t rocket science; it’s common sense. People like choice and now Apple Inc. offers them more options when choosing a mobile device. This opens up possibilities for other companies to follow suit as well and compete with Apple Inc., which will ultimately benefit consumers because prices will go down while quality goes up. 

One thing I would like to point out though is that if you really need two SIM cards, get yourself a smartphone case instead of buying another phone. There are tons of cases out there for every type of smartphone (iPhones included) where you can put your SIM card in along with another one. Just check out Amazon and search phone case + [name of your smartphone]—you should see pages upon pages of results where cases are offered. 

The great thing about these cases is that they also come with kickstands so you can prop your phone up and watch videos hands-free. Not only do these kickstand cases offer extra storage space for your extra SIM card, but they also protect your smartphone from drops and scratches. 

Smartphones are expensive pieces of technology; don’t risk damaging yours by sticking a SIM card 

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