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Apple AirPods Pro Vs. Beats Powerbeats Pro: Which One Is Better? Similarities: AirPods Pro Vs. Powerbeats Pro

1. H1 Chip for performance efficiencies and faster connectivity

2. Automatic ear recognition

4. “Hey Siri” support on all iOS devices.

5. Able to answer phone calls.

Airpods Pro and Powerbeats Pro will be disconnected automatically after removing from your ear and will playback once they are plugged into the user’s ears. Users can always opt to wear one AirPod or one Powerbeats pro, or both. Both the earphones support “Hey Siri” and it is possible to answer all the calls without touching your phone.

Apple AirPods Pro & Beats Powerbeats Pro both come with sweat and water-resistant with an IPX4 rating. Users haven’t face any challenges after wearing AirPods Pro while running. Powerbeats Pro with a reinforced design and adjustable ear-hooks provides more comfort and stability.

Differences: Apple AirPods Pro and Beats Powerbeats Pro. 1. Design

Though they belong to Apple family but are different in terms of design. Beats Powerbeats Pro offers a more sporty, rugged look and comes with an adjustable ear hook. On the other hand, Apple has changed Apple AirPods Pro’s design,  the new AirPods comes with Silicon ear tip (looks like an electric toothbrush head).

Beats Powerbeats Pro have physical controls at the top of each earpiece and “b” button can be used to activate voice control by pushing it once. Apple AirPods Pro has no physical buttons on the top, however, users can tap once to Play, Pause or Answer the call, press twice to skip forward and three times to skip back or launch Siri. Though, Users can also change the controls as per their preferences. AirPods Pro uses a force sensor that allows users to switch between active Noise cancellation and Transparency modes.

2. Comfort

Apple always provides a universal fit size to every user which is comfortable for all ear types. Apple AirPods Pro offers a customizable fit that forms an exceptional covering for Active Noise Cancellation. Beats Powerbeats Pro is specially designed for workouts. Powerbeats pro is lightweight and has a great fit that’s why users feel comfortable while indulging in outdoor games and other sports activities.

3. Audio Quality

Audio quality plays an important part when it comes to earphones or headphones(Wired or Wireless). Apple Airpods Pro adopts in-ear design which allows users to hear surroundings while listening to your favorite tracks. Thanks to Active Noise cancellation and Adaptive EQ which provides much better sound as compared to Apple wired earphones. However, Beats Powerbeats Pro are powerful, balanced sound with dynamic range and noise cancellation which provides users to feel the immense and premium listening experience.

4. Battery Life

The Apple AirPods Pro provides up to 4.5 hours of listening time with a single charge( up to 5 hours with Active Noise Cancellation and Transparency off). Up to 3.5 hours of talk time with a single charge. AirPods Pro with wireless charging case provides more than 24 hours of listening time and more than 18 hours of talk time. While Powerbeats Pro provides more than 24 hours of listening time with charging case and promise a huge 9 hours of battery life as well.

Specifications Compared: Airpods Pro Vs. Powerbeats Pro

Category AirPods Pro Powerbeats Pro

Battery Life 4.5 hours(24 hours with charging case) 9 hours(24 hours with charging case)

Wireless Charging Case Yes, Included NO

Water-Resistant IPX4(Not for water sports) IPX4(Not for water sports)

Case Weight 0.19 Ounce(5.4 Grams) 4.58 Ounce(20.3 Grams)

Charging case Works with Qi-certified chargers or Lightning connector Lightning connector

Color White Black, Ivory, Navy, Moss

Design One size fits all, Stem Earhooks plus ear tips

Purpose Casual use Fitness, Workout


Since both the wireless earphones’ comes with similar prices and almost similar features, you can buy any of the two wireless earphones as per your preferences.

Apple AirPods Pro provides active Noise cancellation with silicon tips for a secure fit, however, Beats Powerbeats Pro offers physical controls, and comes in four colors and has a bigger battery life as well. For those, who love to wear wireless earphones casually, Apple AirPods Pro is the best bet and for athletes, who need robust design and a good fit with longer battery, Beats Powerbeats Pro is a great option.

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Hspa+ Vs Lte: Which One Is Better?

Bottom Line

T-Mobile’s HSPA+42 network performs admirably against, what is supposed to be, far superior LTE networks. The high speeds offered by this network should be more than enough for most users.

LTE is fast! While HSPA+ is definitely good enough, the LTE networks(in their current state) are 20-30% faster. A big plus for all the speed demons out there.

Unrelated to the topic, but is anyone as surprised as I am at how poorly Sprint’s Wi-Max network performed?

Granted these results for HSPA+ aren’t standard the world over, with most networks featuring 21Mbps download capabilities. But all these network carriers are planning to upgrade to 42Mbps and even 84 Mbps networks, so HSPA+ still has a lot of potential, and is certainly “good enough” for now.

While a lot of countries are marked “red” indicating countries with commercial LTE services, it is slightly misleading. For example, while India as a whole is marked, only one carrier(Airtel) offers 4G LTE services in only one city(Kolkata) thus far. Of course, plans are in the works to rollout the network eventually, it will take quite a lot of time before complete coverage is achieved.

The above point is true for most countries, with none boasting a full coverage LTE network. Full coverage in some regions will be achieved at the earliest by late-2013 to early-2014, with most others much later.

On the other hand, HSPA+ is more along the lines of a software enhancement that elevates 3G data network performance. Of course, the process isn’t as simple as it sounds, but it is definitely easier than building a completely new LTE supported network. As such, any carrier that has an established 3G network, have upgraded to an HSPA+ network. With over 100 network carriers worldwide featuring HSPA+ networks with most boasting over 80% coverage. To keep up with current LTE speeds, carrier networks are also upgrading the their “slower” 21Mbps networks to 42Mbps or even 84Mbps (theoretical) download speeds.


AT&T and Verizon have standard data rates of $50 for 5GB regardless of whether you have access to 3G, HSPA+, or 4G LTE networks.

 T-Mobile, which currently features a 42Mbps HSPA+ networks, also features the same data rates.

In India, while available only in Kolkata so far, 4G LTE costs Rs 1399(~$28) for 9GB, with HSPA+ being Rs 1250(~$25) for 10GB.

Device availability

Most smartphones and tablets (3G versions) released in the last 2 years or so can access the faster speeds offered by HSPA+ networks.

On the other hand, accessing a LTE network requires a significant hardware change, i.e. the need for an LTE radio.

Options for LTE capable devices are comparatively limited and generally range towards the higher end of the price spectrum.

There has been an incompatibility issue with latest NVIDIA quad-core Tegra 3 processor and LTE radios, as seen with the HTCOne X where the international version features the quad-core processor, and the US releases with LTE radios “falling back” on Qualcomm dual-core Snapdragon S4 processors. Whether this issue will be prevalent in other quad-core processors such as the Samsung Exynos 4412, is yet to be seen.

LTE radios are also infamous for being a huge drain on battery life.

The Future


Backward compatibility with existing WCDMA and HSPA networks. This provided the possibility of an easy transition to LTHE as opposed to a network upgrade to LTE.

Theoretical download speeds up to a whopping 672 Mbps.

Carriers and hardware companies claimed that LTHE could have been ready for deployment by 2013.

Unfortunately, almost every network around the world has decided to move onto LTE as their network for the future. HSPA+ networks will likely be upgraded to the 42Mbps or even 84Mbps download capability, but now, it seems like that is as far as this evolutionary technology will be pushed.

 TD-LTE:  TD-LTE or Time-Division LTE was developed by China Mobile over the last few years. Unlike LTE networks which carries two separate signals for data traveling in either direction, TD-LTE features a single channel and allocated upload and download bandwidth depending on your usage. This accounts for higher data speeds. TD-LTE is also compatible 4G WiMax and it will easier to upgrade from WiMax to TD-LTE than to LTE.

LTE Advanced: LTE Advanced is a further evolution of current LTE networks which brings with it theoretical peaks of 1GBps download speeds, increased spectrum efficiency(upto 3 times more bandwidth), and reduced latency. Like the upgrade from HSPA to HSPA+, a move from LTE to LTE-Advanced is also a software deployment upgrade.


Advantages of LTE over HSPA+

Much better spectrum efficiency

Far lower latency

LTE has a simpler architecture compared to an HSPA+ network

Advantages of HSPA+ over LTE

HSPA+ is an already established network, whereas complete LTE coverage still has a while to go

HSPA to HSPA+ evolution required much less investment in infrastructure and was less costly to upgrade as opposed to LTE which needs a completely new network built from the ground up.

LTE requires specific LTE radio featured devices, whereas HSPA+ is available to any user with a 3G enabled phone.

7200 Vs 5400 Rpm – Which One Is Better?

Today’s users prefer SSD over a mechanical hard drive for better performance, speed, and higher bandwidth. Nonetheless, if you’re looking for a larger storage capacity at an affordable price, it’s best to get an HDD.

Although 12000 to 15000 RPM hard drives are readily available, those with 5400 and 7200 are more popular among home users. While rotational speed is an essential factor, you should also consider areal density (amount of storage per unit area) if you’re planning to install a new HDD.

Moreover, if you’re already utilizing a 5400, is it worth switching to a 7200? Certainly, there’s much more difference than just the 1800 RPM difference, and that’s exactly what we will cover in this article.

Hard Drive Platters Can Rotate at Hundreds to Thousands of Revolutions

Well, a circular platter has several tiny areas that can be magnetized or demagnetized. While smaller drives usually come with a single platter, the bigger ones can have multiple ones stacked on the motor spindle.

Interestingly, the platters can rotate at several hundred to thousands of revolutions (low as 1200 and high as 15000) in a single minute. That’s exactly what Revolutions Per Minute (RPM) means, and this also helps determine the access time, meaning the higher the number of revolutions, the faster the data retrieval.

Firstly, 5400 RPM means that the platter on a hard drive rotates 5400 times in a minute to perform read/write operations. We recommend using them if you want to run an OS, store huge files, and execute low-end programs.

Moreover, 5400 hard drives are considered best if you’re trying to add more storage to your PC, build a low-power server, or NAS (Network Attached Storage). This is mainly because a comparatively slower drive (than 7200 RPM) likely consumes less power and produces less heat. Likewise, they are mostly preferred on laptops due to their portability and heat dissipation requirements. 

Furthermore, the current 5400 RPM drives that use PMR (Perpendicular Magnetic Recording) have become much faster than the older 7200 mechanical disks using LMR (Longitudinal Magnetic Recording). This is simply because the former achieves areal density higher than the latter, ensuring quicker head movements.


Consumes less power

Produces less heat

Produces less noise


Longer lifespan

Reduced battery’s operating time


Slower file transfer

Slower read/write speed

Greater rotational latency time

Weaker performance

7200 RPM hard drives are those where the platter rotates 7200 times in a minute to perform read/write operations. Usually, they are preferred by professionals for incredible speed and performance. Although 7200 is usually installed on desktop computers, you can still use them on laptops having good cooling performance.

Well, normal users may not find much difference in the performance between 5400 and 7200 RPMs. Nonetheless, if you’re a professional or an avid gamer, you know that the latter slightly edges past in many aspects. For example, if you try loading games on both, you’ll likely notice that the waiting time in 7200 is way shorter.

Since these hard drives have faster rotational speeds, the data transfer rate is quicker. Likewise, the read/write speed is also better, meaning data can be read from and written faster from a storage device than the 5400 mechanical disks. In fact, the data delivery in 7200 is approximately 15% to 33% faster, even when the areal densities of both HDDs are identical.


Greater performance

Faster rotational access

Faster read/write speed

Better data transfer speed


Expensive for normal users

Excessive heat generation

More power consumption


Shorter lifespan

Moving back to 7200 and 5400 RPMs, they differ in terms of data throughput, rotational latency, power consumption, heat production, noise production, lifespan, and cost. Now, without further delay, let’s jump into each of these factors. 

As mentioned earlier, 7200 RPM is approximately 15% to 33% faster than 5400 RPM hard drives. Well, the average read/write speed of the former is 100 MB/s, while the latter is slightly higher (120 MB/s).

Therefore, if you’re getting an HDD for better performance and speed, we recommend getting 7200 RPM instead of 5400.

An HDD head must be positioned correctly whenever a read/write operation is performed. This process is called seeking, and the delayed waiting time for the disk sector to get to the read/write head is the rotational latency, also referred to as rotational delay. Moreover, this is measured in ms (milliseconds).

From the above mathematical illustration, it’s pretty clear that the rotational latency of 7200 RPM is less and thus has better performance.

Like any computer peripheral, hard drives require power to run and perform read/write operations. In fact, they need to run constantly and consume power even when they stay idle. However, this can vary depending on the RPM type.

Generally, a 5400 hard drive consumes 0.18 Watts when idle, and 1.4 Watts during read/write operation. On the other hand, a 7200 mechanical disk can draw approximately 4 Watts when idle and at least 8 Watts at load.

Hence, if you’re looking for a storage device that consumes less power, we recommend getting a 5400 RPM. 

Excessive heating has been a common problem among both PC and laptop users. Thus, choosing the right hard drive can help prevent your system from overheating in the long run.

As mentioned earlier, hard drives have motor spindles for rotating circular platters. Hence, heat production is an obvious thing, and the temperature can range anywhere from 0 to 70 degrees Celsius. However, this varies on various factors – model, type, and, surprisingly, RPM too.

Since 7200 revolves much quicker and consumes more power, the heat production is also high here. Thus, if you’re not a big fan of a constantly heating PC or laptop, it’s best to opt for 5400 RPM.

Basically, the faster the rotations, the greater will be the noise production. This simply means that a 7200 RPM hard drive produces comparatively more noise than a 5400.

Every hardware component has a lifespan and is bound to die one day. As such, most mechanical hard drives will also fail after three to five years. Regarding the same, we have prepared a separate guide for you on the six signs to know if your hard drive is failing. 

Theoretically, a 5400 RPM mechanical drive should last longer than a 7200 one if built using the same materials and techniques. This is primarily because the latter spins much faster and thus would be prone to more stress and heat.

Since 7200 RPM drives are better in terms of performance and speed, they are comparatively more expensive than 5400 ones.

However, the cost can vary depending on the brand, model, and amount of cache. Well, the popular hard drive manufacturers include WD, Toshiba, Seagate, SanDisk, etc. Interestingly, you may notice that the price of one brand’s 7200 RPM drive is almost similar to another brand’s 5400 RPM. For example, the Seagate Barracuda 2TB at 7200RPM and the Western Digital Blue 2TB 5400RPM are of the exact cost.

Switching from 5400 RPM to 7200 RPM will surely enhance performance and provide better speed. However, you should also be ready for its higher power consumption, heat and noise production, higher cost, and lower life expectancy.

Well, if you’re already planning to upgrade your storage system, we recommend using an SSD any day. Nonetheless, if you still prefer a mechanical hard drive, the below comparison chart should help you decide which one is better.

Factors5400 RPM7200 RPMData Throughput100 MB/s (average)120 MB/s (average)Rotational Latency5.56 ms4.17 msPower Consumption0.18 Watts (idle), 1.4 Watts (load)4 Watts (idle), 8 Watts (load)Heat ProductionComparatively lessComparatively moreNoise ProductionComparatively lessComparatively moreLifespanLasts longerLasts shorterCostLess expensive (depends on brand and cache)More expensive (depends on brand and cache)Best Suitable ForLaptopsDesktopsComparison Chart: 5400 RPM Vs 7200 RPM

Dual Boot Vs. Virtual Machine: Which One Is Better?

Software developers, testers, and those of us who evaluate and document software applications often need multiple environments.

We might need to test applications on different versions of Windows, macOS, and even Linux. Due to budget constraints, though, we can’t often have another computer available for each environment.

Two options let you work in separate environments without purchasing separate machines.

The first is to set up your computer with dual-boot capability. This allows you to set up multiple operating systems on one device and choose which one you’ll use when it boots up.

The second is to use a virtual machine, also known as VM. Virtual machines are kind of like running a computer within a computer. They actually run in a window on your device and can have the full functionality of the computer and operating system you want to use.

Why Do We Need Multiple Operating Systems?

So, why do developers, testers, and others need multiple systems? Why can’t we just use whatever we have available to us?

It’s vital for software to run smoothly across platforms. It’ll make the product available to more users, not just the users of one type of system or environment. In the end, that means more customers—and more money.

Because of this, developers, testers, and evaluators need to have multiple operating systems available to them. It ensures they can design, develop, and test the software in each type of environment.

A developer may do the majority of his or her work on a Windows OS. However, he or she might then need to make sure it works on macOS. Testers and evaluators will also try the application on both systems to see how it performs on each.

Aside from software development, some people just like to use more than one type of system. They may prefer certain features of Windows but also desire other features of macOS or even Linux. In this case, a person can have access to all of them without multiple computers.

You might also have software that only works on one platform but enjoy using another for all your other tasks. Finally, you might need different versions of one operating system, such as Windows 7, Windows 8, or Windows 10.

Which One is Better?

Two methods can be used to boot multiple operating systems on a single machine. You can set up your computer to have dual (or multiple) boot capability, or you can also use a virtual machine to emulate another operating system. So, which one is better?

The answer depends on your needs and preferences. Let’s look at the benefits and issues of both methods.

Dual Boot: Pros & Cons

When it comes to dual boot, here’s what we mean: completely separate operating systems on different partitions of your hard drive, other hard drives, or removable media. Once the system starts up one OS, the computer and its hardware are wholly dedicated to it.

This works well if you have a computer without a lot of memory or processing power. It means all of the computer’s resources are dedicated to just the environment you boot up in. You can still have decent to great performance with each OS installed.

Another problem is that you will not have the ability to work in both systems simultaneously. While this may not be a problem for the casual user, it may make it difficult to compare and record results as a developer or tester.

Virtual Machine: Pros & Cons

Using a VM is like running a computer in a window within your computer. Virtual machines are powerful and give you many options.

You can be working in your host machine’s OS while another virtual machine is running separately in a window on your desktop. This makes it easy to switch back and forth to test or perform any functions you need.

You can also run more than one virtual machine, but it may require a powerful computer to do so. Virtual machines can also be created quickly; if you’re no longer using them, it’s easy to delete them.

If you have a specific configuration you need to test with, you can create a base machine, then clone it whenever you need a new one. Once the VM gets cluttered or corrupted, you destroy it and clone another one.

Working with virtual machines does not require rebooting your device. Instead, you run a hypervisor, which runs the VM and instructs it to start the OS you wish to use.

Since VMs use and share the host machine’s resources, they can be slow and even on occasion freeze up—especially when trying to run more than one at a time. They may also slow down the host machine itself. For these reasons, VMs do require a good deal of management and administration.

The Verdict

As you can see, which one is better depends on how you will be using multiple platforms and what type of hardware you have to run them on. I recommend using virtual machines for anyone who has a computer system with good to excellent disk space, memory, and processing power.

If you have a less capable machine, dual boot can work beautifully. The downside is that you can’t switch between operating systems or use them simultaneously. You will have the luxury of devoting your computer’s full processing power to each OS.

If you feel that virtual machines will work best for your needs but don’t have a lot of processing power available, you can use VMs hosted on remote servers or in the cloud.

Companies like Microsoft and Amazon have paid services that allow you to create and use multiple VMs that they host. It can be nice when another company is responsible for maintaining the host machines and hardware. It can be a load off your mind, freeing you to create and use VMs as you need them.

Final Words

Deciding between dual boot and virtual machines can be a difficult decision. Both methods are great ways to access multiple operating systems and environments without the need for separate computers.

We hope that this article has given you some insight and the knowledge you need to help you decide which one will work best for you.

Pebble Time Versus Apple Watch – Which One Is Better?

There has been a great deal of buzz surrounding the release of Apple Watch, the technology titan’s latest smart device. It is not, however, the first smartwatch on the market. Pebble has developed a new version of its wearable smart device, the Time Steel, slated to arrive in July. In order to know which smartwatch is best suited for your technology needs, we’ve reviewed both in terms of price, design and display, battery life, and functionality.


Apple’s sport version of its Watch will be available to consumers for $349, while Pebble’s updated Time Steel will start at $299. Pebble’s current smartwatch, Pebble Time, is comparable to the sport version from Apple and starts at a much lower $199. Pebble clearly provides more flexibility in pricing for wearables users.

Design and Display

Both Apple and Pebble smartwatch options have similar square displays, but they differ in terms of thickness and size. Apple Watch is .41 inches thick compared to Pebble’s Time Steel that is .37 inches thick. However, the Apple Watch will come in two sizes – 1.5 by 1.3 inches and 1.7 by 1.4 inches. In addition to its screen design, each will come in various colors with complementing bands.

The Time Steel will be available in silver, gunmetal black and red, and comes with a metal band and leather strap. The Apple Watch will be available in stainless steel, black, anodized aluminum and gold, and users can choose from six strap options ranging from leather to stainless steel. The latest version of Pebble’s smartwatch will have a color e-paper display and be protected by glass, while the Apple Watch has a color touch screen that is anticipated to be much more vibrant.

Battery Life

The greatest draw to the Pebble Time Steel is its long battery life. Creators have wowed consumers with a minimum three day life on a single charge, touting its ability to keep its juice for seven days. Apple Watch creators have given a less than impressive 18 hour battery life to their smartwatch, but only if used in moderation. The Pebble Time Steel champions the Apple Watch when it comes to sustainable battery life.

Functionality: Apps, Interface and Features

Pebble has been a clear winner among a large group of consumers because of its ability to work with both iOS and Android apps and synched devices, while the Apple Watch only works with its own software and smartphones. In addition, the Time Steel boasts it will have more than 6,500 apps available for its July launch, including numerous fitness, news and GPS players. Although the Apple Watch will not have as many available apps, it will provide users access to the staples like Instagram, OpenTable and Twitter.

The apps on the Apple Watch radiate from the center of its screen, displayed in circles. A touch of the finger or the digital crown can be used to navigate and zoom. The Time Steel allows users to see events for each day and apps using its three buttons on the side of the watch.


Photo Credit: Wikimedia, Wikimedia

Sarah Li Cain

Sarah is a professional blogger and writer who specializes in all things tech, education and entrepreneurship. When she isn’t writing awesome things for her clients or teaching cute kids how to write, you can find her meditating, doing yoga, and making illustrations for her children’s books.

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Rcs Chat Vs Imessage: Which One Is Better And Why?

iMessage is an integral part of the Apple ecosystem – and probably the most loved component of the platform. Ask any iDevice owner about the one thing they admire a lot in the Apple ecosystem and the most common answer that you may get is – The Blue Bubble! To discover how much the messaging app is wanted on other popular platforms, simply type in “iMessage for” in the Google Search. And most of the results you will find will be for getting iMessage on other platforms.

RCS Messaging vs iMessage: Comparison

To get the right answer, I have compared the two messaging apps on four major parameters: User-Interface, Seamless Experience, Features, and Security & Privacy. So, whether you are sitting on the fence waiting for an iMessage competitor to finally arrive on Android or the curiosity has driven you to explore the differences between RCS Messaging and iMessage, this detailed piece can offer you the right answer.

So, Why Google Took So Long to Embrace RCS Messaging?

Before getting into the comparison mode, let’s delve a little deeper as to why it has it taken so long for Google to introduce an iMessage like messaging app on the Android platform.

The second reason behind the delay is that for making RCS work, Google is reliant on the network carriers none of which are known for their efficient and on time delivery of of software updates and products. Basically, the development of RCS had too many factors that were not in Google’s hands and that’s why RCS was delayed so much. Thankfully, now there are ways to enable RCS on your Android device even when your carrier has not implemented it. With that said, let’s begin our comparison, shall we?

User Interface

While the UI of a messaging app may not matter to many people, it is indispensable for most users (me included). No matter how feature-rich an app is, if it has a clunky interface that warrants a good amount of learning curve, few people will find it appealing. Fortunately, both RCS messaging and iMessage sport a clutter-free user-interface. While the messages view of both these apps doesn’t look pleasing to the eyes, the individual conversation thread seems more intuitive.

When put side-by-side, Rich Communication Services’ UI appears slightly more lightweight and cleaner than that of iMessage. As for simplicity and ease-of-use, both are on par with each other. As to which one is better than the other in terms of UI and UX, I would say it all comes down to personal preference.

However, if you were to force me to pick one, I would go with iMessage. Why? Well, I really love the Apple-esque interface that the app features. The app drawer looks really cool and offers some neat customization. Moreover, it also opens the door for a whole new world (more on this later). Furthermore, Animoji and Memoji (even though many find them nothing but gimmicks) have gone slightly deeper into my personal roster of fun-loving messaging tools. So, it’s a little hard for me to give up on them all. Beyond personal preference, this round ends in a tie.

Seamless And Unified Experience

Seamless experience and iMessage goes hand in hand. Whether you are on iPhone, iPad, Mac, or Apple Watch, you can seamlessly communicate with other iDevice users. Probably, the best part about the blue bubble is that it has a pretty similar interface across devices and work efficiently. Thus, if you love using iMessage on your one device, chances are you would enjoy every bit of it on your other device. Of course, you will be restricted inside the so-called walled garden but as long as you relish interacting with the people having iDevices, you wouldn’t have any complaint.

The good thing is that Google has already taken the matter in its own hand and started rolling it out to device owners directly in a few countries ( i.e France and the UK). So, the situation could change dramatically in the future. Therefore, I don’t give much weight to this temporary situation. And that has tilted the tide in favor of Google Messages app – even though it might be by a whisker!

RCS Chat vs iMessage: Features Comparison

Setting iMessage vs RCS Chat in terms of features seems to be nothing but an unfair act. Apple’s messaging app has been around for several years and has probably become the gold standard of what a top-notch messaging app should be, while Google’s offering has just started out. That being said, the feature set of RCS at its start is not that bad either. RCS messaging is good enough to send a variety of files like images, videos, PDFs and even APKs. It’s also touted to allow making payment securely. If iMessage claims to provide a seamless video calling experience, the Chat is not behind either thanks to the integration with Duo.

As of now, RCS chat can’t send video files larger than 105MB nor can it share AR-style emojis. Besides, it also pales in comparison as far as app integrations are concerned. For many people, these shortcomings might not be deal-breakers. But those who love to have the luxury of a large collection of tools for fun-filled conversations, they would find iMessage much better shot.

Security And Privacy

We can’t have a meaningful discussion about RCS Chat vs iMessage without touching security and privacy, can we? More than the eye-catching screen effects or the fun-loving bubble-effects, what puts iMessage ahead of the curve is the robust end-to-end encryption. While almost every other messaging platform like Facebook Messenger, WhatsApp, and Telegram claim to offer a top-of-the-line shield to the private conversations, none of them enjoy the same level of trust that iMessage boasts. Part of the reason why the blue bubble has a clear edge over rivals is the solid reputation Apple has built over the years.

Of course, Apple has also been embroiled into some serious privacy issues like the “FaceTime bug” that allowed users to hear the audio of the person they are calling even before he/she could accept or reject the incoming call or the sensational revelation that Apple contractors used to listen to recorded Siri conversations. Nevertheless, those incidents have been few and far between – certainly not to an extent that could make Apple customers lose sleep!

So, whether you are a professional who shares sensitive information with your colleague or a normal joe who wants to keep the personal conversation away from the sight of the prying eyes, iMessage has to be your pick – without an iota of doubt. The battle between RCS and iMessage on privacy and security front seems too lopsided to even bring it into the discussion.

SEE ALSO: How to Deregister iMessage and Facetime

RCS Chat Vs iMessage: Long Way to Go for Google

Having taken a close look at what these two popular messaging apps have to offer, I must say that iMessage has come out as the winner. While Google’s Chat has got most of the basics covered, it is still in the early days. Whether it’s efficiency or security or top-notch features, it is nowhere near Apple’s offering – at least for now. But I do think that if the search giant doesn’t give up on this and continue to enhance the functionality while still keeping the security intact, the battle could come a bit close in a few years from now.

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