HTC Desire SV Announced In India

HTC today announced a new Android based dual-SIM smartphone. The phone has been christened Desire SV and will launch in India this month and will sell for INR 22,590

HTC Desire SV

                                 The Desire SV has a 4.3-inch Super LCD2 with a resolution of 800 x 480, dual-core 1GHz Qualcomm Snapdragon S4 processor, 768MB RAM, 4GB internal memory with microSD card slot, 8 megapixel camera with LED flash, BSI sensor, f/2.2 aperture and 28mm lens, WVGA video recording, Bluetooth 4.0, GPS, Wi-Fi, Beats Audio and a 1,620mAh battery. The Android version of this phone is most probably 4.1 and as usual,with HTC's Sense UI on top of it.

Samsung Vs HTC Vs LG Vs Meizu Quad-Core Processor

Quad-Core Processors.The name itself makes it clear that we are going to be witness a stiff battle between our competitors.And who are these heavyweight champs you may ask?
              Well,those that will playing today are :

• Samsung Galaxy S III     
• HTC One X
• LG Optimus G  
• Meizu MX 4-Core

With great power comes great responsibility and these phones not only represent themselves but also their manufacturers. It's a battle of the chipsets too. Inside the Samsung Galaxy S III and Meizu MX Quad Core beats the same Exynos 4212 Quad chipset, while the HTC One X is powered by the Nvidia Tegra 3  and the beast LG Optimus G is powered by the S4 Pro Chipset.

                   So,without wasting further time lets start our battle!

1.Screen Size

           Even though this article is centered around the premise of comparing chipsets, the screen is almost as important - what would be the use of all that computing power if the screen is going to limit what you can do.  

The Samsung Galaxy S III ,HTC One X & LG Optimus G all have 4.7 -4.8 inch screens ,hence they are almost equal.However,Meizu MX 4-core has a 4 inch screen and I suppose that this will be an advantage for this phone.

Samsung Galaxy S III

LG Optimus G

HTC One X

Meizu MX 4-Core

2.Clock Speed

         The HTC One X is powered by a 1.5 GHz quad-core Nvidia Tegra 3 processor while the S III and the MX 4-core have  1.4 GHz  Exynos 4212 Quad chipset under their hoods.The Optimus G is powered by the 1.5 GHz Krait S4 Pro Chipset .

3.Benchmark Scores

i) Benchmark Pi(lower is better)

    Samsung Galaxy S III : 344

    HTC One X : 

    LG Optimus G : 285

    Meizu MX 4-Core : 362

ii)Linpack(Higher is Better)

    Samsung Galaxy S III : 177.1

    HTC One X: 160.9

    LG Optimus G : 608

    Meizu MX 4-Core : 189.1

iii)Quadrant(Higher is Better)

    Samsung Galaxy S III : 5365

    HTC One X : 5952

    LG Optimus G : 7439

    Meizu MX 4-Core: 5170

iv)Antutu (Higher is better)

    Samsung Galaxy S III : 10767

    HTC One X : 11633

    LG Optimus G :11226

    Meizu MX 4-Core: 11820

v)BrowserMark(Higher is better)

    Samsung Galaxy S III : 158953

    HTC One X : 140270

    LG Optimus G : 118126

    Meizu MX 4-Core: 158404

So as you can see from the benchmark results it is the LG Optimus G which stands out among the other smartphones.This is mainly because of the new S4 Pro chipset running inside the Optimus which is at present the best quad-core processor for phones on the planet.
           What do you guys have to say?Please comment below.

Iphone No Longer To Be Sold In Mexico

                               Everyone knows that the name Iphone wasn't first introduced by Apple. Years
before the it made its debut,there was an internet appliance called the iPhone, which was acquired by Cisco. Apple ended up getting in a lawsuit with Cisco over the rights to the name, but the disputewas ultimately settled.

                                    More recently, Apple’sbeen fighting another battle over the iPhone name, now in Mexico, but the favour has gone against Apple, denying it the rights to sell its smartphone as the iPhone. The problem is that Mexico has a telecom company called iFone that’s been operating under that name since before Apple came up with the iPhone.

                                              Inspite of knowing that IFone has come earlier Apple tried to sue iFone to force it to abandon the name. There have been years of legal volleying since, but the latest rulings make it clear that Apple is losing Reportedly, Apple was denied a motion that would have let it continue to keep selling the iPhone with that name. If it wants to sell its hardware in Mexico, it may have to come up with some new name. That could be something as simple as the “Apple Phone”, but whatever the company ends up doing, we can’t imagine it’s very happy about the way this has all happened.

Eta Devices Have Solution To Long Battery Lives On Smartphones

Imagine this.From now on you no longer have to worry about finding a electricity fix in order to get your smartphone charged every now & then.Won't that be great? Start-up company Eta Devices thinks that it might have a solution in the form of a new technology. The company, founded by a pair of MIT electrical engineering professors, Joel Dawson and David Perreault, has developed a new power amplifier design that results in twice the battery life for certain devices including smartphones.

                            RF power amplifiers change low-power radio signals into high-power signals, but cellphones lose precious power because of the inefficient process in which that is done. Eta has a new technology that makes this a more efficient process although it still has a ways to go before that technology is available in handsets. It will first be seen early next year in LTE base stations before it can be used in something smaller like a smartphone. Currently, it cost $36 billion to power cellular base stations, consuming nearly 1% of global power consumption. 640,000 diesel-powered generators are used to power base stations at a price of $15 billion paid for fuel every year, and this is where Eta's new product will be first applied.

The 5 power amps on the Apple iPhone 5 (the red dots) account for 60% of the phone's power consumption

               The power amplifiers on your phone use power in two modes, output mode and standby. Using the lowest amount of standby power would improve efficiency, but switching from low-power standby to high-power output distorts the signal. Therefore the current technology calls for keeping the levels of standby power high, wasting a lot of electricity just to keep the power on. For high data rate communications, the device keeps more standby power than signal power and this is what makes your phone run hot. Eta's solution is to run different voltages across the transistor and the one with the lowest power consumption is selected. This is done an incredible 20 million times per second. Eta calls this process "asymmetric multilevel outphasing."

The eventual goal of the company is to replace the different power amplifiers on a smartphone with one power amplifier chip. On the Apple iPhone 5, for example, there are 5 such chips. Another power saving feature would be to reduce the number of transmissions your phone makes (your phone is always sending out transmissions even when you are merely downloading a video) to confirm the receipt of packets, or internet information.

Eta hopes to introduce it product in February at MWC in Barcelona, Spain.

iOS 6.0.1 Fixes Issues

Yesterday,a small update was released to iOS OTA(over the air).The update is supposed to fix an issue with horizontal lines over the keyboard of the iPhone 5, camera flash issues, Wi-Fi reliability and more.

Here is the full changelog from Apple:
1.Fixes a bug that prevents iPhone 5 from installing software updates wirelessly over the air.
2.Fixes a bug where horizontal lines may be displayed across the keyboard.
3.Fixes an issue that could cause camera flash to not go off.
4.Improves reliability of iPhone 5 and iPod touch (5th generation) when connected to encrypted WPA2 Wi-Fi networks.
5.Resolves an issue that prevents iPhone from using the cellular network in some instances.
6.Consolidated the Use Cellular Data switch for iTunes Match.
7.Fixes a Passcode Lock bug which sometimes allowed access to Passbook pass details from lock screen.
8.Fixes a bug affecting Exchange meetings.

Google Drive Updated

             A few new features have been added to Google Drive through this update.For those who doesn't know what Google Drive is,it is Google's online cloud based storage in reply to Dropbox.

                The new features include easy sharing (or embedding) of your Drive files to popular social networks such as Google, Facebook, Twitter, Gmail, etc.

Here is how to share a file from Drive to Google+:

1.From within Google Drive, open the file or document you want to share.

2.Copy the file’s URL from your web browser’s address bar.

3.Paste the URL into the Share box at the top of your Google+ stream. If you’re signed into another Google   service, like Gmail, you can also use the + Share button, which you’ll see in the upper right corner of your browser window.

4.Select a circle or type the name of individual people you’d like to share your post with.

5.Click the Share button.

And here is how to share a document straight from within it.

1.From within Google Drive, open the document and click Share in the top right corner of your browser window.

2.Make sure the file’s sharing settings are listed as “Public on the web” or “Anyone with the link.” If your file is private, your friends and family on Google+ won’t be able to access it.

3.Click on Google + next to the Share link via… option at the top of the sharing menu. You’ll see the Google+ share box with the embedded document.

4.Select a circle or type the name of individual people you’d like to share your post with.

5.Click the Share button.

                         Thus the sharing is now easier with Google Drive .

Nexus 3 Leaked

As we already know that the new Nexus devices are being christened after their screen sizes. A device called Nexus 3 has popped up in the EXIF data of a Google Switzerland employee and he claims the EXIF data has been modified.

                  To be more specific, the person, in his October 28 post containing the two pictures, stated that “we get to test some things before they’re launched, but for everything else, there’s exiv2.org”. We all know that EXIF data can be modified but let’s just stop and speculate for a second on why would a Google employee take his time to edit the information in such way before publishing it on his Google+ page?

Maybe he is trying to attract our attention.The images are those types of images which a typical user would simply upload from the device directly to Google+. In this case there was an extra step in modifying the EXIF data, as claimed.