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Apple to fix lightning EarPods bug through software update in iPhone 7



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A bug has been reported in Apple iPhone 7 and iPhone 7 plus that causes a loss in cellular service after disabling the Airplane mode and not just this bug there are some more glitches which have been reported in these latest Apple mobile phones like there is a problem in lightning port, which appears to disable in-line controls on the headset when connected after sometime when there is no playback of music. Apple Company has also acknowledged these bugs and says that they can fix them via a software update.

Many users who bought these latest phone of Apple complaint on the Web about the lighting EarPods and third party headsets that are connected via lightning to 3.5 mm jack adapter and this occurs when the phone display is off for about five minutes and the headset is connected but no music is being played at that time. So the bug is that the music will keep playing but the user cannot adjust the volume, or even calls cannot be answered using the inline controls on the EarPods or with any other headset. It is a major bug which users do not expect from the Apple brand as which is known for providing the best mobile phones and services to the users and these phones are quite expensive also so Company the users expect that proper quality testing should been done before launching these latest mobile phones.

Furthermore the issue is an on and off thing and not persistent and the temporary solution to the problem is that the user can unplug the headset and plug it again to use it. But remember this is only the temporary solution and the bug remains the same in the phone and seems to be the software related issue related to lightning port power saving feature which should be fixed with a software update provided by the Apple Company.

An Apple representative has also acknowledged the issue and told the same that they are working on solving the issue and soon a fix would be provided through a software update. So let us wait and see whether this bug will fixed or not and in how much time they will fix it.

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OnePlus 7 Pro launch: ‘Experience Pop-Up’ event in Delhi on May 17



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On May 17, don’t get surprised to see scores of people line up at Delhi’s Select City Walk. OnePlus will host its ‘OnePlus Experience Pop-Up’ event to celebrate the launch of the OnePlus 7 series in India. At the event, customers and also those part of the OnePlus community will get their hands on their latest flagship – the OnePlus 7 Pro.
From next month, there will also be special workshops for community members and exciting events including gaming leagues, content creation and photography workshops.
And this madness is not really new. Pop-up stores have been a part of the OnePlus launch culture since the company’s early days in India. This is when the company gives its fans a chance to try out devices for the first time
Earlier, people have waited in queues for a long time in order to test out the new OnePlus devices. Going with this tradition, the company will be hosting limited stock pop-up stores in seven major cities – Bangalore, New Delhi, Mumbai, Hyderabad, Pune, Chennai and Ahmedabad, starting at 7 pm on May 15.
The OnePlus 7 Pro smartphone will be available to buy at the Experience Pop-Up as well as other pop-ups, the company said.
The OnePlus 7 Pro is expected feature a 6.67-inch display with a QHD+ resolution and a 90Hz refresh rate. It will be powered by a Snapdragon 855 processor along with an Adreno 640 GPU. It will have Google’s Android 9 Pie operating system. This will be backed by a 4,000mAh battery.
The device will have a triple camera setup (48MP +16MP + 8MP) on the back. On the front, it will sport a 16MP pop-up sensor for taking selfies. OnePlus 7 and OnePlus 7 Pro will launch in India on May 14. The company is having an event in Bengaluru to mark the launch of its OnePlus 7 series.

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Titbits of Tropical Cyclone



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A tropical cyclone is a rapidly rotating storm system characterized by a low-pressure center, a closed low-level atmospheric circulation, strong winds, and a spiral arrangement of thunderstorms that produce heavy rain. Depending on its location and strength, a tropical cyclone is referred to by different names, including hurricane typhoon tropical storm, cyclonic storm, tropical depression, and simply cyclone. A hurricane is a tropical cyclone that occurs in the Atlantic Ocean and the northeastern Pacific Ocean, and a typhoon occurs in the northwestern Pacific Ocean; in the south Pacific or the Indian Ocean, comparable storms are referred to simply as “tropical cyclones” or “severe cyclonic storms”.

“Tropical” refers to the geographical origin of these systems, which form almost exclusively over tropical seas. “Cyclone” refers to their winds moving in a circle, whirling around their central clear eye, with their winds blowing counterclockwise in the Northern Hemisphere and clockwise in the Southern Hemisphere. The opposite direction of circulation is due to the Coriolis effect. Tropical cyclones typically form over large bodies of relatively warm water. They derive their energy through the evaporation of water from the ocean surface, which ultimately recondenses into clouds and rain when moist air rises and cools to saturation.

The strong rotating winds of a tropical cyclone are a result of the conservation of angular momentum imparted by the Earth’s rotation as air flows inward toward the axis of rotation. As a result, they rarely form within 5° of the equator.

Tropical cyclones are almost unknown in the South Atlantic due to consistently strong wind shear and a weak Intertropical Convergence Zone. Also, the African easterly jet and areas of atmospheric instability which give rise to cyclones in the Atlantic Ocean and the Caribbean Sea, along with the Asian monsoon and Western Pacific Warm Pool, are features of the Northern Hemisphere and Australia.

Why the east coast of India is more prone to cyclone rather than the west coast?


The Indian subcontinent is one of the worst cyclone-affected areas in the world. Unfortunately, almost 80 percent of the cyclones hit the eastern coast only. The reasons for this difference in hit ratio can be the following:-

(a) Temperature:- BOB(Bay of Bengal) is hotter than the Arabian sea. Hot water temperature is the basic criteria for the development & intensification of cyclones.

(b) Salinity:- Arabian sea has higher salinity than BOB. Its easier to heat & simultaneously evaporate water having lower salinity.

(c) Location:- The typhoons originating in the Pacific ocean too influences the cyclones in BOB, not the case in the Arabian sea.

(d) Movement:- According to IMD cyclones originating in the Arabian sea are believed to move northwest. So they actually move away from the Indian mainland.

Other causes:

  • Tropical easterly jet stream shifts its position wrt ITCZ(from east to west) and the tropical cyclones that get embedded in it flow towards the west that is the east coast.
  • Warmer coromandel coast due to a comparatively high sea surface temperature of Bay of Bengal that provides an ideal factor of cyclone formation.
  • The Bay of Bengal offers a lower vertical wind speed or wind shear which is ideal for a tropical cyclone to be formed.
  • Typhoons of S.China sea provide the leftover moisture to Bay Of Bengal adding to favorable conditions.
  • East coast, unlike west coast, has no strong mountain range like the Western Ghats to block the cyclonic winds.

Why tropical cyclones hit Odisha frequently?

Because the geographical location of Odisha puts it in the prime path of the retreating Northern East monsoon during October, when the rainy season ends. The northern coasts of Andhra Pradesh, entire Odisha, Eastern Bihar, Southern part of West Bengal most of the times come in the red alert zone when retreating monsoon passes through them. That’s because the Bay of Bengal which is warmer than the Arabian Sea often experiences depression concentrated in Sea due to low pressure.

This is the cyclonic depressions of 2018.

That depression sometimes dissolves and causes heavy rain only. Otherwise, it turns into the severe cyclone and affects Odisha severely on a large scale.

See the path of these tropical cyclones over the years.

Pathway of Super cyclone 1999.

2013 cyclone Phailin pathway.

2014, Hudhud cyclone pathway.

2018, Pathway of the cyclone Titli.

One can easily notice that Odisha is most of the time the first land to be struck by the emerged cyclone. Until it passes to other areas the effects are a little bit dissolved that that of Odisha. So sadly Odisha becomes the most vulnerable state to get affected by the cyclone.

Why do paths of hurricanes, typhoons, and other tropical cyclones recurve? 

Generally, tropical cyclones, known variously as a hurricane, typhoons, etc., start out moving west then turn toward the pole of their hemisphere and finally end up moving east. This pattern is called curvature. Here is the worldwide pattern.

From the above display, it is clear that curvature has something to do with the rotation of the Earth. Local wind and temperature conditions and local topography can influence the path and produce erratic elements to the paths but the general pattern has to have a geophysical explanation.

That explanation is that a cyclone has two components of angular momenta. One is with respect to its own spin axis and the other is with respect to the spin axis of the Earth. When a body with angular momenta, such as a gyroscope, is subjected to a torque it processes; i.e., it angular momentum vector rotates. If a body with angular momentum is forced to process then it is subject to a torque. A cyclone rotates with the Earth and its angular momentum vector is kept pointing vertically because of the rising of warm air in its eye (center). The resulting torque forces the cyclone toward the pole in its hemisphere. But as the cyclone moves toward the pole it gets closer to the spin axis of the Earth. The preservation of angular momentum then results in the cyclone moving faster with respect to the pole and hence starts moving east. Its path has thus recurved.

History of cyclones in Odisha
SI.No.Date/YearCategory of CycloneLandfall and loss
1.7-12 October 1737Super CycloneCrossed West Bengal Coast over Sunderbans
2.31 October 1831Very Severe Cyclonic StormCrossed Odisha Coast near Balasore, Loss of life-50,000
3.2-5 October 1864Very Severe Cyclonic StormCrossed West Bengal Coast near Contai
4.1-2 November 1864Very Severe Cyclonic StormCrossed Andhra Pradesh near Machilipatnam
5.22 September 1885Super CycloneCrossed Odisha Coast at False Point, Loss of life- 5000
6.14-16 October 1942Very Severe Cyclonic StormCrossed West Bengal Coast near Contai
7.8-11 October 1967Very Severe Cyclonic StormCrossed Odisha Coast between Puri and Paradeep
8.26-30 October 1971Very Severe Cyclonic StormCrossed Odisha Coast near Paradeep, Loss of life- 10,000
9.14-20 November 1977Super CycloneCrossed Andhra Coast near Nizampatnam
10.4-11 May 1990Super CycloneCrossed Andhra Coast about 40 Km S-W of Machlipatnam
11.5-6 November 1996Very Severe Cyclonic StormCrossed Andhra Coast near Kakinada
12.25-31 October 1999Super CycloneCrossed Odisha Coast near Paradeep at noon of 29 October



4 October 2013 – 14 October 2013Extremely Severe Cyclone PhailinCrossed Odisha  Coast near Gopalpur at around 2130 IST of 13 October
148 October 2014 – 14 October 2014Extremely Severe Cyclonic Storm HudhudCrossed Vizag coast, Andhra Pradesh at noon on 12 October
158 October 2018-11 October 2018Very Severe Cyclonic Storm, TitiliBetween 4:30 a.m. and 5:30 a.m. IST on October 11 (23:00–00:00 UTC on October 10–11), Titli made landfall near Palasa, Andhra Pradesh


What makes cyclone Fani special?

Timing and strength are two factors that make Cyclone Fani different from most other tropical cyclones in this time of the year. Cyclone Fani developed near the Equator and this allowed it to gather massive strength and moisture as it could travel a long distance over the sea.

Cyclone Fani, which has been classified as an extremely severe cyclone (ESC), is the 10th such cyclone to hit India in May in past 52 years. Data from the India Meteorological Department (IMD) show that the last time an extremely severe cyclone hit India in May was in 2004. The other years when such cyclones were witnessed in May are 1968, 1976, 1979, 1982, 1997, 1999 and 2001.

Generally, extremely severe cyclones hit India’s east coast in the post-monsoon season (October-December). IMD data on cyclones that hit India between 1965 and 2017 show that the country has weathered 39 extremely severe cyclones in these 52 years. Of these, nearly 60 percent (23) was between October and December.

The India Meteorological Department (IMD) classifies cyclones on the basis of the maximum sustained surface wind speed (MSW) they generate.

The Cyclones are classified as severe (MSW of 48-63 knots), very severe (MSW of 64-89 knots), extremely severe (MSW of 90-119 knots) and super cyclonic storm (MSW of 120 knots or more). One knot is equal to 1.8 kmph.

Timing and strength are two factors that make Cyclone Fani, pronounced as Foni, different from most other tropical cyclones in this time of the year. Cyclone Fani started developing around April 25 and has made landfall this morning in Odisha on the east coast.

Traversing for nearly 10 days over the sea allowed Fani to gather such strength that it is now classified as an extremely severe cyclone. Generally, tropical cyclones over the Bay of Bengal have a lifespan of four-seven days. But Cyclone Fani is different.

What makes Cyclone Fani special is its trajectory. Fani started developing around the Equator and moved upwards. The long journey allowed it to gather a lot of moisture and momentum, resulting in strong winds.

It has been observed that cyclones/hurricanes/tornados that spend a long time traveling over the sea are generally more powerful than the ones that hit the landmass within a few days.

The reason is that the longer duration at sea allows storms to gather more water and momentum and thus generate stronger winds.

Another aspect that makes Cyclone Fani special is its trajectory. Fani started developing around the Equator and moved upwards (see image below). It thus has had a much longer journey from its starting point to the point where it made landfall than other cyclones that generate in the Bay of Bengal.

Path of Cyclone Fani. It started as a depression very close to the Equator and moved northwards thereafter. (Photo: IMD)

The IMD had first predicted that Cyclone Fani would make a landfall in Tamil Nadu but the forecast was updated as the cyclone altered its course. Had Cyclone Fani made its landfall in Tamil Nadu, it was possible that its strength would have been lower than its present strength because a landfall in Tamil Nadu would have meant that Fani would have covered a shorter distance over the sea.

Most cyclones that generate exclusively in the Bay of Bengal become relatively weaker by the time they reach the Indian landmass. However, the case with Cyclone Fani is different since it developed almost close to the Equator.

The World Meteorological Organisation (WMO), a United Nations body that monitors weather conditions, had said the extremely severe Cyclone Fani will make landfall in Odisha with wind speeds of more than 170 km/h.

However, even after making the landfall, the cyclone will move north-northeastwards and strike West Bengal as a severe cyclone and is expected to hit Bangladesh on May 4 as a cyclonic storm.

This means that besides having covered a long journey over the sea (during which Cyclone Fani collected a massive amount of moisture), the cyclone will also travel considerable distance over the land.

The timing of Cyclone Fani is important because the cyclone started developing in April, a month that has historically seen very few cyclones that were categorized as extremely severe.

Between 1965 and 2017, India was hit by 145 cyclonic storms that were classified as a severe, very severe, extremely severe and super cyclonic storm. Of these, only seven (5 percent) were in April and 27 (18 percent) in May.

Most of these cyclones (90 i.e. 62 percent) were generated between October and December.

Even after making the landfall, the cyclone will move north-northeastwards and strike West Bengal as a severe cyclone and is expected to hit Bangladesh on May 4 as a cyclonic storm.

Madhavan Rajeevan, secretary in the Ministry of Earth Sciences in a tweet said, “In the past (1891-2017) only 14 severe tropical cyclones were formed in April over the Bay of Bengal and only one storm crossed the Indian mainland. Cyclone Fani is the second storm forming in April and crossing the mainland. The last time it happened was Cyclone Nargis that devastated Myanmar in 2008.”

In the past (1891-2017) only 14 severe tropical cyclones formed in APRIL over Bay of Bengal Only one storm crossed the Indian main land. Cyclone FANI the second storm forming in April and crossing the main land. Last severe cyclone NARGIS in 2008 devastated Myanmar

According to the India Meteorological Department, “Out of 10 recorded cases of very heavy loss of life (ranging from about 40,000 to well over 2,00,000) in the world due to tropical cyclones, nine cases were in the Bay of Bengal and the Arabian Sea.”

Five of these were in Bangladesh, three in India and one in Myanmar.

World’s highest recorded storm tide measuring 45 feet occurred in 1876 during the Bakherganj cyclone near Meghna Estuary, Bangladesh.

In fact, IMD says that the world’s highest recorded storm tide measuring 45 feet occurred in this region. It was way back in 1876 during the Bakherganj cyclone near Meghna Estuary, Bangladesh.

The Indian subcontinent is considered to be one of the worst-affected regions by tropical cyclones. The region has witnessed some of the deadliest cyclones in world history.

According to the Nation Cyclone Risk Mitigation Project (NCRMP), the Indian subcontinent is exposed to “nearly 10 percent” of the world’s tropical cyclones. NCRMP’s data analysis shows that between 1980 and 2000, on an average annually 370 million (37,00,000) people were exposed to cyclones in India.

A 2014 report of the World Meteorological Organisation, a United Nations organization on weather monitoring, states that cyclonic storms have been the main cause of deaths due to natural disasters in Asia between 1970 and 2012. A majority of these cyclone-related deaths have occurred in India and Bangladesh.

When it comes to deaths, cyclonic storms were responsible for 76 percent of all deaths caused by natural disasters in Asia in this period. (The report estimates 9.15 lakh deaths were caused due to natural disasters in Asia and 6.95 of them were related to tropical cyclones.)

The top three deadliest disasters in this period were all tropical cyclones. Two of them hit Bangladesh (in 1970 and 1991) and one hit Myanmar (Cyclone Nargis in 2008). The total deaths caused by just these three cyclones was 5,77,232.

Source: World Meteorological Organisation

Of the 10 most severe natural disasters (in terms of deaths) that struck Asia between 1970 and 2012, eight were tropical storms that hit India, Bangladesh, and Myanmar.

In terms of economic loss, Asia suffered a loss of $789.8 billion in these 42 years and 30 percent of it was due to cyclonic storms.

Taking a global picture, the 10 deadliest disasters that hit the world between 1970 and 2012 included three cyclones in Bangladesh and one in Myanmar.

In fact, the 1970 cyclone in Bangladesh caused the greatest number of deaths (3 lakh) in any natural disaster in the world. The Bangladesh cyclone shared the top place with the 1983 drought in Ethiopia that killed the same number of people.

Source: World Meteorological Organisation

Besides this, analysis of the WMO data shows that between 1970 and 2012, 7,77,861 people were killed due to storms (cyclones/hurricanes/tornadoes). However, 89 percent of the deaths (6.95 lakh) were caused in Asia, and primarily in Bangladesh, Myanmar, and India.

How cyclones cause damage?

Cyclones are powerful storms that generate strong windspeeds and have the potential to trigger sudden and heavy rain in the affected areas. There are basically three aspects related to cyclones that have the potential to cause destruction-flooding due to the rising sea, the destruction caused by strong winds and damage due to heavy rains.

Between 1970 and 2012, 7.77 lakh people were killed due to storms cyclones/hurricanes/tornadoes) world over. But, 89% of these deaths (6.95 lakh) were caused in Asia, and primarily in Bangladesh, Myanmar, and India.

When a cyclone is formed over the sea, it generates strong winds along with it. These winds have the potential to generate storm surges. A storm surge is an abnormal rise in the sea level due to a storm (cyclone, hurricane, etc).

A storm surge becomes dangerous because it has the potential to flood low-lying areas along the coast. It can drown humans and animals, destroy infrastructure and damage the environment by eroding beaches, flooding vegetation, among others.

The second dame-causing aspect of cyclones is the strong winds that are generated by the storm. These strong winds that accompany cyclones can uproot trees, electricity poles, shatter houses, etc. This is a common phenomenon in the United States of America which regularly weathers strong hurricanes.

The third aspect with cyclones is their ability to cause sudden, heavy and prolonged rain in the affected areas. This causes floods in rivers, pollutes drinking water and if combined with storm surge, it becomes a double whammy.

The 1999 cyclone in Odisha (then Orissa) killed more than 9,000 people and was one of the worst disasters in recent Indian history.

Unfortunately, all three factors occur at the same time when a cyclone makes landfall. The IMD states that of three factors, it is a storm surge that is most catastrophic and causes widespread destruction. “Past history indicates that loss of life is significant when surge magnitude is three meters or more and catastrophic when five meters and above,” it says. A possible reason for this could be that not much can actually be done against rising sea waves, especially if they are more than 3 meters in height. Storm surge becomes more dangerous if their timing coincides with the timing of high tides.

East coast of India including Odisha is the more susceptible to tropical cyclones during the onset of monsoon in April and May and retreat of monsoon in the month of October and November respectively. As in each year, littoral states are encountering such natural disasters without any answers, it is for the center and state to get geared up with all sort of preparedness and prepare their financial budgets in advance to mitigate the natural calamity in near future.

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Huawei Technologies is deciding to branch out of its smartphones, wearable devices and PC business into high-end consumer electronics according to a new report by Nikkei Asian Review. The company is reportedly aiming towards launching a 5G-enabled 8K television as early as this year. The TV will be enabled with a 5G modem, possibly made in-house, a source close to the development told Nokkei Asian Review.
If the report is to be believed, this will be Huawei’s first project into the television hardware industry and the 8K 5G connected TV will be the first of its kind in the world. At present, most smart TVs are Wi-Fi equipped for internet access, but a 5G-capable television will make sure that Huawei’s TV supports the next generation of network technology.
It is believed that Huawei could source 8K panels from Chinese display-makers like BOE or China Star Optoelectronics, however, Samsung is still the largest vendor of 8K OLED displays.

With its potential to connect to 5G networks, The Huawei TV could provide ultra-fast video downloads, quality streaming experience and 360 degree views of content like sports. At MWC 2019, we saw how 5G will enable 360 degree sports-watching experiences, allowing users switch camera angles while they watch content like cricket matches. The Huawei 5G TV could also allow virtual reality experiences.

While the Huawei 5G 8K TV would not require fiber connectivity or broadband, it will need telecom operators to back the network infrastructure. Huawei does make 5G network equipment also and that will work in the company’s support of closing off the ecosystem loop. The company is also the 2nd -largest TV ship supplier in the world, so it already has experience in that area of the business. Huawei already has its own 5G-enable chipset called balong 5000, which also powers its foldable phone Huawei Mate X.

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World Password DAY: How to secure yours from attackers



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Passwords have become one of the most important factors in today’s digital world. Every person is needed to have one if they want to have a digital footprint, receive and send emails, use social media platforms, to name few of the many regular uses. To celebrate this May 2 has been declared as the World Password Day.
Many people still use very simple passwords like ‘123456789’ or even ‘their names’, as one recent report showed. If you are among them please change your password soon as a cyber-criminal can easily have access on your digital life. And if you are not one of those and are proud to have a password that will make every password box green and seem small, we congratulate you. However, you still might have danger from an odd phishing attack.

What is a phishing attack?

A phishing attack is carried out by a person to illegally get sensitive information like username, passwords and credit card details of another person. This is done by imitating a reliable entity in an electronic communication.
Like for example, you might get an email that claims to be from Apple saying your password is urgently required or your account will be locked. You click on the same link and then type your password, other details, which are then taken by the hacker, because the email was never actually sent by Apple.
Phishing is one of the most common frauds on the internet as the other person thinks the email to be true and then gives away all their information to the impersonator.

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Samsung Galaxy A70 with 32MP triple rear camera goes on sale in India



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Samsung launched the Galaxy A70 at its ‘A Galaxy’ event on April 10, 2019. The mid-range smartphone is now available to buy in India on Flipkart from May 1, 2019. The phone is also available on Samsung India website and it will also be sold via Samsung Opera House, and retail stores today onwards.

Prebooking of the device started on April 20 while ended on April 30. The important features of the smartphone include its FHD+ Super AMOLED display and the triple camera setup at the back with a 32MP sensor and 4,5000mAh battery with 25W fast charging.

Samsung Galaxy A70 price and offers

Samsung Galaxy A70 is priced at Rs 28,990 for the sole storage variant of 6GB RAM and 128GB of internal storage. The device is available in two colour variants White and Black.

The Galaxy A70 launch offers on Flipkart include Rs 2,000 cashback on transactions made through ICICI Bank Credit Cards. The website also offers no-cost EMI options. On the Samsung India website, customers are eligible to get Rs 2,000 cashback on HDFC Credit Cards EMI.

Samsung Galaxy A70 specifications

The Galaxy A70 sports a 6.7-inch FHD+ Super AMOLED Infinity-U display with 2400×1080 pixels resolution and 20:9 aspect ratio. The device is powered by an octa-core Qualcomm Snapdragon SM6150 processor. It features 6GB of RAM, 128GB of internal storage and runs on Android 9 Pie

Samsung Galaxy A70 has a triple rear camera setup of a 32MP primary sensor with f/1.7 aperture along with a secondary 5MP (f/2.2) depth sensor and an 8MP (f/2.2) ultra-wide lens. The rear camera is capable of up to 8x digital zoom, and 240fps FHD slow motion video. The front camera on the phone is a 32MP shooter with f/2.0 aperture.

The Galaxy A70 houses a 4,500mAh battery with support for 25W fast charging via USB Type-C. The phone has an in-display fingerprint sensor and a 3.5mm audio jack

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TikTok back on Google Play store



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TikTok app has come again on the Google Play store and Apple app store . The app can again be downloaded and used without any limitations, unlike a few days back. The video creating app was removed by both Google and Apple from Play store and App store, respectively, after Madras High Court put a prohibition on the download of the TikTok app mid of this month.

The ban on downloads has now been removed by the HC.
The app was disallowed from download after southern Tamil Nadu state court told the government that it supports pornography, particularly child pornography. The court also mentioned that the TikTok app has made child users vulnerable to sexual predators. The decision to ban the download of the app after an individual launched public interest legal action calling for a ban.
As per an IT ministry official soon after the government sent a letter to Apple and Google to obey the state court’s order.
After a week the Madras HC removed the ban from the app and said that the court is only worried about crimes against children and India doesn’t have laws like the US COPPA to protect children in cyberspace. Then HC had said that the TikTok app will be available for download from Play Store/ App Store very soon. The app is now back on the Play store and the App store.

Remarking on the issue, TikTok has informed the Court that it has used technology to ensure that nude/obscene content can’t be uploaded on the app. Bytedance, TikTok’s owner said that the company has been eliminating or banning obscene content from the platform from July 2018. The same statement mentioned that TikTok has around 0.00006% of obscene content and the company is already in process of removing them from the platform.

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Vivo Y17 launched at Rs 17,990



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Vivo Y17, the company’s latest Y-series smartphone has been launched in India at a price of Rs 17,990. The device houses a 5,000mAh battery and features triple rear cameras.

The smartphone will be available across Flipkart, Paytm, Amazon India and Vivo India e-store along with its offline partner outlets. As part of launch offers, people who purchase the device from online stores will receive an extra discount of Rs 1,000 on exchanging their old phone.

They can also take benefit of no-cost EMI for up to 9 months. Reliance Jio customers can take benefits worth Rs 4,000 along with 3TB data.

Vivo Y17 specifications

Vivo Y17 features a 6.35-inch Halo FullView display with an aspect ratio of 19.3:9 and an 89% screen-to-body ratio. The phone has a mirror finished back design and it will be available in two colour variants– Mineral Blue and Mystic Purple. On the front, the device has a 20MP camera.

Powered by MediaTek Helio P35 processor, which is an octa-core chipset with a 12nm design, the device has 4GB RAM and 128GB internal storage.

Vivo Y17 runs on Funtouch OS 9 based on the Android 9 Pie. It is powered by a 5,000mAh battery with support for Vivo’s 18W Dual-Engine Fast Charging technology

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Realme 3 Goes on Open Sale in India Just Before Realme 3 Pro Sale



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Realme 3 is now available through an open sale in the country. The Realme phone that was launched in India in March was available through limited-period sale rounds till now.

Realme 3 Pro Launched To Counter Redmi Note 7 Pro

Realme CEO Madhav Sheth has announced the open sale. The new action comes just days after the Realme 3 Pro launched in India to counter the Redmi Note 7 Pro. The Realme 3 Pro is set to go on sale in the country next week.

Sale Is Live Through Flipkart/Realme Website

Sheth through his tweet has mentioned that the Realme 3 in all colours/ variants had now been available 24×7 in India. The sale is on via Flipkart and Realme website also.
The Realme 3 price in India starts at Rs. 8,999 for the base model with 3GB RAM + 32GB storage, while its 4GB RAM + 64GB storage model is priced at Rs. 10,999. Both models come in Black, Dynamic Black, and Radiant Blue colour options

Realme 3 specifications

The dual-SIM (Nano) Realme 3 runs Android Pie with ColorOS 6.0 on top. The device features a 6.2-inch full-HD+ display with a 19:9 aspect ratio. It is powered by an octa-core MediaTek Helio P70 SoC, along with 3GB and 4GB RAM options.

The Realme 3 has a dual rear camera framework. This includes a 13-megapixel primary sensor along with an f/1.8 lens and a 2-megapixel secondary sensor. For selfies, there is a 13-megapixel camera sensor at the front along with an f/2.0 lens.

The Realme 3 has 32GB and 64GB of onboard storage options that both are expandable through microSD card (up to 256GB). Connectivity options include 4G VoLTE, Bluetooth 4.2, Wi-Fi 802.11 b/g/n, GPS/ A-GPS, and Micro-USB with OTG support.
There are also sensors including an accelerometer, ambient light sensor, fingerprint sensor, digital compass and proximity sensor. The smartphone houses a 4,230mAh battery and measures 156.1×75.6×8.3mm.

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Huawei P30 Lite Goes On Sale In India



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Huawei P30 Lite has gone on sale in the country, starting 12am (midnight) today. To remember, the smartphone was launched alongside the company’s flagship offering, the Huawei P30 Pro, earlier this month. Features of the Huawei P30 Lite include its 32-megapixel front camera, triple rear camera framework, and 6.15-inch full-HD+ display. The smartphone is now available to purchase through Amazon India.

Huawei P30 Lite price in India

The device’s price in India starts at Rs. 19,990 for the 4GB/ 128GB model, going up to Rs. 22,990 for the 6GB/ 128GB variant.
Huawei P30 Lite Sale Offers
It’s available through Amazon India in Midnight Black and Peacock Blue colour options. In an updated statement before the sale, the company said the Huawei P30 Lite launch offers include no-cost EMIs and Jio cashback up to Rs. 2,200 and 2.2TB additional data (on the Rs. 198/ Rs. 299 plan).

Huawei P30 Lite specifications

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OnePlus 7, OnePlus 7 Pro to Reveal in India on May 14



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OnePlus is all set to launch the OnePlus 7 series next month. The company has confirmed that OnePlus is launching two new handsets on May 14 in the event that would be hosted in 4 cities together.
OnePlus’s official Twitter account uploaded a video affirming the launch of the OnePlus 7 and OnePlus 7 Pro. The India launch event would take place in Bangalore at 8.15 PM.

Features & Specifications

Reportedly, OnePlus 7 Pro would have a 90Hz display. The Pro variant is said to have a curved, edge-to-edge screen.
Other rumoured specifications are, a huge 6.64-inch QHD+ curved screen with no notch. A disclosed image of the device revealed that it would have a Snapdragon 855 SoC along with 8GB RAM and 256GB storage. A leak by tipster Max J states that the OnePlus 7 Pro would be available in a 12GB + 256GB variant also.
The Pro variant would have a triple camera setup at the rear consisting 48MP + 16MP + 8MP lenses. The front camera would have a pop-up mechanism. The OnePlus 7 Pro would house a 4,000 mAh battery and support WARP charge at 30W. It would have USB 3.1 and dual speakers at the bottom.
On the other hand, The standard OnePlus 7, would have a water-drop notch on a slightly smaller 6.4-inch Full HD+ display with a resolution of 1080*2340 pixels. The camera domain would be handled by a 48MP f/1.7 primary sensor and a 5MP depth sensor. It could come in two models of 6GB + 128GB storage and 8GB + 256GB storage, both with Snapdragon 855 SoC. OnePlus 7 would have a 3,700 mAh battery and support 20W fast charging.

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