History of mobile phones

  History of mobile phones


When were mobile phones invented?

Mobile phones, particularly the smartphones that have become our inseparable companions today, are relatively new.

However, the history of mobile phones goes back to 1908 when a US Patent was issued in Kentucky for a wireless telephone.

Mobile phones were invented as early as the 1940s when engineers working at AT&T developed cells for mobile phone base stations.

The very first mobile phones were not really mobile phones at all. They were two-way radios that allowed people like taxi drivers and the emergency services to communicate.

Instead of relying on base stations with separate cells (and the signal being passed from one cell to another), the first mobile phone networks involved one very powerful base station covering a much wider area.

Motorola, on 3 April 1973 were first company to mass produce the the first handheld mobile phone.

These early mobile phones are often referred to as 0G mobile phones, or Zero Generation mobile phones. Most phones today rely on 3G or 4G mobile technology.



Landmarks in mobile history

Mobile telephony has a long history that started off with experiments of communications from and to moving vehicle rather then handheld devices.

In later years, the main challenges have laid in the development of interoperable standard and coping with the explosive success and ever increasing demand for bandwidth and reliability. By tracking how mobile phone statistics have changed over time, we are able to see how these devices have evolved to the smartphones we use today.

1926: The first successful mobile telephony service was offered to first class passengers on the Deutsche Reichsbahn on the route between Berlin and Hamburg.

1946: The first calls were made on a car radiotelephone in Chicago. Due to the small number of radio frequencies available, the service quickly reached capacity.

1956: The first automated mobile phone system for private vehicles launched in Sweden. The device to install in the car used vacuum tube technology with rotary dial and weighed 40Kg.

It had a total of 125 subscribers between Stockholm and Gothenburg.

1969: The Nordic Mobile Telephone (NMT) Group was established. It included engineers representing Sweden, Denmark, Norway and Finland. Its purpose was to develop a mobile phone system that, unlike the systems being introduced in the US, focused on accessibility.

1973: Dr Martin Cooper general manager at Motorola communications system division made the first public mobile phone call on a device that weighed 1.1Kg.

1982: Engineers and administrators from eleven European countries gathered in Stockholm to consider whether a Europe wide digital cellular phone system was technically and politically possible. The group adopted the nordic model of cooperation and laid the foundation of an international standard.

1985: Comedian Ernie Wise made the first “public” mobile phone call in the UK from outside the Dicken’s Pub in St Catherine’s dock to Vodafone’s HQ. He made the call in full Dickensian coachman’s garb.

1987: The Technical specifications for the GSM standard are approved. Based on digital technology, it focused on interoperability across national boundaries and consequent different frequency bands, call quality and low costs.

1992: The world’s first ever SMS message was sent in the UK. Neil Papworth, aged 22 at the time was a developer for a telecom contractor tasked with developing a messaging service for Vodafone. The text message read “Merry Christmas” and was sent to Richard Jarvis, a director at Vodafone, who was enjoying his office Christmas party.

1996/97: UK phone ownership stood at 16% of households. A decade later the figure was 80%. The explosion in growth was in part driven the launch of the first pay as you go, non-contract phone service, Vodafone Prepaid, in 1996.

1998: The first downloadable content sold to mobile phones was the ringtone, launched by Finland's Radiolinja, laying the groundwork for an industry that would eventually see the Crazy Frog ringtone rack up total earnings of half a billion dollars and beat stadium-filling sob-rockers Coldplay to the number one spot in the UK charts.

1999: Emojis were invented by Shigetaka Kurita in Japan. Unlike their all-text predecessors emoticons, emojis are pictures. The same year in the UK sees the first shots fired in a supermarket price war, with Tesco, Sainsbury’s and Asda selling Pay and Go phones at discounted prices. For the first time, you could pick up a mobile phone for just under £40.

The first BlackBerry phone was also unveiled in 1999. Famous for its super-easy email service, BlackBerry handsets were seen as the ultimate business tool, allowing users to read and respond to emails from anywhere. This led to 83% of users reading and responding to work emails while on holiday, and over half admitted to sending emails on the toilet, winning the manufacturer the nickname CrackBerry.

2000: The all-conquering Nokia 3310 crash landed on shop shelves. Naturally it was unscathed and went on to sell 126 million units. Over in Japan, the first commercially available camera phone The Sharp J-SH04, launched in November 2000 in Japan. The only snag? you could only use it in Japan. Europe wouldn’t get its first camera phone until the arrival of the Nokia 6750 in 2002.

2003: The 3G standard started to be adopted worldwide, kicking off the age of mobile internet and paving the way for the rise of smartphones. Honk Kong-based Hutchinson Wampoa owned Three brand offered the first 3G network connection in the UK among other countries. Staying very much on-brand, Three ranged a trio of 3G handsets, namely: the Motorola A830, the NEC e606 and NEC e808.

Nepal was one of the first countries in southern Asia to launch 3G services. One of Nepal’s first companies to offer the service, Ncell, also covered Mount Everest with 3G.

2007: The iPhone debuted. Solely available on O2 at launch in the UK and priced at a then eye-watering $499, Nokia CEO confidently dismissed it as little more than a ‘cool phone’ that wouldn’t translate column inches into market share.

2008: The first Android phone turned up, in the form of the T-Mobile G1. Now dubbed the O.G of Android phones, it was a long way from the high-end Android smartphones we use today. Not least because it retained a physical keyboard and a BlackBerry-style trackball for navigation. This year also saw the advent of both Apple’s App Store and Android Market, later renamed Google Play Store, paving the way for our modern-day app culture and creating a $77 billion industry.

2009: O2 publicly announced that it had successfully demonstrated a 4G connection using six LTE masts in Slough, UK. The technology, which was supplied by Huawei, achieved a peak downlink rate of 150Mbps.

WhatsApp also launched that year, letting customers send and receive calls and messages via the internet. The messaging system now has 1.2 billion users sending more than 10 billion messages a day. Which makes it 50% more popular than traditional texting.

2010: Samsung launched its first Galaxy S smartphone. Usurping former Android giants, HTC, the Samsung Galaxy S range is still the most popular Android brand.

2012: When text messages first arrived, most people didn’t think they’d catch on. Ten years later, Britons were sending a billion messages per month. In 2012, British text volume reached its highest point, with 151 billion sent in the UK alone.

2016: The Pokemon Go app launched worldwide. The free augmented reality game uses the smartphone camera and location to show Pokemon characters in the real world. The aim of the game is to travel to different locations to collect as many Pokemon as possible, leading countless gamers to walk into lamp-posts in their quest to catch ‘em all.

2017: The Nokia 3310 had a revival, sporting a fresh version equipped with basic web browsing, a colourful screen and even a camera. Despite this, it still retained our favourite features from the original 3310, including the iconic design, super-long battery life and even an updated version of Snake. Needless to say, it stole the show at the Mobile World Congress (MWC) tech expo and was one of the biggest hits of the year.

Apple marked ten years in the smartphone game with the all-screen iPhone X and ditched a physical home button for the first time.





The iPhone 15 Pro and Pro Max

 The iPhone 15 Pro and Pro Max

The iPhone 15 Pro and Pro Max models are highly anticipated to be released in the fall of 2022, and rumors surrounding their features and capabilities have been circulating for months. One of the most exciting rumors is that the battery life of these models will be significantly improved, making them the smartphones with the best battery life on the market.
According to recent reports, the iPhone 15 models will be equipped with a new OLED screen that is even more energy efficient than the screens found in the iPhone 13 and 14 models. This, combined with the new 3 nanometer A17 chipset, is expected to make the iPhone 15 Pro and Pro Max models incredibly powerful and efficient. The Pro Max model is also rumored to have a larger battery than previous models, which will contribute to its extended battery life. The Pro Max model is also expected to have a triple camera setup, which will include a six or ten times optical zoom. This feature will make it easier for users to take high-quality photos and videos from a distance, making it ideal for travel, outdoor adventures, and other activities where you need to capture moments from afar.

The Pro Max model is also expected to have a titanium body, which will make it more durable and resistant to damage. This is a significant improvement over previous models, which were made from aluminum or aluminum, depending on where you are in the world. The titanium body is expected to make the Pro Max model heavier than previous models, but it will also make it more premium and luxurious. In terms of storage options, the iPhone 15 models are expected to start at 256GB, which is the smallest space available. However, they will be able to go up to 2TB, which is a significant improvement over previous models. This will give users more space to store their photos, videos, and other files without having to worry about running out of space. The Pro Max model is also expected to come with eight gigabytes of RAM, which is two gigabytes more than the iPhone 14 Pro Max. This will make it even more powerful and efficient, allowing users to run multiple apps and programs simultaneously without experiencing any lag or slowdowns. In terms of pricing, the iPhone 15 Pro model is expected to start at $1,099, while the Pro Max model is expected to start at $1,299. These prices are a little higher than previous models, but they are still within a reasonable range for high-end smartphones.

The release date for the iPhone 15 models is not yet confirmed, but based on previous release dates, it is expected to be in mid-September. However, this could change depending on various factors, such as supply chain issues or the ongoing COVID-19 pandemic. Overall, the iPhone 15 Pro and Pro Max models are expected to be significant improvements over previous models, with extended battery life, a new OLED screen, a 3 nanometer A17 chipset, a larger storage capacity, and a titanium body. These features will make the iPhone 15 models some of the most powerful and efficient smartphones on the market, but they will also come with a higher price tag. It is worth noting that all reports and leaks should be taken with a grain of salt, as nothing is confirmed until the official release date. However, based on past trends and the credibility of the sources, these rumors are likely to be accurate.

In addition to the iPhone 15 Pro and Pro Max models, there are also rumors of an iPhone 15 Ultra model, which could be even more powerful and feature-packed than the Pro Max model. However, details about this model are still scarce, and it is unclear if it will actually be released. In conclusion, the iPhone 15 Pro and Pro Max models are highly anticipated and expected to be significant improvements over previous models. With extended battery life, a new OLED screen, a 3 nanometer A17 chipset, a larger storage capacity, and a titanium body, these models are likely to be some of the most powerful and efficient smartphones on the market. However, they will also come with a higher price tag, so it is important to consider your budget before investing in these models.

iPhone 14 Pro

 iPhone 14 Pro



- Roll camera!

- With a massive camera upgrade, the A16 Bionic chip,

an entirely new category of safety innovations,

and never-before-seen display technology,



this is iPhone 14 Pro.





- The Always-On display artfully dims your wallpaper

to create a unique low-powered Lock Screen,

making go-to information available at just a glance.

And introducing a remarkable innovation

that is both hardware and software

and something in-between --

the Dynamic Island.


An interactive place that bubbles up alerts,notifications, and activities,fluidly transforming itself as needed.



        It's an entirely new way to experience iPhone.


- You are now looking at the most impressive

iPhone camera system yet.

In a major leap, the iPhone 14 Pro's Main camera

has a 48-megapixel quad-pixel sensor.

It captures breathtaking detail, depth, and color,

and now gives you the equivalent of four pro lenses at the ready.

With every photo, 

the quad-pixel sensor captures four times more information

than ever before.

Then the A16 Bionic powering the new Photonic Engine

analyzes and perfects every pixel

with up to four trillion operations,

achieving an astonishing new level of sharpness and detail.


And now, pro photographers will be able to capture

an uncompressed 48-megapixel ProRAW image,

giving you even more resolution to rescale, retouch,

and reimagine your photos.


- Building off iPhone's leap ahead in ProRes and Dolby Vision video technology,iPhone 14 Pro now includes new Action mode,allowing gimbal-like stabilization for all your action scenes.And Cinematic mode will be even more powerful for pro filmmakers with 4K resolution and 24-frames-per-second recording. iPhone 14 Pro is capable of shots that for most film cameras are simply impossible.You can rely on your iPhone every day. And now it can even help in emergency situations.

 

For the first time,

iPhone 14 Pro will be able to communicate with satellites

with Emergency SOS...



...allowing you to deliver critical information

to emergency services in places where Wi-Fi and cell service

are unavailable.


- And a feature we hope you never have to use...

- Commencing test.




- ...Crash Detection.

Using a high g-force accelerometer,

gyroscope, sensors, and machine learning algorithms,

iPhone 14 Pro can detect when there's been a severe car crash

and automatically call emergency services.


Supercharged by nearly 16 billion transistors,

the A16 Bionic powers the most impressive range

of pro innovations yet.



The iPhone 14 Pro goes above and beyond,

redefining what a smartphone can be...

...again.


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