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We also use third-party cookies that help us analyze and understand how you use this website. These cookies will be stored in your browser only with your consent. That being said, devices using GPRS cant usually transmit large audio files effectively.
For example, a person would not be able to upload dictated text to a transcription service using this technology, as the voice files would be far too large to be transmitted at serviceable speeds.
A GPRS connection can be used to upgrade a second-generation cellular network, also known as a 2G, to a 2. The application of the connection to an existing cellular network can enhance usability and the speed of service. Theoretically, a GPRS can access data at a rate of more than kB per second, assuming that all time slots get used simultaneously and no other users compete for bandwidth.
In practice, however, this kind of ultra-fast connectivity can rarely be achieved. Networks typically allocate capabilities based on user demand to regulate traffic and keep data flowing. OK, so seriously though this was when we didn't even have digital networks, so phone calls were like patchy and sometimes almost like you were on a CB radio.
We were using new technology in an old way, but what did we know! Soon the digital networks were released and suddenly we started to text each other and this was kind of like the birth of 1G or sending data over the network.
In fact texting, which dominated as the most successful mobile technology for decades, came about by pure accident. It was originally invented as a way for telecoms engineers to just send quick messages to each other to test and communicate over the networks they were checking, but it soon became a lot morer than that!
So while we jest, this was where it all started. Phones were used for calling, communicating and also for getting our HP Jornada's online via modem technology but not much else. Well they were phones, what do you expect! GPRS stands for General packet radio service and it was the first mobile technology that attempted to get our phones online. Speeds were typically from 40kbps up to kbps in the later versions and the technology itself was quite quirky, almost feeling the same as a modem to connect and use.
You didn't pay for GPRS by the minute, but by the MB which was refreshing but then again, the phones we had were just not able to really use the data like we do today.
Edge was essentially the same technology as GPRS, but it was kind of duplexed across multiple channels, so this meant you could see speeds of up to kbps in theory. However the real change in 2.
This would lay the foundation for what was to come next, which would change the mobile world as we knew it. Before 3G came along, it's fair to say that mobile networks were languishing in a mirky pool of Nokia and Windows Mobile.
Neither knew what to do next and the devices sure proved that. Enter Apple. I watched the presentation live and could hardly believe my eyes! The iPhone was suddenly released and this is a significant event for a few reasons. You see Steve Jobs is often commended for the technology he brought to us, but actually it's always the thinking behind them, that's the clever part. What Steve and Apple saw was an opportunity that the current mobile device makers weren't seeing.
Apple saw that a product like the iPhone was needed, however they also understood that it would be nothing without data. You see Apple made their money from the app store in the short term and in time they knew that this would turn into an eco system which would ultimately become world domination of mobile and they pretty much got there.
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