LTE stands for Long Term Evolution, LTE is a standard for high speed wireless communication for mobile device which are based on technologies like GSM/EDGE etc. It increases the capacity and speed using a different radio interface together with core networks. There are different frequency and bands used in different countries. This technology is designed to provide IP-based data ,voice etc. which having streaming speed at least 100 Mbit per second up to as fast as 1 Gbit per second.
Why LTE:
1. Mobile carriers from all around the globe have upgraded or starting to upgrade their networks to the latest technology.
2. Long Term Evolution networks are the mobile connectivity equivalent to what broadband is to dial up connectivity. By using This technology it is now possible to do anything on the Internet using mobile phones as if we are connected to a fixed broadband line.
3. This technology focuses on increasing both the upload and download speeds compared to its predecessors. LTE is mobile technology which has created an environment in which application developers can create more options that will better the user’s experience.
4. This technology is an all IP system that turn calls into digital data and sends them over the networks.
5. This technology will decreases traffic on networks & improving your call sessions and conversations. When there is lack of capacity LTE can in real time reallocate bandwidth between different callers.
6. Due to this mobile technology more people will access faster Internet through their mobile phones than fixed lines.
How does it works:
1. Current method of moving or transferring the data on internet protocol get changed because of LTE.
2. Now we can send large amount of data through it. the major benefit of the LTE i.e. reduces the latency in data transfer.
3. In GSM we uses the technology called as Time Delay Duplex (#TDD) And in CDMA it uses Code Division Duplex (CDD). Both CDD and TDD are the method of-coding information which transfer across the airwaves.
4. CDD is faster than TDD but world is operate on GSM so GSM is improved to the HSPA i.e. High Speed Packet Access.
LTE and Internet of Things.
1. LTE is two or three times more efficient than 3G network and 20 times more efficient than 2G.
2. During the analysis it has estimated that data costing a dollar to send over 2G network . while it can sent over an LTE network for a mere five cent.
3. Because of this powerful economic incentive, operators around the world are aggressively re-farming their 2G as well as 3G spectrum and move quickly to LTE.
4. IoT friendly LTE chipset are the support for the new wave of LTE device development ,and best solutions are flexible, efficient and low cost. Today there are may chipset modules available which have been designed for the IoT.
5. Highly optimized for M2M and IoT devices these new solution provide all features and functionality required to build robust, long life LTE devices for many application at low cost.
Why LTE:
1. Mobile carriers from all around the globe have upgraded or starting to upgrade their networks to the latest technology.
2. Long Term Evolution networks are the mobile connectivity equivalent to what broadband is to dial up connectivity. By using This technology it is now possible to do anything on the Internet using mobile phones as if we are connected to a fixed broadband line.
3. This technology focuses on increasing both the upload and download speeds compared to its predecessors. LTE is mobile technology which has created an environment in which application developers can create more options that will better the user’s experience.
4. This technology is an all IP system that turn calls into digital data and sends them over the networks.
5. This technology will decreases traffic on networks & improving your call sessions and conversations. When there is lack of capacity LTE can in real time reallocate bandwidth between different callers.
6. Due to this mobile technology more people will access faster Internet through their mobile phones than fixed lines.
How does it works:
1. Current method of moving or transferring the data on internet protocol get changed because of LTE.
2. Now we can send large amount of data through it. the major benefit of the LTE i.e. reduces the latency in data transfer.
3. In GSM we uses the technology called as Time Delay Duplex (#TDD) And in CDMA it uses Code Division Duplex (CDD). Both CDD and TDD are the method of-coding information which transfer across the airwaves.
4. CDD is faster than TDD but world is operate on GSM so GSM is improved to the HSPA i.e. High Speed Packet Access.
LTE and Internet of Things.
1. LTE is two or three times more efficient than 3G network and 20 times more efficient than 2G.
2. During the analysis it has estimated that data costing a dollar to send over 2G network . while it can sent over an LTE network for a mere five cent.
3. Because of this powerful economic incentive, operators around the world are aggressively re-farming their 2G as well as 3G spectrum and move quickly to LTE.
4. IoT friendly LTE chipset are the support for the new wave of LTE device development ,and best solutions are flexible, efficient and low cost. Today there are may chipset modules available which have been designed for the IoT.
5. Highly optimized for M2M and IoT devices these new solution provide all features and functionality required to build robust, long life LTE devices for many application at low cost.
All above extracted from Telecom Hub.