6G
Network Architecture
6G, with microsecond latency and unlimited bandwidth. Future is Here.
6G Network Architecture
Why Choose Us?
5G Benifits
The 5G platform will reduce latency and improve reliability
5G
Upcoming 5G network technologies won’t provide significant reliability over existing wireless, such as 4G LTE.
5G Isn't Enough ?
The millisecond levels of latency that 5G will offer isn’t going to be enough as consumers are completely data-driven and needs near-instant, microsecond connectivity.
6G Network Architecture
6G will emerge around 2030 to satisfy the expectation not met with 5G. 6G is also sometimes called 5G Long Term Evolution.
frequencies up to terahertz
unlimited bandwidth
microsecond latency
Issues with 5G
“Millisecond latency found in 5G is not sufficient,.”
One of the problems that will be encountered in 5G overall is related to required scalability. The issue is that the entire network stack is going to be run on non-traditional, software-defined radio. That method inherently introduces network slowdowns. Each orchestration, connection or process decelerates the communication.
It’s a problem in part because the thinking is that “there will be 1,000 radios per person in the next ten years.” That’s going to be because the millimeter frequencies that are being used in 5G, while being copious in bandwidth, are short in travel distance. One will need lots of radioheads and antennas—millions—all needing to be connected. And it is why one needs to think up better ways of doing it at scale—hence 6G’s efforts.
Difference Between 5G & 6G
From Micro Seconds to Milli Seconds 5G To 6G . This is the major difference between both technologies . 5G trasvers in micro seconds, were in 6G needs just micro seconds.
5G
6G
Future Is Here
Mobile Edge Computing and Multi-access Edge Computing
The Next Technologies of Networking
Mobile Edge or Multi-access Edge Computing (MEC) will be used as 5G transitions to 6G.That’s a network architecture where heavy processing takes place near people on server-cum-base-stations, but most of the final work, such as AI and problem modelling, happens in the mobile device or IoT device .
The algorithm’s connection needs a trusted, low-latency and high-bandwidth application. That is where 6G comes in.
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