mobile technology in 4G is the name given to the next generation of mobile devices such as cell phones. It became available
from at least one provider in several parts of the US in 2009. There is not yet an agreed industry standard for what
constitutes 4G mobile, so for now it is merely a marketing term.
The use of G, standing for generation, in mobile technology covers the major advances of the past 20-30 years. 1G technology
involved the first widely available mobile phones. 2G technology, which began in the early 1990s, switched to a digital
format and introduced text messaging. technology improved the efficiency of how data is carried, making it possible to carry
enhanced information services such as websites in their original format in 3G.
The mobile communications comprise two steps: access to the mobile network, and access to the mobile services.
Traditionally, these two steps are all controlled by one operator in a closed and proprietary way. In the 4G mobile era, the
access to the mobile services will be evolved to an open Mobile Cloud so that it is fully open to any developers and
providers. In this way, any non-wireless industries, such as Google, Microsoft, Oracle, SAP, GM, Bank of America can provide
services for their mobile users. The access to the mobile network is still controlled by the traditional wireless operators
such as AT&T, Verizon, T-Mobile and China Mobile. Of course, the operators are very reluctant to go this trend, but for the
mobile users and for the future global movement, it is just a matter of time to do it.
The mobile device system architecture will be open in order to converge multiple RTTs (radio transmission technologies) in
one same device. Same as laptop computer, the future Smartphone will be based on open wireless architecture (OWA) technology
which means, when you change the wireless standards, you do not need to change phone. It is totally different from current
multi-standards phone which is in closed system architecture, and users can not remove the unused RTT modules and basically
can not do anything on the mobile phone system. In the OWA system, you can just change RTT card in your Smartphone to switch
your wireless standards, or you can integrate multiple wireless standards in one RTT SIM card. Based on this OWA platform,
you can integrate home phone, office phone and mobile phone into one common Personal device - it is more beyond just a phone.
In fact, this 4G mobile device is a system to bring the world to your hand, or we call it iHand - the World in Hand, which is
more better than calling it an iPhone.
Any portable consumer electronics device can be a mobile phone by inserting the OWA-powered mobile RTT(s) card. This
approach is truly converging the mobile wireless technology with the computer technology by providing the OWA virtualization
layer between the high-layer computer-based OS (operating systems) & applications solutions and the underlying wireless
transmission-based different mobile networks access means.
More breakthrough technologies are being developed for efficient utilization of wireless spectrum, and the dynamic and
open spectrum management. Wireless is totally different from wired communications, and therefore the overall performance
relies on both system performance and transmission performance where spectrum is one of the key issues.
Power efficiency is another critical issue for mobile device. The system architecture must be open to enable removable of
unused modules, and the processing architecture must be optimized to the lowest possible in terms of the whole system
performance. Meanwhile, the RF radio modules should be narrowed to the minimal meeting the basic requirements of necessary
RTTs.
The world is moving rapidly towards this 4G open mobile movement. In China, the government has in fact, targeted for 4G
mobile industry. In European Union, evolution to 4G has been the mission-critical strategy since 2003. Japan and Korea
started 4G regulations in 2002. The US mobile market is a pretty different case, because FCC as a law enforcement agency,
basically has no power to enforce law. The operators pay huge to the congress, and congress manages the FCC. So eventually,
the operator "makes" the law. However, nobody can stop future and it is just a matter of time when this 4G open mobile comes
to life.
Everyone is welcome to join forces with us together and move this 4G open mobile technology forward for our future, for our
next generation and for our societies. You can take leadership roles or show supports in any of our global 4G mobile events.
from at least one provider in several parts of the US in 2009. There is not yet an agreed industry standard for what
constitutes 4G mobile, so for now it is merely a marketing term.
The use of G, standing for generation, in mobile technology covers the major advances of the past 20-30 years. 1G technology
involved the first widely available mobile phones. 2G technology, which began in the early 1990s, switched to a digital
format and introduced text messaging. technology improved the efficiency of how data is carried, making it possible to carry
enhanced information services such as websites in their original format in 3G.
The mobile communications comprise two steps: access to the mobile network, and access to the mobile services.
Traditionally, these two steps are all controlled by one operator in a closed and proprietary way. In the 4G mobile era, the
access to the mobile services will be evolved to an open Mobile Cloud so that it is fully open to any developers and
providers. In this way, any non-wireless industries, such as Google, Microsoft, Oracle, SAP, GM, Bank of America can provide
services for their mobile users. The access to the mobile network is still controlled by the traditional wireless operators
such as AT&T, Verizon, T-Mobile and China Mobile. Of course, the operators are very reluctant to go this trend, but for the
mobile users and for the future global movement, it is just a matter of time to do it.
The mobile device system architecture will be open in order to converge multiple RTTs (radio transmission technologies) in
one same device. Same as laptop computer, the future Smartphone will be based on open wireless architecture (OWA) technology
which means, when you change the wireless standards, you do not need to change phone. It is totally different from current
multi-standards phone which is in closed system architecture, and users can not remove the unused RTT modules and basically
can not do anything on the mobile phone system. In the OWA system, you can just change RTT card in your Smartphone to switch
your wireless standards, or you can integrate multiple wireless standards in one RTT SIM card. Based on this OWA platform,
you can integrate home phone, office phone and mobile phone into one common Personal device - it is more beyond just a phone.
In fact, this 4G mobile device is a system to bring the world to your hand, or we call it iHand - the World in Hand, which is
more better than calling it an iPhone.
Any portable consumer electronics device can be a mobile phone by inserting the OWA-powered mobile RTT(s) card. This
approach is truly converging the mobile wireless technology with the computer technology by providing the OWA virtualization
layer between the high-layer computer-based OS (operating systems) & applications solutions and the underlying wireless
transmission-based different mobile networks access means.
More breakthrough technologies are being developed for efficient utilization of wireless spectrum, and the dynamic and
open spectrum management. Wireless is totally different from wired communications, and therefore the overall performance
relies on both system performance and transmission performance where spectrum is one of the key issues.
Power efficiency is another critical issue for mobile device. The system architecture must be open to enable removable of
unused modules, and the processing architecture must be optimized to the lowest possible in terms of the whole system
performance. Meanwhile, the RF radio modules should be narrowed to the minimal meeting the basic requirements of necessary
RTTs.
The world is moving rapidly towards this 4G open mobile movement. In China, the government has in fact, targeted for 4G
mobile industry. In European Union, evolution to 4G has been the mission-critical strategy since 2003. Japan and Korea
started 4G regulations in 2002. The US mobile market is a pretty different case, because FCC as a law enforcement agency,
basically has no power to enforce law. The operators pay huge to the congress, and congress manages the FCC. So eventually,
the operator "makes" the law. However, nobody can stop future and it is just a matter of time when this 4G open mobile comes
to life.
Everyone is welcome to join forces with us together and move this 4G open mobile technology forward for our future, for our
next generation and for our societies. You can take leadership roles or show supports in any of our global 4G mobile events.
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