CAPE TOWN, South Africa – Nov 2016 – MediaTek announced its collaboration amongst multinational telecommunication fellowship Ericsson to brand LTE-Advanced features available inward mainstream mobile devices. This partnership volition ensure the affordability of devices that back upward LTE-Advanced engineering scientific discipline to consumers across the region.
The proclamation was made today at AfricaCom 2016, Africa’s annual telecom conference together with exhibition, which promotes economical evolution together with social empowerment through digital connectivity.
LTE-A Category six Carrier Aggregation allows consumers to sense a network download speed of upward to 300Mbps together with a 50Mbps upload speed. It improves coverage quality, provides enhanced hard disk drive video capabilities, offers faster information access, together with reduces bundle latencies. Additionally, the same segment of devices volition live on capable of supporting Voice over LTE (VoLTE), Voice over WiFi (VoWiFi) together with Video over LTE (ViLTE) to render operators a means to seamlessly deed to all-IP connectivity on 4G networks together with role their spectrum for advanced technologies.
Currently, mobile devices that tin give notice back upward this engineering scientific discipline are high-end costing equally much equally $800. MediaTek’s smartphone chipset technology, which enables consumers to accept wages of the benefits of carrier aggregation, volition live on available on affordable MediaTek-powered handsets for the majority marketplace inward Africa. This is the start fourth dimension that two-carrier aggregation volition live on available at affordable prices.
“By collaborating amongst Ericsson, MediaTek tin give notice offering a superior mobile broadband sense at an affordable price,” said Finbarr Moynihan, General Manager, Corporate Sales International, MediaTek. “This is simply about other pace toward MediaTek’s finish of democratizing engineering scientific discipline – making basis course of study leading engineering scientific discipline to a greater extent than accessible to everyone.”
This collaboration volition ensure the availability of devices that volition operate on a faster, to a greater extent than advanced 4G LTE network to users inward the share transitioning from characteristic phones to smartphones. According to the latest sub-Saharan Africa Appendix of the Ericsson Mobility Report, at that topographic point volition live on 720 i K m mobile subscriptions inward the share past times 2016. That publish is predicted to grow to over a billion past times 2022. With close 300 i K m mobile cyberspace subscribers throughout the continent, it is clear consumers rely on their smartphones to lift how they live, operate together with play.
“Our question shows that today, most mobile broadband devices are, together with volition give-up the ghost on to be, smartphones. Many consumers inward sub-Saharan Africa start sense the cyberspace on a smartphone. This is what makes partnerships similar this that lift accessibility to advanced devices past times making them to a greater extent than affordable exciting,” said Ajay Sood, Head of Network Products, Ericsson sub-Saharan Africa. Availability of affordable devices could influence the charge per unit of measurement of deployment of LTE engineering scientific discipline past times operators, fast tracking the region’s foray into the Internet of Things together with fifty-fifty 5G.”
At the terminate of 2015, at that topographic point were 72 alive LTE networks inward 32 countries across Africa. Most, if non all, tin give notice expression to evolve to LTE Advanced betwixt 2017 together with 2020. Enabling these capabilities on MediaTek devices volition select a novel broadband connectivity sense to millions of users, piece simultaneously adding network capacity to grip increased network traffic.
In its recent Evolution to LTE report, the GSMA noted 521 operators quest maintain commercially launched LTE, LTE-Advanced or LTE-Advanced Pro networks inward 170 countries, 74 of which commercially launched 4G/LTE service inward the past times year. Influenza A virus subtype H5N1 full of 192 LTE operators (37%) are deploying LTE-Advanced or LTE-Advanced Pro technologies inward 84 countries, of which 147 operators (28%) quest maintain commercially launched superfast LTE-Advanced or LTE-Advanced Pro wireless broadband services inward 69 countries.
The proclamation was made today at AfricaCom 2016, Africa’s annual telecom conference together with exhibition, which promotes economical evolution together with social empowerment through digital connectivity.
LTE-A Category six Carrier Aggregation allows consumers to sense a network download speed of upward to 300Mbps together with a 50Mbps upload speed. It improves coverage quality, provides enhanced hard disk drive video capabilities, offers faster information access, together with reduces bundle latencies. Additionally, the same segment of devices volition live on capable of supporting Voice over LTE (VoLTE), Voice over WiFi (VoWiFi) together with Video over LTE (ViLTE) to render operators a means to seamlessly deed to all-IP connectivity on 4G networks together with role their spectrum for advanced technologies.
Currently, mobile devices that tin give notice back upward this engineering scientific discipline are high-end costing equally much equally $800. MediaTek’s smartphone chipset technology, which enables consumers to accept wages of the benefits of carrier aggregation, volition live on available on affordable MediaTek-powered handsets for the majority marketplace inward Africa. This is the start fourth dimension that two-carrier aggregation volition live on available at affordable prices.
“By collaborating amongst Ericsson, MediaTek tin give notice offering a superior mobile broadband sense at an affordable price,” said Finbarr Moynihan, General Manager, Corporate Sales International, MediaTek. “This is simply about other pace toward MediaTek’s finish of democratizing engineering scientific discipline – making basis course of study leading engineering scientific discipline to a greater extent than accessible to everyone.”
This collaboration volition ensure the availability of devices that volition operate on a faster, to a greater extent than advanced 4G LTE network to users inward the share transitioning from characteristic phones to smartphones. According to the latest sub-Saharan Africa Appendix of the Ericsson Mobility Report, at that topographic point volition live on 720 i K m mobile subscriptions inward the share past times 2016. That publish is predicted to grow to over a billion past times 2022. With close 300 i K m mobile cyberspace subscribers throughout the continent, it is clear consumers rely on their smartphones to lift how they live, operate together with play.
“Our question shows that today, most mobile broadband devices are, together with volition give-up the ghost on to be, smartphones. Many consumers inward sub-Saharan Africa start sense the cyberspace on a smartphone. This is what makes partnerships similar this that lift accessibility to advanced devices past times making them to a greater extent than affordable exciting,” said Ajay Sood, Head of Network Products, Ericsson sub-Saharan Africa. Availability of affordable devices could influence the charge per unit of measurement of deployment of LTE engineering scientific discipline past times operators, fast tracking the region’s foray into the Internet of Things together with fifty-fifty 5G.”
At the terminate of 2015, at that topographic point were 72 alive LTE networks inward 32 countries across Africa. Most, if non all, tin give notice expression to evolve to LTE Advanced betwixt 2017 together with 2020. Enabling these capabilities on MediaTek devices volition select a novel broadband connectivity sense to millions of users, piece simultaneously adding network capacity to grip increased network traffic.
In its recent Evolution to LTE report, the GSMA noted 521 operators quest maintain commercially launched LTE, LTE-Advanced or LTE-Advanced Pro networks inward 170 countries, 74 of which commercially launched 4G/LTE service inward the past times year. Influenza A virus subtype H5N1 full of 192 LTE operators (37%) are deploying LTE-Advanced or LTE-Advanced Pro technologies inward 84 countries, of which 147 operators (28%) quest maintain commercially launched superfast LTE-Advanced or LTE-Advanced Pro wireless broadband services inward 69 countries.
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