The Evolution of Wireless Technology -...
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Carrier Aggregation lets wireless operators stitch together multiple radio frequency channels to more quickly gather and send more data. LTE-ADVANCED THE NEXT GENERATION In the same way that more lanes on a highway enable more cars to pass through more quickly, carrier aggregation creates wireless traffic lanes for faster data speeds. Intel’s LTE-Advanced modem platform, the Intel XMM 726x, supports carrier aggregation and Category 6 speeds. LTE-Advanced is bringing even faster speeds to improve things like 4K Ultra HD video, real-time gaming, and video conferencing. Enhanced connection management and HD voice support will also mean fewer dropped calls and better voice quality—so it’s like they’re right there with you. LTE-Advanced helps operators use bandwidth more efficiently through a technology called Carrier Aggregation. 96% Americans with mobile subscriptions 6.9 billion mobile subscriptions worldwide in 2014 4G/LTE From streaming movies to sending high- definition videos, increased speeds in data transmission help our phones and tablets access larger amounts of information more quickly and easily than ever before. 89% Americans with mobile subscriptions 300 Mbps. 00:00:37 129 Mbps. 00:01:20 42 Mbps. 00:04:27 300 Kbps. 10:22:12 10 Hours 22 Minutes 1984 1991 2001 2009 2014 2015 -- Kbps. No download capacity 3G/3G+ 3G network technology brings a large boost in speed, greatly easing mobile Internet browsing and adding GPS and multimedia messaging for photos and videos. 45% Americans with mobile subscriptions 0 min. 1 min. 2 min. 3 min. 4 min. 5 min. 2 hours 4 hours 6 hours 8 hours 10 hours 12 hours 0 min. 1 min. 2 min. 3 min. 4 min. 5 min. 0 min. 1 min. 2 min. 3 min. 4 min. 5 min. The cellular market really starts to pick up with 2G technology, running on a digital network and enabling us to use digital data services (such as text messaging and email) on the go for the first time. 2G 3% Americans with mobile subscriptions <1% Americans with mobile subscriptions 1G The first generation of mobile phones (lovingly referred to as “bricks”) are analog phones with limited capabilities due to size, weight, and technology. HOW DID WE GET WHERE WE ARE? Est. time to download a 100-minute HD movie *sized at 1.4GB Looking Forward Mobile technology’s future is bright with LTE-Advanced—opening doors for us to have better mobile experiences with our smartphones, tablets, 2-in-1s, wearables and connected devices. With faster speeds and greater capacity, LTE-Advanced is helping usher innovative, new usage model like the Internet of Things (IoT) and is paving the way toward the next great leap in wireless innovation: 5G. Sources: nbcnews.com | gizmag.com | support.en.proximus.be | data.worldbank.org | computerworld.com | mobiforge.com We’ve come a long way since the first mobile phone. Released in 1984, the first mobile phone weighed a whopping 2 pounds and cost almost $4,000. Since then, the wireless communications infrastructure has enabled mobile devices to become an integral part of our lives, in both personal and business usage. Just how did we get here and, more importantly, where are we going? What will wireless tech allow us to do in the near future? The Evolution of Wireless Technology
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Transcript of The Evolution of Wireless Technology -...
Carrier Aggregation lets wireless operators stitch together multiple radio frequency channels to more quickly gather and send more data.
LTE-ADVANCEDTHE NEXT GENERATION
In the same way that more lanes on a highway enable more cars to pass through more quickly, carrier aggregation creates wireless traffic lanes for faster data speeds. Intel’s LTE-Advanced modem platform, the Intel XMM 726x, supports carrier aggregation and Category 6 speeds.
LTE-Advanced is bringing even faster speeds to improve things like 4K Ultra HD video, real-time gaming, and video conferencing. Enhanced connection management and HD voice support will also mean fewer dropped calls and better voice quality—so it’s like they’re right there with you.
LTE-Advanced helps operators use bandwidth more efficiently through a technology called Carrier Aggregation.
96% Americans with mobile subscriptions
6.9 billion mobile subscriptions worldwide in 2014
4G/LTE
From streaming movies to sending high- definition videos, increased speeds in data transmission help our phones and tablets access larger amounts of information more quickly and easily than ever before.
89% Americans with mobile subscriptions
300 Mbps.
00:00:37
129 Mbps.
00:01:20
42 Mbps.
00:04:27
300 Kbps.
10:22:12 10 Hours 22 Minutes
1984
1991
2001
2009
2014 2015
-- Kbps.
No download capacity
3G/3G+
3G network technology brings a large boost in speed, greatly easing mobile Internet browsing and adding GPS and multimedia messaging for photos and videos.
45% Americans with mobile subscriptions
0 min. 1 min. 2 min. 3 min. 4 min. 5 min.
2 hours 4 hours 6 hours 8 hours 10 hours 12 hours
0 min. 1 min. 2 min. 3 min. 4 min. 5 min.
0 min. 1 min. 2 min. 3 min. 4 min. 5 min.
The cellular market really starts to pick up with 2G technology, running on a digital network and enabling us to use digital data services (such as text messaging and email) on the go for the first time.
2G
3% Americans with mobile subscriptions
<1% Americans with mobile subscriptions
1GThe first generation of mobile phones (lovingly referred to as “bricks”) are analog phones with limited capabilities due to size, weight, and technology.
HOW DID WE GET WHERE WE ARE?
Est. time to download a100-minute HD movie*sized at 1.4GB
Looking ForwardMobile technology’s future is bright with LTE-Advanced—opening doors for us to have better mobile experiences with our smartphones, tablets, 2-in-1s, wearables and connected devices. With faster speeds and greater capacity, LTE-Advanced is helping usher innovative, new usage model like the Internet of Things (IoT) and is paving the way toward the next great leap in wireless innovation: 5G.
Sources: nbcnews.com | gizmag.com | support.en.proximus.be | data.worldbank.org | computerworld.com | mobiforge.com
We’ve come a long way since the first mobile phone. Released in 1984, the first mobile phone weighed a whopping 2 pounds and cost almost $4,000. Since
then, the wireless communications infrastructure has enabled mobile devices to become an integral part of our lives, in both personal and business usage.
Just how did we get here and, more importantly, where are we going? What will wireless tech allow us to do in the near future?
The Evolution of Wireless Technology
