#lte-advanced

Smart LTE-Advanced in Marikina posts 500-Mbps speed

PLDT wireless unit Smart Communications has begun activating five-component carrier (5CC) aggregation in Marikina City, boosting the speeds achieved by LTE-Advanced (LTE-A)-capable devices to over 500 Mbps.

In a series of daytime tests done last week in a densely populated residential area of Marikina City using a Samsung Galaxy S9 smartphone, which is a 5CC-capable device, Smart’s LTE-A…

[embeddoc url=”https://www.dropbox.com/s/3v8wn3u7346lb26/5990-6706EN.pdf?dl=1″ download=”none” viewer=”google” ]

We tested the TP-Link M7300 4G LTE-Advanced Mobile Wi-Fi Router in the new Play3r office, but is it any good and worth the £60 price tag? Time to find out...

Introduction & Closer Look

Working on the go, streaming on the go and generally doing everything on the go seems to be the ‘in’ thing. We are living in a world that cannot sit still anymore and with that, comes a product perfect for those who demand the fastest 4G LTE speeds, but without spending the earth trying to achieve it. I am of course talking about the TP-Link M7300 4G Mobile Wi-Fi router!

How Verizon’s faster download speeds lapped the field

“Wireless carriers have been slowly rolling out a new technology for the past few years to increase maximum download speeds on their networks,” Aaron Pressman reports for Fortune.

“But on Monday, Verizon Communications surprised the industry by announcing it had added the faster approach in 461 markets covering almost the entire country,” Pressman reports. “That should allow many…

PLDT, Smart to turn out LTE on 700 MHz frequency

[6 June 2016] Wireless services leader Smart Communications will start using this year the 700 MHz frequency as part of the accelerated deployment of its LTE (Long-Term Evolution) service, in order to more quickly deliver faster, more reliable and affordable Internet services throughout the country. “Our strategy has two legs. First is the network. Deploying LTE on 700 MHz combines a powerful…

ADVA Optical Networking today announced its involvement in the 5G-XHaul project. The company’s engineers and equipment are playing a central role in the EU-funded initiative to develop the next generation of mobile networks and services. ADVA Optical Networking’s WDM-PON technology is being used to create optical links between access points, antennae and core networks in the research project’s testbeds. The initiative, which is part of the EU Horizon 2020 5G Infrastructure Public-Private Partnership (5G PPP), aims to revolutionize fronthaul and backhaul networks to create the infrastructure needed for LTE-Advanced connectivity. The three-year project is a pan-European collaboration bringing together market-leading companies, research institutes and universities in order to create the new 5G standard and address the rapidly growing need for higher data rates ...

Citrix mejora los costos de administrar el tráfico móvil

La compañía presenta la nueva plataforma NetScaler con tecnología de optimización, que ofrece el máximo nivel de rendimiento y escalabilidad para proveedores de servicios y permite entregar una experiencia de suscriptor mejorada

Barcelona, España, 25 de febrero de 2016 – La naturaleza de la red móvil ha cambiado substancialmente con el rápido crecimiento del tráfico móvil, específicamente el…

Vodafone gaat snelheid 4G-netwerk verhogen naar 300Mbps

Vodafone heeft tegenover Tweakers bekendgemaakt dat het de maximale snelheid van haar 4G-netwerk de komende tijd verhogen naar maximaal 300Mbps.

De maximale 4G-snelheid van 300Mbps is inmiddels al beschikbaar op enkele locaties in Amsterdam. Om deze snelheid te kunnen behalen gebruikt Vodafone meerdere antennes op verschillende frequenties.

Deze methode wordt ook wel de triple carrier aggregation