Unlike previous RF filters, the Newlans product can be programmed to zero in on a carrier’s best bands, and it takes up less space inside the phone.
Here’s the phone geek version from Newlans’ funding announcement
: “Since the inception of the mobile phone, the area between the antenna and transceiver has changed little with regard to architecture, while there has been substantial digital integration. Newlans has developed breakthrough technology that will change the way future front ends of mobile devices are implemented.”
Verizon, at least, is sold on the idea. It’s thrown $5 million in back of the Newlans. Part of the reason might be the fact that the Newlans filter can also be used in small cells, which are increasingly being used by carriers to fill coverage gaps.
The new money adds to the $15 million Newlans collected in February from Paladin Capital, Lockheed Martin, and two new (unnamed) strategic partners.
Newlan says it will use the new capital to “accelerate the development and commercialization of Newlans Programmable Duplexer, targeting front-end radio frequency modules for 4G LTE mobile devices and small cells.”
Of course, Verizon will sell millions upon millions of 4G phones in the coming years and has a lot to gain from better RF performance and smaller devices. Verizon was the first wireless provider to build a national 4G LTE network, and its 4G network is at least the most expansive in the country.
Verizon is a global broadband and telecommunications company and a component of the Dow Jones Industrial Average. It started in 1983 as Bell Atlantic (based in Philadelphia) with a footprint covering New Jersey to Virginia and emerged ... read more »
NewLANS is pioneering an analog wideband signal processing architecture, WiSP, to meet the demanding needs of emerging RF semiconductor applications. NewLANS' technology revolutionizes RF analog design by removing cost, power, and comp... read more »
Powered by VBProfiles
VB's research team is studying web-personalization...
Chime in here, and we’ll share the results.