IP Infusion
has collaborated with LSI to develop an advanced carrier-grade solution for mobile backhaul and Carrier Ethernet. The solution combines LSI's multicore communications processors and IP Infusion's ZebOS Network Platform and is standards-compliant and pre-tested for interoperability.
http://www.infusion.com
has collaborated with LSI to develop an advanced carrier-grade solution for mobile backhaul and Carrier Ethernet. The solution combines LSI's multicore communications processors and IP Infusion's ZebOS Network Platform and is standards-compliant and pre-tested for interoperability.http://www.infusion.com
recently shipped its 30 millionth IP phone to one of the world's largest financial institutions -- HSBC. The company released its first IP phone 12 years ago.
The 10G GPON technology will be able to co-exist with standard GPON on the same access network - meaning that the existing optical fibre outside plant is not impacted when the massive usage of the technology occurs. 
to its Managed Services portfolio, enabling multinational organizations to place Verizon Ethernet services in a managed network environment containing just those services, or in combination with other network services for a complete end-to-end, global managed network solution.
its Starbucks Card Mobile payment test to nearly 300 company-operated stores in New York City, and Nassau and Suffolk counties on Long Island. The Starbucks Card Mobile App for BlackBerry smartphones, iPhone and iPod touch devices enable customers to pay electronically. 

increase in operating revenue to US$6.87 billion for the nine months ended 30 September 2010. In the same period, net profit attributable to shareholders of the parent company grew 14.21% to US$203.1 million year-on-year. The company noted that revenue from terminal products grew by 30.53% due to China's expanding 3G market, the popularity of Android handsets in Europe and the U.S., as well as the data card products.
introduced a high-density 10 Gigabit physical layer switch that can be used to automate topology management in test labs and data center network monitoring applications. The High Speed Media Cross Connect (HS MCC) system fills the requirement for greater number of 10G ports in one system, by providing 144 simultaneous bi-directional, uni-directional or multipoint mappings. It uses a 10.7 Gbps switching matrix allowing 10 Gbps signals to be switched over a single path across the backplane vs. grouped and switched on multiple paths as is typical in traditional physical layer switch design.




