 Royal Caribbean Cruises Ltd. has selected O3b Networks to provide high-speed satellite-delivered broadband service aboard the world’s largest cruise ship -- the Oasis of the Seas, which will carry more than 8,000 guests, staff and crew members when it launches in 2013.
Royal Caribbean Cruises Ltd. has selected O3b Networks to provide high-speed satellite-delivered broadband service aboard the world’s largest cruise ship -- the Oasis of the Seas, which will carry more than 8,000 guests, staff and crew members when it launches in 2013.O3b provides a fully managed end-to-end service including the equipment at the O3b Gateway, and
aboard the ship, site survey, installation and commissioning. O3b’s steerable satellite beams will provide cruise industry passengers ultra-fast Internet communications throughout their voyage.
According to the O3b website, the O3b Maritime will support speeds of up to 350 Mbps to the ship and 150 Mbps to the shore.
“From the moment we met the Royal Caribbean team we were struck by an intense customer focus and a determination to provide an unrivalled cruise experience to their guests on board,�? said Steve Collar, Chief Executive Officer, O3b Networks. “With O3b Maritime, Oasis of the Seas will experience connection speeds that are an order of magnitude higher and latency that is four times lower than offered in the market today. At O3b, we believe that affordable, high speed broadband should always be within reach – wherever you are in the world, on land and at sea - and we are delighted to showcase the unrivalled performance of O3b Maritime together with Royal Caribbean.�?http://www.o3bnetworks.com
 
 The 2012 Marconi Society Prize and Fellowship has been awarded to Dr. Henry Samueli, co-founder of Broadcom Corporation for his work with digital signal processing.
The 2012 Marconi Society Prize and Fellowship has been awarded to Dr. Henry Samueli, co-founder of Broadcom Corporation for his work with digital signal processing.
 SanDisk introduced the fastest mobile memory card so far -- the Extreme Pro microSDHC UHS-I, featuring a UHS Speed Class 1 rating (Class 10 equivalent).  The card allows smartphone and tablet users to record superior Full HD videos, even in 3D. It offers up to 90MB/sec write speed for capturing multiple photos using burst mode with a UHS-I enabled mobile device.  File transfers to host devices are rated at up to 95 megabyte per second (MB/sec) read speed.
SanDisk introduced the fastest mobile memory card so far -- the Extreme Pro microSDHC UHS-I, featuring a UHS Speed Class 1 rating (Class 10 equivalent).  The card allows smartphone and tablet users to record superior Full HD videos, even in 3D. It offers up to 90MB/sec write speed for capturing multiple photos using burst mode with a UHS-I enabled mobile device.  File transfers to host devices are rated at up to 95 megabyte per second (MB/sec) read speed. Integrated Device Technology introduced a low-power, low-distortion diversity mixer for 4G base stations. The new device reduces distortion while simultaneously reducing power consumption in LTE and time-division duplexing (TDD) wireless communication architectures. Compared to competitive solutions, the IDTF1162 improves IM3 distortion by 18 dB while simultaneously reducing power consumption by 40 percent (1150 mW typical). These attributes ease heat-sinking requirements on the radio card and allow infrastructure vendors to utilize higher average frontend gain settings, which results in higher signal-to-noise ratio (SNR). Improved receiver SNR of up to 0.4 dB benefits cellular operators by expanding the coverage area and improving the available data rates to users on the periphery of the cell.
Integrated Device Technology introduced a low-power, low-distortion diversity mixer for 4G base stations. The new device reduces distortion while simultaneously reducing power consumption in LTE and time-division duplexing (TDD) wireless communication architectures. Compared to competitive solutions, the IDTF1162 improves IM3 distortion by 18 dB while simultaneously reducing power consumption by 40 percent (1150 mW typical). These attributes ease heat-sinking requirements on the radio card and allow infrastructure vendors to utilize higher average frontend gain settings, which results in higher signal-to-noise ratio (SNR). Improved receiver SNR of up to 0.4 dB benefits cellular operators by expanding the coverage area and improving the available data rates to users on the periphery of the cell.





 
 
 
 
 
