No abstract

Networking products, is based on three technological pillars. First, dense wavelength division multiplexing (DWDM) allows many different independently modulated wavelengths (colors) of light to be carried together on a single optical fiber. Depending upon technology, a fiber can have 32 to 160 different wavelengths, each carrying between 10 and 40 billion bits per second. The second pillar is broadband optical amplification, which allows many wavelengths to be amplified simultaneously without requiring electrical regeneration. The third and most recent pillar is wavelength-granularity optical switching. With such switching, an optical

In order to meet demanding performance objectives in Long TermLong Term Evolution standard. Through its E-UTRAN, LTE is expected to substantially improve end-user throughputs and sector capacity and reduce user plane latency, bringing significantly improved user experience with full mobility.

multiple sensors, and a large touch-sensitive specialized display. At the same time, mobile terminals have a small form factor, which puts limitations on the size and shape of the battery. Even though current mobile

No abstract