Skip to main content

Why FTTH Makes More Sense Than xDSL

More than just showing the very best of today�s HD content and technology, the IBC2006 show will be offering a glimpse of the future. Super-duper eye-poping TV resolution; OK those are my words, not theirs.

'Ultra High Definition' has been developed by Japanese broadcaster NHK in conjunction with the Victor Company of Japan (JVC), Keisoku Giken, Astrodesign, Ikegame Tsuchinki, Fujinon and Micron Technology. It offers simply astounding resolution -- 7680 x 4320 pixels at 60 progressive frames a second, plus 22.2 channel audio which offers genuinely 3D immersive sound.

No matter how much the semiconductor manufacturers tweak their DSL chip sets, it now appears that this latest development means that we've probably reached the limit of what we can compress through a pair of twisted copper wires.

A special theatre will be built in the show's Park Foyer with a 300 inch screen, showing a nature documentary, sports, the arts and entertainment. They also hope to have a live digital camera. Note, this will be the first time that Ultra High Definition has been seen in Europe (or anywhere else, other than Japan).

Popular posts from this blog

Securing the Future of Cellular IoT Apps

The Internet of Things (IoT) continues to expand. According to the latest worldwide market study by Juniper Research, they forecast a 90 percent growth in cellular IoT devices by 2028, with the global number reaching 6.5 billion. This exponential rise presents both exciting opportunities and significant challenges. While the growth of cellular IoT unlocks a vast potential for innovation in smart cities, industrial automation, and remote monitoring, it also requires device management and security advancements. Cellular IoT Market Development Juniper's research highlights the critical role of intelligent infrastructure management solutions. These platforms will empower the users to automate critical tasks such as device configuration, real-time security management, and optimized wireless connectivity. The surge in cellular data usage, projected to reach 46 petabytes by 2028 compared to 21 petabytes today, further underscores the need for automation. This is where federated learning i