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In a world where connectivity is essential to our daily lives, BAI Communications designs, builds and operates communications infrastructure – cellular, Wi-Fi, broadcast, radio and IP networks – connecting communities around the world. Our state-of-the-art robust communications systems, governments and businesses can unlock new revenue streams and fast-track the commuter economy. In New York and Toronto, we enable more than 7 million* daily subway commuters to shop, share, stream, earn and learn through our cellular and Wi-Fi networks. In Hong Kong, commuters on the MTR collaborate, create and stay connected thanks to our trusted expertise in designing and delivering high-quality networks in confined and complex transport systems. In Australia, we own and operate one of the most extensive transmission networks in the world, delivering 59 million broadcasting hours to 99% of the population. In times of crisis, national broadcasters rely on us to maintain the connection with Australians – rain, hail or cyclone – and emergency services rely on us to help keep them informed. In the UK, with our global network of experts paired with local in-depth knowledge, we are working with industry leaders to explore the role of technology in the transport system of the future. BAI is in the position to create richer commuter experiences and smarter cities. BAI Communications - Bringing the connection to our world *December 2017. Source: Toronto Transit Commission and Metropolitan Transit Authority
los angeles music access is a Culver City, CA-based company in the Telecommunications sector.
Communication Devices Inc is a Clifton, NJ-based company in the Telecommunications sector.
Richland Towers is a Tampa, FL-based company in the Telecommunications sector.
NeoPhotonics is a leading provider of photonic integrated circuit-based modules, components and subsystems for use in optical communications networks. Our products, and those produced by our customers, are used by telecommunications and cable service providers to deploy advanced networks for video, voice and other data services at high data transmission rates and low costs. Our photonic integrated circuits (PICs) combine hundreds of photonic devices on one silicon substrate, thereby dramatically reducing cost and size and increasing reliability and power efficiency. We design and manufacture PICs using our planar lightwave technology and our micro-electrical-mechanical device (MEMS) technology, along with our nanoscale design, materials, fabrication and metrology. The NeoPhotonics™ PIC technology is a key enabler for meeting today`s optical communications market demands. Just as electronic integrated circuits displaced discrete electronic devices, dramatically reducing costs while increasing reliability, thus enabling the electronics revolution of recent decades, an analogous advance in photonics is gathering momentum using photonic integrated circuits. This photonics technology transformation similarly allows dramatic increases in functionality within component-level products.