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| Malaysia Network Interconnectivity |
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| Jaring Main Backbone (OC-48): Super Jaring* |
| TMnet (OC-3) |
| Others: MaxisNet, TimeNet, NTT |
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| Canada Network Interconnectivity |
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| Our Canadian data centre maintains a world-class high bandwidth fibre optic network with physical routes to Calgary and Vancouver over diverse connections. Our network partners provide the fiber connections we use to create superior network reliability and performance for our clients. |
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| Shaw Big Pipe - Show Big Pipe's network consists of a redundant two-fiber route backbone transecting Canada and the United States and connected to numerous intra-city and global fiber-networks. |
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| Level 3 Communications - Level 3 is an international commucaitions and information services company and is headquatered in Broomfield, Colorado. The company operates one of the largest communications and Internet backbones in the world. |
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| Fibrenet Telecom Group - FibreNet's integrated colocation facilities and diverse transport routes in the two gateway markets of New York/ New Jersey and Los Angeles provide comprehensive broadband connectivity for data, voice and video transmissions. The customized infrastructure provides advanced, high bandwidth, fiber-optic solutions to support the demand for network capacity and to facilitate the interconnection of multiple carriers' and customers' networks. |
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| Qwest - Qwest's broadband network, designed with the latest advances in network technology for speed and efficiency, spans more than 156,000 route miles globally, enabling new products and services that benefit businesses and consumers worldwide. Qwest's industry-leading network reaches the last mile throughout 14 states. |
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| MCI/ WorldComm - MCI owns, operates, monitors and maintains one of the largest communications networks in the world. MCI's network facilities are throughout North America, Latin America, Europe, Africa, and the Asia-Pacific region, in more than 140 countries and over 2,800 cities. |
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| Group Telecom a Bell network - The Group Telecom network design uses advanced optical technologies to reduce complexity and cost while enhancing reliability. The network is based on Dense Wave Division Multiplexing ("DWDM") and intelligent optical switching technology. |
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