Corning is a leader and innovator in low-loss optical fiber. Corning's fibers enable high-purity transmissions over long-haul networks at higher speeds and at a lower cost per bit.
Loss Matters
Loss Matters
Demonstrating Subsea Backhaul for 400 Tb/s Transatlantic Linear Transmission
Corning addresses trends in terrestrial and subsea networks with TXF® optical fiber and Vascade® EX2000 optical fiber.
Extended Capacity for Next-Generation Long-Haul Networks
Corning and Infinera demonstrate 55 Tb/s capable transmission equipment operating in C- and L- bands across 600 km of G.654.E compliant ultra-low-loss, large effective area fiber.
Tutorials and Videos
Bend Matters
Bend Matters
Corning® ClearCurve® fiber solutions can be stapled and bent around corners, enable faster and easier installation, and provide space savings and better aesthetics – all without sacrificing performance.
Corning® ClearCurve® fiber solutions can be stapled and bent around corners, enable faster and easier installation, and provide space savings and better aesthetics – all without sacrificing performance.
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Loss Matters
Loss Matters
Corning is a leader and innovator in low-loss optical fiber. Corning's fibers enable high-purity transmissions over long-haul networks at higher speeds and at a lower cost per bit.
Corning is a leader and innovator in low-loss optical fiber. Corning's fibers enable high-purity transmissions over long-haul networks at higher speeds and at a lower cost per bit.
Learn More
Innovation Matters
Innovation Matters
In 1970, three Corning scientists developed the world's first low-loss optical fiber. Meet the founders: Drs. Robert Maurer, Donald Keck, and Peter Shultz.
In 1970, three Corning scientists developed the world's first low-loss optical fiber. Meet the founders: Drs. Robert Maurer, Donald Keck, and Peter Shultz.
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Fiber Matters
Fiber Matters
In today’s world of global telecommunications, optical fiber is the core of connectivity, providing the medium through which networks instantaneously transmit voice, data, and video along a strand of glass that is stronger than steel yet thinner than a human hair.
In today’s world of global telecommunications, optical fiber is the core of connectivity, providing the medium through which networks instantaneously transmit voice, data, and video along a strand of glass that is stronger than steel yet thinner than a human hair.
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