A desktop simulated network evaluation conducted by Infinera for Telstra demonstrated a maximum single fiber capacity of 83.6 Tbps using its ICE7 and Super C+L technology.
The desktop evaluations were conducted on two simulated links − the 1,240-km link between Melbourne and Sydney and the 3,937-km link between Perth and Sydney − achieving a fiber capacity of 83.6 Tbps and 57.6 Tbps, respectively.
The simulated evaluation was performed using Infinera’s GX Series Compact Modular Platform equipped with ICE7, Infinera’s latest generation of coherent optical technology, and Infinera’s Super C- + Super L-enabled next generation optical line system coupled with Corning’s SMF-28 ULL fibre characteristics. This enhancement substantially increases data transmission rates and overall network capacity by using fibre assets more efficiently. Specifically, integrating these technologies into the simulated Melbourne to Sydney route demonstrates a capacity increase of approximately 53% compared to the current fibre and line system performance.
Telstra InfraCo’s intercity network will boost its national fibre network with new fibre paths across the country. The new fibre paths are designed to boost capacity and speed between cities, regions, and remote communities, serving hyper scalers, service providers, and government entities.
“The simulated network modelling using Infinera’s ICE7 on Corning’s SMF-28 ULL fibre shows that this major fibre digital infrastructure deployment positions Telstra InfraCo at the forefront of the telecommunications industry, equipped to provide cutting-edge, market-leading services to our customers now and into the future,” said Kathryn Jones, National Infrastructure Projects Executive at Telstra InfraCo.
“This new simulated benchmark on Telstra InfraCo’s intercity network marks a significant technology milestone for Infinera, underscoring the power of ICE7 and Super C+L technology in a real-world networking environment,” said Ron Johnson, SVP and General Manager of Optical Systems and Global Engineering at Infinera. “The simulated results demonstrated unmatched fibre capacity and long-haul efficiency.”
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