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The flow of data is core to businesses all around the world – how much can be transmitted, and at what speed, is a fundamental aspect of IT systems ranging from cloud computing to the frontier of AI models.
In data centers, the tech sector is focused on reducing latency, improving bandwidth, and reducing energy consumption to improve AI performance and lower operating costs. But achieving these goals by shifting about current technology can only go so far.
Increasingly, firms are looking to cutting-edge technologies and approach such as all-photonics networks, which use photons for all processes including data transfer and storage, rather than electronic components. How close are we to achieving this technology? And how could it benefit every business.
In this episode, Rory is joined Chris Wright, SVP global engineering and CTO at Red Hat, to discuss the potential benefits of all-photonics networks and how they could upend current network architecture.
By ITPro5
11 ratings
The flow of data is core to businesses all around the world – how much can be transmitted, and at what speed, is a fundamental aspect of IT systems ranging from cloud computing to the frontier of AI models.
In data centers, the tech sector is focused on reducing latency, improving bandwidth, and reducing energy consumption to improve AI performance and lower operating costs. But achieving these goals by shifting about current technology can only go so far.
Increasingly, firms are looking to cutting-edge technologies and approach such as all-photonics networks, which use photons for all processes including data transfer and storage, rather than electronic components. How close are we to achieving this technology? And how could it benefit every business.
In this episode, Rory is joined Chris Wright, SVP global engineering and CTO at Red Hat, to discuss the potential benefits of all-photonics networks and how they could upend current network architecture.

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