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According to a foreign website reported on March 11, Intel and its multiple partners said that they will join forces in the second half of this year to jointly promote 800Gbps 64-core optical fiber cables, which will make supercomputers and cloud data centers enjoy the feeling
of "flying".
of "flying".
The new cable is mainly based on Intel's Silicon Photonics technology, and each core has a bandwidth of 25Gbps
.
Last year, Intel demonstrated a bidirectional 100Gbps cable, using this kind of core (8 cores × 25Gbps / core).
The new connector developed by the company, called "MXC", aggregates 64 cores (bidirectional × 32 groups) integrated into one - it can be used for bidirectional 800Gbps, unidirectional 1.
6Tbps data transmission
.
.
Last year, Intel demonstrated a bidirectional 100Gbps cable, using this kind of core (8 cores × 25Gbps / core).
The new connector developed by the company, called "MXC", aggregates 64 cores (bidirectional × 32 groups) integrated into one - it can be used for bidirectional 800Gbps, unidirectional 1.
6Tbps data transmission
.
This is a qualitative leap from the 10Gbps bandwidth network of the past, and fiber optic technology has left the record of copper transmission far behind with its 800Gbps transmission rate and 300 meter transmission distance
.
Intel's director of the Photonic Technology Lab also predicts that eventually, the bandwidth of each core can be doubled to 50Gbps
without adding new cables.
.
Intel's director of the Photonic Technology Lab also predicts that eventually, the bandwidth of each core can be doubled to 50Gbps
without adding new cables.
To support silicon photoelectric transmission technology, Intel partnered with Corning to develop this new cable, which works by converting electrical signals into optical signals, which can be converted
in both directions.
In addition, Intel is working with US Conec to develop an 800Gbps bandwidth project
.
The three companies disclosed their plans
to start selling MXC fiber optic modules on March 11.
US Conec has set up MXC's certification process to help other companies sell
.
Corning has demonstrated samples of this module, which will begin production
in the third quarter of 2014.
However, they declined to disclose the price of
fiber optics and connectors.
in both directions.
In addition, Intel is working with US Conec to develop an 800Gbps bandwidth project
.
The three companies disclosed their plans
to start selling MXC fiber optic modules on March 11.
US Conec has set up MXC's certification process to help other companies sell
.
Corning has demonstrated samples of this module, which will begin production
in the third quarter of 2014.
However, they declined to disclose the price of
fiber optics and connectors.
In the long term, Intel wants to apply silicon photonics technology to framed servers, so that servers can more efficiently separate and exchange resources such as CPU, storage, power, and networking to individual users
.
At the same time, in September, Intel will also show its new framework structure called "RSA", which intends to optimize performance and effectively reduce costs
when people use MXC fiber optic components and silicon photonics technology.
.
At the same time, in September, Intel will also show its new framework structure called "RSA", which intends to optimize performance and effectively reduce costs
when people use MXC fiber optic components and silicon photonics technology.
According to a foreign website reported on March 11, Intel and its multiple partners said that they will join forces in the second half of this year to jointly promote 800Gbps 64-core optical fiber cables, which will make supercomputers and cloud data centers enjoy the feeling
of "flying".
of "flying".
The new cable is mainly based on Intel's Silicon Photonics technology, and each core has a bandwidth of 25Gbps
.
Last year, Intel demonstrated a bidirectional 100Gbps cable, using this kind of core (8 cores × 25Gbps / core).
The new connector developed by the company, called "MXC", aggregates 64 cores (bidirectional × 32 groups) integrated into one - it can be used for bidirectional 800Gbps, unidirectional 1.
6Tbps data transmission
.
.
Last year, Intel demonstrated a bidirectional 100Gbps cable, using this kind of core (8 cores × 25Gbps / core).
The new connector developed by the company, called "MXC", aggregates 64 cores (bidirectional × 32 groups) integrated into one - it can be used for bidirectional 800Gbps, unidirectional 1.
6Tbps data transmission
.
This is a qualitative leap from the 10Gbps bandwidth network of the past, and fiber optic technology has left the record of copper transmission far behind with its 800Gbps transmission rate and 300 meter transmission distance
.
Intel's director of the Photonic Technology Lab also predicts that eventually, the bandwidth of each core can be doubled to 50Gbps
without adding new cables.
.
Intel's director of the Photonic Technology Lab also predicts that eventually, the bandwidth of each core can be doubled to 50Gbps
without adding new cables.
To support silicon photoelectric transmission technology, Intel partnered with Corning to develop this new cable, which works by converting electrical signals into optical signals, which can be converted
in both directions.
In addition, Intel is working with US Conec to develop an 800Gbps bandwidth project
.
The three companies disclosed their plans
to start selling MXC fiber optic modules on March 11.
US Conec has set up MXC's certification process to help other companies sell
.
Corning has demonstrated samples of this module, which will begin production
in the third quarter of 2014.
However, they declined to disclose the price of
fiber optics and connectors.
in both directions.
In addition, Intel is working with US Conec to develop an 800Gbps bandwidth project
.
The three companies disclosed their plans
to start selling MXC fiber optic modules on March 11.
US Conec has set up MXC's certification process to help other companies sell
.
Corning has demonstrated samples of this module, which will begin production
in the third quarter of 2014.
However, they declined to disclose the price of
fiber optics and connectors.
In the long term, Intel wants to apply silicon photonics technology to framed servers, so that servers can more efficiently separate and exchange resources such as CPU, storage, power, and networking to individual users
.
At the same time, in September, Intel will also show its new framework structure called "RSA", which intends to optimize performance and effectively reduce costs
when people use MXC fiber optic components and silicon photonics technology.
.
At the same time, in September, Intel will also show its new framework structure called "RSA", which intends to optimize performance and effectively reduce costs
when people use MXC fiber optic components and silicon photonics technology.
