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56Gbps In-System Interface Receiver

23.06.2014

Fujitsu Labs specialists have developed an intrasystem interface receive chain with a record throughput of 56 Gbps.

It was possible to increase the bandwidth due to a new architecture that compensates for signal degradation and allows you to increase the frequency. Unlike current 56Gb/s solutions such as 4X FDR InfiniBand, Fujitsu's development provides the specified throughput with a single receiver, while 4X FDR InfiniBand requires four 14Gb/s receivers in parallel. .

It is assumed that the new interface will connect the processors of servers and supercomputers of the next generation. This will increase the performance of systems that include a large number of processors.

For a wide range of consumers, it is important that the scope of the new interface is not limited to this. According to Fujitsu, it will also find application in consumer electronics devices.

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Global warming is accelerating the largest current in the Southern Ocean 04.12.2021

Scientists in the US and China have used data collected by Project Argo drifting buoys to determine what is causing the acceleration of the Southern Hemisphere's largest current, the Antarctic Circumpolar Current. It turned out that the main contribution to this process is not made by the wind, as previously thought, but by climate warming associated with human activity.

The Antarctic Circumpolar Current (ACC) is a cold surface oceanic current in the Southern Ocean. Scientists from the University of California at San Diego, Woods Hole Oceanographic Institute, the Chinese Academy of Sciences and the University of California at Riverside used satellite measurements collected by Argo's global network of drifting buoys to determine why the ADC has accelerated in recent years.

“Both observations and models, we can conclude that ocean temperature change is causing a significant acceleration of the ADC in the last decade,” says co-author Jia-Rui Shi. “This acceleration of the ADC, especially in its subantarctic part, contributes to the exchange heat and carbon between ocean basins".

The ADC surrounds Antarctica and separates cold water in the south from warmer subtropical water in the north. This warmer part of the Southern Ocean absorbs much of the heat created by human activities. It is critical to understand the dynamics of the ADC, as it can affect climate across the entire hemisphere.

The ADC is mainly driven by the wind. As the climate warms, westerly winds intensify. However, the results of the study showed that these changes do not accelerate the current, but only cause whirlpools directed against the main flow of water. The change in velocity is associated with the temperature difference on both sides of the current. When this gradient increases, the flow speeds up.

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