In artificial intelligence (AI), increasingly complex algorithms, larger datasets, and process-intensive workloads lend to an insatiable demand for compute, memory, and storage, as well as higher-bandwidth, lower-latency communication between these components.
Digital beamforming, which uses a large number of elements in antenna arrays, is the core technology driving advanced...
As 5G networking transforms the telecommunications industry and next-generation 6G is close at
hand, the need for increased bandwidth (BW) across wireless and wired infrastructure components
has become obvious.
Disaggregated architectures are shifting the paradigm of innovation by enabling resource composability for more efficient utilization in Cloud, AI, and high performance computing.
Justin Hotard, EVP and General Manager of HPC and AI at Hewlett Packard Enterprise, and Charles...
This technical paper aims to give an outlook of future advanced antenna systems for 5G and 6G wireless networks. The trend to increase the peak data rate and to reduce latency and power consumption will continue in the future.
A key barrier to unlocking future system performance is overcoming the bandwidth bottlenecks that limit...
This technical brief examines the evolution of optical communications in computing systems and the transition to...
Ayar Labs demonstrates the industry’s first continuous wave, CW-WDM MSA compliant, 8 wavelength, 8 port optical source...
An explosion in demand for more compute capacity for high-performance computing (HPC) and artificial intelligence (AI)...
Disaggregated architectures decoupling memory from processors and accelerators allow for more flexible and...
Ayar Labs demonstrates the industry’s first Terabit per second Wavelength Division Multiplexing (WDM) optical link...