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Power connectors can become a point of failure if exposed to any of several detrimental conditions. Most of these conditions are monitored and/or well controlled by the datacenter.
Nearly 10 years in the making, widespread 5G adoption is unlocking new opportunities in decades- and even centuries-old industries.
TE Connectivity (TE) delivers cabled backplane products that provide maximum flexibility and throughput with exceptional signal integrity.
TE Connectivity (TE) CTO & VP Erin Byrne discusses her perspectives on Cloud Computing and megatrends influencing design architecture.
Join Nathan Tracy, Technologist for System Architecture as he hosts a distinguished panel of experts from TE Connectivity to discuss next generation data centers.
Justin Pickel demonstrates the new STRADA Whisper Absolute orthogonal link with 112 Gbps PAM4 electrical signaling running over a +30dB channel with crosstalk aggressors
The 800G QSFP-DD active copper cable (ACC) demonstrates the latest in TE’s bulk cable and termination technology.
TE uses a standardized CEM connector interface, defined within the PCI-SIG standard, in tandem with a Sliver 4C+ host connector.
TE has developed socket technologies to allow contact pitches down to 0.40mm while delivering excellent signal integrity performance.
Using the same standards when building data centers makes installation and repairs easier for engineers and more efficient and cost-effective – in the long run – for owners.
TE’s CDFP technology connects computing appliance resources within applications such as Artificial Intelligence/Machine Learning and NVMe-based storage applications.
TE’s fifth generation of double data rate, dual inline memory module (DDR5) sockets include surface mount technology and can address the higher data rates needed for today’s memory module applications
Demand for increased computing power is driving higher-power data racks and more efficient data centers.
The data center’s infrastructure can be the key to enabling the IT architecture’s functionality since most of its content is passed through or sourced by the IT architecture.