Quantum computing is the next frontier of computation, representing a significant shift in computing performance capabilities. As quantum computing becomes more prevalent in research, it will be saving years of development time and a substantial amount of money in engineering design. The performance capabilities inherent in quantum computing require robust RF interconnects and cable assemblies to transport data to and from the quantum computer reliably.
What Is Quantum Computing?
Quantum computing represents the next great shift in computing abilities, and has a place in a growing number of applications.
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The Difference Between Classical and Quantum Computing
The main difference between Classical and Quantum Computing lies in the method and speed with which computations are performed.
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Types of Quantum Computing Technology
With the increased use of quantum computing comes the rise in related technologies.
Learn More Related ProductsLooking to learn more about how coaxial cable assemblies fit into quantum computing?
Applications
Resources
Frequency Matters Podcast: Quantum Computing with Dave Slack
Interview with Microwave Journal on quantum computing
Optimizing Microwave Signal Transmissions In Extreme Cryogenic Environments
Choosing the optimum cable for use in cryo cooled amplifier applications
Outside the Box Solutions for Inside-the-box Applications: Webinar Summary
Accommodating higher RF system frequencies for inside-the-box applications
Understanding the Complex RF Interconnect Requirements for Quantum Computing Technologies
Quantum computing is the next frontier of computation
Understanding the Complex RF Interconnect Requirements to Ensure the Highest Performance for Rapidly Advancing Quantum Computing Technologies
Quantum computing signifies a major shift in computing performance capabilities
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RF Coaxial Lines at Room Temperature
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The M8 family of multiport interconnect solutions have been the go-to system for a wide range of platforms worldwide.
Bundled Solutions
The TMQ4 and TMQ5 bundled coaxial cable solution reduces individual connections while creating a rugged solution.
MaxGain Assemblies
MaxGain® are ultra-low loss, flexible, fully tested microwave custom cable assemblies.
SFT Assemblies
StripFlex assemblies have a three-layer shielding system to protect the dielectric.
TF-047
TF-047 is a versatile micro-coaxial cable ideal for high-density applications.
Instabend
InstaBend® are flexible, coaxial microwave assemblies designed for interconnects between RF circuit cards, modules and enclosure panels.
PhaseTrack Assemblies
PhaseTrack® cable assemblies are designed for applications demanding minimal phase change over temperature.
SFT Assemblies
StripFlex assemblies have a three-layer shielding system to protect the dielectric.
TF-047
TF-047 is a versatile micro-coaxial cable ideal for high-density applications.
RF Cable Assemblies for Qubit Steering and Data Extraction
TF-047
TF-047 is a versatile micro-coaxial cable ideal for high-density applications.
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