Enterprise Technology Terminology: C

556 results · page 23 of 28

• Control Plane

  Control plane is the management and decision-making layer in networks, cloud platforms, and software-defined infrastructure that configures behavior, enforces policies, and coordinates lifecycle operations for underlying data-processing components, providing centralized governance and automation for enterprise-scale systems and services.

• Control Plane Automation

  Control plane automation is the programmatic management of control plane functions and policies across networks, clouds, and distributed systems, enabling consistent configuration, governance, and change management at scale for routing, access, segmentation, and service resiliency in enterprise environments.

• Converged Access Fabric

  Converged access fabric is an enterprise network architecture pattern that unifies wired, wireless, and sometimes remote user access under a single policy, control, and automation framework on shared infrastructure, enabling consistent security, segmentation, and operations across campus and branch environments.

• Converged Access Network

  Converged access network is a communications architecture in which fixed, mobile, and other access services use a shared infrastructure and control plane. It matters to enterprises because it affects connectivity design, policy enforcement, service quality, and how providers deliver bundled services.

• Converged Core Network

  Converged core network is a telecom core architecture that supports multiple mobile and fixed access technologies through one unified packet core. It matters because it enables operators to consolidate control, policy, and charging while providing enterprises consistent connectivity and service behavior.

• Converged HPC-Quantum Platform

  Converged HPC-Quantum Platform is an integrated environment that unifies high-performance computing and quantum systems so enterprises can run hybrid classical-quantum workloads under common orchestration, security, and operations, aligning quantum experimentation with existing HPC infrastructure and governance practices.

• Converged Infrastructure

  Converged infrastructure is a preengineered data center system that combines compute, storage, networking, and virtualization into an integrated platform managed as a whole, which enterprises use to standardize infrastructure stacks and simplify deployment and operations in virtualized environments.

• Converged Network Adapter

  Converged network adapter is a host interface card that combines Ethernet networking and storage networking on one physical port, allowing enterprises to carry IP and storage traffic over a unified Ethernet fabric to reduce cabling, ports, and connectivity complexity.

• Converged Routing

  Converged routing is a coordinated routing approach that unifies path selection and policy control across multiple network layers or domains, such as IP, MPLS, and optical transport, to provide consistent service behavior and more efficient use of shared infrastructure in enterprise and service provider environments.

• Converged Storage

  Converged storage is an enterprise storage architecture that combines compute, storage, and networking components into a single integrated platform, enabling unified management of shared storage services for virtualized environments, private clouds, and standardized data center infrastructure deployments.

• Conversational Agent Framework

  Conversational agent framework is a software environment that provides reusable components and tools to build, deploy, and manage conversational agents and chatbots in enterprises, supporting standardized interaction logic, integrations, governance, and monitoring across multiple channels and business domains.

• Conversational AI

  Conversational AI is a class of artificial intelligence systems that enable machines to conduct text or voice interactions in natural language, used in enterprises for virtual assistants, customer support, and automated interfaces to back-end business systems and data.

• Convolutional Neural Network

  Convolutional neural network is a deep learning model architecture that uses convolutional layers to learn hierarchical features from grid-like data, especially images, and supports enterprise workloads such as computer vision, inspection, diagnostics support, biometrics, document analysis, and video analytics.

• Coolant Distribution Unit

  Coolant distribution unit is a cooling subsystem that manages the flow, temperature, and pressure of liquid coolant between a central plant and downstream equipment, enabling controlled liquid cooling for data centers, high-performance computing, and industrial environments in coordination with facility infrastructure.

• Coolant Pump

  Coolant pump is a device that circulates liquid coolant through engines, data center cooling loops, and industrial thermal systems to remove heat and maintain specified operating temperatures, which supports equipment reliability, energy efficiency objectives, and compliance with engineering and regulatory requirements.

• Coolant Supply Temperature

  Coolant supply temperature is the measured temperature of cooling fluid delivered to equipment or heat exchangers, used by enterprises to manage heat removal, energy consumption, and reliability in data centers, industrial systems, and building HVAC and liquid cooling architectures.

• Cooling Distribution Network

  Cooling distribution network is the system of pipes, pumps, valves, and controls that circulates chilled water or other cooling media from central plants to cooling equipment in facilities, affecting energy use, reliability, and temperature stability in enterprise environments.

• Cooling Energy Ratio

  Cooling Energy Ratio (CER) is an energy performance metric that compares the cooling energy delivered by a system to the total energy it consumes. Enterprises use CER to evaluate cooling efficiency, support procurement decisions, and quantify operational energy performance.

• Cooling Integrity

  Cooling integrity is a data center engineering concept that describes how reliably cooling and airflow systems maintain specified temperature and humidity at IT equipment inlets, which supports hardware reliability, capacity planning, and energy optimization in enterprise computing environments.

• Cooling Load Model

  Cooling load model is a mathematical representation of building heat gains and losses used to determine required cooling capacity for HVAC systems, enabling accurate equipment sizing, energy analysis, and compliance with building performance and code requirements in enterprise environments.