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Enterprise Technology Terminology: C

556 results · page 1 of 28

  • Cabinet Density

    Cabinet density is the power load per data center rack, usually measured in kilowatts per cabinet, and matters because it governs power delivery, cooling design, layout planning, and cost and capacity decisions for enterprise and colocation environments.

  • Cable Management

    Cable management is the planned organization, routing, support, and labeling of power and data cables in enterprise and data center environments, used to maintain performance, safety, compliance, and maintainability of IT, networking, and facility infrastructure over time.

  • Cable Management System

    Cable management system is a structured set of pathways, supports, and accessories that route and protect power and communications cabling, enabling compliant installation, maintainability, and safety in data centers, commercial buildings, and industrial environments for long-term IT and facility operations.

  • Cabling Plant

    Cabling plant is the complete physical cabling and related hardware that carry data, voice, and control signals across enterprise sites, forming the foundational layer for networks, data centers, and building systems and affecting performance, reliability, security, and long-term manageability.

  • Cache Coherency

    Cache coherency is the property of a shared-memory system that maintains consistent values for data stored in multiple processor caches that reference the same memory locations, which matters for correctness, scalability, and performance of enterprise multi-core and multi-socket workloads.

  • Cache Coherency Protocol

    Cache coherency protocol is a hardware-level mechanism that maintains a consistent view of shared data across caches in multicore and multiprocessor systems, which matters for enterprise architects because it constrains scalability, latency behavior, and efficiency of shared-memory workloads on server platforms.

  • Cache Invalidation

    Cache invalidation is the process of expiring or removing cached data so systems fetch updated information from the authoritative source. It matters in enterprises because it supports data consistency, application correctness, performance objectives, and reliability requirements across distributed and cached architectures.

  • Caching

    Caching is a technique that stores frequently accessed data or results in a faster-access layer to reduce latency and back-end load in enterprise systems, supporting performance, scalability, and reliability objectives for applications, data platforms, and networked services.

  • Calculated Field

    Calculated field is a derived data element defined by an expression over existing fields and evaluated at query or render time. It matters in enterprise environments because it centralizes business logic for metrics and attributes in governed, reusable data models and reports.

  • Calibration Curve

    Calibration curve is a graphical representation that links known reference values to measured or predicted outputs, used in enterprises to evaluate and correct measurement systems and probabilistic models for reliable decision-making, compliance, and model risk management.

  • California Consumer Privacy Act

    California Consumer Privacy Act is a California state privacy law that grants residents defined rights over their personal information and imposes data collection, disclosure, and sale obligations on certain for-profit businesses, requiring governance, transparency, and consumer rights management across enterprise data environments.

  • California Privacy Rights Act

    California Privacy Rights Act is a California data privacy law that amends the California Consumer Privacy Act, creating additional consumer rights, business obligations, and an enforcement agency for personal information, which enterprises must address in governance, architecture, and operations.

  • Call Processing Server

    Call processing server is a telephony and unified communications control component that manages signaling, routing, and state for voice and multimedia calls, enabling enterprises and service providers to administer dial plans, features, interoperability, and policy enforcement across real-time communications environments.

  • Campus Fabric

    Campus fabric is an enterprise campus network architecture that uses a fabric-based topology and overlays to virtualize connectivity, unify wired and wireless access, and enforce consistent segmentation and policy, supporting scalable operations across buildings, sites, and diverse user and device populations.

  • Campus NaaS

    Campus Network-as-a-Service (Campus NaaS) is a subscription delivery model for enterprise campus wired and wireless connectivity, where a provider supplies and operates the network platform while the customer consumes access and related services with defined service levels and recurring fees.

  • Canary Deployment

    Canary deployment is a software release strategy that exposes a new version to a small subset of production users or systems, enabling monitored, incremental rollout that supports controlled risk, rollback decisions, and alignment with enterprise reliability and change management practices.

  • Canary Release

    Canary release is a deployment strategy that routes a small portion of production traffic to a new software version while monitoring reliability and performance, enabling controlled progression or rollback so enterprises can introduce changes while maintaining service-level and operational objectives.

  • Capacity Automation

    Capacity automation is the software-controlled management of compute, storage, and network capacity that uses telemetry, policies, and automated actions to align resources with workload demand and service-level objectives in enterprise data center, cloud, and hybrid environments.

  • Capacity-Based Scheduling

    Capacity-based scheduling is a production and operations planning method that sequences and allocates work according to actual resource capacity limits, enabling enterprises to create feasible schedules, support reliable order commitments, and align production activities with constrained machines, labor, and equipment.

  • Capacity Expansion Module

    Capacity expansion module is a hardware or software component that extends an existing system’s compute, storage, or network capacity within the same platform, enabling enterprises to scale resources in phases while maintaining current architectures, tools, and operational practices.