ASOCS’ CYRUS 2.0 Delivers Flexible 4G/5G Indoor and Macro vRAN
Power Management - Dynamic Receive Side to Increase Sleep State Residency Solution Brief
Last Updated: Feb 26, 2024
Intel provides several CPU power management features that help Communication Service Providers (CoSP) to save their energy consumption when the cores of a processor are not in use. This guide describes one such technology called C-states and how it helps to mitigate the waking of many cores from sleep states when network traffic arrives and optimizes power consumption.
Categories
Categories - Hardware Platforms
Categories - Integrated Solutions
Categories - Test Tools and Reporting Software
Intel Technologies and Platforms - 3rd gen Intel Xeon Scalable processor
Intel Technologies and Platforms - 3rd generation Intel Xeon D Processor Family
Intel Technologies and Platforms - 4th gen Intel Xeon Scalable processor
Intel Technologies and Platforms - 4th generation Intel Xeon D Processor Family
Intel Technologies and Platforms - 5th generation Intel Xeon Scalable Processors
Network Location - Core Network
Network Location - Data Center
Network Location - Device Edge
Network Location - Hybrid Cloud
Network Location - On Premises
Network Location - Radio Access Network (RAN)
Network Technologies - 4G and 3G
Network Technologies - 5G
Network Technologies - AI and Automation
Network Technologies - Cloud Native/NFV
Network Technologies - Containers/Kubernetes
Network Technologies - Content Optimization
Network Technologies - Data Analytics
Network Technologies - Multi-Access Edge Computing (MEC)
Network Technologies - Network Edge
Network Technologies - Network Security
Network Technologies - Next Generation Central Office (NGCO)
Network Technologies - OSS/BSS
Network Technologies - SD-WAN/uCPE
Network Technologies - SDN
Network Technologies - Visual Cloud
Network Technologies - vRAN
Optimizations - DPDK
Optimizations - Intel Smart Edge
Optimizations - Intel Smart Edge Open
Optimizations - OVS-DPDK
Orchestration and Network Management - BSS/OSS, EMS/NMS
Orchestration and Network Management - SDN Controller
Orchestration and Network Management - Virtualized Infrastructure Manager (VIM)
System Integrators - System Integrators
Verticals/Industries - Automotive
Verticals/Industries - Cloud Service Providers
Verticals/Industries - Enterprise
Verticals/Industries - Financial Services
Verticals/Industries - Government
Verticals/Industries - Hospitality
Verticals/Industries - Industrial
Verticals/Industries - Manufacturing
Verticals/Industries - Media and Entertainment
Verticals/Industries - Medical and Healthcare
Verticals/Industries - Retail
Verticals/Industries - System Integration
Verticals/Industries - Telecommunications
Verticals/Industries - Transportation
VNFS and CNFs - Application Delivery Controller (ADC)
VNFS and CNFs - Broadband Remote Access Server (BRAS)
VNFS and CNFs - Content Delivery Networks (CDN)
VNFS and CNFs - IP Multimedia Subsystems (IMS)
VNFS and CNFs - Load Balancer (LB)
VNFS and CNFs - Session Border Controller (SBC)
VNFS and CNFs - Virtualized Evolved Packet Core (vEPC)
VNFS and CNFs - Virtualized Radio Access Network (vRAN)
VNFS and CNFs - Wide Area Network (WAN) Optimization
Workloads and Use cases - Artificial Intelligence (AI)
Workloads and Use cases - Augmented/Virtual Reality (AR/VR)
Workloads and Use cases - Cloud Gaming
Workloads and Use cases - Computer Vision
Workloads and Use cases - Connected Cars
Workloads and Use cases - Content Distribution (CDN)
Workloads and Use cases - Emergency Response
Workloads and Use cases - Media Analytics
Workloads and Use cases - SD-WAN and uCPE
Workloads and Use cases - Secure Access Service Edge (SASE)
Workloads and Use cases - Security
Workloads and Use cases - Smart Cities
Workloads and Use cases - Smart Factory
Workloads and Use cases - Smart Retail
Workloads and Use cases - Storage as a Service (SaaS)
Workloads and Use cases - Video Surveillance
Workloads and Use cases - Virtualized Small Cell Gateway
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