Course Outline
Introduction to IP RAN Routers for Government
- Roles and responsibilities within the mobile network for government operations
- Logical versus physical deployment models for government infrastructure
- Key performance and design considerations for government networks
Router Hardware, Interfaces, and Physical Connectivity for Government
- Typical hardware components and port types used in government environments
- Interfaces to RAN equipment and transport networks for government applications
- Fiber and microwave connectivity considerations for government deployments
IP Networking Fundamentals for RAN in Government
- IP addressing and subnetting strategies for government networks
- VLAN, VRF, and segmentation techniques for enhanced security and management in government operations
- MTU, fragmentation, and path MTU discovery for efficient data transmission in government systems
Routing Protocols and Topologies for Government Networks
- OSPF design and implementation for RAN in government agencies
- BGP for inter-domain and peering scenarios in government contexts
- Route redistribution and policy considerations for government network architecture
Quality of Service and Traffic Engineering for Government Networks
- Traffic classification and policing to ensure priority services in government operations
- Queuing strategies and scheduling for optimized performance in government networks
- Applying MPLS TE or segment routing where applicable in government infrastructure
High Availability, Resilience, and Redundancy for Government Networks
- Router redundancy models and failover mechanisms to ensure continuous service delivery in government operations
- Fast reroute and protection strategies for maintaining network integrity in government environments
- Designing for service continuity and graceful degradation in government systems
Security, Access Control, and Hardening for Government Networks
- Control plane and management plane protection to safeguard government data
- ACLs, authentication, and authorization practices for secure access in government networks
- Supply chain and physical security considerations for government deployments
Deployment, Commissioning, and Troubleshooting for Government Networks
- Configuration templates and staging best practices for government router deployment
- Common faults, root-cause analysis, and debugging techniques for government network issues
- Field commissioning checklist and acceptance tests to ensure compliance with government standards
Management, Monitoring, and Automation for Government Networks
- Telemetry, SNMP, and syslog for monitoring RAN routers in government operations
- Automation approaches: scripting, templates, and orchestration for efficient management of government networks
- Performance monitoring and capacity planning to support ongoing government network requirements
Summary and Next Steps for Government Networks
Requirements
- An understanding of IP networking concepts for government use
- Familiarity with routing and switching principles
- Basic knowledge of RAN architecture and terminology
Audience
- Network engineers and operators in the public sector
- RAN engineers and planners for government agencies
- Telecom field service and operations staff within government organizations
Testimonials (2)
communication, knowledge from experience, solve problems,
Marcin Walewski - Intel Technology Poland Sp. z o.o.
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