Ask for more dates, different delivery languages or different mode as needed and we will try to satisfy your needs.
| Language | Mode | Start Date |
|---|---|---|
| Italian | Virtual Class | 11.03.2024 |
| English | Virtual Class | 24.06.2024 |
| German | Virtual Class & Classroom | On request |
| French | Virtual Class & Classroom | On request |
The CCDE certification program equips you for advanced positions in network architecture and design, where responsibilities involve incorporating diverse networking components into a resilient, controllable, and scalable framework that caters to the continually expanding requirements of enterprises and clients. Recognized as one of the most esteemed certifications in the industry, CCDE sets you apart as an authority in crafting intricate network solutions.
Technology areas
- Enterprise
- Service Provider
Who should enroll
- Network Designer
- Network Architects
Training overview
Prerequisites
It is required, to have the following skills and knowledge before attending this course:
- CCIE Enterprise Infrastructure or equivalent knowledge
- CCIE Service Provider or equivalent knowledge
- Passed the Exam ENSLD 300-420 or equivalent knowledge
Outline
1.0 Business Strategy Design
- 1.1 Impact on network design, implementation, and optimization using various customer project management methodologies (for instance waterfall and agile)
- 1.2 Solutions based on business continuity and operational sustainability (for instance RPO,ROI, CAPEX/OPEX cost analysis, and risk/reward)
2.0 Control, data, management plane and operational design
- 2.1 End-to-end IP traffic flow in a feature-rich network
- 2.2 Data, control, and management plane technologies
- 2.3 Centralized, decentralized, or hybrid control plane
- 2.4 Automation/orchestration design, integration, and on-going support for networks (for instance interfacing with APIs, model-driven management, controller-based technologies, evolution to CI/CD framework)
2.5 Software-defined architecture and controller-based solution design (SD-WAN, overlay, underlay, and fabric)
3.0 Network Design
- 3.1 Resilient, scalable, and secure modular networks, covering both traditional and software-defined architectures, considering:
4.0 Service Design
- 4.1 Resilient, scalable, and secure modular network design based on constraints (for instance technical, operational, application, and business constraints) to support applications on the IP network (for instance voice, video, backups, data center replication, IoT, and storage)
- 4.2 Cloud/hybrid solutions based on business-critical operations
5.0 Security Design
- 5.1 Network security design and integration
