Networking

CCIE Enterprise Training

Want to Become an expert in wireless networking? Join CCIE Enterprise Wireless training. Gain skills necessary to troubleshoot wireless networks.

Radio Frequency StandardsEnterprise Wired CampusEnterprise Wireless Network

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THE COURSE AT A GLANCE

About this course.

With software, infrastructure and networking becoming more and more interconnected every day, the need to perform automation in wireless technologies has increased exponentially. By taking the CCIE enterprise wireless course, you can add specialist-level wireless automation skills to your resume.

Focusing on hands-on training, the course covers the core technologies involved in planning, designing, operating and optimizing complex enterprise wireless networks.

The CCIE enterprise wireless course will help you become a Wireless Network Engineer/Network Security Engineer – Wireless. You can then lead large-sized teams and become a successful enterprise networking professional.

Skills you’ll develop.

Architecture
Virtualization
Infrastructure
Network Assurance
Security

Automation
Radio Frequency Standards
Enterprise Wired Campus
Enterprise Wireless Network
Wireless Security and Identity Management

EXPLORE THE SYLLABUS

Built around the skills you need.

Explore each area of the curriculum and the topics covered.

Radio Frequency Standards

IEEE 802.11 standards and protocols
RF Design / Site survey

Define the tasks/goals for a preliminary site survey
Conduct the site survey
Determine AP quantity, placement, and antenna type

Indoor and outdoor RF deployments

Coverage
Throughput
Voice
Location
1.3.e High Density / Very High Density

RF operational models
Radio resource management (Auto-RF, manual, hybrid, Flexible Radio Assignment, TPC and DCA, CHD)
Channel use (Co-channel, radar, non-WiFi interference, Dynamic Bandwidth Selection)
Power level, overlap
RF profiles
Data rates
RX-SOP
Clean Air and EDRRM
Air Time Fairness (ATF)

Enterprise Wired Campus

Layer 2 technologies to support wireless deployments VLANs, STP, Ether-channel, CDP and LLDP
Data/Control plane technologies to support an SD-Access wireless deployment VXLAN, LISP, and VRFs
AP powering options
IPv4 and IPv6 connectivity Subnetting, Static, and inter-VLAN routing
Multicast on the switching infrastructure PIM, Basic IGMP (including IGMP snooping) and MLD
QoS on the switching infrastructure MQC & MLS QoS
Services to support a wireless deployment DNS, DHCPv4 / DHCPv6, NTP, SNTP, SYSLOG and SNMP

Enterprise Wireless Network

WLC interfaces and ports
Lightweight APs
AP modes
AP Logging
AP CLI troubleshooting
AP level configuration settings
WLC discovery and AP join process
AP join profile
High availability, redundancy, and resilience
SSO
N+1, N+N
Patching and rolling upgrades for IOS-XE
ISSU
Wireless segmentation with profiles and groups
RF profiles
AP groups
Flex groups
Site tag
RF tag
Policy tag
Flex Connect and Office Extend
All controller deployment models
Mesh
WGB on IOS and on COS APs
Controller Mobility
L2/L3 roaming
Multicast optimization
Mobility group scaling
Inter-OS controller mobility
Mobility anchoring
Mobility encryption

Wireless Security and Identity Management

4Secure management access and control plane
Device administration with TACACS+/RADIUS
CPU ACLs
Management via wireless and dynamic interface
Password policies
AP authorization
Identity management

Basic PKI for dot1X and Web Auth
Internal and external identity sources
Identity PSK
Wireless security and Network access policies

Client authentication and authorization
Client profiling and provisioning
RADIUS attributes
CoA
ACLs
L2/L3 security
Certificates
Local policies
Guest management

Local web authentication
Central web authentication
Basic sponsor policy
Access Point switchport authentication

MAB
802.1X
NEAT
Switchport macros
Trust Sec for SD-Access Wireless

SGTs
SGACLs
Intrusion detection and prevention features
Rogue policies
MFP
Standards and custom signatures
Client exclusion policies
Switchport tracing

Wireless Business application and services

QoS policies

QoS profiles
EDCA
WMM
Bi-Directional Rate Limiting
Admission control
QoS maps
Fast Lane
AVC and NetFlow

Client roaming optimization

Band Select
Load Balancing
802.11r and Adaptive Fast Transition
802.11k/v
Wireless Multicast

Multicast modes in the controllers
Multicast snooping
Multicast direct
Multicast VLAN
mDNS

mDNS proxy
Service discovery (both classic deployment and Wide Area Bonjour)
Service filtering

Automation , Analytics , Assurance

Prime Infrastructure
Basic operations
Create and deploy templates
Operate maps
Import infrastructure devices
Audits
Client troubleshooting
Notification receivers
Reports
Monitoring policies
Prime Infrastructure jobs
WLAN Security management
Configure rogue management
Manage alarms and events
Cisco CMX/DNA Spaces

Management access
Network services
Analytics & Metrics
Location
Profiles
Engage
Operational Insights
API calls using python scripts
Cisco DNA Center

Wireless Automation
Day 0 – Provisioning
SWIM
Application policies
Security policies
Operate Maps
Assurance
Network health and WLC/AP 360
Client health and client 360
Application experience
Sensors
iPCAP and on demand captures
Network telemetry
SD Access
Fabric enabled wireless
SDA policy and segmentation

Module 1: Architecture

Enterprise Network

Understand design principles used in an enterprise network

Tier 2, Tier 3 planning
Fabric Capacity planning
High availability techniques (FHRP, SSO, Redundancy)
WLAN deployment

Analyze design principles of a WLAN deployment

Wireless deployment models
Location services in a WLAN design
Difference between on-premises & cloud infrastructure deployments

Cisco SD-WAN solutions

Explain the working principles of the Cisco SD-WAN solution

SD-WAN control plane elements
SD-WAN data plane elements
Traditional WAN
SD-WAN solutions

Cisco SD-Access solution

Explain the working principles of the Cisco SD-Access solution

SD-Access control plane element
SD-Access data plane elements
Interoperating SD-Access
Wireless QoS

Describe concepts of wired and wireless QoS

QoS components
QoS policy
Switching mechanisms

Differentiate hardware and software switching mechanisms

Process and CEF
MAC address table and TCAM
FIB vs. RIB

Module 2: Virtualization

Virtualization technologies

Describe device virtualization technologies.

Hypervisor type 1 and 2
Virtual machine
Virtual switching
Path Virtualization technologies

Configure and verify data path virtualization technologies

VRF
GRE Tunneling
IPsec Tunneling
Virtualization concepts

Describe network virtualization concepts

LISP
VXLAN

Module 3: Infrastructure

Layer 2

Learn to troubleshoot and configure the following.

Static and dynamic trunking protocols
Static and dynamic Ether Channels
Spanning Tree Protocols (RSTP and MST)
Layer 3

Learn routing concepts, configure and verify OSPF environments and eBGP.

Compare EIGRP and OSPF
Configure and verify multiple normal areas
Summarization
Filtering
Best path selection algorithm
Neighbor relationship
Wireless

Describe Layer 1 concepts, access point discovery and join process.

RF power, RSSI, SNR
AP modes
Antenna types
Interference noise
Band channels
Wireless client devices capabilities
Troubleshoot WLAN configuration
IP Services

Describe, configure and verify related protocols.

Network Time Protocol (NTP)
NAT/PAT
First hop redundancy protocols (HDRP & VRRP)
Multicast protocols (PIM & IGMP v2/v3)

Module 4: Network Assurance

Diagnose network problems using various tools.

Debugs, conditional debugs
Trace route
Ping, SNMP, Syslog
Configure and verify:
- SPAN/RSPAN/ERSPA
- IPSLA
- NETCONF & RESTCONF

Module 5: Security

Configure and verify device access control

Lines and password protection
Authentication and authorization using AAA
Configure and verify infrastructure security features

ACLs
CoPP
Describe REST API security

HTTPS methods
Configuration
Configure and verify wireless security feature

EAP
WebAuth
PSK
Describe components of network security design

Threat defense
Endpoint security
Next-generation firewall
TrustSec
MACsec
Network access control

Module 6: Automation

Basic Python components &. scripts
Construct JSON-encoded file
Data modeling language benefits (YANG)
APIs
Interpret REST API response code
Construct EEM applet
Compare agent vs. Agentless orchestration tools (Chef, Ansible, Puppet)

GO DEEPER

More about this course.

CCIE Eligibility

Graduation
Basic understanding of the IT industry
Cisco CCNP Certification
4-5 years of experience in developing and maintaining Wireless Networks

Everything you need to know about the CCIE Enterprise Wireless training

Are you searching for the best CCIE enterprise wireless training? You don’t need to look further than the CCIE enterprise wireless course provided by Network Kings. If you want to stand out from the crowd, don’t miss the opportunity to learn directly from top-notch Network Engineers.

Become a technical team leader by mastering the wireless technologies in the networking landscape with the CCIE enterprise wireless certification training. Learn to combine your technical skills with designing to get the best of both worlds. In fact, as quoted by recruiters, 71% of them say that certifications increase their confidence in a candidate applying for the job role.

Take your networking career to the next level with the CCIE enterprise wireless course.

What will you learn in the online CCIE enterprise wireless training program?

The following topics are covered in the CCIE enterprise wireless course:

What are the prerequisites for the online CCIE enterprise wireless course?

There are no formal pre-requirements for the CCIE enterprise wireless course. Yet, it is important to have the following:

Having a graduate degree in Computer Science, or related field.
Having a CCNP enterprise certification under your belt.
It is important to have 5-7 years of experience in planning, designing, optimizing, and operating enterprise wireless technologies and solutions.

What is the scope of CCIE enterprise wireless certification?

The scope of the CCIE enterprise wireless certification is quite promising and it has been discussed below:

Gain global recognition: The Cisco certifications have been recognized across the globe for more than 20 years now. When you gain the CCIE enterprise wireless certification, you get to prove your commitment to continuous growth in alignment with the current industry trends.
Become a team leader: The CCIE enterprise wireless course provides you with the highest level of recognition, the specialist level. You can then take up managerial roles of tackling large-sized technical teams in various business organizations.

Where can you prepare for the CCIE enterprise wireless exam?

Network Kings is an online learning platform that trains you hands-on through the world’s largest labs, including Packet Tracer and EVE-NG labs. The other significant benefits of enrolling at Network Kings are as follows:

The largest virtual labs in the world are available for round-the-clock practice.
Courses taught by top-notch instructors that cover all the abilities required for the field.
Both recorded and prior batches of sessions are available for free.
Interact with CCIE enterprise wireless professionals to clear doubts.
Individuals can test out the program for free during demo sessions.
Affordable Cisco CCIE courses that are applicable to the industry.
An online platform where you may track your academic progress will be available to you.
What are you still waiting for? Check out free career guidance here.

What are the job opportunities after the CCIE enterprise wireless course?

The various job opportunities available after the CCIE enterprise wireless course are as follows:

Wireless Network Engineer
Network Solutions Architect – Wireless
Wireless Network Consultant
Network Security Engineer – Wireless
Wireless Site Survey Engineer
WLAN (Wireless Local Area Network) Administrator
Network Infrastructure Manager – Wireless
Wireless Network Analyst
Wireless Network Operations Specialist
RF (Radio Frequency) Engineer
Wireless Network Planning Engineer
Mobility Solutions Engineer
Wireless Network Technician
Network Optimization Engineer – Wireless
Wireless Network Integration Specialist
Wireless Network Pre-Sales Engineer
Wireless Network Support Engineer
Wireless Network Project Manager
IoT (Internet of Things) Network Engineer
5G Network Engineer

LEARN THROUGH PRACTICE

Connect the concepts.
Put them to work.

Move from understanding a system to configuring, testing and improving it through guided practice.

Configure a network
Trace connections and practice working with devices and services.
Test what changes
Explore lab scenarios and inspect how configuration choices affect a system.
Build repeatable workflows
Explore Linux, scripting and automation in the relevant learning paths.

Explore the lab environments

Confirm the available labs and access period for your chosen course.

Illustration of a miniature switch, servers, cloud, security gateway and delivery modules connected in an infrastructure learning lab. — A connected view of networking, cloud, security and automation.

THE PEOPLE BEHIND THE LEARNING

Learn from top 1% engineers.

Meet instructors who bring networking, cloud and automation experience into the classroom.

Founder · Networking

Atul Sharma

12+ years in networking

Networking experience spanning Aricent, TCS, Apple and Juniper.

AWS cloud

Sanjay Sharma

20+ years of experience

Cloud mentor bringing extensive hands-on AWS experience to the classroom.

Linux & DevOps

Amit Bhatt

11+ years of experience

DevOps automation experience at CDAC, IBM and Integrated Solutions.

Industry experience. Practical explanations. A human connection.

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IN OUR LEARNERS’ WORDS

Success stories.

Tushar Hajarnis

Network L1

“Always thankful to Network Kings for their guidance and support.”

Shared with Network Kings

Aadil Hameed dar

Network Engineer L1

“Industry-expert trainers made networking easy to understand.”

Shared with Network Kings

YOUR GOALS. YOUR NEXT STEP.

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CCIE Enterprise Training