CCNP Enterprise 350-401 ENCOR v1.1
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CCNP ENCOR Training is the required Core Training for CCNP 350-401 ENCOR v1.1, Enterprise Certification and CCIE Enterprise Infrastructure Certification. It is the second step after entering Cisco Networking with CCNA. CCNP Enterprise (Cisco Certified Network Professional) is the the most close certification path to old CCNP Routing and Switching. Beside many similar parts, there are also some additional updated CCNP ENCOR lessons related with Enterprise Networks. In this course, we will cover all the required updated lessons one by one.
In CCNP Training, you will learn required Architecture, Virtualization, Infrastructure, Network Assurance, Security and Automation for Enterprise Networks.
After completing updated CCNP 350-401 ENCOR v1.1 Training, you can pass 350-401 ENCOR v1.1 Exam! After this step, you should also finish a Specialist Training of CCNP Enterprise. If you also pass one of the Specialist Exam, you will be CCNP (Cisco Certified Network Professional)!
What Will You Learn in CCNP ENCOR Training ? What are CCNP ENCOR lessons? We will cover all the lessons below in this training:
- Enterprise Network Design Principles,
- WLAN Design Principles,
- Cisco SD-WAN Solution,
- Cisco SD-Access solution,
- Quality of Service,
- Switching Mechanisms,
- Device Virtualization Technologies,
- Data Path Virtualization Technologies,
- Network Virtualization Concepts,
- Layer 2, EtherChannels, VLANs, Spanning Tree
- Layer 3, OSPF, EIGRP, BGP
- Wireless Infrastructure,
- IP Services,
- Diagnostic Tools for Network Problems,
- Syslog, Netflow, SPAN, IPSLA,
- Cisco DNA Center,
- NETCONF, RESTCONF,
- Network Access Security,
- Infrastructure Security Features,
- Wireless Security Features,
- Network Security Design,
- Basic Python Scripting,
- Principles of Data Modeling,
- APIs for Cisco DNA Center and vManage,
- Other Network Automation Features.
To learn more about CCNP ENCOR v1.1, you can also visit Cisco Website. You can learn both CCNP (Cisco Certified Network Professional) and other certification paths here.
To Pass 350-401 ENCOR Exam at the First Attempt and Not To Lose Time , You can start our CCNP Course! This Exam is the requirement exam for both CCNP (Cisco Certified Network Professional) and CCIE (Cisco Certified Internetwork Expert).
Below, you can find All the Lessons of CCNP 350-401 ENCOR Training. For CCNP Enterprise and CCIE Enterprise Infrastructure Certifications, you should learn all these lessons. Most of these CCNP lessons were also the lessons of previous CCNP Routing and Switching. Now, the new version of these certification is CCNP Enterprise.
After completing these CCNP Lessons, you will be ready for CCIE Enterprise Infrastructure Exam. There are also some additional configuration labs for CCIE but in this course, we will cover many of these Cisco labs. To be a network expert, this certification training and the lessons that we have covered are very important. So, to be a network profession or a network expert, Cisco CCNP is a good choice!
There is No Update For 2024 & 2025
CCNP 350-401 ENCOR v1.1 course covers all the required lessons of this certification. for now, there is no update on 2024 and 2025 CCNP Encor Topics. Updated will be announced here.
CCNP ENCOR FAQ
What is the latest version for CCNP ENCOR?
CCNP 350-401 ENCOR v1.1 is the lates version.
Are there any prerequisite for CCNP 350-401 ENCOR v1.1 Exam?
No. There is no prerequisite for this exam. After completing any CCNP course, if you are ready, you can schedule and take your exam.
Do I need to pass CCNA 200-301 v1.1 before CCNP 350-401 ENCOR v1.1 Exam?
No, you do not need to pass CCNA before CCNP anymore. Before years ago, you had to. But now, you can start with CCNP directly.
Why Should I Pass CCNP ENCOR Exam?
CCNP Enterprise certification is one of the most important Cisco network certifications. To have this certification, you should pass Cisco Core exam, CCNP 350-401 ENCOR v1.1. This is also a requirement before CCIE written Exam.
Does IPCisco CCNP Course cover all updated CCNP lessons v1.1?
Yes. We cover all the updated CCNP 350-401 ENCOR v1.1 lessons. We always update our content according to the certification exam updates.
What is the cost of Cisco CCNP ENCOR v1.1 Exam?
CCNP ENCOR certification cost is 400$.
How long does the CCNP exam take?
Exam takes 120 minutes (2 hours).
How many questions are there in CCNP 350-401 v1.1?
There are approximately 100 questions in the exam.
What is the passing score for CCNP exam?
The passing score is at least almost 825/100 (%82)Â points.
How long does CCNP exam take to study?
It takes 4-5 months with a good focus on the theorical lessons and practice on Cisco switches and routers. Beside, 2-3 years networking job experience can be good for this certification.
Where Can I Schedule for CCNP Exam?
You can schedule your exam on Cisco website.
What is Next After CCNP 350-401 ENCOR v1.1?
This exam is the core exam for both CCNP Enterprise and CCIE Enterprise Infrastructure Certifications. After taking CCNP ENCOR, you can continue with a CCNP Concentration exam like 300-410 ENARSI, 300-415 ENSDWI etc. to become CCNP Certified, or you can continue with CCIE CCIE Enterprise Infrastructure v1.0 lab exam to become CCIE Certified.Â
What are the CCNP Concentration Exams After CCNP ENCOR?
Optional CCNP Concentration Exams are 300-410 ENARSI, 300-415 ENSDWI, 300-420 ENSLD, 300-425 ENWLSD, 300-430 ENWLSI, 300-435 ENAUTO, 300-440 ENCC.
What is new at 2025 on CCNP ENCOR Exam?
All the updated lessons are same on 2025 CCNPÂ 350-401 ENCOR v1.1 Exam.
- 33 Sections
- 209 Lessons
- Lifetime
- ICMP and ARP10
- 1.1Address Resolution Protocol (ARP)
- 1.2ICMP (Internet Control Message Protocol)
- 1.2Address Resolution Protocol (ARP)5 Questions
- 1.3Gratuitous ARP
- 1.3ICMP (Internet Control Message Protocol)7 Questions
- 1.4Proxy ARP
- 1.4Gratuitous ARP3 Questions
- 1.5Ping Command
- 1.5Proxy ARP4 Questions
- 1.6Ping Command7 Questions
- IPv614
- 2.1IPv6 Address Types
- 2.2IPv6 Addressing
- 2.2IPv6 Address Types7 Questions
- 2.3IPv6 Configuration Example on Packet Tracer
- 2.3IPv6 Addressing7 Questions
- 2.4IPv6 Neighbour Discovery Protocol
- 2.4IPv6 Configuration Example on Packet Tracer5 Questions
- 2.5IPv6 Link Local Addresses
- 2.5IPv6 Neighbour Discovery Protocol4 Questions
- 2.6IPv6 Floating Static Routing
- 2.6IPv6 Link Local Addresses7 Questions
- 2.7IPv6 and Subnetting
- 2.7IPv6 Floating Static Routing4 Questions
- 2.8IPv6 and Subnetting5 Questions
- Access Lists5
- DHCP and DNS6
- OSPF38
- 5.1OSPF(Open Shortest Path First) Overview
- 5.2OSPF Adjacency
- 5.2OSPF(Open Shortest Path First) Overview7 Questions
- 5.3OSPF Packet Types
- 5.3OSPF Adjacency4 Questions
- 5.4OSPF LSA Types
- 5.4OSPF Packet Types6 Questions
- 5.5OSPF Area Types
- 5.5OSPF LSA Types4 Questions
- 5.6OSPF Network Types
- 5.6OSPF Area Types7 Questions
- 5.7Other OSPF Key Points
- 5.7OSPF Network Types4 Questions
- 5.8Cisco Single Area OSPF Configuration
- 5.8Other OSPF Key Points4 Questions
- 5.9OSPFv3 (Open Shortest Path First Version 3)
- 5.9Cisco Single Area OSPF Configuration4 Questions
- 5.10OSPFv3 Configuration Example on Cisco IOS
- 5.10OSPFv3 (Open Shortest Path First Version 3)5 Questions
- 5.11OSPF NSSA and Totally NSSA on Cisco Packet Tracer
- 5.11OSPFv3 Configuration Example on Cisco IOS4 Questions
- 5.12OSPF Stub Area and Totally-Stub Area on Cisco Packet Tracer
- 5.12OSPF NSSA and Totally NSSA on Cisco Packet Tracer4 Questions
- 5.13OSPF External Routes on Cisco Packet Tracer
- 5.13OSPF Stub Area and Totally-Stub Area on Cisco Packet Tracer6 Questions
- 5.14OSPF Standard Area and Backbone Area on Cisco Packet Tracer
- 5.14OSPF External Routes on Cisco Packet Tracer4 Questions
- 5.15OSPF Cost and Shortest Path First
- 5.15OSPF Standard Area and Backbone Area on Cisco Packet Tracer4 Questions
- 5.16OSPF Virtual-Link Configuration On Packet Tracer
- 5.16OSPF Cost and Shortest Path First4 Questions
- 5.17OSPF Area Border Router (ABR) and ASBR
- 5.17OSPF Virtual-Link Configuration On Packet Tracer4 Questions
- 5.18LSDB (Link State Database)
- 5.18OSPF Area Border Router (ABR) and ASBR5 Questions
- 5.19OSPF Passive Interface
- 5.19LSDB (Link State Database)5 Questions
- 5.20OSPF Passive Interface3 Questions
- Spanning Tree20
- 6.1STP Configuration on Cisco Packet Tracer
- 6.2RSTP Configuration on Cisco Packet Tracer
- 6.2STP Configuration on Cisco Packet Tracer7 Questions
- 6.3STP Portfast Configuration on Cisco Packet Tracer
- 6.3RSTP Configuration on Cisco Packet Tracer6 Questions
- 6.4Rapid Spanning Tree Protocol
- 6.4STP Portfast Configuration on Cisco Packet Tracer4 Questions
- 6.5Spanning Tree Protocol
- 6.5Rapid Spanning Tree Protocol6 Questions
- 6.6STP Operation
- 6.6Spanning Tree Protocol6 Questions
- 6.7MSTÂ (Multiple Spanning Tree)
- 6.7STP Operation7 Questions
- 6.8MST Configuration on Cisco
- 6.8MSTÂ (Multiple Spanning Tree)6 Questions
- 6.9PVST+ and Rapid PVST+
- 6.9MST Configuration on Cisco5 Questions
- 6.10PVST+ and Rapid PVST+Configuration on Packet Tracer
- 6.10PVST+ and Rapid PVST+6 Questions
- 6.11PVST+ and Rapid PVST+Configuration on Packet Tracer7 Questions
- VLANs18
- 7.1VLAN Configuration on Cisco Packet Tracer
- 7.2VLAN Port Assignment and VLAN Port Types
- 7.2VLAN Configuration on Cisco Packet Tracer5 Questions
- 7.3VLANs (Virtual Local Area Networks)
- 7.3VLAN Port Assignment and VLAN Port Types5 Questions
- 7.4Inter VLAN Routing with Router on Stick Topology
- 7.4VLANs (Virtual Local Area Networks)7 Questions
- 7.5Switch Virtual Interface Configuration on Packet Tracer
- 7.5Inter VLAN Routing with Router on Stick Topology6 Questions
- 7.6DTP and VLAN Frame Tagging Protocols
- 7.6Switch Virtual Interface Configuration on Packet Tracer4 Questions
- 7.7VTP Configuration with Packet Tracer
- 7.7DTP and VLAN Frame Tagging Protocols7 Questions
- 7.8Inter VLAN Routing Configuration Example
- 7.8VTP Configuration with Packet Tracer5 Questions
- 7.9Inter VLAN Routing Configuration on GNS3
- 7.9Inter VLAN Routing Configuration Example5 Questions
- 7.10Inter VLAN Routing Configuration on GNS35 Questions
- RIP8
- 8.1Routing Information Protocol (RIP)
- 8.2RIPng (RIP Next Generation)
- 8.2Routing Information Protocol (RIP)7 Questions
- 8.3RIP Configuration With Packet Tracer
- 8.3RIPng (RIP Next Generation)4 Questions
- 8.4RIPng Configuration Example on Cisco IOS
- 8.4RIP Configuration With Packet Tracer8 Questions
- 8.5RIPng Configuration Example on Cisco IOS6 Questions
- EtherChannels8
- 9.1Link Aggregation Control Protocol
- 9.2LACP Configuration on Cisco IOS
- 9.2Link Aggregation Control Protocol7 Questions
- 9.3PAgP Configuration Example
- 9.3LACP Configuration on Cisco IOS4 Questions
- 9.4Etherchannel Cisco PAgP Configuration on GNS3
- 9.4PAgP Configuration Example4 Questions
- 9.5Etherchannel Cisco PAgP Configuration on GNS34 Questions
- Routing Fundamentals12
- 10.1IP and Layer 3 Overview
- 10.2Dynamic Routing Protocols
- 10.2IP and Layer 3 Overview6 Questions
- 10.3IPv6 Routing Protocols
- 10.3Dynamic Routing Protocols6 Questions
- 10.4Static Route Configuration on Cisco Routers
- 10.4IPv6 Routing Protocols4 Questions
- 10.5IPv6 Static Route Configuration on Cisco IOS
- 10.5Static Route Configuration on Cisco Routers7 Questions
- 10.6Policy Based Routing (PBR)
- 10.6IPv6 Static Route Configuration on Cisco IOS4 Questions
- 10.7Policy Based Routing (PBR)5 Questions
- EIGRP16
- 11.1EIGRP For IPv6 Configuration On Cisco IOS
- 11.2EIGRP for IPv6
- 11.2EIGRP For IPv6 Configuration On Cisco IOS0 Questions
- 11.3EIGRP Configuration With Packet Tracer
- 11.3EIGRP for IPv64 Questions
- 11.4Key Configurations on EIGRP
- 11.4EIGRP Configuration With Packet Tracer7 Questions
- 11.5EIGRP Packet Types and Neighbourship
- 11.5Key Configurations on EIGRP6 Questions
- 11.6EIGRP Tables
- 11.6EIGRP Packet Types and Neighbourship4 Questions
- 11.7EIGRP (Enhanced Interior Gateway Routing Protocol)
- 11.7EIGRP Tables5 Questions
- 11.8EIGRP vs OSPF
- 11.8EIGRP (Enhanced Interior Gateway Routing Protocol)7 Questions
- 11.9EIGRP vs OSPF6 Questions
- First Hop Redundancy16
- 12.1First Hop Redundancy Protocols
- 12.2HSRP (Hot Standby Router Protocol)
- 12.2First Hop Redundancy Protocols8 Questions
- 12.3GLBP Configuration on Cisco
- 12.3HSRP (Hot Standby Router Protocol)8 Questions
- 12.4VRRP (Virtual Router Redundancy Protocol)
- 12.4GLBP Configuration on Cisco8 Questions
- 12.5GLBP (Gateway Load Balancing Protocol)
- 12.5VRRP (Virtual Router Redundancy Protocol)8 Questions
- 12.6VRRP Configuration on Cisco
- 12.6GLBP (Gateway Load Balancing Protocol)7 Questions
- 12.7HSRP Configuration on GNS3
- 12.7VRRP Configuration on Cisco8 Questions
- 12.8Cisco Stateful Switchover (SSO)
- 12.8HSRP Configuration on GNS35 Questions
- 12.9Cisco Stateful Switchover (SSO)7 Questions
- BGP34
- 13.1BGP AD and BGP Path Attributes
- 13.2IBGP and EBGP
- 13.2BGP AD and BGP Path Attributes7 Questions
- 13.3BGP Peers, BGP Sessions, BGP Messages
- 13.3IBGP and EBGP6 Questions
- 13.4BGP (Border Gateway Protocol)
- 13.4BGP Peers, BGP Sessions, BGP Messages6 Questions
- 13.5BGP Configuration Example on Packet Tracer
- 13.5BGP (Border Gateway Protocol)10 Questions
- 13.6BGP Path Attributes – MED
- 13.6BGP Configuration Example on Packet Tracer4 Questions
- 13.7BGP Path Attributes – AS Path
- 13.7BGP Path Attributes – MED6 Questions
- 13.8BGP Path Attributes – Origin
- 13.8BGP Path Attributes – AS Path0 Questions
- 13.9BGP Path Attributes – Local Preference
- 13.9BGP Path Attributes – Origin4 Questions
- 13.10BGP Path Attributes – Weight
- 13.10BGP Path Attributes – Local Preference4 Questions
- 13.11Cisco BGP Route Reflector Configuration on GNS3
- 13.11BGP Path Attributes – Weight5 Questions
- 13.12Cisco eBGP Configuration on GNS3
- 13.12Cisco BGP Route Reflector Configuration on GNS35 Questions
- 13.13BGP Route Reflector
- 13.13Cisco eBGP Configuration on GNS34 Questions
- 13.14BGP Neighbor Update-Source
- 13.14BGP Route Reflector5 Questions
- 13.15BGP Multi Hop Command
- 13.15BGP Neighbor Update-Source3 Questions
- 13.16BGP Next Hop Self Command
- 13.16BGP Multi Hop Command3 Questions
- 13.17OSPF vs BGP
- 13.17BGP Next Hop Self Command3 Questions
- 13.18OSPF vs BGP0 Questions
- VPN Technologies2
- NAT8
- 15.1Dynamic NAT Configuration with Packet Tracer
- 15.2Static NAT Configuration with Packet Tracer
- 15.2Dynamic NAT Configuration with Packet Tracer4 Questions
- 15.3NAT (Network Address Translation)
- 15.3Static NAT Configuration with Packet Tracer2 Questions
- 15.4PAT Configuration with Packet Tracer
- 15.4NAT (Network Address Translation)6 Questions
- 15.5PAT Configuration with Packet Tracer3 Questions
- Security16
- 16.1Basic Cisco Router Security Configuration
- 16.2Control Plane Policing (CoPP)
- 16.2Basic Cisco Router Security Configuration5 Questions
- 16.3Access Control Lists
- 16.3Control Plane Policing (CoPP)6 Questions
- 16.4What is DHCP Snooping?
- 16.4Access Control Lists5 Questions
- 16.5DHCP Snooping Configuration on Packet Tracer
- 16.5What is DHCP Snooping?4 Questions
- 16.6WebAuth (Web Authentication)
- 16.6DHCP Snooping Configuration on Packet Tracer5 Questions
- 16.7Cisco 802.1x Configuration
- 16.7WebAuth (Web Authentication)4 Questions
- 16.8REST API Security
- 16.8Cisco 802.1x Configuration4 Questions
- 16.9REST API Security0 Questions
- SNMP4
- Layer 2 Technologies14
- 18.1PPP Configuration on Cisco
- 18.2HDLC and PPP
- 18.2PPP Configuration on Cisco3 Questions
- 18.3Point-to-Point Protocol over Ethernet (PPPoE)
- 18.3HDLC and PPP7 Questions
- 18.4Multipoint Frame Relay Configuration
- 18.4Point-to-Point Protocol over Ethernet (PPPoE)6 Questions
- 18.5Frame Relay Point-to-Point Configuration
- 18.6Frame-Relay Configuration with both Inverse-ARP and Frame-Relay Map
- 18.7Metro Ethernet Overview
- 18.7Frame-Relay Configuration with both Inverse-ARP and Frame-Relay Map0 Questions
- 18.8PPPoE Configuration With Packet Tracer
- 18.8Metro Ethernet Overview5 Questions
- 18.9PPPoE Configuration With Packet Tracer4 Questions
- IPv48
- QoS3
- Wireless10
- 21.1Access Point Discovery and Join Process
- 21.2CAPWAP Protocol
- 21.2Access Point Discovery and Join Process6 Questions
- 21.3LWAPP Protocol
- 21.3CAPWAP Protocol7 Questions
- 21.4CAPWAP versus LWAPP
- 21.4LWAPP Protocol7 Questions
- 21.5Wireless Roaming: Layer 2 and Layer 3 Roaming
- 21.5CAPWAP versus LWAPP6 Questions
- 21.6Wireless Roaming: Layer 2 and Layer 3 Roaming2 Questions
- Port Monitor7
- 22.1Cisco SPAN Overview
- 22.2Local SPAN Configuration on Packet Tracer
- 22.3Remote SPAN Configuration on Packet Tracer
- 22.3Local SPAN Configuration on Packet Tracer0 Questions
- 22.4ERSPAN Configuration on Packet Tracer
- 22.4Remote SPAN Configuration on Packet Tracer4 Questions
- 22.5ERSPAN Configuration on Packet Tracer4 Questions
- Path Virtualization10
- 23.1GRE Tunnel Configuration with Cisco Packet Tracer
- 23.2GRE Tunnel Overview
- 23.2GRE Tunnel Configuration with Cisco Packet Tracer4 Questions
- 23.3Cisco Virtual Routing and Forwarding (VRF)
- 23.3GRE Tunnel Overview5 Questions
- 23.4IPSec Tunneling
- 23.4Cisco Virtual Routing and Forwarding (VRF)7 Questions
- 23.5Cisco IPSec VPN Configuration
- 23.5IPSec Tunneling5 Questions
- 23.6Cisco IPSec VPN Configuration6 Questions
- Device Access Control9
- Multicast Protocols19
- 25.1IGMP
- 25.2IGMP Configuration
- 25.2IGMP5 Questions
- 25.3IGMP Snooping
- 25.4PIM (Protocol Independent Multicast)
- 25.4IGMP Snooping5 Questions
- 25.5PIM-DM (PIM Dense Mode)
- 25.5PIM (Protocol Independent Multicast)6 Questions
- 25.6PIM-SSM (Source Specific Multicast)
- 25.6PIM-DM (PIM Dense Mode)5 Questions
- 25.7PIM-SM (PIM Sparse Mode)
- 25.7PIM-SSM (Source Specific Multicast)6 Questions
- 25.8IGMPv3
- 25.8PIM-SM (PIM Sparse Mode)7 Questions
- 25.9Multicast Routing
- 25.9IGMPv37 Questions
- 25.10Bidirectional PIM (BIDIR-PIM)
- 25.10Multicast Routing5 Questions
- 25.11Bidirectional PIM (BIDIR-PIM)8 Questions
- Cisco SD-WAN5
- Wireless Security4
- Network Security Design10
- 28.1802.1x (Port Based Network Access Control)
- 28.2MACsec (Media Access Control Security)
- 28.2802.1x (Port Based Network Access Control)4 Questions
- 28.3MAC Authentication Bypass (MAB)
- 28.3MACsec (Media Access Control Security)5 Questions
- 28.4Cisco TrustSec
- 28.4MAC Authentication Bypass (MAB)7 Questions
- 28.5Network Security: Cisco Threat Defense
- 28.5Cisco TrustSec6 Questions
- 28.6Network Security: Cisco Threat Defense4 Questions
- IP Services8
- 29.1NTP (Network Time Protocol)
- 29.2Cisco NTP Configuration
- 29.2NTP (Network Time Protocol)4 Questions
- 29.3Precision Time Protocol (PTP)
- 29.3Cisco NTP Configuration5 Questions
- 29.4uRPF (Unicast Reverse Path Forwarding)
- 29.4Precision Time Protocol (PTP)8 Questions
- 29.5uRPF (Unicast Reverse Path Forwarding)6 Questions
- Network Assurance28
- 30.1Netflow and Netflow Configuration
- 30.2Flexible Netflow
- 30.2Netflow and Netflow Configuration5 Questions
- 30.3Flexible Netflow Configuration
- 30.3Flexible Netflow4 Questions
- 30.4Cisco IP SLA and Configuration
- 30.4Flexible Netflow Configuration4 Questions
- 30.5Cisco Syslog Server Configuration with GNS3
- 30.5Cisco IP SLA and Configuration6 Questions
- 30.6Cisco Debug Command
- 30.6Cisco Syslog Server Configuration with GNS35 Questions
- 30.7Cisco Terminal Monitor and Cisco Logging Monitor
- 30.7Cisco Debug Command5 Questions
- 30.8Conditional debugging
- 30.8Cisco Terminal Monitor and Cisco Logging Monitor6 Questions
- 30.9RESTCONF
- 30.9Conditional debugging3 Questions
- 30.10NETCONF Overview
- 30.10RESTCONF5 Questions
- 30.11NETCONF Protocol Stack
- 30.11NETCONF Overview6 Questions
- 30.12NETCONF Operation Steps
- 30.12NETCONF Protocol Stack4 Questions
- 30.13Cisco NETCONF Configuration
- 30.13NETCONF Operation Steps4 Questions
- 30.14Cisco RESTCONF Configuration
- 30.14Cisco NETCONF Configuration4 Questions
- 30.15Cisco RESTCONF Configuration4 Questions
- Automation24
- 31.1REST APIs Overview
- 31.2How Network Automation Impacts Network Management
- 31.2REST APIs Overview7 Questions
- 31.3Cisco DNA and Intent-Based Networking (IBN)
- 31.3How Network Automation Impacts Network Management2 Questions
- 31.4Cisco DNA Center
- 31.4Cisco DNA and Intent-Based Networking (IBN)4 Questions
- 31.5Traditional Network Management versus Cisco DNA Center
- 31.5Cisco DNA Center4 Questions
- 31.6Cisco SD-Access Overview
- 31.6Traditional Network Management versus Cisco DNA Center4 Questions
- 31.7Network Automation Tools
- 31.7Cisco SD-Access Overview5 Questions
- 31.8Data Serialization Languages: JSON, YAML, XML
- 31.8Network Automation Tools4 Questions
- 31.9Puppet Overview
- 31.9Data Serialization Languages: JSON, YAML, XML5 Questions
- 31.10Ansible Overview
- 31.10Puppet Overview4 Questions
- 31.11Ansible vs Puppet vs Chef
- 31.11Ansible Overview5 Questions
- 31.12Chef Overview
- 31.12Ansible vs Puppet vs Chef5 Questions
- 31.13Chef Overview5 Questions
- Network Virtualization8
- 32.1Cisco LISP (Locator ID Separation Protocol)
- 32.2Virtual Extensible LAN (VXLAN)
- 32.2Cisco LISP (Locator ID Separation Protocol)7 Questions
- 32.3Virtual Switching and Virtual Switch (vSwitch)
- 32.3Virtual Extensible LAN (VXLAN)8 Questions
- 32.4Container vs Virtual Machine
- 32.4Virtual Switching and Virtual Switch (vSwitch)3 Questions
- 32.5Container vs Virtual Machine6 Questions
- General Information2

I am Gokhan Kosem, the Builder and the Maintainer of IPCisco.com. Â I am a Network Expert and Network Instructor that has more than 15 years Experience on IP Networking and Multi Vendor Network Equipments.
I have worked for important Network Vendors and Service Providers like Nortel, Alcatel-Lucent, Turkish Telecom and Vodafone. By Working on different projects of these compaines, I have gained many experiences on Network World.  I have worked on various network devices of Top four vendors’, Cisco, Nokia, Juniper (Alcatel-Lucent) and Huawei for years. With various network trainnings, I have trained many network engineers.
At 2010, I decided to share my experiences with my colleagues on a blog and IPCisco.com borned. I am writing technical articles about network lessons and certifications on IPCisco.Com for 13 years. Now I am here to share with you, more than this! With the new design of IPCisco.com, I am always with you as I did before!
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