Arista Networking - Foundations

Arista Networking - FoundationsFDNARAristaAR-FDN1.0At the end of the course, you should have a better understanding of : <ul> <li>Fundamental network technologies & protocols</li><li>Entry into Arista EOS and CloudVision</li><li>CLI Navigation and Configuration</li><li>Layer 2 & 3 switching and routing techniques</li></ul>TCP/IP Networking knowledge, understanding basic layer 2 and 3 networking concepts are beneficial but not mandatoryEntry-level or new network engineers in roles of network administrators and/or Support<h5>NETWORK ENGINEERING FUNDAMENTALS</h5> Network Introduction <ul> <li>Introduction to networks</li><li>Network models</li><li>OSI in Action</li><li>Wireshark and TCP/IP</li></ul>Physical Layer <ul> <li>Copper and PoE</li><li>Fiber & Wireless</li></ul>Data Link Layer <ul> <li>Ethernet and MAC addressing</li><li>L2 Devices Learning and Forwarding</li></ul>Network Layer <ul> <li>Introduction to IPv4</li><li>What is a subnet mask?</li><li>IPv4 classes</li><li>Default gateways</li><li>Subnetting</li></ul>Network Protocols <ul> <li>DHCP, ICMP, DNS, ARP, NTP</li></ul>Transport and Application Layer <ul> <li>Transport layer responsibilities</li><li>TCP vs UDP</li></ul><h5>ARISTA EOS FUNDAMENTALS</h5> EOS Overview <ul> <li>Consistent networking with EOS</li><li>Introduction to Arista EOS</li><li>What is SysDB</li><li>Introduction to NetDB</li><li>EOS Network Data Lake (NetDL)</li><li>Arista cEOS</li><li>Arista EOS Quality</li></ul>Getting started with EOS <ul> <li>Connect to network devices</li><li>EOS booting process</li><li>CLI configuration modes</li><li>CLI basic config</li><li>Interfaces and ports</li><li>Configuration checkpoints</li><li>Configuration sessions</li><li>LAB – Introduction to EOS CLI</li><li>LAB – Setting up management connectivity</li></ul><h5>LAYER 2 SWITCHING FUNDAMENTALS</h5> Neighbor discovery <ul> <li>Introduction to neighbor discovery</li><li>Creating a network diagram using LLDP</li><li>LAB – Creating a network diagram using LLDP</li></ul>Virtual Local Area Networks (VLANs) <ul> <li>Introduction to VLANs</li><li>Introduction to trunking protocols 802.1q</li><li>Configuring VLANs on a single switch</li><li>Configuring VLANs between switches</li><li>Inter VLAN routing</li><li>Configuring a “router on a stick”</li><li>Configuring inter-VLAN routing with SVIs</li><li>LAB – Configure VLANs</li><li>LAB – Configure Inter VLAN routing</li></ul>Spanning Tree Protocol (STP) <ul> <li>Introduction to spanning tree</li><li>STP operations</li><li>STP port states</li><li>STP modes</li><li>LAB – Configure STP</li></ul>Link Aggregation Protocols <ul> <li>Introduction to Link Aggregation</li><li>Configuring link aggregation</li><li>Introduction to MLAG</li><li>LAB – Configuring LACP and MLAG</li></ul><h5>LAYER 3 ROUTING FUNDAMENTALS</h5> Introduction to Routers <ul> <li>Network Design with routers</li><li>LAB – Configure L3 addresses</li></ul>Routing <ul> <li>Why routing</li><li>Static routing</li><li>LAB – Configure static routing</li><li>Dynamic routing</li><li>Classful vs classless routing protocols</li><li>Metric and Admin distance</li><li>Distance vector protocols (RIP)</li><li>RIPv1 vs RIPv2</li><li>Link state routing</li><li>LAB – Configure routing protocols</li></ul>Internet and WAN <ul> <li>Wide Area Network</li><li>Network Address Translation (NAT)</li></ul><h5>NETWORK ENGINEERING FUNDAMENTALS</h5> Network Introduction <ul> <li>Introduction to networks</li><li>Network models</li><li>OSI in Action</li><li>Wireshark and TCP/IP</li></ul>Physical Layer <ul> <li>Copper and PoE</li><li>Fiber & Wireless</li></ul>Data Link Layer <ul> <li>Ethernet and MAC addressing</li><li>L2 Devices Learning and Forwarding</li></ul>Network Layer <ul> <li>Introduction to IPv4</li><li>What is a subnet mask?</li><li>IPv4 classes</li><li>Default gateways</li><li>Subnetting</li></ul>Network Protocols <ul> <li>DHCP, ICMP, DNS, ARP, NTP</li></ul>Transport and Application Layer <ul> <li>Transport layer responsibilities</li><li>TCP vs UDP</li></ul><h5>ARISTA EOS FUNDAMENTALS</h5> EOS Overview <ul> <li>Consistent networking with EOS</li><li>Introduction to Arista EOS</li><li>What is SysDB</li><li>Introduction to NetDB</li><li>EOS Network Data Lake (NetDL)</li><li>Arista cEOS</li><li>Arista EOS Quality</li></ul>Getting started with EOS <ul> <li>Connect to network devices</li><li>EOS booting process</li><li>CLI configuration modes</li><li>CLI basic config</li><li>Interfaces and ports</li><li>Configuration checkpoints</li><li>Configuration sessions</li><li>LAB – Introduction to EOS CLI</li><li>LAB – Setting up management connectivity</li></ul><h5>LAYER 2 SWITCHING FUNDAMENTALS</h5> Neighbor discovery <ul> <li>Introduction to neighbor discovery</li><li>Creating a network diagram using LLDP</li><li>LAB – Creating a network diagram using LLDP</li></ul>Virtual Local Area Networks (VLANs) <ul> <li>Introduction to VLANs</li><li>Introduction to trunking protocols 802.1q</li><li>Configuring VLANs on a single switch</li><li>Configuring VLANs between switches</li><li>Inter VLAN routing</li><li>Configuring a “router on a stick”</li><li>Configuring inter-VLAN routing with SVIs</li><li>LAB – Configure VLANs</li><li>LAB – Configure Inter VLAN routing</li></ul>Spanning Tree Protocol (STP) <ul> <li>Introduction to spanning tree</li><li>STP operations</li><li>STP port states</li><li>STP modes</li><li>LAB – Configure STP</li></ul>Link Aggregation Protocols <ul> <li>Introduction to Link Aggregation</li><li>Configuring link aggregation</li><li>Introduction to MLAG</li><li>LAB – Configuring LACP and MLAG</li></ul><h5>LAYER 3 ROUTING FUNDAMENTALS</h5> Introduction to Routers <ul> <li>Network Design with routers</li><li>LAB – Configure L3 addresses</li></ul>Routing <ul> <li>Why routing</li><li>Static routing</li><li>LAB – Configure static routing</li><li>Dynamic routing</li><li>Classful vs classless routing protocols</li><li>Metric and Admin distance</li><li>Distance vector protocols (RIP)</li><li>RIPv1 vs RIPv2</li><li>Link state routing</li><li>LAB – Configure routing protocols</li></ul>Internet and WAN <ul> <li>Wide Area Network</li><li>Network Address Translation (NAT)</li></ul>At the end of the course, you should have a better understanding of : - Fundamental network technologies & protocols - Entry into Arista EOS and CloudVision - CLI Navigation and Configuration - Layer 2 & 3 switching and routing techniquesTCP/IP Networking knowledge, understanding basic layer 2 and 3 networking concepts are beneficial but not mandatoryEntry-level or new network engineers in roles of network administrators and/or SupportNETWORK ENGINEERING FUNDAMENTALS Network Introduction - Introduction to networks - Network models - OSI in Action - Wireshark and TCP/IP Physical Layer - Copper and PoE - Fiber & Wireless Data Link Layer - Ethernet and MAC addressing - L2 Devices Learning and Forwarding Network Layer - Introduction to IPv4 - What is a subnet mask? - IPv4 classes - Default gateways - Subnetting Network Protocols - DHCP, ICMP, DNS, ARP, NTP Transport and Application Layer - Transport layer responsibilities - TCP vs UDP ARISTA EOS FUNDAMENTALS EOS Overview - Consistent networking with EOS - Introduction to Arista EOS - What is SysDB - Introduction to NetDB - EOS Network Data Lake (NetDL) - Arista cEOS - Arista EOS Quality Getting started with EOS - Connect to network devices - EOS booting process - CLI configuration modes - CLI basic config - Interfaces and ports - Configuration checkpoints - Configuration sessions - LAB – Introduction to EOS CLI - LAB – Setting up management connectivity LAYER 2 SWITCHING FUNDAMENTALS Neighbor discovery - Introduction to neighbor discovery - Creating a network diagram using LLDP - LAB – Creating a network diagram using LLDP Virtual Local Area Networks (VLANs) - Introduction to VLANs - Introduction to trunking protocols 802.1q - Configuring VLANs on a single switch - Configuring VLANs between switches - Inter VLAN routing - Configuring a “router on a stick” - Configuring inter-VLAN routing with SVIs - LAB – Configure VLANs - LAB – Configure Inter VLAN routing Spanning Tree Protocol (STP) - Introduction to spanning tree - STP operations - STP port states - STP modes - LAB – Configure STP Link Aggregation Protocols - Introduction to Link Aggregation - Configuring link aggregation - Introduction to MLAG - LAB – Configuring LACP and MLAG LAYER 3 ROUTING FUNDAMENTALS Introduction to Routers - Network Design with routers - LAB – Configure L3 addresses Routing - Why routing - Static routing - LAB – Configure static routing - Dynamic routing - Classful vs classless routing protocols - Metric and Admin distance - Distance vector protocols (RIP) - RIPv1 vs RIPv2 - Link state routing - LAB – Configure routing protocols Internet and WAN - Wide Area Network - Network Address Translation (NAT)NETWORK ENGINEERING FUNDAMENTALS Network Introduction - Introduction to networks - Network models - OSI in Action - Wireshark and TCP/IP Physical Layer - Copper and PoE - Fiber & Wireless Data Link Layer - Ethernet and MAC addressing - L2 Devices Learning and Forwarding Network Layer - Introduction to IPv4 - What is a subnet mask? - IPv4 classes - Default gateways - Subnetting Network Protocols - DHCP, ICMP, DNS, ARP, NTP Transport and Application Layer - Transport layer responsibilities - TCP vs UDP ARISTA EOS FUNDAMENTALS EOS Overview - Consistent networking with EOS - Introduction to Arista EOS - What is SysDB - Introduction to NetDB - EOS Network Data Lake (NetDL) - Arista cEOS - Arista EOS Quality Getting started with EOS - Connect to network devices - EOS booting process - CLI configuration modes - CLI basic config - Interfaces and ports - Configuration checkpoints - Configuration sessions - LAB – Introduction to EOS CLI - LAB – Setting up management connectivity LAYER 2 SWITCHING FUNDAMENTALS Neighbor discovery - Introduction to neighbor discovery - Creating a network diagram using LLDP - LAB – Creating a network diagram using LLDP Virtual Local Area Networks (VLANs) - Introduction to VLANs - Introduction to trunking protocols 802.1q - Configuring VLANs on a single switch - Configuring VLANs between switches - Inter VLAN routing - Configuring a “router on a stick” - Configuring inter-VLAN routing with SVIs - LAB – Configure VLANs - LAB – Configure Inter VLAN routing Spanning Tree Protocol (STP) - Introduction to spanning tree - STP operations - STP port states - STP modes - LAB – Configure STP Link Aggregation Protocols - Introduction to Link Aggregation - Configuring link aggregation - Introduction to MLAG - LAB – Configuring LACP and MLAG LAYER 3 ROUTING FUNDAMENTALS Introduction to Routers - Network Design with routers - LAB – Configure L3 addresses Routing - Why routing - Static routing - LAB – Configure static routing - Dynamic routing - Classful vs classless routing protocols - Metric and Admin distance - Distance vector protocols (RIP) - RIPv1 vs RIPv2 - Link state routing - LAB – Configure routing protocols Internet and WAN - Wide Area Network - Network Address Translation (NAT)5 days4995.004995.004995.004995.004995.004400.004995.004995.00