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Arista Data Center Engineering

Szkolenie autoryzowane

Arista Data Center Engineeringjęzyk: pl,
Warszawa		2026-10-19
wolne: 8 miejsc		2995,- usdRejestracja

Data Center Engineering skupia się na projektowaniu i budowie sieci centrów danych opartych na architekturze Leaf-Spine w warstwach L2 i L3. Ścieżka Data Center została przygotowana z myślą o inżynierach średniozaawansowanych i zaawansowanych, którzy chcą pogłębić wiedzę z zakresu kluczowych technologii Arista wykorzystywanych w nowoczesnych centrach danych.

Grupa docelowa:

inżynierowie sieciowi (Senior Network Engineers), architekci sieciowych, specjaliści odpowiedzialni za utrzymanie i eksploatację sieci (Network Operations), administratorzy sieci o zaawansowanym poziomie wiedzy i doświadczenia.

Wymagania wstępne:

dobra znajomość technologii i protokołów sieciowych warstwy 2 i 3, znajomość architektury Spine-Leaf będzie dodatkowym atutem.

Harmonogram / Schedule

Dzień / Day 1 10:00 - 17:00

Layer 2 Design & VLAN/STP Foundations

  •  Layer 2 Leaf Spine Design Overview: L2LS architecture, Drivers for L2LS topologies, L2LS design overview, L2LS performance, redundancy and scale.
  • Layer 2 Technologies (Part I): VLANs (Overview, Configuring access/trunk ports, Introduction to inter-vlan routing, Configuring sub-interfaces, Configuring SVIs, Troubleshooting VLANs) & STP (Spanning tree overview, STP enhancements, Configuring STP, Troubleshooting STP). o Hands-on Practice: LAB – STP, LAB – Troubleshooting STP.

Dzień / Day 2 9:00 - 17:00

  • L2 Redundancy (MLAG/FHRP) & CLI/CVP Building o Layer 2 Technologies (Part II): LACP (Overview, Configuring, Troubleshooting) & MLAG (Overview, Configuring, Troubleshooting MLAG). Default gateway redundancy (FHRP overview, Configuring VRRP, Configuring VARP).
  •  Building L2LS Fabric: Build L2LS DC network using CLI (Configuring L2LS with CLI) & Build L2LS DC network using CVP Configlets (L2LS design and topology review, Configuring L2LS with CVP configlets).
  • Hands-on Practice: LAB – deploying MLAG, LAB – troubleshooting MLAG, LAB – Build L2LS with MLAG and VARP.

Dzień / Day 3 9:00 - 17:00

  • Layer 3 Design & BGP Underlay Routing o Layer 3 Leaf Spine Design Overview: L2LS Design review and Example, L3LS design introduction, VXLAN and EVPN importance in L3LS designs, Why BGP underlay in L3LS designs. Underlay routing options (OSPF overview, IS-IS overview and operations, IS-IS communications).
  • Introduction to BGP & eBGP Underlay Configuration: BGP Overview, functions, facts, operations, and route advertisement. L3LS eBGP underlay configuration, eBGP load balancing configuration, eBGP configuration enhancements. BGP underlay deployment options (BGP with MLAG, Variations of BGP in L3LS).
  • Hands-on Practice: LAB – Underlay addressing with eBGP.

Dzień / Day 4 9:00 - 17:00

  • VXLAN Data Plane Architecture o VXLAN Design: VXLAN Overview & VXLAN load balancing with ECMP. VXLAN control plane options (ARP refresher, VXLAN multicast control plane, VXLAN HER control plane, Configuring VXLAN HER, VXLAN VCS control plane, VXLAN EVPN control plane).
  • VXLAN with MLAG & Best Practices: Introduction to VXLAN with MLAG, Configuring VXLAN with MLAG, VXLAN best practices (MTU and Jumbo frames), Troubleshooting VXLAN.
  • Hands-on Practice: LAB – Configure VXLAN data plane with HER.

Dzień / Day 5 9:00 - 17:00

  • EVPN Overlay Architecture & Automation Studios o EVPN Overlay: EVPN fundamentals (Introduction to EVPN, Terminology, VRF operations, MP-BGP control plane, Configuring MP-eBGP for EVPN, EVPN route type 2 MAC-IP, Route type 5 IP Prefix, Route type 3 IMET).
  • EVPN Advanced Concepts & Multihoming: VLAN based & VLAN aware bundle service interfaces, Introduction to IRB (Symmetric vs. Asymmetric IRB, Symmetric IRB deep dive & configuration). EVPN Multihoming (Introduction to Active-Active multihoming, Route type 1 and ESI, Route type 1 and route type 4, Active-Active multihoming configuration). EVPN design best practices (iBGP between MLAG pairs and eBGP multihop command, eBGP for underlay and overlay).
  • Configuring L3LS DC network with CVP Studios: Configuring L3LS using Studios, Configuring EVPN services, host interfaces and external networks using Studios.
  • Hands-on Practice: LAB – L2EVPN, LAB – L3 EVPN Symmetric IRB, LAB – L3 EVPN Asymmetric IRB, LAB – EVPN multihoming, LAB – Building L3LS, EVPN and MLAG with Studios.

     

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