Data Center Infrastructure Packages

Focused View

81:58:57

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Building Next-Generation Data Center

Building Next-Generation Data Center.pdf

CI1 - Course Introduction.mp4

11:26

CI2 - Content Details.mp4

10:31

Data Center Fabric Architecture

Data Center Fabrics Slides.pdf

Data Center Fabric Architectures.pdf

Roadmap.pdf

Webinar Introduction.pdf

0 - Webinar Overview.mp4

13:09
1 - Market Overview.mp4

18:16
2 - Choosing a Solution.mp4

12:39
RQ0 - Keep It Simple.mp4

06:34
RQ0 - What Is a Data Center Fabric.mp4

16:33
Webinar Introduction.pdf

Data Center Fabrics - Requirements.pdf
RQ0 - What Is a Data Center Fabric.mp4

16:33
RQ1 - Optimal Bandwidth Utilization.mp4

15:59
RQ2 - Redundant Edge Connectivity.mp4

04:14
RQ3 - Layer-2 Transport and VM Mobility.mp4

09:03
RQ4 - Enhanced Layer-2 Transport.mp4

11:22
RQ5 - Optimal Layer-3 Forwarding.mp4

10:50
RQ6 - Multiple Routing Domains.mp4

05:35
RQ7 - Storage Integration.mp4

07:20
RQ8 - Lossless Transport and Data Center Bridging.mp4

04:46
RQ9 - Table Sizes and Packet Buffers.mp4

13:41

A0 - Fabric Architectures - Introduction.mp4

15:08
A1 - Independent Devices.mp4

04:42
A2 - MLAG Technology Overview.mp4

20:26
A3 - Shared Management Plane.mp4

07:49
A4 - Centralized Control Plane.mp4

13:13
A5 - Centralized Control Plane with Local Offload.mp4

06:37
A6 - Centralized Data Plane.mp4

06:17
A7 - Conclusions.mp4

02:33
Data Center Fabrics - Architectures.pdf

Data Center Fabrics - Requirements.pdf
GD1 - Data Center Fabric Design and Drivers.mp4

11:25
GD2 - Leaf and Spine Role Selection.mp4

07:32
GD3 - Buffer Size.mp4

08:36
GD4 - Platform Considerations.mp4

07:07

A2 - MLAG Technology Overview.mp4

17:28
T1 - UFT Technology Overview.mp4

13:00
T2 - Speeds and Breakout Options.mp4

06:42

400G Done Right.pdf
GE1 - 400 GbE Optics.mp4

10:33
GE2 - Silicon Photonics.mp4

05:16
GE3 - 400G Form Factors.mp4

19:22
GE4 - Coherent Optics.mp4

06:16
GE5 - 400 GbE Technology Summary.mp4

02:39
GE6 - 400 GbE Optics and Installation Considerations.mp4

13:05

AS1 - Introduction.mp4

04:26
AS2.1 - ASIC Basics.mp4

11:23
AS2.2 - ASIC Basics - Questions and Answers.mp4

25:20
AS3 - Packet Buffers.mp4

20:53
AS4 - Chassis Architectures.mp4

05:12
AS5 - Types of ASICs.mp4

07:58
AS6 - Wrap-Up.mp4

13:49
ASICs for Network Engineers.pdf

5.11 - Arista EOS.pdf
M10 - Product Overview - Arista.mp4

07:26
M11 - Product Details - Arista.mp4

10:26
M12 - Software Features Release Overview - Arista.mp4

28:42
M13 - Highlighted Software Features - Arista EOS.mp4

45:26
M14 - Highlighted Software Features - Arista 7150.mp4

08:18
M15 - OpenFlow Support - Arista.mp4

13:36
M16 - VXLAN Support - Arista.mp4

19:01
O1 - Arista EOS.pdf

5.15 - Cisco Nexus.pdf
M30 - Product Overview - Cisco Nexus Switches.mp4

09:00
M30 - Product Overview - Nexus 9000 Series.mp4

19:13
M30 - Product Overview - Other Nexus Switches.mp4

11:50
M31 - Product Details - Cisco.mp4

03:35
M32 - FabricPath, vPC and DFA.mp4

17:37
M33 - Software Release Overview - Nexus OS.mp4

34:25
M34 - Highlighted Software Features - Nexus OS.mp4

19:45
M35 - OpenFlow Support in Nexus Switches.mp4

04:20
M36 - VXLAN Support in Nexus Switches.mp4

16:21
O2 - Cisco Nexus.pdf

CL9.1 - Cumulus Linux and Cumulus Vx.mp4

05:39
CL9.2 - ASIC Lineup.mp4

13:19
CL9.3 - Cumulus Linux 4.0.mp4

03:09
CL9.4 - Smart Datacenter Defaults.mp4

19:58
CL9.5 - Streaming Telemetry with Cumulus Net.mp4

18:27
Cumulus Linux Update 2017.pdf
Cumulus Linux - June 2016.pdf
Cumulus Linux - May 2015.pdf
Cumulus Linux - October 2019.pdf
M80 - What Is Cumulus Linux All About.mp4

23:22
M81A - Cumulus Linux on Chassis Switches.mp4

27:22
M81 - Cumulus Linux Data Center Architectures.mp4

16:00
M82 - Cumulus Linux Base Technologies.mp4

35:42
M83A - Smart Datacenter Defaults.mp4

15:28
M83 - Simplify Network Configuration with Cumulus Linux.mp4

20:08
M84A - Streaming Telemetry with Cumulus Net.mp4

13:58
M84 - VXLAN Support in Cumulus Linux.mp4

12:23
M85A - Cumulus Linux Open Source Contributions.mp4

08:55
M85 - Cumulus Linux Architecture and Release Details.mp4

19:47
M86 - Conclusions and Questions.mp4

04:17

U17 - Cumulus - Chassis Platforms.mp4

28:37
U17 - Cumulus - Introduction.mp4

05:50
U17 - Cumulus - New Features.mp4

14:53
U17 - Cumulus - Open Source Contributions.mp4

07:52
U17 - Cumulus - Simplified Operations.mp4

07:20

5.18 - Juniper EX-Series and QFabric.pdf
M50 - Product Overview - Juniper Data Center Switches.mp4

06:04
M51 - Product Details - QFX- and EX-Series Switches.mp4

09:57
M52 - Product Details - QFabric.mp4

08:08
M53 - Virtual Chassis.mp4

10:30
M54 - Junos Software Release Overview.mp4

19:42
M55 - OpenFlow Support on Juniper Data Center Switches.mp4

02:54
M56 - VXLAN Support on Juniper Data Center Switches.mp4

17:03
M57 - Highlighted Software Features.mp4

23:45
O3 - Juniper QFX.pdf

Avaya VSP Data Center Solution Overview.pdf
M80 - Hardware and SPB Fabric Overview - Avaya.mp4

10:46
M81 - SPB Fabric Features - Avaya.mp4

18:09
M82 - Interesting Fabric Use Cases - Avaya.mp4

11:02

5.14 - Brocade VCS Fabric.pdf
M20 - Product Overview - Brocade.mp4

11:25
M21 - Product Details - Brocade.mp4

02:12
M22 - Brocade Fabrics Overview.mp4

05:43
M22 - Brocade IP Fabric.mp4

24:46
M22 - VCS Fabric.mp4

29:26
M23 - Highlighted Software Features - Brocade.mp4

15:02
M24 - Software Features Release Overview - Brocade.mp4

13:53
M25 - Brocade OpenFlow Support.mp4

02:47
M25 - Brocade VXLAN Support.mp4

08:28

5.16 - Dell Force10.pdf
M40 - Product Overview - Dell Force10.mp4

12:22
M41 - Dell Force10 FTOS Software Features.mp4

09:20
M42 - OpenFlow on Dell Force10 Switches.mp4

04:15

5.17 - HP IRF.pdf
M60 - HP Data Center Switches Product Overview.mp4

11:20
M61 - HP Intelligent Resilient Framework (IRF).mp4

05:46
M62 - OpenFlow Support on HP Data Center Switches.mp4

08:09

5.12 - Alcatel Lucent Omniswitch.mp4

02:42
5.12 - Alcatel Lucent Omniswitch.pdf

5.19 - NEC ProgrammableFlow.pdf
M70 - Product Overview - NEC ProgrammableFlow.mp4

05:37
M71 - Software Release Overview - NEC ProgrammableFlow.mp4

01:06

5.20 - Plexxi Affinity Networking.mp4

37:08
5.20 - Plexxi Affinity Networking.pdf

D1 - Networking Implications of VM Mobility.mp4

04:21
Data Center Fabrics - What Really Matters (RIPE).pdf
Data Center Fabric Architectures (EuroNOG).pdf
X1 - Link Aggregation with Stackable Data Center Switches.mp4

08:11
X2 - vLAG Caveats in Brocade VCS Fabric.mp4

05:00

Data Center Infrastructure for Networking Engineers

1 - Introduction.mp4

09:36

2.1 - Application Concepts.mp4

06:05

2.2.1 - Introduction to Scalability and Load Balancing.mp4

09:28

2.2.2.1 - Single Server Solutions.mp4

12:30

2.2.2.2 - Scale-Out Application Architectures.mp4

21:07

2.2.2.3 - Scaling Database Servers.mp4

11:16

2.2.3.1 - DNS and Anycast Load Balancing.mp4

07:53

2.2.3.2 - Load Balancers 101.mp4

09:50

2.2.3.3 - Common Load Balancer Features.mp4

13:57

2.2.3.4 - Advanced Load Balancer Features.mp4

11:24

2.2.3.5 - Server-Based Load Balancing.mp4

11:19

2.2.4 - Global Load Balancing.mp4

12:35

2.2.5 - Scalability and Load Balancing - Conclusions.mp4

04:53

2.3 - Firewalls.mp4

07:24

2.4 - Routing or Bridging.mp4

02:38

3 - Network Virtualization.mp4

11:40

4 - Network Reference Architecture.mp4

36:10

5.1 - Storage Protocols 101.mp4

11:26

5.2 - Fibre Channel over Ethernet.mp4

14:25

5.3 - iSCSI.mp4

06:41

5.4 - Long-Distance Storage.mp4

03:20

5.5 - Storage Myths.mp4

04:42

5.6 - Storage QAndA.mp4

12:12

6.1 - Server Virtualization 101.mp4

11:32

6.2 - Hypervisor LAN Connectivity.mp4

07:46

6.3 - Hypervisor Networking.mp4

09:59

6.4 - Hypervisor Storage Connectivity.mp4

08:16

6.5 - Blade Server Evolution.mp4

03:13

6.6 - Server Virtualization - Questions.mp4

08:00

7 - Data Center Interconnect.mp4

13:04

8 - Conclusions and Questions.mp4

10:39

BR1.1 - Transparent Bridging Fundamentals.mp4

20:47

BR1.2 - IP Routing Fundamentals.mp4

09:50

BR2 - Comparing Bridging and Routing.mp4

17:55

BR3 - Typical Large-Scale Bridging Use Cases.mp4

17:55

CV1 - Basics of Compute Virtualization.mp4

14:51

CV2 - Virtual Machines and Hypervisors.mp4

23:09

CV3.1 - VM Access to External Networks.mp4

16:52

CV3.2 - Hypervisor LAN Connectivity.mp4

08:21

CV3.3 - VM Access to Storage.mp4

13:29

CV4 - High Availability and Live VM Mobility.mp4

18:15

CV5.1 - Operating System Level Virtualization.mp4

10:17

CV5.2 - Linux Network Namespaces.mp4

12:35

CV5.3 - Linux Containers and Docker.mp4

09:46

CV6 - Blade Servers.mp4

12:42

D1 - Microsoft Network Load Balancing.mp4

05:24

Data Center 3.0 for Networking Engineers.pdf

Data Center FAQ.pdf

Data Center Infrastructure for Networking Engineers.pdf

Index.pdf

Load Balancing and Scale-Out Application Architectures.pdf

Read-Me-First and Errata.pdf

Roadmap.pdf

Server Virtualization Overview.pdf

Updates to Data Center Networking section.pdf

X1 - Direct Server Return.mp4

05:18

webinar recording (includes dci section) - november 11th 2010.zip

webinar recording (longer introductory section) - january 27th 2011.zip

webinar recording - april 6th 2011.zip

Data Center Interconnects

Data Center Interconnects.pdf

Read Me First.pdf

data center interconnects (webinar recording).zip

1.0 - Webinar Introduction.mp4

04:10
1.1 - Design Considerations.mp4

17:31
1.2 - Transport Options.mp4

18:34

2.1 - External Routing.mp4

13:46
2.2 - Load Balancing.mp4

13:01
2.3 - Path Isolation.mp4

16:21
2.4 - IP Address Mobility.mp4

08:36
2.5 - LISP 101.mp4

18:59

3.1 - Layer-2 DCI Drivers and Challenges.mp4

06:58
3.2 - Stretched Clusters.mp4

18:03
3.3 - Long-Distance vMotion.mp4

07:36
3.4 - Bridging Challenges.mp4

17:03
3.5 - Layer-2 DCI Technologies.mp4

14:06

4 - Conclusions and Questions.mp4

06:25

A1 L2 DCI Mythbusting.mp4

15:57
A1 L2 DCI Mythbusting 2.mp4

15:57
D1 - Stretched clusters.mp4

06:24
D2 - vMotion with LISP.mp4

01:54
Data Center Interconnects.pdf
X1 Redundant Data Center Internet Connectivity.mp4

17:00

Designing Active-Active and Disaster Recovery Data Centers

1.1 - Webinar Introduction.mp4

05:12

1.2 - Definitions.mp4

10:29

2.1 - Disaster Recovery.mp4

07:34

2.2 - Disaster Avoidance.mp4

29:46

2.2.1 - Disaster Avoidance - Questions and Answers.mp4

24:35

2.3 - Data Center Migration.mp4

02:49

2.4 - Load Balancing Across Data Centers.mp4

04:02

2.5 - Cloudbursting.mp4

03:58

2.6 - Do You Need VM Mobility.mp4

03:27

3.1 - Latency.mp4

09:29

3.2 - Limited Bandwidth.mp4

12:19

3.3 - Storage considerations.mp4

10:13

4.1 - Parallel Application Stacks (Swimlanes).mp4

09:12

4.2 - Parallel Application Stacks - Questions and Answers.mp4

11:04

5.1 - Inter-DC vMotion Bandwidth.mp4

06:17

5.2 - Large Layer-2 Domains.mp4

10:17

5.3 - Ingress and Egress Traffic Flows.mp4

04:42

5.4 - Stateful Services in the Forwarding Path.mp4

14:28

6 - Surviving the Failures.mp4

18:28

7 - The Right Way of Doing Things.mp4

11:11

8 - Typical Real-Life Designs.mp4

10:20

9 - Summary and Questions.mp4

08:50

21.11.02 - Migrating Application Stacks into Public Clouds.mp4

16:36

Designing Active-Active and Disaster Recovery Data Centers.pdf

Interesting links.pdf

EVPN Technical Deep Dive

EVPN Technical Deep Dive.pdf

EVPN in MPLS-Based Environments.pdf

Review Questions Routing Protocols.pdf

Review Questions Switching, Routing and Bridging.pdf

Roadmap.pdf

1.1 - What Is EVPN.mp4

15:24
1.2 - EVPN Features Overview.mp4

13:23
1.3 - Advanced EVPN Features.mp4

11:00

2.1 - Use Cases for EVPN in Data Centers.mp4

13:22
2.2 - BGP Deployment Models.mp4

19:46

2.3 - EVPN and Bridging.mp4

11:13
2.4 - Dual-Attached Endpoints.mp4

20:10
2.5 - Ingress Replication.mp4

09:19
2.6 - Advanced EVPN Bridging Topics.mp4

09:00
2.7 - EVPN Bridging Configuration.mp4

12:54

3.2 - Asymmetrical Routing Model.mp4

11:17
3.3 - Symmetrical Routing.mp4

20:54
3.4 - Comparing Asymmetric and Symmetric Routing.mp4

07:30
3.5 - Other EVPN Routing Topics.mp4

10:14
3.6 - EVPN Routing Configuration.mp4

05:45
3.11 - Centralized EVPN Routing.mp4

16:32
3.12 - Distributed EVPN Routing.mp4

15:21

4 - EVPN in Large Data Centers.mp4

17:19

M1 - Taxonomy and Overview.mp4

19:46
M2 - EVPN Multihoming Deep Dive.mp4

28:35
M3 - Using MLAG in EVPN Environments.mp4

17:40
M4 - Cisco vPC Fabric Peering Details.mp4

15:32
M5 - Compare and Contrast.mp4

13:44

S1 - Types of Network Services Deployments.mp4

16:05
S2 - Tenant Edge Firewall.mp4

22:54
S3 - Intra-Tenant Firewall.mp4

06:19
S4 - Traffic Redirection.mp4

06:14
S5 - Mix-and-Match.mp4

12:56

H1 - Introduction and Use Cases.mp4

10:48
H2 - Technologies and Basic Concepts.mp4

10:23
H3 - Underlay and BGP Routing Design.mp4

14:34
H4 - Running EVPN on Servers.mp4

18:34
H5 - Summary External Connectivity.mp4

15:11

Multivendor EVPN.pdf
V1 - General Design Principles.mp4

08:45
V2 - The Choices.mp4

14:52
V3 - Vendor Interoperability.mp4

08:14
V4 - Diving Deeper into Implementations.mp4

18:20
V5 - More Implementation Differences.mp4

16:18
V6 - Summary.mp4

06:27
V7 - Hands-On Experience.mp4

11:20

SP1 - Introduction.mp4

12:50
SP2 - EVPN Service Types.mp4

14:29
SP3 - EVPN Route Types.mp4

04:34
SP4 - Service RT Assignment Optimization.mp4

08:54
SP5 - Single-Homing Operation.mp4

27:21
SP6 - Multi-Homing Operation.mp4

31:54
SP7 - EVPN L2-L3 Integration.mp4

30:32
SP8 - EVPN IRB Deployment Models.mp4

16:29
SP9 - Summary.mp4

02:18

EVPN 101.pdf
EVPN in MPLS-Based Environments.pdf
EVPN in the Data Center.pdf
EVPN on Hosts.pdf
L4-L7 Services in EVPN Networks.pdf
MLAG or EVPN Multihoming.pdf

Enterasys Robust DCI Solutions

1 - Introduction.mp4

06:30

2.1 - VM Mobility Requirements.mp4

06:04

2.2 - Fabric Routing.mp4

07:34

2.3 - Host Routing.mp4

12:32

3.1 - Layer-2 Data Center Interconnects.mp4

12:57

3.2 - Long-Distance Live VM Migration.mp4

06:23

3.3 - Cold VM Migration over L3 DCI.mp4

08:04

4.1 - L4-7 Services within OneFabric.mp4

06:57

4.2 - OneFabric and Overlay Networks.mp4

03:41

5 - Conclusions and Questions.mp4

07:58

Enterasys OneFabric and DCI Solutions.pdf

Hyper-Converged Infrastructure Deep Dive

1.1 - Evolution of Storage.mp4

18:58

1.2 - HCI Emerges.mp4

12:59

1.3 - How HCI Does Storage.mp4

15:27

1.4 - HCI Storage Resiliency.mp4

19:04

1.5 - Advanced HCI Storage Features.mp4

16:35

1.6 - Wrap-Up.mp4

10:21

2.1 - Go-To-Market and Hardware.mp4

12:31

2.2 - Redundancy and Resiliency.mp4

16:06

2.3 - Kernel versus VM HCI.mp4

05:53

3.1 - VMware VSAN.mp4

25:13

3.2 - Nutanix.mp4

10:45

3.3 - HPE Simplivity.mp4

13:48

3.4 - Cisco Hyperflex.mp4

13:28

3.5 - Windows Storage Spaces Direct.mp4

14:37

3.6 - Minor Players.mp4

07:53

3.7 - Variants on HCI.mp4

12:12

4.1 - Use Cases and Limitations.mp4

12:13

4.2 - Costing HCI.mp4

09:03

4.3 - Future of HCI.mp4

10:30

HCI - Deploying HCI.pdf

HCI - Differentiators.pdf

HCI - One Architecture to Rule Them All.pdf

HCI - Selected Solutions.pdf

Hyper-Converged Infrastructure Deep Dive.pdf

Hyper-Converged Infrastructure Deep Dive Roadmap.pdf

Leaf-and-Spine Fabric Architectures

1 - The Problem.mp4

28:55

1.1 - Challenges of Traditional Data Center Networks.mp4

16:04

1.2 - Clos Networks and Leaf-and-Spine Fabrics.mp4

16:39

1.3 - 21.11.01 - Leaf-and-Spine Fabrics Outside of Data Centers.mp4

22:59

2 - Flatten the network.mp4

08:18

2.0 - Physical Leaf-and-Spine Fabric Design.mp4

14:55

2.1 - Small Fabrics and Lower-Speed Interfaces.mp4

09:07

2.2 - Building Very Large Fabrics.mp4

21:52

3 - Leaf-and-Spine Clos Fabrics.mp4

22:44

4 - Multi-Stage Clos Fabrics.mp4

08:33

5 - Design Scenarios.mp4

23:11

6 - Deployment Considerations.mp4

12:41

7.0 - Introduction to Leaf-and-Spine Designs.mp4

06:14

7.1 - Layer-3 Fabric with Non-Redundant Server Connectivity.mp4

07:51

7.2 - Routing Protocol Selection.mp4

23:49

7.3 - Route Summarization and Link Aggregation.mp4

07:44

7.4 - Core Link Addressing.mp4

07:25

7.5 - Using BGP in Leaf-and-Spine Fabrics.mp4

10:55

7.6 - Simplifying BGP Configurations.mp4

20:55

7.7 - Troubleshooting and Managing BGP.mp4

08:51

7.8 - BGP in Data Centers - Sample Deployments.mp4

03:32

7.10 - Introduction to Leaf-and-Spine Designs.mp4

04:39

7.11 - Layer-3 Fabric with Non-Redundant Server Connectivity.mp4

06:52

7.12 - Routing Protocol Selection.mp4

19:50

7.13 - Route Summarization and Link Aggregation.mp4

06:40

7.14 - Core Link Addressing.mp4

06:26

7.15 - Using BGP in Leaf-and-Spine Fabrics.mp4

10:19

7.16 - Simplifying BGP Configurations.mp4

19:30

7.17 - Troubleshooting and Managing BGP.mp4

08:19

7.18 - BGP in Data Centers - Sample Deployments.mp4

03:15

7.19 - BGP in 3-tier Clos.mp4

08:45

7.20 - BGP QA.mp4

14:06

7.21 - Layer-3 Fabrics with Redundant Server Connectivity.mp4

18:54

7.22 - Link Aggregation between Servers and Network.mp4

05:26

7.23 - Active-Standby Server Connectivity.mp4

09:46

7.24 - Host Routing.mp4

08:10

7.25 - Building a Pure L3 Data Center with Cumulus Linux.mp4

27:22

7.31 - Runinng Routing Protocols on Servers.mp4

12:29

7.32 - Routing from Hosts - Deep Dive.mp4

11:44

7.33 - Examples from Real World.mp4

09:15

7.41 - Layer-2 Fabrics.mp4

14:49

7.42 - Traditional Bridging.mp4

10:05

7.43 - Routing on Layer-2.mp4

13:12

7.44 - MAC-over-IP Encapsulation.mp4

13:25

7.45 - Redundant Server-to-Network Connectivity.mp4

08:44

7.46 - Introduction to SPB and Avaya Fabric Connect.mp4

18:25

7.47 - SPB Deep Dive.mp4

18:17

7.48 - Building Data Center Fabrics with SPB.mp4

16:18

7.50 - Layer-2+3 Fabrics.mp4

06:45

7.51 - Routing on Spine Switches.mp4

09:04

7.52 - Routing on Leaf Switches.mp4

15:16

7.53 - Overlays Data Center Fabrics.mp4

15:07

7.53 - Overlays in Data Center Fabrics.mp4

16:53

7.54 - Overview of VXLAN with BGP EVPN.mp4

15:59

7.55 - Introduction to BGP EVPN.mp4

15:29

7.56 - BGP EVPN Deep Dive.mp4

15:39

7.57 - EVPN Integrated Routing and Bridging.mp4

16:38

BGP in 3-Tier Clos Topology.pdf

Building a Pure L3 Data Center.pdf

Clos Fabrics Explained.pdf

D1 Leaf Spine Clos Fabric with Dell Force10 switches.mp4

04:17

D2 Large Leaf Spine Clos Fabric Using 10GE Links.mp4

05:14

D3 - Multi-Stage Clos Fabrics With Dell Force10 Switches.mp4

07:16

D4 - Dell Fabric Manager.mp4

05:46

Host Routing and Routing on Servers.pdf

Introduction and Physical Design.pdf

Introduction to Leaf-and-Spine Fabrics.pdf

Layer-2 Fabrics.pdf

Layer-2+3 Fabrics.pdf

Layer-3 Fabrics with Non-Redundant Server Connectivity.pdf

Layer-3 Fabrics with Redundant Server Connectivity.pdf

Leaf-and-Spine Fabric Architectures.pdf

Leaf-and-Spine Fabric Designs.pdf

MS1.0 - The Problem.mp4

13:38

MS1.1 - Multi-Site Topologies.mp4

11:54

MS1.2 - Failure Domains.mp4

17:05

MS1.3 - Conclusions.mp4

02:05

MS2.0 - Introduction to Multi-Pod and Multi-Site Fabrics.mp4

06:58

MS2.1 - Multi-Pod Fabrics.mp4

27:04

MS2.2 - Multi-Site Fabrics.mp4

33:19

MS2.3 - Multi-Site Packet Forwarding.mp4

19:10

MS2.4 - Conclusions.mp4

05:29

Multi-Site and Multi-Pod Fabrics.pdf

O1 - Why Would You Use OSPF.mp4

16:01

O2 - OSPF Design.mp4

20:02

O3 - Configuration Snippets.mp4

10:04

O4 - OSPF Footnotes.mp4

04:27

OSPF in Clos Topology.pdf

Operationalizing BGP in the Data Center.pdf

Physical Leaf-and-Spine Fabric Design.pdf

Shortest Path Bridging in Avaya Fabric.pdf

Using VXLAN and EVPN in Multi-Pod and Multi-Site Fabrics.pdf

VXLAN with BGP EVPN.pdf

Networks, Buffers, and Drops

B1 - Switch Buffer Architectures.mp4

28:54

B2 - Small Buffer or Big Buffer Switches.mp4

05:36

B3 - Tools and Knobs.mp4

17:50

B4 - Questions and Answers.mp4

19:20

Networks, Buffers, and Drops.pdf

Packet Buffers.pdf

Open Networking for Large-Scale Networks

1 - Whitebox and Disaggregation Drivers.mp4

13:38

2 - Components.mp4

18:19

3 - Network Operating Systems.mp4

19:28

4 - Challenges.mp4

13:12

5 - Whitebox and Disaggregation - Questions.mp4

10:11

6.1 - Large Data Center Fabric Challenges.mp4

16:54

6.2 - Pod Architecture and Basic Access Topologies.mp4

06:39

7.1 - Single-SKU Data Center Networks.mp4

09:44

7.2 - Hardware Challenges.mp4

14:48

8 - Building Large Leaf-and-Spine Fabrics.mp4

18:45

Large-Scale Data Centers.pdf

Open Large-Scale Networks.pdf

Segment Routing

1 - Segment Routing 101.mp4

12:27

2 - Common Segment Identifiers.mp4

10:49

3 - Sample Use Cases.mp4

06:52

4 - Segment Routing in SDN Ecosystem.mp4

27:18

5 - More Information.mp4

01:00

Introduction to Segment Routing.pdf

Segment Routing Introduction.pdf

Software Defined Networking (SDN)

10 - Introduction.pdf
11 - Overlay Virtual Networking.pdf
12 - Overlay Virtual Networking Technical Details.pdf
13 - Overlay Virtual Networking Product Details.pdf
14 - Gateways to Overlay Virtual Networks.pdf
15 - Long-Distance Overlay Virtual Networks.pdf
16 - Alternate Approaches to Network Virtualization.pdf

00 - Introduction.pdf
01 - The Initial Hype.pdf
02 - Software Defined Networking 101.pdf
03 - OpenFlow Basics.pdf
04 - OpenFlow Implementation Notes.pdf
04 - OpenFlow Implementation Notes (1).pdf
05 - OpenFlow Scalability Challenges.pdf
06 - OpenFlow and SDN Use Cases.pdf
07 - SDN Beyond OpenFlow.pdf

TCP, HTTP and SPDY

1 - The Problem.mp4

12:04

2 - TCP and HTTP.mp4

13:11

3 - TCP and HTTP - Questions.mp4

09:18

4 - TCP and HTTP Improvements.mp4

18:08

5 - SPDY.mp4

17:45

6 - Conclusions.mp4

04:17

TCP, HTTP and SPDY.pdf

The Network Impact of NVMe over Fabrics (NVMe-oF)

1.1 - Introduction and NVMe Primer.mp4

20:43

1.2 - NVMe over Fabric.mp4

20:58

2.1 - RDMA-based NVMe-oF.mp4

09:03

2.2 - Networking for RDMA.mp4

23:07

2.3 - NVMe-oF over TCP.mp4

10:05

2.4 - Building a Better TCP.mp4

10:48

3 - Bringing It All Together.mp4

05:31

Networking Impact of NVMe-over-Fabrics.pdf

Roadmap.pdf

The Network Impact of NVMe over Fabrics (NVMe-oF).pdf

The Network Impact of NVMe over Fabrics (NVMe-oF) Roadmap.pdf

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