CBT Nuggets Cisco CCDP 642-874 ARCH

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CBT Nuggets Cisco CCDP 642-874 ARCH

Designing Cisco Network Service Architectures

This Cisco ARCH video training course with Jeremy Cioara covers the professional-level content you need to design an enterprise-grade network from the ground up, as well as prepare for the Cisco CCDP Cisco certification. The breadth of knowledge covered in Cisco ARCH is tremendous, so be sure you go through CBT Nuggets' Cisco ROUTE and SWITCH series before diving into ARCH!

Recommended skills:
Cisco CCNA-certified (or equivalent experience)
Comfortable with the information contained in the Cisco ROUTE course
Comfortable with the information contained in the Cisco SWITCH course

Recommended equipment:
Cisco design series is more conceptual in nature.

Related certifications:
Cisco Certified Design Professional (CCDP)

Related job functions:
Enterprise network design
Network design consultant
Cisco best practices in network design

Often, Cisco engineers feel they are simply kept on staff to “fix something if it breaks.” In a network design done right, nothing could be further from the truth. Cisco engineers should be in a constant and perpetual state of Prepare, Plan, Design, Implement, Operate, and Optimize (PPDIOO). In this course, you will cover a tremendous breadth of information dealing with implementing network systems the right way, from the beginning. You’ll also learn to bring a system that is slightly off kilter (or perhaps very off kilter) back into a good design. This training also can prepare you for CCDP Cisco certification. The course focuses primarily on three topic areas:

Enterprise campus infrastructure network fabric (layer 1/2) design
Enterprise campus infrastructure IP address and routing (layer 3) design
Enterprise data center design

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1. Welcome to ARCH (12 min)
In this brief course intro, Jeremy discusses the ARCH certification exam (new and old) as well as some hugely important real-world experience on proper global design principles.
2. Models: Understanding the Cisco Hierarchical Network Model (12 min)
When building a network, you have to start somewhere! Where would that somewhere be? The Cisco Hierarchical Model, of course! Join Jeremy as he walks through the typical way and BEST way to build a network.
3. Models: The ECN Modular Network Design (7 min)
Did you know that Cisco has created design guides for every element of your network environment for you to download for free? It's absolutely true and in this Nugget, Jeremy describes the Enterprise Composite Network (ECN) model and how it applies to your network environment.
4. Models: Describing a Network Lifecycle with PPDIOO (14 min)
PPDIOO: Do you say it or spell it? The mystery will be revealed in this Nugget! In addition, Jeremy gives some awesome tips on implementing structure following PPDIOO (Plan, Prepare, Design, Implement, Operate, Optimize) in your environment.
5. Campus: High Availability Design (12 min)
Hold up your fingers, hold them high! Lift two fingers to the sky – that's the core principle of a highly available (HA) network design. In this Nugget, Jeremy discusses the devices, protocols, and designs you can use to implement HA in your environment.
6. Campus: Spanning Tree Protocol Review (9 min)
Spanning Tree Protocol (STP) is one of the "least known" topics among networkers. In this Nugget, Jeremy packs in an awesome review of the core STP elements in less than 10 minutes.
7. Campus: Spanning Tree Protocol Best Design Practices (12 min)
How far should STP go in your enterprise network? Which standard should you pick? Is there any security concerns? These questions and more addressed in this Nugget.
8. Campus: Etherchannel and UDLD Design (9 min)
In this Nugget, Jeremy discusses the concept and design behind Etherchannel and UDLD.
9. Campus: Access to Distribution Block Designs (6 min)
While most of the network engineer's energy is focused on Access layer technologies, the design you choose for the uplink between Access and Distribution layers can make or break your environment. In this Nugget, Jeremy discusses the three methods of connecting between layers: Layer 3 Routed, Layer 2 Loop-Free, and Layer 2 Looped.
10. Campus: Managing Bandwidth and Oversubscription (9 min)
You can follow Cisco's best practice heirarchical model design just fine…but is it enough? Will the uplinks from Access to Distribution handle the capacity of traffic passing through? In this Nugget, Jeremy discusses multiple methods to scale your bandwidth including Etherchannel and Equal Cost Multipathing (ECMP).
11. Campus: Optimizing Routing and FHRPs (18 min)
Routing protocols are the glue that tie together the hierarchical campus model. In this Nugget, Jeremy discusses best design practices for campus routing protocols and First Hop Redundancy Protocols (FHRPs).
12. Campus: IP Telephony Design Considerations (13 min)
IP Telephony is special. Unlike any other network application, the user tolerance for poor voice quality is exceptionally low. In this Nugget, Jeremy highlights the key design considerations for IP Telephony: Trust Boundaries, Power over Ethernet (PoE), and Quality of Service (QoS).
13. Campus: IPv4 Address Planning (16 min)
The concept of IP address planning is really simple…until you try it yourself! In this Nugget, Jeremy walks through Cisco best practice IPv4 address design with plenty of practical examples to solidify the concepts forever.
14. Campus: IPv6 Address Planning (11 min)
IPv6 is real and it's here today! In this Nugget, Jeremy walks through the "big picture" (pun intended) of IPv6 address planning, best practices, and summarization.
15. Routing Protocols: EIGRP Design Principles (8 min)
The beauty of EIGRP is in its simplicity. In this Nugget, Jeremy walks through the big picture EIGRP design principles including the handling of multiple autonomous system environments.
16. Routing Protocols: OSPF Design Principles (15 min)
While OSPF is not quite as "plug-and-play" as EIGRP, it can be tuned to be nearly as fast. In this Nugget, Jeremy explores the big picture Cisco recommendations for scaling OSPF and digs deep into OSPF timers.
17. Routing Protocols: BGP Design Principles (14 min)
Are you ready for a paradigm shift? It'll happen as Jeremy explores using BGP as your Interior Gateway Protocol (IGP)! In this Nugget, you'll also learn general BGP design principles, BGP split horizon, route reflectors, and confederations.
18. Routing Protocols: Summarization, Redistribution, and Filtering (13 min)
Join Jeremy as he rounds out the Routing Protocol design segment with three key topics: Route Summarization (and default routing), Route Redistribution, and Route Filtering.
19. WAN Services: Fiber Optic Connections (SONET / SDH) (21 min)
Get ready for the wonders of Fiber Optic cabling! In this Nugget, Jeremy discusses the concepts and design of SONET / SDH connections, goes a little sci-fi with Erbium-doped fiber amplification, covers DWDM, CWDM, OADMs, and bandwidth capacity.
20. WAN Services: Metro Ethernet (9 min)
If you've seen construction in your area, chances are it's related to carriers installing bundles of Fiber Optic cabling. In this Nugget, Jeremy talks what they're using that Dark Fiber to accomplish and goes through the battery of Metro Ethernet services (EPL, ERS, EWS, EMS, and ERMS).
21. WAN Services: The VLAN Private Line Service (VPLS) (7 min)
Metro Ethernet services provide fantastic flexibility, but have many design elements you will want to consider. In this Nugget, Jeremy dives into VPLS, which is really just multiple multipoint Metro Ethernet connections, and the areas of design you will want to consider.
22. WAN Services: MPLS (8 min)
Multiprotocol Label Switching (MPLS) is a service provider technology allowing you to blend together many different connection types seamlessly. In this Nugget, Jeremy explores the difference between L2 and L3 MPLS connections along with general MPLS routing considerations.
23. WAN Services: Choosing and Monitoring the Service Provider (14 min)
Any Nugget that starts by discussing Indiana Jones will absolutely be memorable. In this Nugget, Jeremy makes a passionate appeal to the primary criterion you should use when choosing the best service provider and monitoring to ensure they are meeting their commitments.
24. Data Center: Core Design Models (8 min)
The Data Center is the place where the most awesome IT equipment exists. Likewise, Cisco has one of the most awesome designs available to handle it. In this Nugget, Jeremy discusses the Three-Tiered design applied to data center environments and the unique caveats encountered in the data center environment.
25. Data Center: Aggregation Layer Design (15 min)
There is a whole lot of action happening at the aggregation layer. In this Nugget, Jeremy breaks down routing design, scaling options, and service modules of the aggregation layer.
26. Data Center: Access Layer Design (9 min)
We've now made our way down to the access layer where many design options are available. In this Nugget, Jeremy discusses the Looped Triangle, Looped Square, Loop Free U and Inverted U, Flexlink, and Layer 3 design models.
27. Data Center: Blade Server Design (4 min)
Blade servers are the ultimate hybrid between Server and Network Administration. In this Nugget, Jeremy discusses the proper way to connect and integrate blade server switching into the data center environment.
28. Data Center: Scaling Your Architecture (11 min)
In this Nugget, you will learn how to address your "one thing" that takes your data center implementation from a few hours to potentially weeks in length. Jeremy discusses big picture data center considerations (cooling, power, resiliency, etc…) and really focuses in on the stackable vs. modular switch design models.
29. Data Center: Using Bandwidth Effectively (8 min)
Arranging the physical components of your data center correctly is only relevant because of the network throughput you are attempting to deliver. In this Nugget, Jeremy walks through the process of calculating over-subscription ratios, selecting the best Etherchannel algorithms, and explores the alternate design of using Service Switches.
30. Data Center: STP in the Data Center (10 min)
The data center design continues as Jeremy dives into STP! This nugget discusses the logical and virtual STP port calculations and guidelines you need to be successful.
31. Data Center: High Availability (6 min)
High Availability (HA) is a generic concept that encompasses many network strategies deployed in tandem to create a HA environment. In this Nugget, Jeremy focuses on two specific elements that relate to the data center directly: Server NIC Teaming and Failover Time Expectations.
32. SAN Technology: Understanding the Bits and Pieces (13 min)
It's time to step into Storage Area Networks (SANs)! In this Nugget, Jeremy introduces the topic and covers the core SAN components and the difference between Direct Attach Storage (DAS), Network Attached Storage (NAS), and Storage Area Networks (SANs).
33. SAN Technology: Protocols and Standards (10 min)
There is a "parallel universe" out there called Fibre Channel where there exists no TCP/IP, but only standards that resemble TCP/IP. In this Nugget, Jeremy discusses the backstory of SCSI, the Fibre Channel (FC) standard, and the new FC communications (VSANs, ISL, Enhanced ISL, IVR, FCIP, etc…).
34. SAN Technology: SAN Design (5 min)
This Nugget is very good news. As long as you know how to design the core Cisco network environment (using the three-tiered hierarchy), you're well on your way to designing SAN networks with Fibre Channel. In this Nugget, Jeremy discusses the 'big picture' SAN design as well as methods to extend the SAN outside the data center (such as Fibre Channel over IP (FCIP) and iSCSI).
35. E-Commerce: The Design that Must Stay Up (11 min)
You'll find when you explore the Cisco E-Commerce Design Module that budget really is not given much consideration due to the importance of this module. In this Nugget, Jeremy discusses the "big picture" concepts behind E-Commerce: Firewall layers (aka Firewall Sandwich) and Server Load Balancing (SLB).
36. E-Commerce: Internet Connections (13 min)
You can't have a highly available (HA) design that does not include redundant Internet connections, right? In this Nugget, Jeremy unpacks three design options for your redundant, E-Commerce ISP connections: DNS-based, BGP-based, and multiple data centers.
37. E-Commerce: Deep Dive (12 min)
Up until this point in the series, we've discussed many E-Commerce topics. In this Nugget, Jeremy ties them all together. In here, you will learn how the E-Commerce "Firewall Sandwich" compares to the Cisco Three-Tier Hierarchy and analyze each module in depth.
38. Security: Firewall Design (13 min)
If you're wanting to understand Security Contexts (Firewall Virtualization), Firewall Modes (Routed/Transparent), and Asymmetric Routing Groups, this is the Nugget for you!
39. Security: IPS Design (10 min)
What does IDS / IPS sensors and a ninja have in common? Find out in this Nugget where Jeremy discusses not only ninjas, but IPS placement, filtering techniquies, and monitoring possibilities.
40. VPN: Remote Access VPN Design (11 min)
VPNs from an African jungle? Sure! Anything is possible in this Nugget as Jeremy discusses VPN Remote Access (RA) VPN client options, placement of the VPN termination device, and return traffic routing to the RA VPN.
41. VPN: Site-to-Site VPN Design (8 min)
"Replace my WAN link with a VPN connection? Never!" That was the response to Site-to-Site VPNs 10 or so years ago…but not any more! Join Jeremy in this Nugget as he discusses how awesome Site-to-Site VPNs are along with their core design principles.
42. VPN: Variations (5 min)
There are a number of variations you could see in a VPN design: configurations to simply, secure, or make your VPN configuration more dynamic. In this Nugget, Jeremy walks through considerations for Easy VPN, GRE, Virtual Tunnel Interfaces (VTI), DMVPN, and GET VPN.
43. VPN: Scalability (6 min)
The marketing information on VPN appliances rarely matches the reality. In this Nugget, Jeremy discusses how to scale your VPNs to a realistic traffic pattern as well as Cisco's recommendation for routing protocol use over site-to-site VPN connections.
44. Multicast: Concept Review (17 min)
This has to be one of the best, most concise Multicast reviews we've ever heard. In 17 minutes, you can likely move from knowing very little about Multicast communication to having a solid foundation to build from. Enjoy!
45. Multicast: Multicast Routing with PIM (15 min)
Multicast traffic needs the ability to route through networks just like Unicast traffic. To do this, we rely on Protocol Independent Multicast (PIM) routing protocols to deliver the necessary services. In this Nugget, Jeremy discusses the various PIM modes and methods of discovering the location of the Rendezvous Point (RP) in the network.
46. Wireless: Design Principles (21 min)
Wireless networks rule the world and yet most network engineers only understand the "practical principles" of wireless configuration. In this Nugget, Jeremy does an action-packed walk through of key WIFI design principles including channel selection, 2.4 and 5GHz benefits and drawbacks, signal strength, signal to noise ratio (SNR), and more!
47. Network Management: Tools at Your Disposal (8 min)
Adding network management into your network design is key. In this Nugget, Jeremy explains why network management and monitoring are absolutely critical, goes through the 4 steps of network optimization, and discusses the helpfulness of Syslog.
48. Network Management: Netflow (6 min)
Just when you think you found all the hidden tools in the realm of the Cisco IOS, you stumble on this gem: Netflow! This Nugget unearths the almighty statistic-grabbing protocol discussing where and how it can be used, the elements that define a flow, and the protocol information you need for success.
49. Network Management: NBAR and AutoQoS (15 min)
Think you've seen all the "cool monitoring tools" Cisco has to offer? Think again! Welcome to the realm of Network Based Application Recognition (NBAR) and AutoQoS. In this Nugget, Jeremy discusses the place and function of each.
50. Network Management: IP SLA (7 min)
The last topic of the series is a good one. SLA typically represents the service level agreed up between a customer and a carrier. IP SLA represents the feature to hold them to it! In this Nugget, Jeremy walks through the facts and figures behind IP SLA. Enjoy!

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