Cisco - Jumpstart - Wan - Jeopardy

Front 1

A device that creates networks.

Back 1

Switch

Front 2

This is the year Cisco was founded.

Back 2

1984

Front 3

This slot supports integrated voice and data in an ISR G2.

Back 3

HWIC

Front 4

This module has the most physical switch port capacity in the ISR series.

Back 4

NME-XD

Front 5

The type of slot referenced in the picture (2921 chassis).

Back 5

PVDM Slots

Front 6

This type of card supports data connectivity in the ISR.

Back 6

WIC

Front 7

This type of card supports both voice and data connectivity in the ISR.

Back 7

VWIC

Front 8

This type of card slot in an ISR can take virtually every type WIC, VIC, or VWIC.

Back 8

HWIC

Front 9

What is the intended application for this module:

Back 9

Voice circuit termination and providing DSP resources for:
•Transcoding
•Conversion of circuit-switched voice to packet-switched voice
•Multiplexing of streams into a conference call

Front 10

Describes Cisco’s Borderless Network Architecture.

Back 10

• Connecting anyone - employees, partners and customers, to anything, anywhere anytime?
• Delivering the same productivity, the same access to the information, and the same responsiveness securely, reliably, and seamlessly.

Front 11

What is a FXS port?

Back 11

This type of router has a compact hardened chassis and can be configured with Mobile IP.

Front 12

What is a Cisco ISR 819 M2M Gateway?

Back 12

This is the Cisco recommended architecture for video and collaboration deployments. This architecture integrates technologies together to deliver an end-to-end architecture that enables video applications to interact with the underlying infrastructure.

Front 13

What is Medianet?

Back 13

This specific 1900 series ISR G2 model can provide POE, but only through an external POE module.

Front 14

This specific 1900 series ISR G2 model can provide POE, but only through an external POE module.

Back 14

1921

Front 15

This ISR generation supports both voice and video using onboard DSP’s.

Back 15

ISR G2

Front 16

The new type of image on the ISR G2 provides:
•Less Costly Software Upgrades
•Services on Demand—purchase upgrades as you need them via Cisco licensing
•Single IOS Universal Image for all ISR G2. 4 IOS Licenses enable features that were previously offered in 8 images

Back 16

Universal Image

Front 17

This type of port connects the router voice port to the telco.

Back 17

FXO port

Front 18

This is the definition and purpose of SRST.

Back 18

Survivable Remote Site Telephony

SRST is a Cisco Unified Communications Manager (CUCM) call processing backup mechanism that allows Cisco IP phones to register to a Cisco router. A Cisco router in SRST mode provides call setup and call teardown services similar to CUCM, but only when connectivity to the CUCM servers provided in the Cisco Call Manager group are not reachable. SRST technology is widely used in the centralized call processing model where branch sites do not have any local call processing capabilities.

Front 19

In IOS 15 and above, this type of maintenance release is released every 18–20 months.

Back 19

Extended Maintenance (EM) release

•Extended Maintenance M releases for long-term support
•Standard Maintenance T releases between EMs for faster feature delivery
•New release three times/year; Extended

Front 20

What is the new type of console supported on the ISR G2.

Back 20

USB Console

Front 21

This is the next version of the HWIC slot on an ISR G2.

Back 21

EHWIC

Front 22

What is a new type of fabric on the ISR G2.

Back 22

MGF or Multi Gigabit Fabric

Front 23

This internal module form factor supported in the ISR is no longer supported in the ISR G2.

Back 23

AIM Module

Front 24

This allows NM’s to be installed into an ISR G2.

Back 24

NM to SM adapter

Front 25

The NME slot in the ISR has been replaced with this slot in the ISR G2.

Back 25

SM or Service Module slot?

Front 26

This technology in an ISR G2 provides superior scalability by providing direct high-performance connectivity between services and modules and provides connectivity between EHWICs, PVDM3s, SMs and ISMs through the backplane.

Back 26

Multi Gigabit Fabric?

Front 27

A PVDM3-64 provides this many G.711 channels.

Back 27

64

Front 28

Virtualized services, centralized management, and integrated compute and storage are all characteristics of __________ virtualization.
.

Back 28

Service Virtualization?

Front 29

In the ISR G2 series, these three series of SRE’s are available.

Back 29

• 300 Series
• 700 Series
• 900 Series

Front 30

These models of ASR 1000 series provide hardware redundancy.

Back 30

• 1006
• 1013

Front 31

This component of the ASR 1000 series is responsible for handling forwarding plane traffic.

Back 31

ESP

Embedded Services Processor

- Handles forwarding plane traffic

Front 32

The ASR 1000 series architecture separates these two functions for performance, modularity, and reliability reasons.

Back 32

• Control Plane
• Forwarding Plane

Front 33

This process allows for non-disruptive upgrades in the ASR 1000 series.

Back 33

ISSU

Front 34

This architecture of the ASR 1000 series is distributed to major system components in the system including RP, ESP and SIP systems.

Back 34

control plane

Front 35

These models of ASR 1000 series provide only software redundancy.

Back 35

• 1001
• 1002
• 1004

Front 36

This component of the ASR 1000 series is responsible for handling control plane traffic.

Back 36

RP

Route Processing

Front 37

This value represents the total system throughput capability of the ASR 1000 series.

Back 37

ESP - {current #}

Front 38

The ASR models that have integrated RP’s.

Back 38

• ASR 1001
• ASR 1001-X
• ASR 1002
• ASR 1002-X
• ASR 1002-f

Front 39

The architecture of the ASR 1000 series that is centralized.

Back 39

forwarding architecture

Front 40

This organization publishes an annual study of Internet reliability.

Back 40

Stanford University

Front 41

This module is compatible between the ISR G2 and the ISR 4451-X.

Back 41

SM-X

Front 42

These two platforms run IOS-XE (as covered in our class).

Back 42

• 4451
• ASR 1000

Front 43

These routing platforms offer Cisco AX.

Back 43

ISR-G2

• (3900-AX, 2900-AX, 1900-AX,800 Series Feature Lic)
• 4451 (4800-AX)
• ASR1000 (i.e. ASR2001-5G-AES-AX)?

Front 44

These are the three different options for WAAS on an ISR G2 and the requirements to run them.

Back 44

• WAAS Express – Router CPU/Memory
• WAAS – SRE Module
• vWAAS – UCS E-Series Module

Front 45

Cisco’s solution architecture or deployment model focused on end to end user experience.

Back 45

IWAN

Front 46

These are four WAAS optimization techniques.

Back 46

• DRE
• LZ compression
• TCP Flow Optimization
• Application-Specific Acceleration?

Front 47

Application Experience (AX) can performs DPI up to this layer.

Back 47

Layer 7

Front 48

This operating system is used to modularize the software components on the 4451.

Back 48

Linux

Front 49

These are three IWAN deployment models.

Back 49

• Dual MPLS
• Hybrid
• Dual Internet