101-01 Exam Dumps - Riverbed Certified Solutions Associate

Primary or aux

Primary only

Inpath0_0 only

Aux only

Create a TCPDUMP on the SteelHead and analyze it with tshark from the CLI.

Generate a TCPDUMP on the SteelCentral Controller for SteelHead (SCC) and upload it from the SCC.

Use Riverbed NetProfiler to dissect the TCPDUMP.

Connect to the SteelHead with HTTP(s), download the TCPDUMP and open it in Wireshark.

Enable the embedded NetShark and connect to it using Riverbed Packet Analyzer software.

Bandwidth utilization exceeding the model capabilities

A number of optimized connections exceeding the model capabilities

A datastore that has just reached full capacity and cannot accept any more SDR data

A problem that it cannot control but is not sure what it is

Client side SteelHead and server-side SteelHead

Client side SteelHead and server

Server-side SteelHead and server

Client PC and server-side SteelHead

Cable 1: Crossover, Cable 2: Crossover

Cable 1: Straight-through, Cable 2: Straight-through

Cable 1: Crossover, Cable 2: Straight-through

Cable 1: Straight-through, Cable 2: Crossover

Import just the server certificate onto the server-side SteelHead.

Create a proxy server certificate and private key on the server-side SteelHead.

Create a proxy server certificate and private key on the server.

Create a self-signed peering certificate and private key on the server-side SteelHead.

Concurrent usage

Per seat

Hybrid per seat/concurrent usage

Steelhead Mobile does not use a licensing model as long as you do not exceed the capacity of the SMC

Correct Addressing

Port Transparency

IPSec tunnel mode

SSL mode

The SteelHead is in a different subnet from the client and servers.

The SteelHead is in the same subnet as the clients and servers.

The SteelHead is in the same subnet as the servers or clients.

(config) # stats clear-all

(config) # clear-all stats

(config) # reset stats

(config) # reload stats clean

(config) # clear stats

IBM DB2

Sybase

MySQL

Microsoft SQL

Great Plains

MX-TCP backs off in the case of congestion, HighSpeed TCP does not

HighSpeed TCP backs off in the case of congestion, MX-TCP does not

MX-TCP can use TCP window scaling, HighSpeed TCP cannot

HighSpeed TCP can use TCP options, MX-TCP cannot

It can never be done

Only Port Transparent

Only Correct Addressing

Only Full Addressing

Full Transparency, Port Transparency and Correct Addressing can be configured simultaneously

1

2

3

4

HSTCP

MX-TCP

Virtual Window Expansion

Connection Pooling

Transport Streamlining

Fail-to-wire

Fail-to-block

Passthrough all connections

Passthrough new connections

Drop new connections

Open Virtual Appliance

Open Virtual Image

Open Virtual Release

Open Virtual Source

Open Virtual Package

WAN bandwidth reduction by 60-95%

Eliminates redundant data transfers at the byte-sequence level

Performs cross-application optimization

Provides compression

All of the above

Kerberos

RADIUS

Local password database

TACASS+

NTLM

Windows 2000

PDA

Windows XP

Vista-32

Linux

Remote control using a modem or ISDN device

IPMI “lights out” Remote control management

Export of netflow statistics

SteelFusion Edge device connection

Data store synchronization

Version 1

Version 2

Version 9

Version 12.2.18

ftp

http

scp

https

tftp

With degraded, only one alarm has been triggered, whereas with critical, two or more alarms were triggered

With degraded, the Steelhead appliance is still optimizing traffic, whereas with critical the Steelhead may or may not be optimizing

With degraded, there is no optimization due to a software problem, whereas with critical there is no optimization due to a hardware problem

With both degraded and critical, optimization functions as normal however administrator attention is required

On the LAN side branch office Steelhead

Directly connected to the AUX interface

On the same switch as the WAN side interface

In the same subnet as the file server

Cold, the data now travels in another direction so the Steelhead appliances need to relearn the data

Cold, the application protocol is now different so the Steelhead appliances need to relearn the data

Warm, the data has been seen by the Steelhead appliances before making the application protocol irrelevant

Warm, only because the transfer uses CIFS

Partially warm, the Steelhead appliances only need to learn the new data

Optimized WAN throughput

Connection count

Datastore size

Bypass port count

Speed / duplex requirements

Using the Riverbed public support site

Contacting VMware

Virtual Steelhead appliance license keys are included in the install package

Base licenses are not required

Only SSL licenses are not included

0

1

2

3

No encryption

AES_128

AES_64

AES_256

AES_192

Riverbed interact Operations Shares

Riverbed Optimization System

Riverbed integrating Operating System

Riverbed is Orange Shamrocks

Riverbed is Outstandingly Simple

Riverbed Internet Optimization System

Riverbed Open Standards

Optimizes VoIP flowing through proxy servers

Removes the need for specific servers in the branch offices

Allows for continued operations of specific functionality in the event of a WAN failure

Provides parallel forwarding domains for asymmetrical routing

admin

riverbed

monitor

rvbd

root

Secure

Interactive

RBT-Proto

Fixed-Target

Pass-Through