Effective Study Techniques for the Riverbed 101-01 Exam

Drop the new data

Create a tunnel to optimize the data

Scalable Data Referencing creates and sends new reference pointers to the peer Steelhead appliance

Compress the data using Lempel-Ziv and sends it to the peer Steelhead appliance

Sends only the references for the data to the counterpart Steelhead appliance

Booted partition

Backup partition

Both the boot and backup partitions

The image is only installed into a partition after a reboot (from a temporary location)

Upgrades can only be done from the CLI

Application performance

Data transfer speed over the WAN

Data transfer speed over the LAN

Quality of service

WORM stability

Prototyping

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

Optimized WAN throughput

Connection count

Datastore size

Bypass port count

Speed / duplex requirements

The Steelhead Mobile client datastore

The local office Steelhead appliance datastore

The server-side Steelhead appliance datastore

Datastore will not be populated

The Steelhead Mobile Controller datastore

Correct Addressing

Port Transparency

Full Addressing

Full Transparency

Transparency

Degraded

Normal

Healthy

Critical

Failed

All

None

Destination Only

Destination and Source

Do all your configuration on a SteelCentral Controller for SteelHead, and perform a policy push to all SteelHeads.

Do all your configuration on the SteelHead, then copy the application configuration file and paste it into the remaining SteelHead CLI in config mode.

Each SteelHead should be configured with unique rules, as application definitions can vary site-by-site.

Do all your configuration on one SteelHead, then copy the application configuration file and upload it to remaining SteelHeads via the management UI.