PROYECTO FINAL. Tutorial para publicar en SlideShare.pptx
Content Rules Tech Illustrations Samples
1. TAKE A GOOD LOOK
CALL BUTTON
• Take a call or end it (1 tap)
• Redial (2 taps)
• Reconnect lost connection (1 tap)
• Activate pairing after initial set up
(press until LED flashes blue/red)
• Transfer a call to/from headset
(1-second press during call)
POWER SWITCH
MICRO USB CHARGING PORT
• With AC charger:
20 minutes (1 hour talk time)
Less than 2 hours (full charge)
• Best performance when fully charged
VOLUME/MUTE BUTTON
• Volume up/down (1 tap per level
change)
• Mute: on/off (1-second press)
• On (slide to reveal black)
• Off (slide to reveal red)
LED
VOICE RECOGNITION BUTTON
• Voice Recognition (VR) commands
(Tap VR button, say a command
within 10 seconds. See Voice Commands for commands list.)
• Initiate phone’s voice-dialing
(2-taps then tone heard)
• Charging (Solid red. No light when
fully charged)
• Low battery (2 red flashes, 2 tones
and voice alert)
• Critically low (3 red flashes, 3 tones
and voice alert)
Be safe! Please read the safety guide
before using your new headset.
3. ATM cell
ATM cell
ATM cell
IP header
ATM cell
IP header
ATM cell
ATM cell
ATM Pseudo Wire over IP
POTS
GIG-BE
Network
ATM
Network
IP/ATM
IP/ATM
PE
Video
ATM
Network
POTS
IP/
Ethernet
Fax Machine
Desktop
IP/
Ethernet
CE
DATMS
Network
Fax
Machine
PE
CE
Desktop
Video
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4. Base Designs Lab Setup for Validated Reference Design
Validated Reference Design
Chapter 1: VRD Example Campus Network
The VRD example campus network emulates the recommended campus network discussed in the
Aruba Campus Network Validated Reference Design (Version 8). Figure 1 shows the VRD example
network setup.
Data center
AirWave
MC1-Sunnyvale3600 (active)
MC2-Sunnyvale3600 (standby)
Amigopod
SIP
Web
Radius
AD-CS
AD-DS
DNS
DHCP
Internet
Core switch
LC1Sunnyvale6000
LC2Sunnyvale6000
Distribution
switch 1
Distribution
switch 2
Access switch
AM-LC1
Employee
Guest
Application
Figure 1
AP-LC2
AM-LC2
Employee
Guest
Application
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AP-LC1
Access switch
VRD example campus network
This example network is used to explain the concepts and it is not designed to prove scalability. Aruba
engineering performs extensive testing that is related to scalability. All the screenshots and
configuration used in the VRDs are from this example network.
The example network is not an exact replica of the recommended campus deployment at the core
layer. This example network uses the collapsed core architecture. Aruba recommends that the two
master controllers be connected to two data center distribution switches to form a full mesh topology.
The following sections explain the setup of the example network.
Aruba Networks, Inc.
VRD Example Campus Network | 5
5. Aruba Campus Wireless Networks
Validated Reference Design
Figure 19
VRRP table on MC2-Sunnyvale-3600
Local Redundancy
The local controllers at the aggregation layer also use VRRP instances to provide redundancy.
However, a different redundancy model called active-active redundancy is used. In this model, the two
local controllers terminate APs on two separate VRRP VIP addresses. Each Aruba controller is the
active local controller for one VIP address and the standby local controller for the other VIP. The
controllers share a set of APs and divide the load among them. The APs are configured in two different
AP groups, each with a different VIP as the LMS IP address.
Keepalives
Local
Local
Active VIP
Standby VIP
Active VIP
Standby VIP
Air monitor
Figure 20
Aruba Networks, Inc.
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Active-active redundancy
Redundancy | 33