Nortel Networks 2212, 2211 manual Setting up the Wlan Handset

Page 18

18Chapter 2 WLAN Handsets overview

Table 3 States of the WLAN Handset

State

Description

 

 

Active (on-hook)

This state is entered when the handset is in standby state and the user presses the Menu

 

key. The handset appears to be on-hook from the Call Server point of view, and loud

 

ringing will occur (when required). The handset display is active and the Menu, FCN and

 

Line menus can be accessed. The user returns to the standby state by pressing the

 

Power Off/End Call key. If no keys are pressed for a period of 10 seconds, the state times

 

out and the handset returns to the standby state. Pressing the Power Off/End Call key in

 

any of the menus will exit the menu. Pressing the Power Off/End Call key again will

 

return the handset to standby state.

 

If the user selects any menu item or presses a soft key, the handset changes into the

 

active (off-hook) state, the timeout condition is removed and the handset will use a soft

 

ring.

 

 

Error

The handset enters the error state when it loses the signal from the access point.

 

If the handset regains the signal within approximately 20 seconds, it returns to the state it

 

just left. If the handset is out of range for longer than 20 seconds, the handset restarts and

 

returns to the standby state.

 

For more information on error messages, see “Display messages” on page 44.

 

 

Active call

The handset enters the active call state when a user is in an active conversation. To enter

 

this state, the user either makes a call or answers an incoming call. While in this state, the

 

handset will use a soft ring to alert the user to another call. The user leaves this state

 

when the call is completed by pressing the Power Off/End Call key or if an incoming call

 

is ended before the user answers it.

 

 

Push-to-Talk

The push-to-talk state begins with the first push-to-talk transmission and ends when there

(WLAN Handset

has been no two-way radio traffic on the channel for 10 seconds.

2211 only)

While in the push-to-talk state, it is not possible to use the keypad for any other functions.

 

However, it is possible to place and receive telephone calls.

 

 

Setting up the WLAN Handset

This section describes the following initial setup options for your WLAN Handset:

“To select the Keypad Autolock” on page 19

“Select the Language” on page 19

“Ring Options” on page 20

“Phone Options” on page 24

“Configure push-to-talk” on page 26

“Adjust speaker volume” on page 27

“Silence the ringer” on page 27

“Lock and unlock the keypad” on page 28

NN40050-101

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Contents Wlan IP Handset 2210/2211/2212 User Guide Copyright 2005-2006 Nortel Networks, All Rights Reserved Task list Task list NN40050-101 Contents Chapter Features, functions, and buttons About this guide AudienceSymbols and text conventions Feature Getting Help from the Nortel Web site How to get HelpGetting Help over the phone from a Nortel Solutions Center Getting Help through a Nortel distributor or resellerWlan Handsets overview Wlan Handset buttons and keys Wlan Handset 2210, Wlan Handset 2211, and Wlan HandsetFtre Wlan Handset display ScrollingStatus area Wlan Handset displayInformation area Feature options area Wlan handset statesSetting up the Wlan Handset Wlan Handsets overview States of the Wlan HandsetTo select the Keypad Autolock Select the LanguageTo select a language Ring Options To select the Ring CadenceTo select the Ring Tone To select the Ring Volume To select the Vibrate CadenceTo select the Ring Delay To select the Noise Mode Phone OptionsTo select the Key Tones To select the Warning Tones To select the Display ContrastConfigure push-to-talk To configure Push-to-Talk for the handsetTo adjust speaker volume using the Function menu Adjust ringer volumeAdjust speaker volume Silence the ringerTo lock the keypad To silence the ringer using the Function menuLock and unlock the keypad To unlock the keypadSecurity Wlan Handsets overview NN40050-101 Feature and function menus Feature and function keysSoft Key Abbreviations menu-MENU key Feature menu-LINE keyTo activate a feature Function menu-FCN keyTo use external autodial Program Feature menu itemsTo use features To use internal autodialTo erase memory buttons Basic call features To make external calls using line keysMake a call Answer calls To make external calls using intercom keysTo make internal calls using intercom buttons HoldMute End callsPush-to-Talk Call periodReceive a Push-to-Talk transmission To change the Push-to-Talk volumeTo initiate a Push-to-Talk call To respond to a Push-to-Talk callTo end a Push-to-Talk call To mute a current Push-to-Talk callTo unmute a Push-to-Talk call To answer a call during a Push-to-Talk callTo make a call during a Push-to-Talk call Troubleshooting View system informationTo view the handset IP address To view the handset firmware version View the current call server IP addressTo view the server IP address To view the current call serverView terminal type View extensionTo view the terminal type Display messages To view the extension numberBattery Low message Do not Power OFF Do not turn the Wlan Handset off A few minutes None. Do not turn the Wlan Handset off Troubleshooting NN40050-101 Wlan Handset, headset, batteries, chargers, and accessories Cleaning your Wlan HandsetBattery packs HeadsetLow battery indicators Wlan Handset 2210 and 2212 battery pack locationTo insert the battery pack To change the battery pack while in a callDesktop Charger Wlan Handset 2210, and Wlan Handset 2211 Desktop Chargers Dual Charger Wlan Handset 2211 Dual ChargerTo charge a battery pack Quad ChargerUsing the Quad Charger Cleaning the Desktop, Dual or Quad ChargersTo charge the battery pack Cleaning the Wlan Handset contacts AccessoriesPage Index
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2211, 2212 specifications

Nortel Networks, once a titan in the telecommunications arena, produced a variety of products that were pivotal in shaping the future of communication technologies. Among these products were the Nortel 2212 and 2211, which played a significant role in enterprise environments, particularly in the realm of voice over IP (VoIP) and unified communications.

The Nortel 2212 and 2211 are voice codecs used primarily in voice and video communications. They are built to handle multimedia transmissions over packet-switched networks, enhancing voice clarity and video quality. The 2212 codec is particularly noted for its ability to support a wide range of audio frequencies, which allows it to replicate sounds with greater fidelity. This is crucial in corporate settings where clear communication is imperative.

One of the standout features of both codecs is their ability to support multiple voice channels. The 2212 can handle up to 12 simultaneous voice calls, while the 2211 is optimized for smaller operations and can manage 11 calls effectively. This scalability is essential for businesses of varying sizes, enabling them to grow without needing substantial overhauls to their existing infrastructure.

In terms of technology, the Nortel 2212 and 2211 utilize advanced compression algorithms to minimize bandwidth usage while maintaining high audio quality. This is especially beneficial for organizations operating in areas with limited bandwidth or needing to cut costs related to data transmission. Nortel's technology optimizes the transmission over IP networks, making it suitable for VoIP, video conferencing, and even multimedia content delivery.

Additionally, both codecs are compliant with various standards, which makes them compatible with a wide array of telecommunications equipment. Their interoperability means that businesses can integrate these codecs into existing networks without significant disruptions.

Security is another prominent characteristic of the Nortel 2212 and 2211. With built-in encryption protocols, these devices ensure that voice and video communications remain secure from potential eavesdropping or unauthorized access.

In summary, the Nortel 2212 and 2211 play crucial roles in modern telecommunications, offering robust features like scalability, advanced compression, compatibility, and security. Their legacy continues to influence the development of communication technologies and practices in enterprises around the globe, even as newer systems emerge in the fast-evolving telecom landscape.