What does the mobile do being in this Idle State?
cdmaguru 24-May-2008 07:28:29 AM
Comments


The name given to this state is a misnomer. Actually the mobile is very busy in this state. In short the mobile constantly turning parts of itself on and off; on to perform vital functions and off again to save power so that the battery lasts longer. This periodic on and off of the mobile transceiver is called slotted mode of operation.
Note:
The mobile can operate in the slotted mode only in the idle state. While a mobile is latched to a particular network, for most of the time is in the idle state. Being in this state the mobile monitors the Paging Channel. If there is a procedure that requires to be carried out for a message received on Paging Channel, the mobile enters the System Access State. Paging Channel messages or user actions can cause the mobile to go from idle state to System Access State. So in this state the mobile station can receive messages, receive an incoming call (mobile station terminated call), initiate a call (mobile station originated call), initiate a registration, or initiate a message transmission.
Posted by jahangir1983


The name given to this state is a misnomer. Actually the mobile is very busy in this state. In short the mobile constantly turning parts of itself on and off; on to perform vital functions and off again to save power so that the battery lasts longer. This periodic on and off of the mobile transceiver is called slotted mode of operation.
Note:
The mobile can operate in the slotted mode only in the idle state. While a mobile is latched to a particular network, for most of the time is in the idle state. Being in this state the mobile monitors the Paging Channel. If there is a procedure that requires to be carried out for a message received on Paging Channel, the mobile enters the System Access State. Paging Channel messages or user actions can cause the mobile to go from idle state to System Access State. So in this state the mobile station can receive messages, receive an incoming call (mobile station terminated call), initiate a call (mobile station originated call), initiate a registration, or initiate a message transmission.
Posted by jahangir1983


The name given to this state is a misnomer. Actually the mobile is very busy in this state. In short the mobile constantly turning parts of itself on and off; on to perform vital functions and off again to save power so that the battery lasts longer. This periodic on and off of the mobile transceiver is called slotted mode of operation.
Note:
The mobile can operate in the slotted mode only in the idle state. While a mobile is latched to a particular network, for most of the time is in the idle state. Being in this state the mobile monitors the Paging Channel. If there is a procedure that requires to be carried out for a message received on Paging Channel, the mobile enters the System Access State. Paging Channel messages or user actions can cause the mobile to go from idle state to System Access State. So in this state the mobile station can receive messages, receive an incoming call (mobile station terminated call), initiate a call (mobile station originated call), initiate a registration, or initiate a message transmission.
Posted by jahangir1983


It only receives paging channels from BTS and during this it cannot in a calling state.
Posted by waqqas1


The name given to this state is a misnomer. Actually the mobile is very busy in this state. In short the mobile constantly turning parts of itself on and off; on to perform vital functions and off again to save power so that the battery lasts longer. This periodic on and off of the mobile transceiver is called slotted mode of operation.
Note:
The mobile can operate in the slotted mode only in the idle state. While a mobile is latched to a particular network, for most of the time is in the idle state. Being in this state the mobile monitors the Paging Channel. If there is a procedure that requires to be carried out for a message received on Paging Channel, the mobile enters the System Access State. Paging Channel messages or user actions can cause the mobile to go from idle state to System Access State. So in this state the mobile station can receive messages, receive an incoming call (mobile station terminated call), initiate a call (mobile station originated call), initiate a registration, or initiate a message transmission.
Posted by anders


It basically performs two functions:

1.)Monitor paging channel for overhead and mobile directed messages
2.)Move to access state to originate a call or respond to a page request
Posted by sagitraz


Posted: 24-May-2008 08:41:40 AM By: sagitraz

It basically performs two functions:

1.)Monitor paging channel for overhead and mobile directed messages
2.)Move to access state to originate a call or respond to a page request

Posted: 26-May-2008 10:24:04 AM By: anders

The name given to this state is a misnomer. Actually the mobile is very busy in this state. In short the mobile constantly turning parts of itself on and off; on to perform vital functions and off again to save power so that the battery lasts longer. This periodic on and off of the mobile transceiver is called slotted mode of operation.
Note:
The mobile can operate in the slotted mode only in the idle state. While a mobile is latched to a particular network, for most of the time is in the idle state. Being in this state the mobile monitors the Paging Channel. If there is a procedure that requires to be carried out for a message received on Paging Channel, the mobile enters the System Access State. Paging Channel messages or user actions can cause the mobile to go from idle state to System Access State. So in this state the mobile station can receive messages, receive an incoming call (mobile station terminated call), initiate a call (mobile station originated call), initiate a registration, or initiate a message transmission.

Posted: 30-December-2008 06:40:28 AM By: waqqas1

It only receives paging channels from BTS and during this it cannot in a calling state.

Posted: 31-January-2009 12:40:51 PM By: jahangir1983

The name given to this state is a misnomer. Actually the mobile is very busy in this state. In short the mobile constantly turning parts of itself on and off; on to perform vital functions and off again to save power so that the battery lasts longer. This periodic on and off of the mobile transceiver is called slotted mode of operation.
Note:
The mobile can operate in the slotted mode only in the idle state. While a mobile is latched to a particular network, for most of the time is in the idle state. Being in this state the mobile monitors the Paging Channel. If there is a procedure that requires to be carried out for a message received on Paging Channel, the mobile enters the System Access State. Paging Channel messages or user actions can cause the mobile to go from idle state to System Access State. So in this state the mobile station can receive messages, receive an incoming call (mobile station terminated call), initiate a call (mobile station originated call), initiate a registration, or initiate a message transmission.

Posted: 31-January-2009 12:42:37 PM By: jahangir1983

The name given to this state is a misnomer. Actually the mobile is very busy in this state. In short the mobile constantly turning parts of itself on and off; on to perform vital functions and off again to save power so that the battery lasts longer. This periodic on and off of the mobile transceiver is called slotted mode of operation.
Note:
The mobile can operate in the slotted mode only in the idle state. While a mobile is latched to a particular network, for most of the time is in the idle state. Being in this state the mobile monitors the Paging Channel. If there is a procedure that requires to be carried out for a message received on Paging Channel, the mobile enters the System Access State. Paging Channel messages or user actions can cause the mobile to go from idle state to System Access State. So in this state the mobile station can receive messages, receive an incoming call (mobile station terminated call), initiate a call (mobile station originated call), initiate a registration, or initiate a message transmission.

Posted: 31-January-2009 12:43:43 PM By: jahangir1983

The name given to this state is a misnomer. Actually the mobile is very busy in this state. In short the mobile constantly turning parts of itself on and off; on to perform vital functions and off again to save power so that the battery lasts longer. This periodic on and off of the mobile transceiver is called slotted mode of operation.
Note:
The mobile can operate in the slotted mode only in the idle state. While a mobile is latched to a particular network, for most of the time is in the idle state. Being in this state the mobile monitors the Paging Channel. If there is a procedure that requires to be carried out for a message received on Paging Channel, the mobile enters the System Access State. Paging Channel messages or user actions can cause the mobile to go from idle state to System Access State. So in this state the mobile station can receive messages, receive an incoming call (mobile station terminated call), initiate a call (mobile station originated call), initiate a registration, or initiate a message transmission.