curso mpr 0 pract

9500 MPR CURSO OPERACION Y MANTENIMIENTO

All Rights Reserved © Alcatel-Lucent 20072 | IP transformation & MPR | Netmeeting Nov./Dec.2007

PRACTICAS

9500 MPR

All Rights Reserved © Alcatel-Lucent 20073 | curso MPR Alcatel-Lucent

Instalación del Software 9500 MPR•PC HW Configuration CPU:

•III 850 MHz

•RAM: 512 Mbytes (minimum), 1 Gbyte (suggested) Min.

•disk space: 1.5 Gbytes (available space needed, JRE excluded) Min.

•resolution: equal or higher than 1024x768 pixel CD-ROM Drive 24x

•Primary Interface: Ethernet Card 10/100 Mbits/sec.

•Operating Systems Supported Microsoft Windows 32-bit

•versions: Microsoft Windows XP Professional Service Pack 2, Windows Vista Ultimate Microsoft Internet Explorer 6.0 6.02900.2180 SP1+ or higher, Microsoft Internet Explorer 7 7.0.5730.11CO+ or higher, Mozilla Firefox 2.0.0.1.2 or higher Administrator or Power User rights Java Runtime Environment (JRE) Update 3 (available on the CT/TCO Suite.

•1.Insert SWP CD into the CD drive on the computer. The screen below will appear. Ignore the pop-up warning. You can check the “Always trust content from this publisher” checkbox to avoid further instances of the warning.


Instalación del Software 9500 MPR

•Click the Run button to proceed with the Software Package installation.9500


Instalación del Software 9500 MPR


Software download


Ingresar al Elemento de Red


Secuencia recomendada para aprovisionamiento 9500 MPR


Habilitación de la tarjeta de acceso de E1’s en el 9500 MPR


Habilitación del ventilador en el 9500 MPR


Habilitación de la tarjeta de acceso de radio en el 9500 MPR


Habilitación de ventilador en el 9500 MPR


Aprovisionamiento del sistema 9500 MPR


Aprovisionamiento de la IP local del 9500 MPR


Aprovisionamiento del puerto 4 ETH. del 9500 MPR


Aprovisionamiento de la tarjeta CORE puertos ETH. en el 9500 MPR


Aprovisionamiento de la tarjeta de acceso TDM2TDM E1’s en el 9500 MPR


Aprovisionamiento de la tarjeta de acceso TDM2ETH E1’s en el 9500 MPR


Aprovisionamiento de la tarjeta de acceso radio en el 9500 MPR


Aprovisionamiento de la sincronia en el 9500 MPR


Aprovisionamiento de NE Time en el 9500 MPR


Aprovisionamiento de ruteo estático en el 9500 MPR


Aprovisionamiento de ruteo OSPF en el 9500 MPR


Pre-Aprovisionamiento en el 9500 MPR


Pre-Aprovisionamiento opciones de configuración en el 9500 MPR


Pre-Aprovisionamiento opciones de configuración CORE en el 9500 MPR


Pre-Aprovisionamiento opciones de configuración E1’s en el 9500 MPR


Pre-Aprovisionamiento opciones de configuración radio en el 9500 MPR


Pre-Aprovisionamiento opciones de configuración sync en el 9500 MPR


Cross – conexiones en el 9500 MPR

•The cross-connect screen is used to configure switching of packetized data through the Core Card. Using this screen, the operator can switch:

••E1 (ports) lines from/to an E1 Access Card to/from a Radio Access Card and/or any of four Ethernet ports on the Core Card.

••Ethernet data from/to an external source to/from a Radio Access card and/or to/from an E1 Access Card.

•The screen allows the operator to select E1, Ethernet, and/or radio ports as source and destination ports and provides a graphical presentation of the switch functions.

•A PDH or radio peripheral can be installed in slots 3 through 8.

•Valid X-Connect Rel 1.0

•PDH -to- Radio

•PDH -to-ETH

•Radio -to-Radio



Colores indicativos:

•A white icon indicates the ports are enabled but are not currently cross connected.

•A blue icon on ETH ports indicates the ports are disabled. A blue icon on Radio and PDH ports indicates the ports are disabled or full cross connected.

•A green icon indicates that the ports are cross connected.



Colores indicativos:

•Black Line – E1 to Radio

•Blue Line – E1 to Ethernet

•Red Line – Radio to Radio

•Green Line – Radio to Ethernet


Cross- conexiones E’1 al modulo radio en el 9500 MPR


Anexos


Anexo Reglas de Cross - conexión 9500 MPR

•The following rules and guidelines apply to switching E1 ports 1 through 32 on the E1 Access Card through the Core Card to the Radio Access Card:

•1The license key installed on the Core Card determines the number of E1 ports that can be cross-connected.

•2The E1 access Card (E1 source) and Radio Access Card (destination) must be Enabled on the respective card provisioning screens.

•3Each E1 port to be cross-connected must be Enabled on the E1 provisioning screen.

•4Each E1 port to be cross-connected must have a Flow ID number assigned to it on the E1 provisioning screen. Refer to Flow ID number rules.

•5The Flow ID number check box on the cross-connect screen must be checked for each E1 port to be cross-connected.

•6.2.2.2Flow ID Number Rules

•The Flow ID number entered by the operator on the E1 provisioning screen is one of the parameters the software management uses to determine source, destination, and direction of the E1 port when the data is switched in the Core Card. The following rules apply to the Flow ID:

•1Number is unique to the entire network. It cannot be used in any other radio or hop in the network.

•6.2.2.3Cross-Connecting Ethernet to E1 Access card

•1The license key installed on the Core Card determines the capacity of the Ethernet data that can be cross-connected.

•2The Ethernet port (source) and E1 Access Card (destination) must be Enabled on the respective Core Card and E1 Access Card provisioning screens.

•3The E1 Access Card port to be cross-connected must have a Flow ID number assigned to it on the E1 Access Card provisioning screen. Refer to the Flow ID Number rules.

•4The Flow ID number check box on the cross-connect screen must be checked for each Ethernet port to be cross-connected.


Anexo matriz de alarmas 9500 MPR


Anexo matriz de alarmas Ethernet 9500 MPR


Anexo capacidad, ancho de canal y modulación9500 MPR


Anexo acoplador 9500 MPR


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