What is 3G Networks? 

3G refers to the Third (3rd) Generation Network, which belongs to latest technology with

mobile phone in telecommunication arena. In 3G you will get fast data or download speed

on your cell phone or smart phone. You can use 3G networks with your Android hand set,

Tab, PC and laptop.3G provides high speed internet access, video call, directs video

watching, music, high resolution image to view and experienced with multimedia herewith.By using 3G you will be proficient to enjoy a lot of features: ** You can establish a video call with others. ** High speed internet access. ** To see live each other during speaking, if both have 3G supported handset. ** Possible to send video emails and video clips. ** You can enjoy live TV programs on your 3G enabled phones while you are running or moving to different places.3G NETWORKS SETTING TO YOUR MOBILE PHONE:

Step-1: Go to your Phone settings.Step-2: Select Network Settings.Step-3: Select 2G & 3G Mode or 2G & UMTS mode or Dual NetworkStep-4: To save, Press OK Button.

What is the Speeds 1G Up-to 4G Networks?1G: 1G is provided only text messaging and assembling calls speed as like as analog system.

 2G: 2G is World Wide Roaming system of its connectivity.

 2.5G: 2.5G is GPRS or General Packet Radio Service, speed below 384Kbps based.

 3G: 3G means UMTS which maximum speed is upto 3.2Mbps.

 3.5G: 3.5G means HSDPA/HSUPA which maximum speed is upto 14Mbps.

 3.75G: 3.75G is the latest and last Up-gradation, which is called HSPA and maximum speed is upto 21Mbps.

 4G: 4G is one step ahead from 3.75G and its speed range 100Mbps to 1Gbps.

  Description Network generation:

G and 2G, 3G and 4G stand designed for the “Generation” of the mobile network. at the

moment, mobile phone operators have ongoing gifting 4G armed forces in the country. A

superior digit previous to the ‘G’ means extra supremacy to send out and obtain more in

order and consequently the capability to accomplish a advanced good organization from

side to side the wireless set of connections.Seeing as the name would recommend, First Generation (1G) was the first generation of mobile phone networks. At this point fundamentally, telephone system signals were transmitted in ‘Analogue’ form and unexpectedly, one was not able to do a great deal other than transferring text messaging and assembling calls. But the major drawback, though came in the form of inadequate arrangement accessibility, as in the network was obtainable merely surrounded by the nation state.Second Generation (2G) networks on the additional hand, were based on slight crowd digital networks. Signals were transmitted in the digital format and this radically enhanced the excellence of calls and also compact the difficulty of data broadcast. The added benefit of the 2G network came in the form of partially worldwide roving System, which enabled the connectivity all in excess of the Globe.Stuck between 2G and 3G in attendance was a small stage in between someplace cellular phones  became sleeker and more‘pocket able’ if we can call it that.  This is prevalently referred to as 2.5G somewhere the measure of radio waves to be transmitted was greatly minor. This in revolve had an upshot on the figure and makeup of cellular phone. However the majority of all, 2.5G helped in the ushering of General Pocket Radio Service (GPRS). 

The Third Generation (3G) of cellular networks has turn out to be well-liked principally

gratitude to the aptitude of users to right of entry the internet above procedure like Cell

Phones and Tab. The rapidity of data transmission on a 3G network ranges along with

384Kbps to 2Mbps. This means a 3G network in summit of fact allows for extra data

transmission and so the network enables right to be heard and video calling, file

transmission, internet surfing, online TV, watch high definition videos, play games and a

great deal extra.  3G is the most excellent choice for users who require to for all time

staying associated to internet. Fourth Generation (4G) cellular phone networks are supposed to make available a lot of importance supplementary facial appearance. In adding together to all the 3G conveniences, records transmission is whispered to go from side to side the covering by means of speeds ranging between 100Mbps to 1Gbps.Few! Joyful chatting, surfing, conferencing, conversation, networking, carousing, or whatsoever you want to do on your Cell phone.

UMTS NETWORK SUMMARY

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Communication has forever been essential to humankind. Once 2 individuals meet, they solely want their voice tocommunicate, however because the distance will increase the requirement for tools arises. Once Alexander Graham Bell unreal the telephone in 1876, a major step was taken to change 2 individuals to speak along, but way apart they’ll be that is, as long as they’re close to a phone set! For quite a century wire line telephone has been the answer for spoken communication over distance for many individuals. Radio based mostly communication systems not counting on a wire for network access were developed for special functions (e.g. military, police, military service and closed automotive radio nets), and eventually systems emerged permitting individuals to speak via telephones with radio instead of wire line access.They were primarily meant for individuals driving in cars and were called mobile telephone systems.During the first Nineteen Eighties, the primary generation (1G) of mobile phone systems supported analog technology was experiencing ascension in several European countries. Every country developed its own system, every incompatible with the others in terms of kit and operation. This semiconductor diode to would like and a necessity for a standard European mobile communication system with high capability and pan-European coverage. The latter understood that similar mobile telephones can be utilized in all European countries which incoming calls would mechanically be routed to the mobile phoneFREELANCE  of location (automatic roaming). Additionally it had been expected that one single European market with common standards would result in cheaper user instrumentality and vendor-independent network parts.

Finally, the utilization of contemporary digital technology would lead to smaller hand-held devices in addition to improved functionality and quality. In 1982 the CEPT (Conference of European Posts and Telegraphs) shaped a study cluster known as the Group Special Mobile (GSM) to check and develop a pan-European public land mobile system – the second generation of cellular telephony (2G). The name of the study cluster – GSM – was additionally used for the cellular method. In 1989, GSM accountability was transferred from CEPT to the ETSI (European Telecommunication Standards Institute).Originally GSM was solely meant for the ETSI member countries. However, several alternative countries have additionally implemented GSM – e.g. jap Europe, the center East, Asia, Africa, the Pacific Basin and North America (with a spinoff of GSM known as PCS1900). The name GSM – currently which means the world System for Mobile communication – is therefore terribly acceptable.

UMTS Features:UMTS supports most theoretical information transfer rates of forty two Mbit/s once HSPA+ is enforced within the network.[2] Users in deployed networks will expect a transfer rate of up to 384 kbit/s for unharness ‘99 (R99)handsets (the original UMTS release), and 7.2 Mbit/s for HSDPA handsets within the downlink association. These speeds are considerably quicker than the nine.6 kbit/s of one GSM error-corrected circuit switched information channel, multiple 9.6 kbit/s channels in HSCSD and fourteen.4 kbit/s for CDMA new channels.Since 2006, UMTS networks in several countries are or are within the method of being upgraded with High Speed Downlink Packet Access (HSDPA), typically called three.5G. Currently, HSDPA allows downlink transfer speeds of up to twenty one Mbit/s. Work is additionally progressing on up the transmission transfer speed with the High-Speed transmission Packet Access (HSUPA). Long run, the 3GPP future Evolution (LTE) project plans to maneuver UMTS to 4G speeds of one hundred Mbit/s down and fifty Mbit/s up, employing a next generation air interface technology based mostly upon orthogonal frequency-division multiplexing.The first national shopper UMTS networks launched in 2002 with an important stress on Telco-provided mobile applications like mobile TV and video line of work. The high information speeds of UMTS are currently most frequently utilized for web access: expertise in Japan et al has shown that user demand for video calls isn’t high, and

Telco-provided audio/video content has declined in quality in favor of high-speed access to the globe Wide Web—either directly on a phone or connected to a laptop via Wi-Fi, Bluetooth or USB.GSM has been around for a decade and has become an awesome success, being terribly wide deployed in  most components of the globe. The system is similar temperament for spoken communication and is additionally extensively used for brief Message Service (SMS) data transfer. Circuit switched information services were additionally lined by the GSM specification, because the integrated wireless access to voice and information services was one in all the goals for the system.However, the offered access speed (max. 9600 baud) has restricted the utilization of the GSM system for information applications. ETSI have outlined many solutions to enhance the information access of the mobile network typically noted as two.5G. This is to point that they represent a success compared to GSM; however these systems are still quite tightly connectedTo GSM:HSCSD (High Speed Circuit Switched Data), GPRS (General Packet Radio System) and EDGE (Enhanced Data rates for Global/GSM Evolution).HSCSD is that the simplest sweetening of the GSM system for data: Like GSM it’s supported circuit switched connections, however a higher utilization of the obtainable information measure and allocation of quite just once slot per connection permits higher information rates – on paper up to fifty seven.6 kbps. However, the circuit switched nature of HSCSD makes it inefficient for information traffic, as this is often packet headed. GPRS is intended as a packet information service with a theoretical most rate of approx. 170kbps. GPRS coexists with the GSM network, reusing the fundamental structure of the AN. General Packet radio service is an addition of GSM Networks with information services carried on the prevailing radio infrastructure, whereas the core network is increased by a packet overlay with new parts and interfaces. GPRS supports combined voice and information services and allows multimedia services.EDGE is a sweetening of the GSM/GPRS system employing a new air interface modulation technique that enables the bit rate on the air interface to be accrued significantly. EDGE can increase the theoretical most rates to 384kbps.The UMTS (Universal Mobile Telecommunication System) – third generation cellular telephone (3G) – is anticipated to do quite simply offer higher and quicker mobile communication. UMTS will change combination ofvoice and information services during a new means, as an example facilitating transmission and end-to-end broadband services. In summary, UMTS can mean the subsequent for operators and their customers:

UMTS for customers:• Worldwide wireless access employing a single phone• A large vary of transmission services with acceptable quality levels• The third generation mobile customary allows mobile users to harness the total power of the web through economical high-speed radio transmission, optimized for transmission communications• UMTS can create the dream of anyplace, anytime communications a reality

UMTS for the operator:• Unification of the various wireless access systems we tend to see nowadays into a versatile radio infrastructure• Evolution from earlier “legacy” systems, making certain international economies of scale and  provide whereas allowing:– many scope for product and repair differentiation– selection of radio access strategies and core networks so as to flexibly implement and evolve their systems supported the restrictive, market or business necessities for every region or country For operators there’s an enormous distinction within the investment needed to supply a two.5G (GPRS) compared to a 3G system. 2.5G needs comparatively little investments for the required modifications of the radio access network and add-on instrumentality (a packet switched core network) on prime of existing GSM networks, whereas UMTS needs an awfullyLarge investment, as most of the network should be created from the bottom up. EDGE will need vastinvestments, as a brand new radio access network is going to be required.For existing GSM operators, 2.5G technologies are going to be enticing as they’ll be enforced supported the operation licenses operators have already got, whereas UMTS needs new (and in many countries luxurious) authorizations. On behalf of workers GPRS are going to be a serious success with new services, whereas UMTS is

principally AN extension of person’s facilities. Therefore the success of GPRS and therefore the services it offers are going to be a vital indicator of those services can drive the success of coming back 3G UMTS networks.

UMTS Facilities:The Services on a UMTS Network as the UMTS network evolves, a lot of and a lot of services are going to stand sustained. Through UMTS Rel-5 the mobile linkage will support services like those legendary from the web nowadays, e.g. video streaming, vocalization scientific discipline (VoIP), video conferencing and interactive services.The means UMTS is outlined separates as way as potential the part of the network that produces actual connections from the half that maintains services. This facilitates a lot of openness and potential within the market and permits a plan of separate suppliers of contents, service and carriers.

Glossary

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AbisInterface between Base Transceiver Station (BTS) and Base Station Controller (BSC).

Abis ConfigurationConfiguration of traffic channels (OMUSIG, TCH, TRXSIG) on Abis.

Abis ProtectionScheme used to provide redundant Abis Traffic across a separate path to guard against possible link failure.

Automatic Connection

Feature in 2G Flexi BTS Site Manager, which would allow the user to get connected to the BTS automatically once BTS Manager is launched. The parameters required for connection viz. the BTS IP Address, the port of connection and the Q1 address will be taken from the locally stored defaults. ‘Automatic Connection’ would be an optional feature that the user may enable or disable anytime.

   

BBU Battery Backup Unit. The Battery Backup Unit gives a power

supply in case of a temporary mains power supply breakdown.

BCF Base Control Function

   

 

Base Control function is a functional entity that handles common control functions e.g. main clock functions, external alarm handling, control signals and frequency hopping. There is no physical BCF unit in BTS, the functional BCF operates in the Master TRX memory.

Block/UnBlock

This scenario (block) is typically used to change faulty unit. The command specifies the object to be blocked. When the command is received by the BTS from the BTS Manager then it first checks the availability of the object for which the command was sent. If available the ACK is sent to BTS Manager immediately  and if it is not available then NACK is sent to BTS Manager.  

   

 

Unblock command message structure is similar to Block command message structure but with a parameter data specified as UNBLOCK.  Unblock command unblocks the object that was previously blocked from BTS Manager.  BTS sends ACK to BTS Manager to confirm the unblock operation when this command is sent from BTS Manager to BTS.

BTS Base Transceiver Station

Commissioning

Commissioning is set of tasks performed to enable the BTS to be connected to the network. It includes operational tests and configuring of transmission equipment.

Commissioning Wizard A comprehensive utility, which provides set of GUI screens to aid user to fill in parameters required for commissioning a BTS.

CRCCyclic Redundancy Check, which is used to detect errors in data received over a transmission media.

Cross- ConnectionA path between the two termination points inside any network element.

DDU

Dual Duplexer Module (ERxA). Dual Duplexer Module (ERxA). The Dual Duplexer Module and the Dual TRX Module (EXxA) create one Sector Module. At least one Dual Duplexer Module is needed per sector, depending on the configuration (concerns non-RTC configurations). The Dual Duplexer Module is always attached to the Dual TRX Module, which provides the Dual Duplexer Module with power and O&M link. Extension Dual TRX Modules are installed without the Dual Duplexer Module.

DFCA Dynamic Frequency and Channel Allocation.

DTRX Dual TRX Module / Dual Transceiver Module.

EasyWizard mode

The mode of commissioning as like in EasyWizard where user selects a file and specifies only those parameters which were user specified in EasyWizard that is Site Specific information, Antenna Settings and Passive Units (BBU and other passive units).

Egress direction

Traffic direction out of a network element. The traffic direction is to be determined with respect to one link termination point. If the termination point is connected, the egress direction for one termination point is the ingress direction for the other termination point and vice versa.

EIF1, EIF2 and EIF3New names for the external Ethernet ports: EIF1 = FE1, EIF2 = FE2 and EIF3 = SFP

Export Abis Allocation Save Abis Allocation in a local File.

External Ethernet port

Ethernet port of the integrated switch which allows to connect external equipment to the BTS like further switches or other endnodes. On the PWE unit these are the interfaces EIF1 (FE1), EIF2 (FE2), and EIF3 (SFP). EIF1 (FE1) and EIF2 (FE2) allow fast Ethernet 100BASE-T and EIF3 (SFP) port allows inserting SFP modules for optical gigabit Ethernet 1000BASE-SX and 1000BASE-LX.

FE Fast Ethernet. IEEE standard for high speed l00Mbps Ethernet

FIFAA plug in-unit with built in FIU 19E RRI and E1. Supports 16 asymmetric E1 interfaces.

FIEAA plug-in-unit that supports 8 E1 Asymmetric (75 ohm) interfaces

FIPAA plug-in-unit that supports 8 E1/T1 Symmetric (120 ohm for E1, 100 ohm for T1) interfaces

FIQA

Field replaceable transmission sub-module (plug-in unit) of Flexi EDGE BTS, with 3 Ethernet and 4 symmetrical RJ48 E1T1 interfaces.  Ethernet interfaces are used for PseudoWire Emulation or from EP3 on also for bypassing other Ethernet traffic.

FIQB Field replaceable transmission sub-module (plug-in unit) of

Flexi EDGE BTS, with 3 Ethernet and 4 symmetrical RJ48 E1T1 interfaces. Ethernet interfaces are used for PseudoWire Emulation or for bypassing other Ethernet traffic. This Flexi transmission interface supports Packet Abis over IP with SyncE and ToP.

FIYA

Field replaceable transmission sub-module (plug-in unit) of Flexi EDGE, with 3 Ethernet and 4 asymmetrical (coaxial) E1 interfaces. Ethernet interfaces are used for PseudoWire Emulation or in from EP3 on also for bypassing other Ethernet traffic.

FIYB

Field replaceable transmission sub-module (plug-in unit) of Flexi EDGE, with 3 Ethernet and 4 asymmetrical (coaxial) E1 interfaces. Ethernet interfaces are used for PseudoWire Emulation or for bypassing other Ethernet traffic. This Flexi transmission interface supports Packet Abis over IP with SyncE and ToP.

GEGigabit Ethernet. IEEE standard for high speed l000Mbps Ethernet

GUI Graphical User Interface

Hardware View

Graphical View displaying the status and state of hardware modules/units physically present within a 2G Flexi BTS Site Manager.

Help

Browser Software, which displays Online Helps to the user. Examples of Help browsers: NED, JavaHelp, WebHelp, DynaText, and WinHelp.

HTMLHypertext Markup Language, subset of standard generalised markup language (SGML) used on the web

Ingress direction

Traffic direction into a network element. The traffic direction is to determined with respect to one link termination point. If the termination point is connected, the egress direction for one

termination point is the ingress direction for the other termination point and vice versa.

Internal Ethernet port

Ethernet port of the integrated switch which has no externally accessible Ethernet interface. On the PWE unit the internal Ethernet port is connected to the PWE terminating device.

Import Abis Allocation Open locally saved Abis Allocation file.

LAPD

Link Access Protocol on D – channel. Used on Abis links (OMUSIG and TRXSIGs) and on the BTS internal D-bus. The LAPD is a layer 2 protocol which is defined in CCITT Q.920/921. LAPD works in the Asynchronous Balanced Mode (ABM). This mode is totally balanced (i.e., no master/slave relationship). Each station may initialize, supervise, recover from errors, and send frames at any time.

LMPLocal Management Port. BTS Manager communicate with BTS through an LMP cable.

Local Connection

BTS Manager connected locally to Flexi EDGE BTS via an Ethernet wire. For establishing this kind of connectivity BTS Manager is co-located at the BTS site.

Local Mode

A special BTS state which allows TRX tests to be run without the need for a BSC connection. The BTS will be placed in local mode if the Use Current command is given when the BTS is in “Waiting for LAPD” state

Logical ViewGraphical View displaying Logical Object details for all logical objects present within an Flexi EDGE BTS.

MAC address For Ethernet a globally unique 48 bit number assigned to every

Ethernet end node or station.  

Monitoring DestinationThe Ethernet interface which is used for receiving this mirrored traffic is called monitoring destination.

Monitoring SourceThe Ethernet interface on which traffic shall be monitored is called Monitoring source.

NE Network Element.

NetActThis is the Nokia Siemens Networks&rsquos NMS suite which operator use for managing the GSM network.

NOLSNokia Online Services, Web portal for e-commerce, technical support, documentation, etc.

Node Level The whole transmission unit

Offline Mode When BTS Manager is not connected to BTS.

Online Mode When BTS Manager is connected to BTS (locally or remotely).

O&M Link Refers to Abis O&M Link

PAoPSN Packet Abis over IP

PAoTDM Packet Abis over TDM

Pilot BitA Bit used for choosing between the Protected and Protecting path of a Signal in case Protection feature is configured.

PILS Product Information and Learning Solutions

PIU Plug-in Unit

PseudowireA mechanism that carries the essential elements of an emulated circuit from one PE to another PE over a PSN.

PWE

Pseudowire Emulation defined e.g. in the PWE3 standardization group. For Flexi EDGE also used as generic term for the transmission sub-modules FIQx and FIYx.

Q1 Protection Scheme used to provide redundant Q1 Traffic across

a separate path to guard against possible link failure.

Remote Connection

BTS Manager connected remotely to Flexi EDGE BTS via NetAct and BSC. For establishing this kind of connectivity BTS Manager connects to NetAct server over LAN and via BSC communicates to Flexi EDGE BTS.

RTC Remote Tune Combiner (ECxx) Module

SCF

Site Configuration File, XML based file used to exchange commission/configuration information between BTS Manager & BTS.

SCF Upload Sending the SCF from BTS to BTS Manager.

Sobriquet This is the connection name present in the GCS database.

STIRC

Space-Time Interference Rejection Combining – interference rejection combining that uses space-time processing to handle co-channel interference from transmitters that support transmit diversity.

SW Compatibility

The compatibility between 2G Flexi BTS Site Manager and Flexi Multiradio BTS is driven by the SW version in the BTS Manager-BTS interface. The SW version is embedded in the both the 2G Flexi BTS Site Manager as well as the O&M software inside BTS. These values of the SW version are compared during the initial handshake.

Synchronization ProtectionScheme used to provide redundant Abis Clock across a separate path to guard against possible link failure.

ToolTipA ‘bubble Help’ coded in software, or alternatively written as Help and opened as a pop-up window of the Help browser

Transmission Configuration File

This file contains all Transmission related parameters. (Transmission PIU properties, Abis allocation, LIF, Service Interface, Interface Loop, Synchronization)

Transmission Manager

Transmission Manager manages E1 or E1/T1 transmission interfaces. Transmission cards are used to connect BTS with BSC and to other BTS.

Transmission Plug-in UnitTransmission Plug-in Unit. Following PIUs are available: FIFA, FIEA, FIPA, FIQA, FIYA, FIQB and FIYB

Undo Commissioning

To uncommission the BTS wherein all commissioning related parameters are erased from flash of BTS. It is followed by a reset. Undo commissioning is of two types Keep traffic bypass and erase traffic bypass.

VLAN Virtual Local Area Network.

VSWR Voltage Standing Wave Ratio

Questions and Answers

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Question: What is difference between ultra bts and flexi bts?

Answer: Ultra BTS can support maximum of 12 TRX (transceivers), while Flexi can support max. of 24 TRX. however, one TRX card supports 8 time slots i.e. max of 8 users, but not practically. It will support max. of 7 callers. Capacity in terms of users can be increased using Half rate, i.e. A TRX will support approximately 14-15 users at half rate transmission, half rate is used during bysy hours, i.e. on one time slot 2 user will send their data/speech, with a half rate of 5.6 kbps, but at half rate voice quality is not very good. Simply one time slot will be assigned to two users in Half rate. So both of them(Ultra & Flexi) support equal no. of users if having equal no. of TRX.

Ultra BTS has drawback that it has all Pin connections on back side, if any of the Pin of a particular slot is

damaged then that slot is useless, while in Flexi all connections are on front side so it is easy to install

every equipment.

As an operator wants to cover maximum area he will use Flexi.

you can say ultra a BTS of old times.

Question: Explain the 3+3+3/4+4+4 carrier configurations with the cabling diagram in NSN Flexi EDGE BTS?

Answer: NSN Flexi EDGE CARRIER CONFIG(Explain the 3+3+3/4+4+4 carrier configurations with the

cabling diagram in NSN Flexi EDGE BTS?Lists all the necessary modules required for this config like

EXxA,ERxA,EwxA,ESMA,FPAA.)

Question: Explain the 8+8+8 carrier configurations with the cabling diagram in NSN Flexi EDGE

BTS?

Answer: Here 8+8+8 configuration of nokia flexi edge-

Question: What is the Power Consumption of Nokia Flexi BTS at -48V DC?

Answer: Power consuption of Flexi BTS depends upon the configuration and the GSM band.

Configuration Power in watt

GSM 800&900 GSM 1800&1900

1+1 496 544

2+2+2 1051 1189

4+4+4 2021 2297

8+8+8 3700 4252

*This is for Flexi EDGE BTS.Question: How to define BTS settings in Nokia WCDMA BTS Commissioning?

Answer: This page is shown when the BTS or the BTS Site option was selected in the Commissioning – Introduction page. If you selected the TRS option, continue to Sending parameters to BTS site.There are three possible sources: GPS, External 2.048 MHz Synchronisation, and Iub SynchronisationThe selection in the commissioning defines only the synchronisation sources for the fault management functionality, that is, which signal sources there should be present for the BTSIn BTS synchronisation, source with priority 1 is the PPS signal from GPS, source with priority 2 the external 2.048 MHz signal connected to the Sync In interface, and source with priority 3 the Iub reference from the FTM unit.A signal is always used as a reference source when it is present, according to the priority order: the higher one overrules the lower one.Question: How to define local cell resources in Nokia WCDMA BTS Commissioning?

Answer: In the Commissioning – Local Cell Resources page you can create local cells, and define antennas of the radio modules and carrier power to the local cells. Local Cell Resource (LCR) is a concept for defining all hardware that a logical wideband cell (WCEL) requires in the base station.Antennas have fixed Tx/Rx usage: TxRx for ANT 1, ANT 3 and ANT 5, and Rx for ANT 2, ANT 4 and ANT 6. In a dual carrier configuration for sector configuration type B the lower Id LCR uses the Tx from the ANT 1 and the higher Id LCR uses the Tx from the ANT 3, and for sector configuration type C the lower Id LCR uses the Tx from the first radio module and the higher Id LCR uses the Tx from the second radio module.You can select antennas for local cells as follows:. ANT 1 + ANT 2 (sector configuration type A). ANT 3 + ANT 4 (sector configuration type A). ANT 5 + ANT 6 (sector configuration type A). ANT 1 + ANT 3 (sector configuration type B). FRx ANT1 + FRy ANT1 (sector configuration type C). FRx ANT3 + FRy ANT3 (sector configuration type C). FRx ANT5 + FRy ANT5 (sector configuration type C). FRx ANT1 (sector configuration type F). FRx ANT3 (sector configuration type F). FRx ANT5 (sector configuration Type F).

In an RF module you can configure only one sector configuration type excluding sector configuration type F that can be used with other sector configuration types from the same RF module. Sector configuration type C can be configured using two release 2 RF modules. Radio modules are numbered according to system module interfaces, that is, the radio module connected to the system module interface #1 is FRxx 1. The RF Modules that are connected to the FSMB System Module’s RF interfaces #1,#2 and #3 can house a maximum of 4 cells. The RF Modules that are connected to the FSMC or FSMD System Module’s RF interfaces #1,#2 and #3 can house a maximum of 4 cells. If you are using Triple RF Modules, the FSMC and FSMD System Module’s RF interfaces #1 and #2 can house up to 6 cells. There can be 12 Txs and 24 Rxs assigned to local cells.When the Tx antenna is used for the local cell with the maximum carrier power (the default carrier power for the local cell), it is not possible to create another local cell from the same Tx antenna. If the same Tx antenna is used for two local cells, a half of the maximum carrier power has to be selected for the local cell.

Q . What was the peak data rate using EDGE?      A.   473 Kbps      B.   384 Kbps      C.   171 Kbps      D.   14.4 Mbps

Q . The full form of HSDPA is :      A.   High Speed Packet Access      B.   High Speed Dedicated Packet Access      C.   High Speed Downlink Power Access      D.   High Speed Downlink Packet Access

Q .The higher Modulation scheme used in HSDPA R5 was _____ ?      A.   64 QAM      B.   4 QAM      C.  QPSK      D.   16 QAM

Q .How many GSM TDMA frame can be made by a frequency spot of 5 MHz?      A.   125      B.   22      C.   1      D.   25

Q .What is the size the one PRB in LTE?      A.   180 KHz      B.   15 KHz      C.   5 MHz      D.   20 MHz

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Macros for BSS RF works in   Telecom

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Macros download link are below:1) KPI Report & Alarm Report  Generator – KPI Report Generator

2) Channel Failure & Mean Holding Alarms Clear – CFR & Mean Holding

3) 

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Nokia BSC’s & MSC’s Command   List

16TuesdaySEP 2014

POSTED BY KAUSHALP13102014  IN UNCATEGORIZED ≈ LEAVE A COMMENT

COMMANDS LISTZABB – BLOCK ALARM

ZABU – UNBLOCK ALARMS

ZABO – OUTPUT BLOCKED ALARMS

ZACC – CANCEL ACCORDING TO CONSECUTIVE NUMBER

ZACA – CANCEL ACCORDING TO ALARM NUMBER

ZAEM – MODIFY ERROR RATIO COUNTER BASE VALUE

ZAEO – OUTPUT ERROR RATIO COUNTER VALUES

ZAHO – PRINT ALARMS CURRENTLY ON

ZAHP – PRINT ALARM HISTORY

ZALD – DISPLAY STATE OF ALARM OUTPUTS

ZALO –DISPLAY UPDATING OF ALARM OUTPUTS FROM LOCAL SYSTEM

ZALL –DISPLAY UPDATING OF ALARM OUTPUTS INTO LOCAL SYSTEM

ZALU – SET UPDATING OF ALARM OUTPUTS

ZALS – SET STATE OF ALARM OUTPUTS

ZAOA – ADD OPERATING INSTRUCTIONS

ZAOC – CHANGE OPERATING INSTRUCTIONS

ZAOD – DELETE OPERATING INSTRUCTIONS

ZAOL – LIST OPERATING INSTRUCTIONS

ZAPM – MODIFY ALARM PARAMETERS

ZAPO – OUTPUT ALARM PARAMETERS

ZARA – ADD SUPPORTING/PREVENTING RULE

ZARD – DELETE SUPPORTING/PREVENTING RULE

ZARM – MODIFY SUPPORTING RULE

ZARO – OUTPUT SUPPORTING/PREVENTING RULES

ZARR – RESTORE SUPPORTING/PREVENTING RULE

ZATB – BLOCK ALARM CLASS PRINTING

ZATU – UNBLOCK ALARM CLASS PRINTING

ZATO – OUTPUT PRINTING STATES

ZATS – SET ALARM PRINTING TIMES

ZATD – DISPLAY ALARM PRINTING TIMES

ZATC – CHANGE ALARM PRINTING PARAMETERS

ZATL – OUTPUT ALARM PRINTING PARAMETERS

ZCEC – CHANGE EXTERNAL CIRCUIT STATE

ZCET – CALL CONNECTION INFORMATION

ZCEL – LIST EXTERNAL CIRCUIT STATE

ZCIM – MODIFY INTERNAL CIRCUIT OR CIRCUIT GROUP STATE

ZCII –INTERROGATE INTERNAL CIRCUIT OR CIRCUIT GROUP STATE

ZCIC – MODIFY INTERNAL ROUTE STATE

ZCIL – INTERROGATE INTERNAL ROUTE STATE

ZCRM – MODIFY EXTERNAL CIRCUIT GROUP STATE

ZCRI – INTERROGATE EXTERNAL CIRCUIT GROUP STATE

ZCRC – MODIFY EXTERNAL ROUTE STATE

ZCRL – INTERROGATE EXTERNAL ROUTE STATE

ZDBF – LIST DATABASE FILES

ZDBB – BUILD DIRECTORY

ZDBE – DISPLAY DATABASE FILL RATIO

ZDBL – LIST DATABASES

ZDBC – COPY DATABASE TO DISK

ZDBP –PREVENT UPDATING OF DATABASE IN MEMORY OR TO DISK

ZDBQ – MAKE QUERIES TO DATABASE

ZDBR –RESUME UPDATING OF DATABASE IN MEMORY OR TO DISK

ZDBS – DISPLAY DATABASE STATE

ZDBT –PREVENT OR RESUME DATABASE REMOTE COPY UPDATING

ZDBM –COPY DATABASE FROM DISK TO UNIT OR REFRESH SUBDATABASE

ZDBO – SAVE DATABASE LOG TO DISK

ZDBX – EMPTY DATABASE DISK UPDATING LOG

ZDBY – SET DATABASE CONSISTENCY OR REPLICA STATE

ZDBD – DISPLAY DISK UPDATING SYSTEM STATE

ZDBW – COPY DATABASE FROM DISK TO DISK

ZDBV – CHECK INTEGRITY

ZDCD – DISPLAY DATE, TIME AND TIME ZONE

ZDCC – CHECK DATE AND TIME

ZDCS – SET DATE, TIME AND SUMMER TIME

ZDCA – ADJUST TIME

ZDCT – CHANGE TO STANDARD/SUMMER TIME

ZDCE – SET TIMEZONE

ZDDS – START REMOTE SESSION

ZDDE – EXECUTE DEBUGGER COMMAND

ZDDT – START REMOTE PREPROCESSOR SESSION

ZDDX – EXECUTE PREPROCESSOR DEBUGGER COMMAND

ZDEC – CREATE MEMORY FILE ON DISK OR MEMORY

ZDEE – EXECUTE PROGRAM

ZDEM – COPY MEMORY FILE ON DISK OR MEMORY

ZDES –UPDATE MEMORY FILE CHECKSUMS AND BITMAP ON DISK

ZDEI – INTERROGATE FILE ATTRIBUTES ON DISK

ZDEU – CHECK FILE SYSTEM INTEGRITY ON DISK

ZDEV – COMPARE TWO FILES SYSTEMS ON DISK

ZDEP – DISPLAY FILE DIMENSIONING PARAMETERS

ZDEY – INTERROGATE/CHANGE ENVIRONMENT SETTINGS

ZDEF – MODIFY MEMORY FILE HEADER ON DISK

ZDER – DISPLAY REPORT FILE OF CONVERSIONS

ZDEX – DISPLAY PROGRESS OF CONVERSIONS

ZDFD – DISPLAY FILE OR RECORDS

ZDFS – SUBSTITUTE RECORDS OR SUBRECORDS

ZDFR – MODIFY RESERVATION STATES OF RECORDS

ZDFB – LIST RESERVATION STATES OF RECORDS

ZDFL – LIST FILE INFORMATION

ZDFC – COPY FILE OR FILES TO DISK

ZDFM – COPY FILE OR FILES TO MEMORY

ZDFF – COMPARE FILES

ZDMF –INTERROGATE TRANSMITTED AND RECEIVED FRAMES AND OCTETS

ZDMI – INTERROGATE MISCELLANEOUS STATISTICAL COUNTERS

ZDMQ – INTERROGATE Q.921 ERROR COUNTERS

ZDMN –INTERROGATE OCCASIONAL VALUES OF LINK SET METERS

ZDMT –INTERROGATE OCCASIONAL VALUES OF TERMINAL METERS

ZDMU –INTERROGATE OCCASIONAL VALUES OF FUNCTIONAL UNIT METERS

ZDML – INTERROGATE LAPD EVENT LOGS

ZDME – EMPTY LAPD EVENT LOGS

ZDMV – INTERROGATE SBUS COUNTERS

ZDMX – INTERROGATE BIT ERROR RATE

ZDOM – MODIFY SUPERVISION PARAMETERS

ZDOP – DISPLAY PERMANENT SUPERVISION PARAMETERS

ZDOT – DISPLAY CURRENT SUPERVISION PARAMETERS OF UNIT

ZDOC –MODIFY OPERATING SYSTEM ERROR COUNTER SUPERVISION PARAMETERS

ZDOE –DISPLAY OPERATING SYSTEM ERROR COUNTER SUPERVISION PARAMETERS

ZDOI – INTERROGATE SUPERVISION RESULT

ZDOH – CREATE PROCESSOR TIME USAGE MEASUREMENT

ZDOR – CREATE MEMORY USAGE MEASUREMENT

ZDOF – CREATE FAMILY RESOURCE USAGE MEASUREMENT

ZDOD – DELETE MEASUREMENT

ZDOG – CHANGE STATE OF MEASUREMENT

ZDOV – DISPLAY DEFINED MEASUREMENTS

ZDOW – CREATE PASSIVE WARMING MEASUREMENT

ZDOO – INTERROGATE PASSIVE WARMING STATUS

ZDPD – DISPLAY MEMORY OF PREPROCESSOR

ZDPS – SUBSTITUTE MEMORY OF PREPROCESSOR

ZDPF – FILL MEMORY WITH GIVEN DATA

ZDPI – INPUT DATA FROM PORT

ZDPV –DISPLAY SECMO-B/C PLUG-IN UNIT SOFTWARE INFORMATION

ZDPY – DISPLAY BID / PID OF CHORUS-TYPE PREPROCESSOR

ZDPP – DISPLAY CID / PID OF PECTUS-TYPE PREPROCESSOR

ZDPX – DISPLAY CID / PID / MID OF  PREPROCESSOR

ZDRM – SET OPERATING MODE

ZDRC – CREATE SYNCHRONIZATION INPUTS

ZDRD – DELETE SYNCHRONIZATION INPUTS

ZDRI – INTERROGATE SYNCHRONIZATION UNITS

ZDRS – SELECT SPECIAL FUNCTIONS

ZDRO – SELECT OSCILLATOR HANDLING FUNCTIONS

ZDSC – CREATE D-CHANNEL LINK SET

ZDSD – DELETE D-CHANNEL LINK SET

ZDSI – INTERROGATE D-CHANNEL LINK SET DATA

ZDSE – CREATE BASE STATION CONTROLLER D-CHANNEL

ZDSL – CREATE BSC LOGICAL UNIT D-CHANNEL

ZDSB –INTERROGATE BASE STATION CONTROLLER D-CHANNEL DATA

ZDSF – INTERROGATE D-CHANNEL DATA OF FUNCTIONAL UNIT

ZDTC – MODIFY D-CHANNEL WORKING STATE

ZDTI – INTERROGATE D-CHANNEL WORKING STATE

ZDTT –MODIFY D-CHANNEL WORKING STATE OF FUNCTIONAL UNIT

ZDTF –INTERROGATE D-CHANNEL WORKING STATE OF FUNCTIONAL UNIT

ZDUP – PREVENT FILE UPDATES TO DISK

ZDUR – RESUME FILE UPDATES TO DISK

ZDUD – DISPLAY DISK UPDATE STATE

ZDUQ – DISPLAY DISK UPDATE QUEUE STATE

ZDVC – CREATE NEW SUBLOG FILE

ZDVE – CLOSE SUBLOG FILE

ZDVR – RESIZE LOGFILE

ZDVM – MODIFY LOG FILTERING SETT

ZDVD – DELETE SUBLOG FILE

ZDVF – CLEAR SUBLOG FILE

ZDVI – INTERROGATE LOG FILTERING

ZDVG – DISPLAY LOG DIRECTORY

ZDVL – DISPLAY LOG DATA

ZDVP – DISPLAY LOG SETTINGS

ZDVT – DISPLAY LOG STATISTICS

ZEAC – CREATE ADJACENT CELL PARAMETERS

ZEAD – DELETE ADJACENT CELL PARAMETERS

ZEAR – DELETE INCOMING ADJACENT CELLS

ZEAM – MODIFY ADJACENT CELL PARAMETERS

ZEAO – OUTPUT ADJACENT CELL PARAMETERS

ZEAP – OUTPUT SHORT LIST OF ADJACENT CELL PARAMETERS

ZEAT – CHECK ADJACENT CELL DATA

ZEBE – CREATE MOBILE ALLOCATION FREQUENCY LIST

ZEBR – DELETE MOBILE ALLOCATION FREQUENCY LIST

ZEBT – MODIFY MOBILE ALLOCATION FREQUENCY LIST

ZEBI – OUTPUT MOBILE ALLOCATION FREQUENCY LIST(S)

ZECA – CREATE MESSAGE WITH EDITOR

ZECB – CREATE/MODIFY MESSAGE TEXT PAGE BY PAGE

ZECM – MODIFY MESSAGE WITH EDITOR

ZECR – MODIFY MESSAGE PARAMETERS

ZECS – ACTIVATE MESSAGE

ZECE – DEACTIVATE MESSAGE(S)

ZECC – DEACTIVATE BTS(S)

ZECD – DELETE MESSAGE(S)

ZECP – DISPLAY MESSAGE(S)

ZECL – DISPLAY BTS WORK LOAD

ZEEM –MODIFY GENERAL BASE STATION CONTROLLER PARAMETERS

ZEEN – MODIFY RADIO NETWORK SUPERVISION PARAMETERS

ZEEQ – MODIFY MISCELLANEOUS PARAMETERS

ZEEE – CONTROL ACTIVATION OF RNW PLAN

ZEEK – OUTPUT RNW PLAN DATA ACTIVATION STATES

ZEEO – OUTPUT BASE STATION CONTROLLER PARAMETERS

ZEEI – OUTPUT RADIO NETWORK CONFIGURATION

ZEEL – OUTPUT TRX RADIO TIME SLOTS

ZEFC – CREATE BASE CONTROL FUNCTION

ZEFD – DELETE BASE CONTROL FUNCTION

ZEFM – MODIFY BASE CONTROL FUNCTION PARAMETERS

ZEFO – OUTPUT BASE CONTROL FUNCTION PARAMETERS

ZEFL –OUTPUT BASE CONTROL FUNCTION SYNCHRONIZATION CONFIGURATION

ZEFS –CHANGE BASE CONTROL FUNCTION ADMINISTRATIVE STATE

ZEFT – SET BASE CONTROL FUNCTION OUTPUTS

ZEFX –SET BASE CONTROL FUNCTION EXTERNAL INPUT PARAMETERS

ZEFR – RESET BASE CONTROL FUNCTION

ZEFE – MODIFY EXTERNAL INPUT AND OUTPUT TEXT

ZEFP – OUTPUT EXTERNAL INPUT AND OUTPUT TEXTS

ZEGO – OUTPUT TIMERS/PARAMETERS

ZEGT – MODIFY TIMER

ZEGP – MODIFY PARAMETERS

ZEHC – CREATE HANDOVER CONTROL PARAMETERS

ZEHG – MODIFY GENERAL PARAMETERS

ZEHA – MODIFY AVERAGING PARAMETERS

ZEHS – MODIFY SIGNAL STRENGTH THRESHOLD PARAMETERS

ZEHQ – MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS

ZEHI –MODIFY SIGNAL INTERFERENCE THRESHOLD PARAMETERS

ZEHD – MODIFY MS DISTANCE PARAMETERS

ZEHN – MODIFY PARAMETERS RELATED TO ADJACENT CELL

ZEHO – OUTPUT HANDOVER CONTROL PARAMETERS

ZEMB – BLOCK BASE CONTROL FUNCTION ALARM HANDLING

ZEMU – UNBLOCK BASE CONTROL FUNCTION ALARM HANDLING

ZEME –LIST BASE CONTROL FUNCTIONS ON MAINTENANCE MODE

ZEMM – MODIFY MAINTENANCE MODE PARAMETERS

ZEMO – OUTPUT MAINTENANCE MODE PARAMETERS

ZEOB – BLOCK ALARM

ZEOU – UNBLOCK ALARM

ZEOE – LIST BLOCKED ALARMS

ZEOC – CHANGE ALARM CLASS

ZEOM – MODIFY ALARM PARAMETERS

ZEOO – OUTPUT ALARM PARAMETERS

ZEOR – CANCEL ALARM

ZEOH – LIST ALARM HISTORY

ZEOL – LIST ALARMS CURRENTLY ON

ZEQC – CREATE BTS

ZEQD – DELETE BTS

ZEQA –MODIFY MOBILE ALLOCATION FREQUENCY LIST USAGE PARAMETERS

ZEQE – MODIFY BTS IDENTIFICATION PARAMETERS

ZEQF – MODIFY CELL ACCESS PARAMETERS

ZEQG – MODIFY RADIO LINK CONTROL DL PARAMETERS

ZEQH – MODIFY QUEUEING PARAMETERS

ZEQJ – MODIFY CCH CONFIGURATION PARAMETERS

ZEQK – MODIFY INTERFERENCE AVERAGING PARAMETERS

ZEQM – MODIFY MISCELLANEOUS PARAMETERS

ZEQO – OUTPUT BTS PARAMETERS

ZEQS – CHANGE BTS ADMINISTRATIVE STATE

ZERC – CREATE TRANSCEIVER

ZERD – DELETE TRANSCEIVER

ZERM –MODIFY TRANSCEIVER AND RADIO TIME SLOT PARAMETERS

ZERT – MODIFY TRANSCEIVER BINARY OUTPUTS

ZERO – OUTPUT TRANSCEIVER PARAMETERS

ZERS – CHANGE TRANSCEIVER AND RADIO TIME SLOT STATE

ZETC – CREATE DECISION THRESHOLD TABLE

ZETD – DELETE DECISION THRESHOLD TABLE

ZETM – MODIFY DECISION THRESHOLD PARAMETERS

ZETO – OUTPUT DECISION THRESHOLD PARAMETERS

ZEUC – CREATE POWER CONTROL PARAMETERS

ZEUG – MODIFY GENERAL PARAMETERS

ZEUA – MODIFY AVERAGING PARAMETERS

ZEUQ – MODIFY SIGNAL QUALITY THRESHOLD PARAMETERS

ZEUS – MODIFY SIGNAL STRENGTH THRESHOLD PARAMETERS

ZEUO – OUTPUT POWER CONTROL PARAMETERS

ZEVC – CREATE BCF HW DATABASE

ZEVD – DELETE BCF HW DATABASE

ZEVA – ATTACH HW DATABASE TO BCF

ZEVE – DETACH HW DATABASE FROM BCF

ZEVV – ACTIVATE BCF HW DATABASE

ZEVS – REPLACE HW DATABASE

ZEVT – LIST BCFs ATTACHED TO SAME HW DATABASE

ZEVL – LIST EXISTING BCF HW DATABASES

ZEVO – LIST HW DATABASE CONFIGURATION OF BCF

ZEVU – UPLOAD HW DATABASE FILE(S)

ZEVR – ERASE BCF NON-VOLATILE MEMORY

ZEWC – CREATE BCF SOFTWARE BUILD

ZEWD – DELETE BCF SOFTWARE BUILD

ZEWA – ATTACH SOFTWARE BUILD TO BCF

ZEWE – DETACH SOFTWARE BUILD FROM BCF

ZEWV – ACTIVATE BCF SOFTWARE BUILD

ZEWH – CHANGE STATUSES OF TWO BCF SOFTWARE BUILDS

ZEWS – SET OR REMOVE INITIAL SOFTWARE BUILD

ZEWI – LIST BCF SOFTWARE HANDLING SYSTEM ACTIVITIES

ZEWL – LIST EXISTING BCF SOFTWARE BUILDS

ZEWO – LIST SOFTWARE CONFIGURATION OF BCF

ZEWP – LIST BCF SOFTWARE BUILD CONTENTS

ZEXA – CREATE LMU AREA

ZEXR – DELETE LMU AREA

ZEXB – MODIFY LMU AREA PARAMETERS

ZEXI – OUTPUT LMU AREA PARAMETERS

ZEYI – INTERROGATE SPEECH CODEC POOL LIST(S)

ZEYM – MODIFY SPEECH CODEC POOL LIST

ZEYR – RESTORE SPEECH CODEC DEFAULT LISTS

ZFNS –MODIFY LOCAL BEARER CHANNEL SIGNALLING PARAMETERS

ZFNO –INTERROGATE LOCAL BEARER CHANNEL SIGNALLING PARAMETERS

ZFUC – CREATE FRAME RELAY BEARER CHANNEL

ZFUM – MODIFY FRAME RELAY BEARER CHANNEL DATA

ZFUD – DELETE FRAME RELAY BEARER CHANNEL

ZFUI – INTERROGATE FRAME RELAY BEARER CHANNEL DATA

ZFXC – CREATE NETWORK SERVICE VIRTUAL CONNECTION

ZFXD – DELETE NETWORK SERVICE VIRTUAL CONNECTION

ZFXM – MODIFY NETWORK SERVICE VIRTUAL CONNECTION

ZFXS – CHANGE THE STATE OF NETWORK SERVICE VIRTUAL

CONNECTION

ZFXO –OUTPUT THE NETWORK SERVICE VIRTUAL CONNECTION DATA

ZFXR – RESET NETWORK SERVICE ENTITY

ZI2E – DEFINE SSH LAYER IN UNIT

ZI2F – CLEAR SSH LAYER DEFINITIONS FROM UNIT

ZI2G – CONFIGURE FTP SERVER

ZI2H –INTERROGATE MANAGEMENT INTERFACE CONFIGURATION

ZI2I – INTERROGATE SSH LAYER CONFIGURATIONS

ZI2K – GENERATE NEW SSH HOST KEY PAIR

ZI2M – MODIFY SSH LAYER IN UNIT

ZI2Q – CONFIGURE SFTP SERVER

ZI2S – CONFIGURE SSH SERVER

ZI2T – CONFIGURE TELNET

ZIAA – CREATE OR MODIFY PROFILE

ZIAR – DELETE PROFILE

ZIAH – CREATE USER ID

ZIAD – DELETE USER ID

ZIAE – ATTACH PROFILE TO USER ID OR TERMINAL

ZIAG – CHANGE OWN PASSWORD

ZIAS – CHANGE PASSWORD OF OTHER USER ID

ZIAF – CHANGE SERVICE TERMINAL PASSWORD

ZIAQ – RESET LOGIN DELAYS

ZIAX – MODIFY MML SESSION TIME LIMIT

ZIAK – CHANGE ENCRYPTION METHOD

ZIAM – CHANGE COMMAND DEFINITIONS

ZIAI – INTERROGATE USER IDS, TERMINALS AND PROFILES

ZIAT – INTERROGATE COMMAND DEFINITIONS

ZIAL – INTERROGATE ALLOWED COMMANDS

ZIAB – BLOCK/UNBLOCK COMMAND

ZIAO – INTERROGATE BLOCKED COMMANDS

ZIAJ – CONFIGURE DIRECTORY CLIENT

ZIAU – REFRESH DIRECTORY CLIENT CONFIGURATION DATA

ZIAV –INTERROGATE DIRECTORY CLIENT CONFIGURATION DATA

ZIAN –CONFIGURE CENTRALIZED USER AUTHENTICATION AND AUTHORIZATION

ZIAY – SET NE ACCOUNT

ZIBB – COPY BYTES FROM STATISTICAL TAPE TO HARD DISK

ZIBC – COPY MASS MEMORY FILES

ZIBD – DELETE LAST FILE SET OF CTU

ZIBF – MOVE DATA FROM DISK BUFFER OF CTU

ZIBP – DUMP DATA FROM TAPE

ZIBR – RESTORE DATA FROM TAPE TO LOGICAL FILE

ZIBT – TYPE FILE

ZIBX – DISPLAY CONTENTS OF TAPE

ZICI – ADD NEW COMMAND CALENDAR TASK

ZICM – MODIFY COMMAND CALENDAR TASK

ZICD – DELETE COMMAND CALENDAR TASK

ZICL – LIST CALENDAR

ZICT – TEST COMMAND CALENDAR TASK EXECUTION

ZICB – BLOCK OR UNBLOCK COMMAND CALENDAR TASK

ZICS – STOP COMMAND FILE EXECUTION

ZIDE – EXECUTE COMMAND FILE

ZIDS – STOP COMMAND FILE EXECUTION

ZIDL – LIST COMMAND FILE

ZIDX – EXECUTE REMOTE COMMAND

ZIEE – EDIT DISK FILE

ZIFS – SET DISK FILE STATUS

ZIFA – SET ALARM MODES

ZIFF – DEFINE FILE AND STORING RELATED PARAMETERS

ZIFN – INITIALIZE VDS DEVICE

ZIFT – DEFINE TIME CONTROL FOR CHANGING DISK FILES

ZIFM – MODIFY FTAM ATTRIBUTES

ZIFH – DEFINE CONTROL FILE HANDLING

ZIFQ – DEFINE Q3 TRANSFER UP READY PARAMETERS

ZIFC – COPY DATA FILES

ZIFO – DISPLAY CONTROL FILES

ZIFP – DISPLAY FILE STATUS MAP

ZIFI – INTERROGATE DISK FILE INFORMATION

ZIGO – DISPLAY MML COMMAND LOG

ZIGK – CLOSE MML COMMAND LOG FILE

ZIID – DISPLAY INFORMATION OF GIVEN LOGICAL FILE

ZIIS – CHANGE OBJECT CONNECTED TO LOGICAL FILE

ZIIL – LIST LOGICAL FILES CONNECTED TO GIVEN OBJECT

ZIIC – CHANGE OBJECT TO ANOTHER IN ALL LOGICAL FILES

ZIIF – CREATE LOGICAL FILE

ZIIP – CREATE SPARE LOGICAL FILE

ZIIR – REMOVE LOGICAL FILE

ZIII – LINK PHYSICAL DISK FILE TO LOGICAL FILE

ZIIG – CHANGE SIGNALLED PROCESS

ZIMP – PREMARK MAGNETIC TAPE

ZIMO – OPEN FILE ON MAGNETIC TAPE

ZIMC – CLOSE FILE ON MAGNETIC TAPE

ZIMR – RELEASE MAGNETIC TAPE

ZIMD – DISPLAY STATUS OF UNIT(S) AND TAPE(S)

ZIMT – CHANGE MAGNETIC TAPE

ZIMF – REOPEN FILE ON MAGNETIC TAPE

ZIMI – IDENTIFY TAPE AND RESERVE UNIT

ZIMS – SET TAPE TYPE

ZIME – RESET TAPE UNIT

ZIMM – MODIFY/INTERROGATE TAPE CODING

ZIOA – ADD USER PROFILE

ZIOM – ADD USER ACCESS RIGHTS

ZIOR – REMOVE USER ACCESS RIGHTS

ZIOE – INTERROGATE NETWORK ELEMENT USERS

ZIOI – INTERROGATE USER PROFILE

ZIPI – INTERROGATE GENERAL COPY TASK INFORMATION

ZIPP – DISPLAY DETAILED COPY TASK LOG

ZIPS – START BACKUP COPY TASK

ZIPT – TERMINATE ONGOING COPY TASK

ZIPX – DISPLAY BACKUP COPIES ON REMOVABLE DISK

ZIQC – CONFIGURE THE DISK CACHE

ZIQS – DISPLAY CACHE STATISTICS

ZIQV – HANDLE DISK WRITE VERIFICATION

ZIRM – MODIFY CRITICAL LIMITS

ZIRR – RESET LONG TERM COUNTERS

ZIRT – SET COUNTER REPORT OUTPUT TIME

ZIRI – INTERROGATE COUNTER REPORT OUTPUT PARAMETERS

ZIRO – DISPLAY DETAILED REPORT

ZIRP – PRINT COUNTER REPORT

ZISC – CHANGE I/O DEVICE STATE

ZISI – INTERROGATE I/O DEVICE INFO

ZISL – LIST I/O DEVICES IN SPECIFIED STATE

ZISM – MODIFY SPARE DEVICE OF I/O DEVICE

ZISK – MODIFY/INTERROGATE SCSI ADDRESS OF MTU

ZISF – CHANGE FUNCTIONAL MODE OF CTU

ZITI – INTERROGATE TERMINAL PARAMETERS

ZITM – MODIFY TERMINAL PARAMETERS

ZITF – SET TERMINAL OPERATION MODE

ZIVS – SET PASSWORD POLICY CHECKING STATE

ZIVH – SET PASSWORD HISTORY CHECKING STATE

ZIVU – SET USER ACCOUNT POLICY CHECKING STATE

ZIWB – HANDLE BAD BLOCKS

ZIWC – CREATE FILE

ZIWD – DELETE FILE

ZIWE – EMPTY FILE

ZIWF – INTERROGATE/CHANGE DEFAULT VERSION

ZIWI – INITIALIZE DISK

ZIWK – INITIALIZE DIRECTORY

ZIWL – CREATE DIRECTORY

ZIWM – DELETE DIRECTORY

ZIWN – RENAME FILE

ZIWP – PACK DISK

ZIWQ – INTERROGATE/MODIFY DISK CONFIGURATION

ZIWS – SET FILE ATTRIBUTES

ZIWX – DISPLAY DIRECTORY

ZIWY – INTERROGATE/CHANGE DEFAULT SETTINGS

ZIXF – COMPRESS FILE(S) TO ZIP ARCHIVE

ZIXX – EXTRACT FILE(S) FROM ZIP ARCHIVE

ZIXL – LIST CONTENTS OF ZIP ARCHIVE

ZIXC – COMPRESS FILE TO GZIP ARCHIVE

ZIXE – EXTRACT FILE FROM GZIP ARCHIVE

ZIXI – LIST CONTENTS OF GZIP ARCHIVE(S)

ZNAA – CREATE GLOBAL TITLE MODIFICATION DATA

ZNAC – CREATE TRANSLATION RESULT

ZNAD – DELETE TRANSLATION RESULT

ZNAI – INTERROGATE TRANSLATION RESULTS

ZNAM – MODIFY TRANSLATION RESULT

ZNAR – DELETE GLOBAL TITLE MODIFICATION DATA

ZNAS – MODIFY GLOBAL TITLE MODIFICATION DATA

ZNAX – INTERROGATE GLOBAL TITLE MODIFICATION DATA

ZNBC – CREATE OR ADD ANALYSIS

ZNBD – DELETE OR REMOVE ANALYSIS

ZNBI – INTERROGATE OR SEARCH ANALYSIS

ZNBJ – INTERROGATE ROOTS OF ANALYSIS TREES

ZNCC – CREATE SIGNALLING LINK

ZNCM – MODIFY SIGNALLING LINK

ZNCD – DELETE SIGNALLING LINK

ZNCI – INTERROGATE SIGNALLING LINK DATA

ZNCL – CHANGE PARAMETER SET

ZNCO – EXCHANGE PARAMETER SET OF SIGNALLING LINKS

ZNER – INTERROGATE SIGNALLING ROUTE SET STATES

ZNES – INTERROGATE SIGNALLING LINK SET STATES

ZNEL – INTERROGATE SIGNALLING LINK STATES

ZNET – INTERROGATE NETWORK ITEM STATES

ZNEO – INTERROGATE SIGNALLING POINT LOAD SHARING

ZNEP – INTERROGATE PROHIBITED STP MESSAGES

ZNEJ – RUN SIGNALLING ROUTING TEST

ZNFD – DEFINE SCCP FOR SIGNALLING POINT

ZNFE –DEFINE SCCP FOR SIGNALLING POINTS WITH SUBSYSTEMS COPY

ZNFR – REMOVE SCCP FROM SIGNALLING POINTS

ZNFA – ADD REPLICATIVE SIGNALLING POINT

ZNFS – REMOVE REPLICATIVE SIGNALLING POINT

ZNFB – ADD SUBSYSTEMS TO SIGNALLING POINTS

ZNFT – REMOVE SUBSYSTEM FROM SIGNALLING POINTS

ZNFC – ADD REPLICATIVE SUBSYSTEM

ZNFU – REMOVE REPLICATIVE SUBSYSTEM

ZNFI – INTERROGATE SCCP DATA OF SIGNALLING POINTS

ZNFJ –INTERROGATE SUBSYSTEMS DATA OF SIGNALLING POINTS

ZNFL – CHANGE SCCP SIGNALLING POINT PARAMETER SET

ZNFM – CHANGE SUBSYSTEM PARAMETER SET

ZNFN – EXCHANGE PARAMETER SET OF SCCP SIGNALLING POINT

ZNFO – EXCHANGE PARAMETER SET OF SUBSYSTEM

ZNFP – CHANGE SUBSYSTEM TEST STATUS

ZNGC – CHANGE SCCP STATE

ZNGD – CHANGE REPLICATION STATE

ZNGI – INTERROGATE SCCP STATE

ZNHC – CHANGE SUBSYSTEM STATE

ZNHD – CHANGE SUBSYSTEM REPLICATION STATE

ZNHI – INTERROGATE SUBSYSTEM STATE

ZNHJ – INTERROGATE SUBSYSTEM DISTRIBUTION DATA

ZNLC – CHANGE SIGNALLING LINK STATE

ZNLD – DENY ACTIVATION OF SIGNALLING LINKS

ZNLA – ALLOW ACTIVATION OF SIGNALLING LINKS

ZNLI – INTERROGATE SIGNALLING LINK STATES

ZNLT – TEST SIGNALLING DATA LINK

ZNLO – INTERROGATE SIGNALLING DATA LINK TEST

ZNLJ – RUN SIGNALLING LINK ROUTING TEST

ZNMM – MODIFY CCS7 LEVEL 3 PARAMETER

ZNMI – INTERROGATE CCS7 LEVEL 3 PARAMETERS

ZNMC – MODIFY CCS7 NETWORK SPECIFIC PARAMETER

ZNMO – INTERROGATE CCS7 NETWORK SPECIFIC PARAMETERS

ZNNC – CREATE SIGNALLING ROUTE SET PARAMETER SET

ZNNE – COPY SIGNALLING ROUTE SET PARAMETER SET

ZNNM – MODIFY SIGNALLING ROUTE SET PARAMETER SET

ZNNN – CHANGE SIGNALLING ROUTE SET PARAMETER SET NAME

ZNND – DELETE SIGNALLING ROUTE SET PARAMETER SET

ZNNI –INTERROGATING SIGNALLING ROUTE SET PARAMETER SETS

ZNOC – CREATE SIGNALLING LINK PARAMETER SET

ZNOE – COPY SIGNALLING LINK PARAMETER SET

ZNOM – MODIFY SIGNALLING LINK PARAMETER SET

ZNON – CHANGE SIGNALLING LINK PARAMETER SET NAME

ZNOD – DELETE SIGNALLING LINK PARAMETER SET

ZNOI – INTERROGATE SIGNALLING LINK PARAMETER SETS

ZNPC – CREATE SERVICE

ZNPM – MODIFY SERVICE

ZNPD – DELETE SERVICE

ZNPI – INTERROGATE SERVICES

ZNPU – UPDATE STP-SERVICE

ZNRP – MODIFY OWN SIGNALLING POINT DATA

ZNRC – CREATE SIGNALLING ROUTE SET

ZNRB – MODIFY DATA OF SIGNALLING ROUTE SET

ZNRD – DELETE SIGNALLING ROUTE SET

ZNRA – ADD SIGNALLING ROUTE TO ROUTE SET

ZNRR – DELETE SIGNALLING ROUTE FROM ROUTE SET

ZNRE – CHANGE SIGNALLING ROUTE PRIORITY

ZNRN – CHANGE SIGNALLING POINT NAME

ZNRI – INTERROGATE SIGNALLING POINT DATA

ZNRS – CHANGE STP ACCESS

ZNRT – INTERROGATE STP ACCESS

ZNRX – EXCHANGE ADJACENT SIGNALLING POINT CODE

ZNRV – VERIFY OF MTP ROUTING DATA CHAINS

ZNRF – REPAIR OF MTP ROUTING DATA CHAINS

ZNSC – CREATE SIGNALLING LINK SET

ZNSA – ADD SIGNALLING LINK TO LINK SET

ZNSR – DELETE SIGNALLING LINK FROM LINK SET

ZNSN – CHANGE SIGNALLING LINK SET NAME

ZNSS – CHANGE SIGNALLING LINK CODE

ZNSD – DELETE SIGNALLING LINK SET

ZNSI – INTERROGATE SIGNALLING LINK SET DATA

ZNST – CHANGE SIGNALLING LINK TEST STATUS

ZNSU – MODIFY LINK SET DATA

ZNSE – REMOTE SIGNALLING LINK IN LINK SET

ZNVC – CHANGE SIGNALLING ROUTE STATE

ZNVD – DENY ACTIVATION OF SIGNALLING ROUTE

ZNVA – ALLOW ACTIVATION OF SIGNALLING ROUTE

ZNVI – INTERROGATE SIGNALLING ROUTE STATES

ZOBM –MODIFY BROADCAST STATUS OF SCCP SIGNALLING POINTS

ZOBI –INTERROGATE BROADCAST STATUS OF SCCP SIGNALLING POINTS

ZOBC –MODIFY LOCAL BROADCAST STATUS OF SCCP SUBSYSTEMS

ZOBL –INTERROGATE LOCAL BROADCAST STATUS OF SCCP SUBSYSTEMS

ZOCC – CREATE SCCP SIGNALLING POINT PARAMETER SET

ZOCA – CREATE SCCP SUBSYSTEM PARAMETER SET

ZOCE – COPY SCCP SIGNALLING POINT PARAMETER SET

ZOCF – COPY SCCP SUBSYSTEM PARAMETER SET

ZOCM – MODIFY SCCP SIGNALLING POINT PARAMETER SET

ZOCN – MODIFY SCCP SUBSYSTEM PARAMETER SET

ZOCR – CHANGE PARAMETER SET NAME

ZOCD – DELETE SCCP SIGNALLING POINT PARAMETER SET

ZOCK – DELETE SCCP SUBSYSTEM PARAMETER SET

ZOCI –INTERROGATE SCCP SIGNALLING POINT PARAMETER SETS

ZOCJ – INTERROGATE SCCP SUBSYSTEM PARAMETER SETS

ZOCH – HELP TEXT FOR SCCP SIGNALLING POINT PARAMETERS

ZOCL – HELP TEXT FOR SCCP SUBSYSTEM PARAMETERS

ZODC –COPY SCCP SIGNALLING POINT SCREENING DATA FROM MTP

ZODF – INTERROGATE SCCP GLOBAL TITLE SCREENING DATA

ZODG – MODIFY SCCP GLOBAL TITLE SCREENING STATUS

ZODI –INTERROGATE SCCP SIGNALLING POINT SCREENING DATA

ZODM – MODIFY SCCP SIGNALLING POINT SCREENING DATA

ZODN – MODIFY SCCP GLOBAL TITLE SCREENING DATA

ZODR –INTERROGATE GT SCREENING STATUS OF CALLED GTT RESULTS

ZODS – MODIFY SCCP SIGNALLING POINT SCREENING STATUS

ZODT –MODIFY GT SCREENING STATUS FOR CALLED GTT RESULT

ZOIS – DEFINE MAXIMUM COUNTS OF INDEXES

ZOII – INTERROGATE MAXIMUM COUNTS OF INDEXES

ZOIO – CONNECT OP/DP INDEX TO SIGNALLING POINT

ZOIE – DELETE OP/DP INDEX

ZOID – LIST ALL OP/DP INDEXES

ZOIA – DELETE ALL OP/DP INDEXES

ZOIU – CONNECT SI INDEX TO USER PART

ZOIC – DELETE SI INDEX

ZOIP – LIST ALL SI INDEXES

ZOIL – DELETE ALL SI INDEXES

ZOLP – INTERROGATE SIGNALLING LINK PERFORMANCE METERS

ZOLA – INTERROGATE SIGNALLING LINK AVAILABILITY METERS

ZOLU – INTERROGATE SIGNALLING LINK UTILIZATION METERS

ZOLT – INTERROGATE SIGNALLING LINK LOAD

ZOLL – INTERROGATE SIGNALLING LINK EVENT LOGS

ZOLE – EMPTY SIGNALLING LINK EVENT LOGS

ZOMQ – INTERROGATE LEVEL 3 AUXILIARY METERS

ZOMT – INTERROGATE SIGNALLING LINK TERMINAL METERS

ZOMI – INTERROGATE MTP LEVEL 2 METERS

ZOMS –INTERROGATE ATM BASED SIGNALLING LINK SAAL METERS

ZONA –SIGNALLING LINK SET AND ROUTE SET AVAILABILITY METERS

ZONS – SIGNALLING POINT STATUS METERS

ZONP – SIF AND SIO METERS HANDLED WITH SP

ZONI – SIF AND SIO METERS HANDLED WITH SIO

ZONT –SIF, SIO AND MSU METERS HANDLED WITH OPC, DPC AND SIO

ZONE – EMPTY SIGNALLING POINT EVENT LOGS

ZONL – INTERROGATE SIGNALLING POINT EVENT LOGS

ZOSA – ACTIVATE SS7 STATISTICS AND REPORTS

ZOSD – DEACTIVATE SS7 STATISTICS AND REPORTS

ZOSE – INTERROGATE REPORTING STATUS OF SCCP SUBSYSTEMS

ZOSF – MODIFY REPORTING STATUS OF SCCP SUBSYSTEMS

ZOSI – INTERROGATE STATES OF SS7 STATISTICS

ZOSJ –INTERROGATE REPORTING STATUS OF SIGNALLING LINKS

ZOSK –INTERROGATE REPORTING STATUS OF SIGNALLING POINTS

ZOSL – MODIFY REPORTING STATUS OF SIGNALLING LINKS

ZOSM – MODIFY SS7 MEASUREMENT REPORT PARAMETERS

ZOSN – MODIFY REPORTING STATUS OF SIGNALLING POINTS

ZOSR – INTERROGATE SS7 MEASUREMENT REPORT PARAMETERS

ZOSG – MODIFY STATES OF INTERVAL LOG REPORTS

ZOSQ – INTERROGATE STATES OF INTERVAL LOG REPORTS

ZOTN – SCCP SIGNALLING POINT METERS

ZOTS – SCCP SUBSYSTEM METERS

ZOTJ – SCCP SUBSYSTEM METERS OF SIGNALLING POINT

ZOTA – SCCP LOCAL SUBSYSTEM AVAILABILITY METERS

ZOTI – INTERROGATE SCCP SINGLE METERS

ZOTG –INTERROGATE SCCP SEGMENTATION AND REASSEMBLY ERROR METERS

ZOTQ – SCCP QUALITY OF SERVICE METERS

ZOTE – EMPTY SCCP OR TC EVENT LOG

ZOTO – INTERROGATE SCCP SIGNALLING POINT EVENT LOG

ZOTL – INTERROGATE SCCP SUBSYSTEM EVENT LOG

ZOTR – INTERROGATE SCCP MESSAGE HANDLING FAILURE LOG

ZOTU – INTERROGATE TC UTILIZATION METERS

ZOTT – INTERROGATE TC TRANSACTION METERS

ZOTP – INTERROGATE TC FAULT METERS

ZOTF – INTERROGATE TC EVENT LOG

ZOYC – CREATE ASSOCIATION SET

ZOYA – ADD ASSOCIATION TO ASSOCIATION SET

ZOYR – REMOVE ASSOCIATION FROM ASSOCIATION SET

ZOYM – MODIFY ASSOCIATION SET

ZOYD – DELETE ASSOCIATION SET

ZOYI – INTERROGATE ASSOCIATION SET

ZOYN – CONFIGURATE SOURCE IP ADDRESSES FOR SCTP

ZOYG – REMOVE SOURCE IP ADDRESSES FOR SCTP

ZOYL – INTERROGATE SOURCE IP ADDRESSES FOR SCTP

ZOYE – CREATE PARAMETER SET

ZOYF – DELETE PARAMETER SET

ZOYT – MODIFY PARAMETER SET

ZOYO – INTERROGATE PARAMETER SET

ZOYX – CREATE SCTP ASSOCIATION

ZOYP – MANAGE ASSOCIATION IP ADDRESSES

ZOYY – DELETE SCTP ASSOCIATION

ZOYV – INTERROGATE SCTP ASSOCIATION

ZOYW – MODIFY SCTP ASSOCIATION

ZOYS – MODIFY ASSOCIATION STATE

ZOYQ – INTERROGATE AVERAGE M3UA CPU LOAD

ZQ4A – ADD KEY

ZQ4M – MODIFY KEY VALUE

ZQ4N – RENAME KEY

ZQ4D – DELETE KEY

ZQ4L – LIST KEYS

ZQ6N – CONFIGURE NETWORK INTERFACE AND IP ADDRESS

ZQ6G – REMOVE NETWORK INTERFACE OR IP ADDRESS

ZQ6W – FORCE INTERFACE SWITCHOVER

ZQ6I – INTERROGATE NETWORK INTERFACE

ZQ6T – CONFIGURE TCP/IP PARAMETERS

ZQ6H – INTERROGATE TCP/IP PARAMETERS

ZQ6C – CREATE STATIC ROUTE

ZQ6D – DELETE STATIC ROUTE DATA

ZQ6L – INTERROGATE STATIC ROUTES

ZQ6K – CONFIGURE DNS PARAMETERS

ZQ6J – INTERROGATE DNS PARAMETERS

ZQ6F – DISTRIBUTE CONFIGURATION FILE

ZQ6X – TEST HOST REACHABILITY (PING6/TRACEROUTE6)

ZQ6S – INTERROGATE NETWORK STATUS

ZQ6Y – INTERROGATE NEIGHBOR CACHE

ZQBC – CREATE NETWORK ADDRESS

ZQBD – DELETE NETWORK ADDRESS

ZQBI – INTERROGATE NETWORK ADDRESS DATA

ZQBN – CREATE NSAP

ZQBM – MODIFY NSAP DATA

ZQBR – DELETE NSAP

ZQBT – ATTACH NSAP TO NETWORK ADDRESS

ZQBF – DETACH NSAP FROM NETWORK ADDRESS

ZQBH –SET DEFAULT VALUES FOR ISO DCC AND ISO 6253-ICD NSAP

ZQBG – CHANGE NSAP STATE

ZQBL – INTERROGATE NETWORK NSAP DATA

ZQCC –CREATE PHYSICAL CHANNEL THROUGH DIGITAL TERMINAL

ZQCS –CREATE PHYSICAL CHANNEL THROUGH ANALOG TERMINAL

ZQCM –MODIFY PHYSICAL CHANNEL THROUGH DIGITAL TERMINAL

ZQCU –MODIFY PHYSICAL CHANNEL THROUGH ANALOG TERMINAL

ZQCD – DELETE PHYSICAL CHANNEL

ZQCI – INTERROGATE PHYSICAL CHANNEL DATA

ZQDL – CREATE LOCAL OSI APPLICATION

ZQDR – CREATE REMOTE OSI APPLICATION

ZQDM – MODIFY LOCAL OSI APPLICATION DATA

ZQDH – MODIFY REMOTE OSI APPLICATION DATA

ZQDN – MODIFY OSI APPLICATION NAME

ZQDD – DELETE OSI APPLICATION

ZQDI – INTERROGATE OSI APPLICATION DATA

ZQDA – ADD SERVICE PROFILE TO OSI APPLICATION

ZQDC – MODIFY SERVICE PROFILE OF OSI APPLICATION

ZQDE – DETACH SERVICE PROFILE FROM OSI APPLICATION

ZQDT –ATTACH SECONDARY SELECTOR GROUP TO OSI APPLICATION

ZQDF – DETACH OR MODIFY SECONDARY SELECTOR GROUP

ZQDG – CHANGE OSI APPLICATION STATE

ZQEC – CREATE CLNS

ZQEM – MODIFY CLNS DATA

ZQEA – ADD MANUAL AREA ADDRESS TO CLNS

ZQER – REMOVE MANUAL AREA ADDRESS FROM CLNS

ZQEN – MODIFY CLNS NAME

ZQEF – MODIFY CLNS PARAMETERS

ZQET – RESTART CLNS

ZQEG – CHANGE CLNS STATE

ZQED – DELETE CLNS

ZQEH – ACCEPT NEW CLNS

ZQEI – INTERROGATE CLNS DATA

ZQFA – COPY FILE

ZQFC – CREATE FILE

ZQFD – DELETE FILE

ZQFL – LIST FILE DIRECTORY

ZQFM – MODIFY FILE ATTRIBUTES

ZQGC – CREATE PHYSICAL CHANNEL GROUP

ZQGA – ADD PHYSICAL CHANNEL TO PHYSICAL CHANNEL GROUP

ZQGR –DELETE PHYSICAL CHANNEL FROM PHYSICAL CHANNEL GROUP

ZQGN – CHANGE PHYSICAL CHANNEL GROUP NAME

ZQGM – CHANGE PHYSICAL CHANNEL DATA

ZQGD – DELETE PHYSICAL CHANNEL GROUP

ZQGI – INTERROGATE PHYSICAL CHANNEL GROUP DATA

ZQHC – CREATE ETHERNET TERMINAL DATA

ZQHM – MODIFY ETHERNET TERMINAL DATA

ZQHD – DELETE ETHERNET TERMINAL DATA

ZQHI – INTERROGATE ETHERNET TERMINAL DATA

ZQHQ – INTERROGATE ETHERNET INTERFACE LINK PARAMETERS

ZQHR – RESET ETHERNET INTERFACE STATISTICS

ZQHS – SET ETHERNET INTERFACE LINK PARAMETERS

ZQHT – DISPLAY ETHERNET INTERFACE STATISTICS

ZQHW – DELETE CONFIGURATION OF ETHERNET INTERFACE

ZQKM – CREATE LOCAL IP ADDRESS BASED DEFAULT GATEWAY

ZQKP – DELETE LOCAL IP ADDRESS BASED DEFAULT GATEWAY

ZQKO –INTERROGATE LOCAL IP ADDRESS BASED DEFAULT GATEWAYS

ZQKC – CREATE STATIC ROUTE

ZQKA – DELETE STATIC ROUTE

ZQKB – INTERROGATE STATIC ROUTES

ZQKS – CONFIGURE OSPF PARAMETERS

ZQKI – INTERROGATE OSPF PARAMETERS

ZQKE – CONFIGURE OSPF AREA PARAMETERS

ZQKD – DELETE OSPF AREA

ZQKN – INTERROGATE OSPF AREA PARAMETERS

ZQKH – CONFIGURE NETWORK PREFIX

ZQKJ – CONFIGURE STUB HOST

ZQKF – CONFIGURE OSPF INTERFACE PARAMETERS

ZQKL – DELETE OSPF INTERFACE

ZQKR – INTERROGATE OSPF INTERFACE PARAMETERS

ZQKV – CONFIGURE VIRTUAL LINK PARAMETERS

ZQKT – DELETE VIRTUAL LINK

ZQKW – INTERROGATE VIRTUAL LINK PARAMETERS

ZQKU – CONFIGURE REDISTRIBUTE PARAMETERS

ZQKX – DELETE REDISTRIBUTE PARAMETERS

ZQKY – INTERROGATE REDISTRIBUTE PARAMETERS

ZQLC – CREATE X.25 LINKAGE

ZQLL – CREATE BROADCAST LINKAGE

ZQLM – MODIFY X.25 LINKAGE DATA

ZQLR – MODIFY BROADCAST LINKAGE

ZQLG – CHANGE LINKAGE STATE

ZQLF – MODIFY LINKAGE PARAMETERS

ZQLD – DELETE LINKAGE

ZQLI – INTERROGATE LINKAGE DATA

ZQLA – ADD MANUAL ES ADJACENCY TO LINKAGE

ZQLE – REMOVE MANUAL ES ADJACENCY FROM LINKAGE

ZQLP – INTERROGATE LINKAGE ADJACENCY INFORMATION

ZQNA – ADD NEW O&M CONNECTION

ZQND – DELETE O&M CONNECTION

ZQNM – MODIFY O&M CONNECTION

ZQNI – INTERROGATE O&M NETWORK CONFIGURATION

ZQNC – CHANGE WORKING STATE OF O&M CHANNEL

ZQNN –INTERROGATE OCCASIONAL VALUES OF O&M CHANNEL METERS

ZQNS – DISPLAY MML SESSIONS

ZQQC – ADD SNPA TO OSI ACCESS CONTROL LIST

ZQQM – MODIFY OSI ACCESS CONTROL METHOD

ZQQD – DELETE SNPA FROM OSI ACCESS CONTROL LIST

ZQQI – INTERROGATE OSI ACCESS CONTROL DATA

ZQRN – CONFIGURE NETWORK INTERFACE

ZQRG – REMOVE NETWORK INTERFACE

ZQRW – FORCE INTERFACE SWITCHOVER

ZQRI – INTERROGATE NETWORK INTERFACE

ZQRT – CONFIGURE TCP/IP PARAMETERS

ZQRH – INTERROGATE TCP/IP PARAMETERS

ZQRK – CONFIGURE DNS PARAMETERS

ZQRJ – INTERROGATE DNS PARAMETERS

ZQRO – INTERROGATE LOCAL DOMAIN NAMES

ZQRQ – CONFIGURE LOCAL DOMAIN NAME

ZQRU – DELETE LOCAL DOMAIN NAME

ZQRA – CREATE VLAN INTERFACE

ZQRB – INTERROGATE VLAN INTERFACES

ZQRR – DELETE VLAN INTERFACES

ZQRF – DISTRIBUTE CONFIGURATION FILE

ZQRX – TEST HOST REACHABILITY (PING/TRACEROUTE)

ZQRS – INTERROGATE NETWORK STATUS

ZQRP – PRIORITISE ETHERNET INTERFACE

ZQSC – CHANGE PHYSICAL CHANNEL STATE

ZQSI – INTERROGATE PHYSICAL CHANNEL STATES

ZQTC – CREATE ANALOG TERMINAL DATA

ZQTM – MODIFY ANALOG TERMINAL DATA

ZQTD – DELETE ANALOG TERMINAL DATA

ZQTI – INTERROGATE ANALOG TERMINAL DATA

ZQUA – ADD EQUIPMENT STATISTICS COLLECTION INFORMATION

ZQUD –DELETE EQUIPMENT STATISTICS COLLECTION INFORMATION

ZQUM –MODIFY EQUIPMENT STATISTICS COLLECTION INFORMATION

ZQUP –DISPLAY EQUIPMENT STATISTICS COLLECTION INFORMATION

ZQUF –HANDLE EQUIPMENT COLLECTION AND CHECKSUM POLLING

ZQUB – ADD OBJECT TO TRANSMISSION MEASUREMENT

ZQUR – REMOVE OBJECT FROM TRANSMISSION MEASUREMENT

ZQUI – INTERROGATE TRANSMISSION MEASUREMENT OBJECTS

ZQUC – CREATE SOFTWARE BUILD

ZQUG – DELETE SOFTWARE BUILD

ZQUJ – CREATE NETWORK ELEMENT GROUP

ZQUK – DELETE NETWORK ELEMENT GROUP

ZQUT – ADD EQUIPMENT TO NETWORK ELEMENT GROUP

ZQUU – DELETE EQUIPMENT FROM NETWORK ELEMENT GROUP

ZQUN – ATTACH BUILD TO NETWORK ELEMENT GROUP

ZQUQ – DETACH BUILD FROM NETWORK ELEMENT GROUP

ZQUV – SW BUILD HANDLING IN NETWORK ELEMENT GROUP

ZQUH – CHANGE STATUSES OF TWO BUILDS

ZQUW – LIST DOWNLOAD ACTIVITIES

ZQUL – LIST SOFTWARE BUILD DATA

ZQUO – LIST NETWORK ELEMENT GROUP DATA

ZQVC – CONNECT

ZQVI – INTERROGATE PAD PARAMETERS

ZQVM – MODIFY PAD PARAMETERS

ZQVP – DISPLAY CONNECTION INFORMATION

ZQVD – DISCONNECT

ZQWC – CREATE SERVICE CHANNEL

ZQWD – DELETE SERVICE CHANNEL

ZQWM – MODIFY SERVICE CHANNEL CONFIGURATION

ZQWS – SET SERVICE CHANNEL STATE

ZQWI – INTERROGATE SERVICE CHANNEL CONFIGURATION

ZQWA – ADD EQUIPMENT TO SERVICE CHANNEL

ZQWR – REMOVE EQUIPMENT FROM SERVICE CHANNEL

ZQWG – CHANGE EQUIPMENT INFORMATION

ZQWF – MODIFY BTS Q1 BUS PARAMETER

ZQWL – LIST EQUIPMENT

ZQXC – CREATE X25 CONFIGURATION PARAMETER SET DATA

ZQXM – MODIFY X25 CONFIGURATION PARAMETER SET DATA

ZQXF – ADD AND REMOVE X25 INTERFACE FACILITIES

ZQXD – DELETE X25 CONFIGURATION PARAMETER SET DATA

ZQXI – INTERROGATE X25 CONFIGURATION PARAMETERS

ZRBA – CREATE BROADBAND CONNECTION

ZRBB –CREATE POINT-TO-MULTIPOINT BROADBAND CONNECTION

ZRBI –INTERROGATE SEMIPERMANENT BROADBAND CONNECTIONS

ZRBM –MODIFY POINT-TO-MULTIPOINT BROADBAND CONNECTION

ZRBP – DELETE BROADBAND CONNECTION

ZRBR –DELETE POINT-TO-MULTIPOINT BROADBAND CONNECTION

ZRBX – UPDATE BOOKED TIME

ZRCC – CREATE CIRCUIT GROUP

ZRCA – ADD CIRCUITS TO CIRCUIT GROUP

ZRCN – MODIFY CIRCUIT GROUP

ZRCM – MODIFY ADDITIONAL CIRCUIT GROUP PARAMETERS

ZRCI – INTERROGATE CIRCUIT GROUP

ZRCR – REMOVE CIRCUITS FROM CIRCUIT GROUP

ZRCD – DELETE CIRCUIT GROUP

ZRRC – CREATE ROUTE

ZRRA – ADD CIRCUIT GROUP

ZRRM – MODIFY ROUTE

ZRRD – DELETE ROUTE / CIRCUIT GROUP

ZRRI – INTERROGATE ROUTE

ZRSM – CONFIGURE MONITORING CONNECTION

ZRSR – REMOVE MONITORING CIRCUIT

ZRSI – INTERROGATE SEMIPERMANENT CIRCUIT

ZT2S – START MEASUREMENT

ZT2E – STOP MEASUREMENT

ZT2I – INTERROGATE MEASUREMENT

ZT2M – MODIFY MEASUREMENT

ZT2C – CREATE OBJECT LIST

ZT2H – MODIFY OBJECT LIST

ZT2D – DELETE OBJECT LIST

ZTPM – MODIFY GSM MEASUREMENT CHARACTERISTICS

ZTPI – INTERROGATE GSM MEASUREMENT

ZTPS – START GSM MEASUREMENT

ZTPE – STOP GSM MEASUREMENT

ZUBE – SYNCHRONIZE BCCH FOR TERMINATING TEST CALL

ZUBF – START CALL STATUS REQUEST

ZUBG – START ORIGINATING TEST CALL

ZUBH – START BCCH FIELD STRENGTH MEASUREMENT

ZUBJ – START RECEIVER SENSITIVITY MEASUREMENT

ZUBK – HANDLE ABIS LOOP TEST

ZUBL – LIST ACTIVE ABIS LOOP TESTS

ZUBN – INTERRUPT TEST

ZUBR – START ANTENNA TEST

ZUBS – START TRANSCEIVER TEST

ZUBP – PRINT TEST REPORT

ZUBD – DELETE TEST REPORT

ZUCC – CREATE SCHEDULED TEST

ZUCD – DELETE SCHEDULED TEST

ZUCI – INTERROGATE SCHEDULED TEST

ZUCM – MODIFY SCHEDULED TEST FUNCTIONAL PARAMETERS

ZUCS – CHANGE SCHEDULED TEST STATE

ZUCT – MODIFY TIME PARAMETERS OF SCHEDULED TEST

ZUCV – HANDLE THRESHOLD PARAMETERS

ZUDU – START UNIT TEST/PARTIAL UNIT TEST

ZUDD – START I/O DEVICE TEST

ZUDH – OUTPUT DIAGNOSTIC REPORT HISTORY

ZUDI – INTERROGATE PARTIAL UNIT TESTS

ZUDL – LIST FAULTY UNITS/PROCESSOR UNITS

ZUDQ – INTERROGATE CURRENT TESTS

ZUDS – STOP CURRENT TEST

ZUSC – CHANGE UNIT STATE

ZUST – CHANGE UNIT INFO

ZUSW – WARM UP SPARE UNIT

ZUSI – INTERROGATE UNIT STATE

ZUSL – LIST UNITS IN SPECIFIED STATE OR INFO

ZUSU – START UNIT

ZUSS – START SYSTEM

ZW6E – CHANGE LAN SWITCH STATUS

ZW6G – CHOOSE NEW ACTIVE TOPOLOGY

ZW6I – INTERROGATE TOPOLOGY

ZW6M – MODIFY PASSWORD OF LAN SWITCH

ZW6N – MODIFY TOPOLOGY

ZW6R – READ CONFIGURATION FILE OF LAN SWITCH

ZW6S – COPY CONFIGURATION FILE OF LAN SWITCH

ZW6T – OPEN TELNET CONNECTION TO LAN SWITCH

ZW7L – INSTALL OR UPDATE LICENCE

ZW7M – MODIFY FEATURE STATE

ZW7E – SET LICENCE EXPIRATION WARNING PERIOD

ZW7I – INTERROGATE LICENCE OR FEATURE INFORMATION

ZW7D – DELETE LICENCE

ZW7R – DELETE OBSOLETE LICENCE

ZW7N – INTERROGATE TARGET IDENTIFIER

ZWAO – OPEN ALARM CONNECTION

ZWAC – CLOSE ALARM CONNECTION

ZWAI – OPEN ALARM INPUT

ZWAD – CLOSE ALARM INPUT

ZWAX – MODIFY ALARM INPUT PARAMETERS

ZWAP – PRINT OPEN CONNECTIONS/INPUTS

ZWAA – CREATE EXTERNAL ALARM

ZWAM – MODIFY EXTERNAL ALARM PARAMETERS

ZWAR – REMOVE EXTERNAL ALARM

ZWAT – PRINT EXTERNAL ALARMS

ZWAE – TEST CARTRIDGE ALARMS

ZWBA – ADD MESSAGE BUS ADDRESS

ZWBM – MODIFY MESSAGE BUS ADDRESS

ZWBR – REMOVE MESSAGE BUS ADDRESS

ZWBE – DELIVER DATA TO ALL COMPUTERS

ZWBI – INTERROGATE COMPUTER CONFIGURATION

ZWBS – SET MESSAGE INTERFACE MEDIA

ZWBO – INTERROGATE MESSAGE INTERFACE MEDIA

ZWDI – INTERROGATE BOOT PACKAGE VERSION

ZWDR – REPLACE BOOT PACKAGE

ZWDE – REPLACE EMBEDDED SOFTWARE OF ET UNITS

ZWDG –REPLACE EMBEDDED SOFTWARE OF SW256B AND SBMUX-A PLUG-IN UNITS

ZWGC – CREATE TRANSCODER PCM

ZWGD – DELETE TRANSCODER PCM

ZWGM – MODIFY TRANSCODER PCM

ZWGO – OUTPUT TRANSCODER PCM INFORMATION

ZWGS – SET NUMBER OF THROUGH CONNECTED CHANNELS

ZWGA – ADD THROUGH CONNECTED CHANNEL

ZWGR – REMOVE THROUGH CONNECTED CHANNEL

ZWGI – INTERROGATE ROUTINE TEST INFORMATION

ZWGT – MODIFY ROUTINE TEST DATA AND PARAMETERS

ZWKS – START FALLBACK COPYING

ZWKQ – QUIT FALLBACK COPYING

ZWKI – INTERROGATE FALLBACK COPYING

ZWKP – DISPLAY FALLBACK LOGFILE

ZWNA – ADD CHANGE DELIVERY

ZWND – DELETE CHANGE DELIVERY

ZWNH – LIST CHANGE DELIVERY HISTORY

ZWNI – INTERROGATE CHANGE DELIVERY

ZWNJ – UPDATE PACKAGE IDENTIFIER

ZWOC – CHANGE PARAMETER VALUE

ZWOI – INTERROGATE PARAMETER VALUE

ZWOA – ACTIVATE/DEACTIVATE OPTIONAL FEATURE

ZWOS – OUTPUT FEATURES ACTIVATION STATUS

ZWQB – VERIFY SOFTWARE PACKAGE

ZWQC – CREATE SOFTWARE PACKAGE

ZWQD – DELETE SOFTWARE PACKAGE

ZWQH – LIST SOFTWARE PACKAGE CHANGE HISTORY

ZWQL – LIST SOFTWARE PACKAGE CONTENTS

ZWQM – COMPARE SOFTWARE PACKAGES

ZWQO – SHOW SOFTWARE PACKAGE INFORMATION

ZWQV – INTERROGATE MODULE VERSION LOADED IN UNIT

ZWRA – ADD UNITS TO TRIAL CONFIGURATION

ZWRR – REMOVE UNIT FROM TRIAL CONFIGURATION

ZWRD – DESTROY TRIAL CONFIGURATION

ZWRS – CUTOVER TO NEW SOFTWARE PACKAGE

ZWRO – RETURN TO OLD SOFTWARE PACKAGE

ZWRC – COMPLETE NEW CONFIGURATION

ZWSD – SELECT DEFAULT SOFTWARE PACKAGE

ZWSC – CHANGE STATUS OF TWO SOFTWARE PACKAGES

ZWSS – SWITCH ACTIVE PACKAGE IN DIRECTORY

ZWSA – ALLOW AUTOMATIC RETURN TO SPARE PACKAGE

ZWSB – DENY AUTOMATIC RETURN TO SPARE PACKAGE

ZWSR – ROLLBACK STATUSES OF CREATED PACKAGES

ZWSI – INTERROGATE AUTOMATIC RETURN SETTINGS

ZWTJ – CREATE RACK OR CABINET

ZWTK – DELETE RACK OR CABINET

ZWTC – CREATE CARTRIDGE

ZWTD – DELETE CARTRIDGE

ZWTU – CREATE UNIT

ZWTV – DELETE UNIT

ZWTP – CREATE PLUG-IN UNIT

ZWTR – REPLACE PLUG-IN UNIT

ZWTQ – DELETE PLUG-IN UNIT

ZWTF – CREATE FUNCTION

ZWTG – DELETE FUNCTION

ZWTY – PROCESS HARDWARE IDENTIFICATION DATA

ZWTX – PROCESS HARDWARE CONFIGURATION XML FILE

ZWTI – INTERROGATE INFORMATION

ZWTL – LIST EQUIPMENT IN CSV-FORMAT

ZWUC – CONNECT FUNCTIONAL UNIT

ZWUD – DISCONNECT FUNCTIONAL UNIT

ZWUP – DISPLAY PCM INFORMATION

ZWXE – RESERVE OPERATION RESOURCES

ZWXF – RELEASE RESOURCE RESERVATION

ZWXI – INTERROGATE RESOURCES

ZWXP – DISPLAY OPERATION EXECUTION CONDITION

ZWYA – ADD IP SUBNET

ZWYB – ADD INTERNAL LAN

ZWYM – MODIFY INTERNAL LAN OR IP SUBNET

ZWYR – REMOVE INTERNAL LAN OR IP SUBNET

ZWYC – ADD UNIT INTO INTERNAL LAN

ZWYD – REMOVE UNIT FROM INTERNAL LAN

ZWYI – INTERROGATE INTERNAL LAN TOPOLOGY

ZYAI –INTERROGATE SDH/SONET EXCHANGE TERMINAL CONFIGURATION

ZYAN – MODIFY SET CONFIGURATION

ZYAQ – INTERROGATE SET/ET/PATH MAPPING

ZYAS – MODIFY SDH/SONET TRACE

ZYAT – INTERROGATE SDH/SONET TRACE

ZYEM – MODIFY ET PARAMETERS

ZYEO – OUTPUT ET PARAMETERS

ZYEA – MODIFY ALARM LIMITS

ZYEP – OUTPUT ALARM LIMITS

ZYES – MODIFY STATISTICS COUNTERS LIMITS

ZYEL – OUTPUT STATISTICS COUNTERS LIMITS

ZYEU – MODIFY SLIP LIMITS

ZYER – OUTPUT SLIP LIMITS

ZYEC – MODIFY FUNCTIONAL MODES

ZYEI – OUTPUT FUNCTIONAL MODES

ZYEF – INTERROGATE PCM SERVICE STATE

ZYFE – INQUIRE CONNECTION SUPERVISION DATA

ZYFF – HANDLE LAN SWITCH SUPERVISION DATA

ZYFL – HANDLE EVENT LOG

ZYFM – MANAGE LAN SWITCH

ZYFS – HANDLE SNMP GET/SET LIST

ZYFT – MANAGE SHORT TIME MEASUREMENT DATA

ZYFX – EXECUTE SNMP GET/SET

ZYIC – CREATE LOOPBACK(S)

ZYIR – REMOVE LOOPBACK(S)

ZYII – INTERROGATE LOOPBACK(S)

ZYMC – CANCEL TEMPORARY MEASUREMENT

ZYMO – OUTPUT STATISTICAL DISTURBANCES ON ONE CIRCUIT

ZYMP – OUTPUT MEASUREMENT PERIOD PARAMETERS

ZYMS – START TEMPORARY MEASUREMENT

ZYNI – INTERROGATE SDH OR SONET INTERFACE COUNTERS

ZYNJ –INTERROGATE SDH OR SONET PROTECTION GROUP COUNTERS

ZYWC – CREATE PROTECTION GROUP

ZYWD – DELETE PROTECTION GROUP

ZYWF – EXECUTE FORCED SWITCH

ZYWI – INTERROGATE PROTECTION GROUP CONFIGURATION

ZYWL – ENABLE LOCKOUT

ZYWM – MODIFY PROTECTION GROUP CONFIGURATION

ZYWS – EXECUTE MANUAL SWITCH

ZYWE – EXECUTE EXERCISE

ZYWR – CLEAR SWITCH COMMANDS

ZZAB – BLOCKED ALARMS HANDLING

ZZAC – ALARM CANCELLING

ZZAE – ERROR RATIO COUNTER HANDLING

ZZAH – ALARM HISTORY HANDLING

ZZAL – LAMP PANEL HANDLING

ZZAO – ALARM OPERATING INSTRUCTION HANDLING

ZZAP – ALARM PARAMETERS HANDLING

ZZAR – ALARM SYSTEM RULEBASE HANDLING

ZZAT – ALARM PRINTING HANDLING

ZZCE – CIRCUIT STATE HANDLING

ZZCI – INTERNAL ROUTING STATES

ZZCR – EXTERNAL CIRCUIT GROUP AND ROUTE STATES

ZZDB – ATABASE HANDLING

ZZDC – LOCK HANDLING

ZZDD – EMOTE DEBUGGER SESSION

ZZDE – ILE CONVERSION HANDLING

ZZDF – EMORY FILE HANDLING

ZZDM – NTERROGATION OF LAPD AND SBUS STATISTICS METERS

ZZDO –PERATING SYSTEM SUPERVISION AND STATISTICS HANDLING

ZZDP – REPROCESSOR MEMORY HANDLING

ZZDR – YNCHRONIZATION UNIT HANDLING

ZZDS – RIMARY RATE ACCESS D-CHANNEL DATA HANDLING

ZZDT – RIMARY RATE ACCESS D-CHANNEL STATE HANDLING

ZZDU – ISK UPDATE HANDLING

ZZDV – ISK LOG HANDLING

ZZE4 –AUTHORISED NETWORKS AND SUBSCRIBER GROUP HANDLING

ZZE7 – BSC MSC NODE HANDLING COMMANDS

ZZEA – ADJACENT CELL HANDLING

ZZEB – FREQUENCY LIST AND GPRS OBJECTS HANDLING

ZZEC – SMS CELL BROADCAST HANDLING

ZZEE – BASE STATION CONTROLLER PARAMETER HANDLING IN

BSC

ZZEF – BASE CONTROL FUNCTION HANDLING

ZZEG – GSM TIMER AND BSC PARAMETER HANDLING

ZZEH – HANDOVER CONTROL PARAMETER HANDLING

ZZEM –BASE CONTROL FUNCTION MAINTENANCE MODE HANDLING

ZZEO – BASE TRANSCEIVER STATION ALARMS HANDLING

ZZEQ – BASE TRANSCEIVER STATION HANDLING IN BSC

ZZER – TRANSCEIVER HANDLING

ZZES – ABIS INTERFACE CONFIGURATION

ZZET – TRUNK RESERVATION ALGORITHMS HANDLING

ZZEU – POWER CONTROL PARAMETER HANDLING

ZZEV – BCF HARDWARE DATABASE HANDLING

ZZEW – BCF SOFTWARE HANDLING

ZZEX – POSITION BASED SERVICES HANDLING

ZZEY – A-INTERFACE HUNTING ORDER HANDLING

ZZFN – FRAME RELAY  PARAMETER HANDLING

ZZFU – FRAME RELAY BEARER CHANNEL HANDLING

ZZFX – GB INTERFACE HANDLING

ZZI2 – SSH PROTOCOL LAYER HANDLING

ZZIA – MMI SYSTEM AUTHORITY HANDLING

ZZIB – I/O FILE BACKUP

ZZIC – COMMAND CALENDAR HANDLING

ZZID – DISK COMMAND FILE EXECUTION

ZZIE – DISK FILE OPERATIONS

ZZIF – VIRTUAL DATA STORING DEVICE HANDLING

ZZIG – MML COMMAND LOG HANDLING

ZZII – I/O CONFIGURATION HANDLING

ZZIM – MAGNETIC TAPE HANDLING

ZZIO – NETWORK USER AUTHORITY DATA HANDLING

ZZIP – BATCH COPY HANDLING

ZZIQ – DISK OPTIMIZATION CONTROL

ZZIR – SECURITY REPORTING HANDLING

ZZIS – I/O DEVICE WORKING STATES

ZZIT – TERMINAL PARAMETERS HANDLING

ZZIV – USER AUTHENTICATION POLICY HANDLING

ZZIW – DISK FILE AND DIRECTORY HANDLING

ZZIX – DISK FILE COMPRESSION HANDLING

ZZNA – GLOBAL TITLE RESULT HANDLING

ZZNB – GLOBAL TITLE ANALYSIS HANDLING

ZZNC – SIGNALLING LINK DATA HANDLING

ZZNE – SIGNALLING NETWORK STATE INTERROGATION

ZZNF – SCCP DATA HANDLING

ZZNG – SCCP STATE HANDLING

ZZNH – SCCP SUBSYSTEM STATE HANDLING

ZZNL – SIGNALLING LINK STATE HANDLING

ZZNM – CCS7 LEVEL 3 PARAMETERS

ZZNN – SIGNALLING ROUTE SET PARAMETER HANDLING

ZZNO – SIGNALLING LINK PARAMETER HANDLING

ZZNP – SERVICE INFORMATION DATA HANDLING

ZZNR – SIGNALLING ROUTE SET DATA HANDLING

ZZNS – SIGNALLING LINK SET DATA HANDLING

ZZNV – SIGNALLING ROUTE STATE HANDLING

ZZOB – SCCP BROADCAST STATUS HANDLING

ZZOC – SCCP PARAMETER SET HANDLING

ZZOD – SCCP SCREENING HANDLING

ZZOI –MANAGEMENT OF TRAFFIC MATRIX MEASUREMENT FOR MTP

ZZOL –INTERROGATION OF SIGNALLING LINK STATISTICS METERS

ZZOM – INTERROGATION OF AUXILIARY MTP STATISTICS METERS

ZZON –INTERROGATION OF SIGNALLING NETWORK STATISTICS METERS

ZZOS – STATES OF SS7 STATISTICS

ZZOT – INTERROGATION OF SCCP AND TCAP STATISTICS METERS

ZZOY – SCTP CONFIGURATION HANDLING

ZZQ2 – IPSEC CONFIGURATION HANDLING

ZZQ4 – KEYDATABASE HANDLING

ZZQ6 – IPv6 TCP/IP STACK CONFIGURATION HANDLING

ZZQB – OSINETWORK ADDRESS AND NSAP DATA HANDLING

ZZQC – PHYSICAL CHANNEL DATA HANDLING

ZZQD – OSIENVIRONMENT APPLICATION DATA HANDLING

ZZQE –OSIENVIRONMENT CONNECTIONLESS NETWORK SERVICE HANDLING

ZZQF – OSIFILE SERVICES

ZZQG – PHYSICAL CHANNEL GROUP DATA HANDLING

ZZQH – ETHERNET INTERFACE HANDLING

ZZQK – IPROUTING DATA HANDLING

ZZQL – OSIENVIRONMENT LINKAGE HANDLING

ZZQN – O&MNETWORK HANDLING

ZZQQ – OSIACCESS CONTROL

ZZQR – TCP/IP STACK DATA HANDLING

ZZQS – PHYSICAL CHANNEL STATE HANDLING

ZZQT – ANALOG TERMINAL DATA HANDLING

ZZQU – BSSTRANSMISSION EQUIPMENT HANDLING

ZZQV – VIRTUAL TERMINAL COMMUNICATION

ZZQW – Q1INTERFACE HANDLING

ZZQX –X.25 INTERFACE CONFIGURATION PARAMETERS HANDLING

ZZRB –SEMIPERMANENT BROADBAND CONNECTIONS HANDLING

ZZRC – CIRCUIT GROUP HANDLING

ZZRR – ROUTE HANDLING

ZZRS – SEMIPERMANENT CIRCUITS

ZZT2 – MEASUREMENT HANDLING

ZZTP – GSM MEASUREMENT HANDLING

ZZUB – SINGLE RADIO NETWORK TEST HANDLING

ZZUC – SCHEDULED RADIO NETWORK TEST HANDLING

ZZUD – DIAGNOSTICS HANDLING

ZZUS – WORKING STATE AND RESTART HANDLING

ZZW6 – LAN DEVICE TOPOLOGY MANAGEMENT

ZZW7 – LICENCE AND FEATURE HANDLING

ZZWA – WIRED ALARM CONNECTIONS HANDLING

ZZWB – COMPUTER CONFIGURATION HANDLING

ZZWD – EMBEDDED SOFTWARE HANDLING

ZZWG – TRANSCODER CONFIGURATION

ZZWK – SOFTWARE PACKAGE FALLBACK HANDLING

ZZWN – CHANGE DELIVERY HANDLING

ZZWO – PARAMETER HANDLING

ZZWQ – SOFTWARE PACKAGE MANAGEMENT

ZZWR – SOFTWARE PACKAGE DEPLOYMENT HANDLING

ZZWS – SOFTWARE PACKAGE STATUS HANDLING

ZZWT – EQUIPMENT MANAGEMENT

ZZWU – UNIT CONNECTIONS HANDLING

ZZWX – SOFTWARE CONFIGURATION RESOURCE HANDLING

ZZWY – INTERNAL LAN MANAGEMENT

ZZYA – SDH/SONET INTERFACE CONFIGURATION HANDLING

ZZYE – EXCHANGE TERMINAL SUPERVISION HANDLING

ZZYF – LAN HW SUPERVISION HANDLING

ZZYI – V.3 INTERFACE LOOPBACK HANDLING

ZZYM – PCM STATISTICS: MEASUREMENT AND OUTPUT

ZZYN – SDH OR SONET STATISTICS HANDLING

ZZYW – SDH/SONET TRANSMISSION PROTECTION HANDLING

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BTS S/W check & Activate in   BSC

16TuesdaySEP 2014

POSTED BY KAUSHALP13102014  IN UNCATEGORIZED ≈ LEAVE A COMMENT

ENTER USERNAME < BSCXXX

ENTER PASSWORD < ******

BSC3i     BSC83BRM                  2011-04-12  15:31:51

                       WELCOME TO THE DX 200 SERIES DIALOGUE

MAIN LEVEL COMMAND 

< ZEWO

LOADING PROGRAM VERSION 15.7-0

/*  DATA UNITS:

    NUMBER OF BCF;        */

EWO:126;

EXECUTION STARTED

BSC3i     BSC83BRM                  2011-04-12  15:32:04

BCF NUMBER      STATUS  BUILD-ID          VERSION    SUBDIR     STATE   SWMASTER

——————————————————————————–

BCF-0126          NW   EP3_MP3                  3.3-3      /PACK_17                 

                           BU    EP3_MP2_BL0017    3.2-3      /PACK_16   DEFAULT

                           FB    FLEXI_EP1_0            1.0-1      /PACK_8          

COMMAND EXECUTED

BCF SOFTWARE HANDLING COMMANDS 

< ZEWV

LOADING PROGRAM VERSION 15.7-0

/*  DATA UNITS:

    NUMBER OF BCF: BUILD STATUS;      */

EWV:126

/*  STATUS

    NW … NEW

    BU … BACK-UP

    FB … FALL-BACK

    PARAMETER IS OBLIGATORY             */

EWV:126:NW;

EXECUTION STARTED

THIS COMMAND CUTS ALL ONGOING CALLS IN THE RESETED BTS SITE

CONFIRM COMMAND EXECUTION: Y/N ? Y

SOFTWARE BUILD ACTIVATED

BCF NUMBER       RESET            REASON FOR DENIAL

———————————————————

BCF-0126         DENIED           O & M LINK STATE        

COMMAND EXECUTED

BCF SOFTWARE HANDLING COMMANDS 

<

MAIN LEVEL COMMAND 

< EWO:126;

LOADING PROGRAM VERSION 15.7-0

EXECUTION STARTED

BSC3i     BSC83BRM                  2011-04-12  15:33:37

BCF NUMBER      STATUS  BUILD-ID          VERSION    SUBDIR     STATE   SWMASTER

——————————————————————————–

BCF-0126          NW   EP3_MP3                  3.3-3      /PACK_17   DEFAULT               

                           BU    EP3_MP2_BL0017    3.2-3      /PACK_16   

                           FB    FLEXI_EP1_0            1.0-1      /PACK_8          

COMMAND EXECUTED

MAIN LEVEL COMMAND 

< ZEWH

LOADING PROGRAM VERSION 15.7-0

/*  DATA UNITS:

    NUMBER OF BCF: FIRST STATUS, SECOND STATUS;         */

EWH:126

/*  STATUS

    PARAMETER NAMES:

    ST1  …..  FIRST STATUS         OBLIGATORY

    ST2  …..  SECOND STATUS        OBLIGATORY     */

EWH:126:ST1

/*  FIRST STATUS

    NW … NEW

    BU … BACK-UP

    FB … FALL-BACK               */

EWH:126:ST1=BU

/*  STATUS

    PARAMETER NAMES:

    ST1  …..  FIRST STATUS         OBLIGATORY

    ST2  …..  SECOND STATUS        OBLIGATORY     */

EWH:126:ST1=BU,ST2

/*  SECOND STATUS

    NW … NEW

    BU … BACK-UP

    FB … FALL-BACK               */

EWH:126:ST1=BU,ST2=NW

/*  STATUS

    PARAMETER NAMES:

    ST1  …..  FIRST STATUS         OBLIGATORY

    ST2  …..  SECOND STATUS        OBLIGATORY     */

EWH:126:ST1=BU,ST2=NW;

EXECUTION STARTED

SOFTWARE BUILD STATUSES CHANGED

BCF NUMBER      FIRST STATUS     SECOND STATUS

———————————————-

BCF-0126             BU               NW

COMMAND EXECUTED

BCF SOFTWARE HANDLING COMMANDS 

< ZEWO

LOADING PROGRAM VERSION 15.7-0

/*  DATA UNITS:

    NUMBER OF BCF;        */

EWO:126

/* SELECT EXECUTION DETERMINATION OR

   SYSTEM NAME OF OUTPUT DEVICE

     EXECUTION DETERMINATION:

       ; .. COMMAND EXECUTION

       N .. NO EXECUTION

     SYSTEM NAME OF OUTPUT DEVICE:

       1 … 11 CHARACTERS

   DEFAULT IS CURRENT DEFINITION      */

EWO:126;

EXECUTION STARTED

BSC3i     BSC83BRM                  2011-04-12  15:35:14

BCF NUMBER      STATUS  BUILD-ID          VERSION    SUBDIR     STATE   SWMASTER

——————————————————————————–

BCF-0126          NW    EP3_MP2_BL0017    3.2-3      /PACK_16                 

                           BU    EP3_MP3                    3.3-3      /PACK_17   DEFAULT

                           FB    FLEXI_EP1_0             1.0-1      /PACK_8          

COMMAND EXECUTED

BCF SOFTWARE HANDLING COMMANDS 

< 

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Nokia Flexi BTS RF cabling   configuration

16TuesdaySEP 2014

POSTED BY KAUSHALP13102014  IN UNCATEGORIZED ≈ LEAVE A COMMENT

Nokia Flexi BTS Splitting RF cabling configuration :

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2+2+2 HW RF Configuration cabling:

Logical Cabling:

4+4+4 HW RF Configuration cabling:

Logical Cabling:

6+6+6 HW RF Configuration cabling:

Logical Cabling:

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Ceragon IP-10 IDU CLI Commands   List

21TuesdayJAN 2014

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Command Line Interface (CLI):-

If you do not Ceragon IP-10 IDU IP address IP detail so you can learn it by Hyper Terminal to login. IDU and other work to set up the IP and login commands –

Click here to download file for commands list

Microwave Point-to-Point: FibeAirIP-10

• Manufacturer: Ceragon Networks (Israel)

• Basic parameters:

• Licensed 6-38GHz band (given a choice ODU)

• Bandwidth 7 -56 MHz full duplex (SW tunable)

• Capacity 10-500Mbps (same HW, license increments)

• Interface:

• 1x 1000BaseX (SFP)

• 1x 10/100/1000BaseT

• 5x 10/100 BaseT

• 16x E1

• Integrated Ethernet switch

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FibeAirIP-10: The main advantages

• Native TDM (E1) anativníEthernet, with no kind of traffic is mapped over the other, both dynamically share a

common bandwidth

• Maximálnívyužití bandwidth

• Low transport delay (• Unique 8-state adaptive modulation for maximum availability, seamless and flawless

switching

• Extended support QoS (IPv4/IPv6, Q-in-Q, STP / RSTP / MSTP, …)

• Statistics (radio, transmission, operation)

• SNMP and HTTP management

• Scalable solution for optimal distribution points (6U)

• CertifikovánoMEF MEF-9-14 (for EPL, EVPL, E-LAN)

• Compact IDU (1U), compact ODU (2.5 kg), low power consumption

• Full scalability (1 +1, 2 +0, Hot standby …)

Add caption

• Connect a serial cable to the terminal port

• Setting up HyperTerminal:

• Bit rate: 115200, data bits: 8, parity: none, stop bits: 1 Flow Control: no

• Recommended: type VT-100, size: 24 rows, 80 columns

• Default login:

• User: admin

• Password: admin

• After pressing get prompt  

• The IP address IDU:

• IP-10 :/> cdmanagement / networking / ip-address

• IP-10 management :/ / networking / ip-address> get ip-addressBasic Commands The following basic commands are available when you first log in, if you belong to the Operator user group: ls        List entities get     Get parameter set      Set parameter help    Help cd      Change directory exit      Exit CLI logout  Logout from CLI cli-ver   CLI version cls        Clear screen shell      Enter secondary shell write     Write the current switch configuration to the configuration file show-tree    Show entity tree find        Search for a string in the parameter’s entity name and information fields lsp      List entity parameters and commands echo    echoing free text to the console Note: To perform the operations in this guide, you should log in as follows: User: admin or operator Password: admin 

Basic System ConfigurationSetting IP AddressesTo define a new IP address, do the following at the main unit:1. Log in as follows:User: admin or operatorPassword: admin2. At the command prompt, type: cd management/networking/ip-address/, and press Enter.3. Type: get ip-address, and press Enter. This will give you the current IP address.4. Type: set ip-address (the new IP address), and press Enter.Adding UsersTo define a new user, do the following:1. Log in.2. At the command prompt, type: cd management/mng-services/users/, and press Enter.3. Type: add-user , and press Enter.4. Type the password for the new user.

Navigating between Stacked UnitsGoing from the Main Unit to a Different UnitAfter log-in, a prompt always appears at the main unit. Tto change the prompt to a different unit, do thefollowing:1. Log in.2. At the command prompt, type: cd /platform/shelf-manager/, and press Enter.

3. Type: logon-unit , and press Enter.The prompt will change according to the relevant slot ID. For example, the prompt for a unit located in slot3 will show:IP-10-SLOT-3:/>Returning to the Main UnitIn order to go back to the main unit, do the following:1. Log in.2. At the command prompt, type: cd /platform/shelf-manager/, and press Enter.

TDM Trail ManagementDefining a TDM TrailTo define a TDM trail, do the following at the main unit:1. Log in.2. At the command prompt, type: cd /interfaces/pdh/trails/, and press Enter.3. Type: add-trail2 slot #> , and press Enter.Argument Description:• Trail-ID: up to 16 alphanumeric characters• Trail description: string of up to 32 characters• ACM priority: high or low• Operational/reserved: reserved trails are introduced in the database and the bandwidth won’t beused for TDM traffic (it may be used for ethernet traffic) but traffic does not flow. For operationaltrails, bandwidth is fully allocated and traffic flows.• Protected/unprotected: unprotected trails map between two interfaces only. Protected trails mapbetween an end-point interfaces and two other interfaces, the first of which is the primary path andthe second of which is the secondary path (see the SNCP section below).• Interface slot: slot number of the IDU containing the interface (from 1 to 6).• Interface type: line (E1/T1) or radio• Interface number: the number of the E1/T1 interface or radio VC to be used.o For E1/T1 it can be 1 to 32 (1 to 16 if no extra 16 E1 T-card is installed)o For radio, the maximum number depends on the radio script being usedUnprotected trail example:add-trail id1 desc1 high operational unprotected 1 line 1 1 radio 1.

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NEC, FIU & ULTRA BTS Cables Configuration for Telecom   Equipments

21TuesdayJAN 2014

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NEC Tributary Cable Colour Code

Interface Tx Rx

1Blue – Yellow Red – Green

2 Black – Gray Red – Orange

3Black – Brown Red – Blue

4Black – Green White – Gray

5Black – Orange

White – Brown

6Balack –

BlueWhite – Green

7 Red – GrayWhite – Orange

8 Red – Brown White – Blue

Nokia FIU 19E Login Cable Pin Configuration

RJ-45 DB-9 (Female)

6 2

5 3

4 5Nokia Ultra BTS Login Cable Pin Configuration

DB-9 (Male) DB-9 (Female)

3 2

2 3

5 5

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