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  6. TOUCH TOY

Quanmax TOUCH TOY Network Manual

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NETWORK MANUAL
TOUCH TOY
ENGLISH
NETWORK SYSTEM - Touch Toy
1 Menu Network 5
2 Net Status 5
2.1 Networking options 5
2.2 Touch Toy Registration 6
2.2.1 Choose connection 6
2.2.2 Internet conection with modem (analogue / ISDN) 6
2.2.3 Internet connection with ADSL (DSL) 7
2.2.4 Internet connection with LAN 8
2.2.5 Internet connection with WLAN 9
2.2.6 Internet connection with UMTS 10
2.2.7 Internet connection with GPRS 12
2.2.8 Connection test 12
2.3 Register Terminal 14
3 Transfer now 15
4 No network reset 15
5 Connection test 15
6 Log File(s) 15
7 Modem 16
7.1 Supported modems 16
7.2 Modem types 17
7.3 Modem describtions 18
7.3.1 Dynamode M56 USB 18
7.3.2 Webjet Pocket ISDN USB 18
7.7.3 Wavecom 1206 Fastrack GPRS 19
7.3.4 Nokia 30 GPRS 20
7.3.5 E220 HSDPA USB Modem 21
8 Glossar 22
1 Menu Network
To open the network menu, press red setup key (bookkeeping) and select menu „network“.
• NetStatus
• Transfernow
• Nonetwork/reset
• Log-File(s)
• ConnectionTest
2 Net status
Select menu item „Net status“ to connect a Touch Toy terminal to the network.
2.1 Network options
FortheTouchToynetwork,aconnectiontoaninternetproviderisrequired(forexampleviamodemornet-
work card). A permanent data actualization will take place.
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2.2 Touch Toy registration
To register a Touch Toy, only 2 steps are necessary:
• Step1-Chooseconnection
• Step2-Registerterminal
2.2.1 Choose connection
It is important to configure the internet connection first, in order to be able to implement the Touch Toy regis-
trationdataafterwards.Todothis,selectmenuitem„Step1-Chooseconnection“toconguretheexisting
internet connection.
The following options are available:
• ADSL->InternetconnectionwithDSLModem(PPPoE,PPTP)
• LAN->Internetconnectionwithlocalnetwork(LAN,DHCPServer/Router)
• WLAN->Internetconnectionwithwirelesslocalnetwork(DHCPormanualIP-conguration
possible)
• UMTS->InternetconnectionwithUMTSmodem
2.2.2 Internet connection with modem (analogue/ISDN)
1. Modem
Intheselectioneld„Modem“pressEdit-button-alistofallconnectedmodemsisdisplayed.
SelectconnectedmodemandpressOK-button
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2. Number to get an outside line
Ifyouneedanumbertogetanoutsidelineenterthenumberhere(e.g.0).
ThereforepressEdit-buttonintheselectioneld„numbertogetanoutsideline“-enter
requirednumberandpressOK-button
3.Initstring(AT-command)
AT-commandsareaninstructioncodeforintelligentmodems
IntelligentmodemscanbeconguredorsteeredbyAT-commands
4. Touch Toy NET telephone number
Select dial in number to the internet provider
Intheselectioneld„TouchToyNETtelephonenumber“pressEditbutton-selectdialinnumber
fortheinternetproviderandpressOK-button
5.Transfersettings
Intheselectioneld„Transfersettings“,pressEdit-button
DenethedailytimeperiodandhowofteneachdaythenetworkdataoftheTouchToyterminalshouldbe
updated.
e.g. Start time: 12:00
End time: 23:59
Numberoftransmissions:5
i.e.everydaybetween12:00and23:59thenetworkdataoftheTouchToyterminalwillbeupdatedfor5
times.Thegamemodewillnotbeinterruptedduringdatatransfer.Tosavesettingsandexitmenu,press
Store-button
6. Connection test
WiththeConnectiontestmethodit‘spossibletoverifythenetworkconnectionimmediately
2.2.3 Internet connection with ADSL (DSL)
IftheADSLtypeofconnectionwasselected,thereisachoicebetweentwopossibilities:
• ADSLviaPPTP
• ADSLviaPPPoE
BasicinformationforTouchToyterminalsequippedwithanADSL-connection
ATTENTION: No USB ADSL modem / router is supported!
Touch Toy hardware only supports Ethernet modems/routers
(aconnectionofanADSLmodem/routerwith theTouchToynetworkadapterhastobeprovidedbyan
Ethernet network cable).
Ifno DHCP-routerisconnectedwiththeADSLmodem,the ADSLnetwork settingsmustbecongured
manually.
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BecarefulwhichtypeofADSL-accessisavailable.CurrentlyPPTPandPPPoEarethemostwidelyused
ADSL-transmissionprotocols.YoucangetfurtherinformationabouttheexistingADSLconnectionandthe
requiredADSLnetworkaddressesfromthenetworkadministratororyourADSL-provider.
ThefollowingADSL-networkaddressesarerequired:
• Terminal IP address -onlynecessarywithPPTP!(standardIP10.0.0.140)
• Router IP address-onlynecessarywithPPTP!(standardIP10.0.0.138)
• User name
• Password
• DNS 1 (primary)
• DNS 2 (secondary)
ForenteringthecongurationdatapresstheEditbutton,typeinthecongurationdata,afterall
requireddataareenteredpressStore-Button
Example of a single-location system via ADSL-modem without router:
ThecablefromthetelephonesocketisconnectedeitherdirectlyorwithasplittertotheADSL-modem.
TheTouchToyterminalsnetworkcardisconnectedtotheADSL-modemviaanEthernetnetworkcable.
2.2.4 Internet connection with LAN
IftheLANtypeofconnectionwasselected,thereisachoicebetweentwopossibilities:
• Automatic network configuartion via DHCP
• Manual network configuartion
Automatic network configuration via DHCP:
IftheconnectednetworksupportsDHCP(DynamicHostCongurationProtocol),allnetworksettingsare
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automaticallyreceivedfromtheterminal.Itisnotnecessarytocongurethenetworksettingsmanually.
Inamulti-locationsystemarouter(DHCPcongured)mightbeinstalledbetweentheADSL-modemandthe
terminals.ADHCP-routerautomaticallyconguresallADSLsettings.
Activation of „automatic network configuration via DHCP“:
1. Select „automatic network configuration via DHCP“ (field is marked in yellow)
2.Tosavesettingsandexitmenu,pressStore-Button
3.AllnetworksettingsareallocatedautomaticallyfromtheDHCP-router/Server
Exampleofamulti-locationsystemwithrouter(DHCPcongured):
ThecablefromtheADSLmodemisconnectedwiththerouter‘sinputsocketandtheoutputsocketare
linked via Ethernet network cables with the Touch Toy terminals network adapter.
Manual network configuration
The network settings must be configured manually. The connected network does not support DHCP. The
followingnetworkaddressesarerequiredforamanualconguration(contactthenetworkadministratorif
necessary):
• TerminalIPadress
• SubnetMask
• DefaultGateway
• DNS1,DNS2
Activation of „Manual network configuration“:
1. Select „Manual network configuration“ (field is marked in yellow)
2.ForenteringthecongurationdatapresstheEditing-Button,typeinthecongurationdata,afterall
requireddataisentered,pressStore-Button
2.2.5 Internet connection with LAN
WLAN adapter installation
ConnecttheWLANadaptertothebluecolouredUSBport(modem)ofthecomputerunit.Switchoffthe
terminal and switch it on again.
Settings for WLAN
• DHCPactivated(automaticIPconguration
• OpenSystem
• Supporteddataencryption:WEP64/128Bit,WPA,WPA2
WLAN settings in the network menu
1. Select the available WLAN USB adapter, which is connected to the Touch Toy computer unit
(„Available WLAN adapter“).
2. Select the according WLAN network which the Touch Toy terminal should use to access the internet
(„Available WLAN networks“).
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3. To protect the WLAN network against unauthorized users we recommend you to activate a data
encryption method.These data encryption methods are available: WPA, WPA2, WEP 64 bit or 128 bit
• EntertheWEPkeyinHEXorASCIIcharacters
• 64bit 128bit
• HEX:10characters HEX:26characters
• ASCII:5characters ASCII:13characters
UsablecharactersetforHEX:A-F,a-f,0-9
UsablecharactersetforASCII:0-9,A-Z,a-z,äüö/\?!-&%$“()=+#
ForenteringWEP-codepresstheEditing-Button,afterallsettingsareenteredpress
Store-Buttontosavesettingsandexitmenu.
Additional information in the WLAN configuration menu:
AdapterMACAddress-MACaddressoftheconnectedWANUSBadapter
(MACAddress=MediaAccessControladdress,ahardwareaddressthat
uniquely identifies each system in a network)
Networksignalstrength-SignalstrengthoftheselectedWLANnetwork
2.2.6 Internet connection with UMTS
WithanUMTSModemyouhavethepossibilitytoconnectyourTouchToyTerminalevenifnophonejackis
immediatelyavailable.TheUMTSmodemworkswirelessandoperateswithaSIMcardofamobileinternet
provider.EachSIMcardwithactivatedUMTSfunctionisworking.Amonthlydatavolumeofapproximately
1024 MB is necessary. ATTENTION: The PIN query must be disabled at the SIM card.
UMTS-configuration settings:
Modem
In the selection field „Modem“ press Editing Button -allavailablemodemsaredisplayed.Select
connectedmodemandpresstheOK-Button.
Number
Intheselectioneld„Number“pressEditing-Button
TypeintheGPRS-providerspecicdial-innumberandpressOK-Button
Thedial-innumber*99***1#ispredenedbythesettings-menuandworkswithallknownmobilephone
providers.
Username
Intheselectioneld„Username“pressEditing-Button .
TypeintheGPRS-providerspecicUsernameandpressOK-Button
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Password
Intheselectioneld„Number“pressEditing-Button
TypeintheGPRS-providerspecicpasswordandpressOK-Button
DNS 1
Intheselectioneld„DNS1“pressEditing-Button
TypeintheIPaddressoftheprimaryDNSserver(DNS1)andpressOK-Button
DNS 2
In the selection field „DNS 2“ press Editing Button
TypeintheIPaddressofthesecondaryDNSserver(DNS2)andpressOK-Button
Initstring
AspecialinitstringisrequiredtoconnectthemodemviaUMTS-mode.
The initstring is made up the following way:
WiththeexceptionofUMTS-provider‘sAPN(AccessPointName),theinitstringalwaysremains
thesameforallproviders.Therstpartalwaysremainsunchanged,onlytheAPN(secondpart)
adapts to the local provider.
Examples for an Initstring (date 2008):
ONE(mobiletelephoneproviderAustria):at+cgdcont=1,“IP“,“fullspeed“
T-Mobile(mobiletelephoneproviderGermany):at+cgdcont=1,“IP“,“web.vodafone.de“
The mobile phone provider, who has equipped you with the SIM card, provides you with the
requiredUMTS-settings.
ToenterthenecessaryinitstringpresstheEditing-Button , type in the initstring and press
OK-Button.
Transfersettings:
Intheselectioneld„Transfersettings“pressEditing-Button
Denethedailytimeperiodwhentheterminal‘sdatashouldupdateandhowoftenthedatashouldupdate
each day.
Youcanchangethevalueswiththecursorkeys„+“and„-“.
Tosavesettingsandexitmenu,pressStore-Button
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•
2.2.7 Internet connection with GPRS
ThecongurationoftheconnectionisexactlythesameasUMTS(see2.2.6InternetconnectionwithUMTS).
However,internetprovidersusedifferentinistringsforGPRSconguration.Themobilephoneprovider,who
has equipped you with the SIM card, provides you with the required GPRS settings.
2.2.8 Connection Test
Aftertheinternetconnectiongetsdened,thepossibilityexiststoimmediatelytesttheconguredinternet
connectionifasuccessfulconnectiontotheinternetcanbeestablished.
Thereforepressthe„Connectiontest“button.
Pressthe„connect“buttontotesttheconguredinternetconnection(dependingonthequalityofthecon-
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nection,itcantakeuptooneminute).Theactualstatusoftheexistinginternetconnectionisdisplayedin
the field „Connection status“:
• notconnected-Noconnectiontotheinternetestablished
• connecting-Tryingtoestablishaconnectiontotheinternet
• connected-Sucessfullyconnectedtotheinternet
If a successful connection to the internet is established, it is possible to start the PING-test to test the
connection.ThePING-testsendsdatapacketstoacertainIPaddressandreceivespacketsagainfrom
thisselectedIPaddress.Consequentlyyoucannoticeifdatapacketscangetsendandreceivedfromthe
internet.
• rootdns-connectiontesttoMain-DNS-server
• google-connectiontesttowebsitewww.google.com
• funworld-connectiontesttowebsitefunworld.operationnetwork.org
Example:
SelectButton[google]-connectingwebsitewww.google.com(IPAddress216.239.59.147)andtrytoex-
change data packets.
ping www.google.com...
Pingingwww.I.google.com[216.239.59.147]with32bytesofdata:
Replyfrom216.239.59.147:bytes=32time=66msTTL=243
Replyfrom216.239.59.147:bytes=32time=105msTTL=243
Replyfrom216.239.59.147:bytes=32time=69msTTL=243
Replyfrom216.239.59.147:bytes=32time=74msTTL=243
Pingstatisticsfor216.239.59.147:
Packets:Sent=4,Received=4,Lost=0(0%loss),
Approximateroundtriptimesinmilli-seconds:
Minimum=66ms,Maximum=105ms,Average=78ms
In the menu item „Ping statistics“ you can see if the PING-test was successfully.
Packets:Sent=4,Received=4,Lost=0(0%loss)
i.e.
>>>Sent=4
4Packets(32bytes)weresentsuccessfullytoIPAddress216.239.59.147(www.google.com)
>>>Received=4
4Packets(32bytes)werereceivedsuccessfullyfromIPAddress216.239.59.147(www.google.com)
>>>Lost=0(0%loss)
0Packetsarelost(0%loss)
If the PING-test could not get executed, check the configured network settings.
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2.3 Register terminal
Afterhavingconguredtheinternetconnection,selectmenuitem„Registerterminal“toenterTouchToy
registration data.
Press the Button „Register terminal“, type in your personally User name and password and press the ENTER
button. To get your personal licence number, contact your regional Touch Toy distributor.
Example:
User name: password:
DE365MAYR109XYZ FUN5621
TheTouchToyisconnectingtotheserverandthevalidityoftheenteredUsernameandpasswordwillget
veried.Thenanothermenuwillgetdisplayed,enterthelocationdataandpressStore-Button
All location data ever registered under the same User name are deposited on the server.
IfaTouchToyterminalwillgetregisteredonanalreadyregisteredlocation,itisnotnecessarytoenterthe
locationdataagain;aselectionlistofalldepositedlocationdatagetsdisplayed.
SelectwantedlocationandpressStore-Button
TheregistrationoftheTouchToyterminalisnished.
Exitthemenu„Netstatus“,andpressStore-Button
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3 Transfer now
Therstdatatransmissioncangetstartedafterhavingenteredallregistrationandconnectionsettings.As
soonastherstdatatransmissionhasbeencompletedsuccessfully,theautomaticdatatransferisactiva-
ted.
4 No network / reset
All network settings and registration data are deleted. However the Touch Toy terminal can get registered
again any time.
5 Connection test
Is a firewall installed in the local network, there is the possibility that some ports are blocked, and several
TouchToyonlineapplicationswillnotwork.Insuchcasepleaseusetheconnectiontestmethodtoverify
theavailabilityofnecessaryports.
Following ports will be checked:
TCP: 80, 443, 2352, 5050, 5190
UDP: 2351, 2352, 2353, 2362, 2363, 6789
Startconnectiontestprocedureandcheckwhetherallfunctionaltestsweresuccessful.
Ifnecessarycontactthenetworkadministratorfortherewallsettings.
6 Log-File(s)
AlldatatransfersarerecordedintheTouchToysoftware.
InthemenuLog-File(s)allrecordeddatatransfersareaccountedfor.
• ModemLog-Accountofmodemdiagnosticdata
• TransferLog-Accountofalldatatransfers
• UpdateLog-Accountofallreceivedonlineupdates
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7 Modem
7.1 Supported Modems
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7.2 Modem Types
analogue modem
Type: Dynamode (Neolec) Freeway 56 USB TT designation: SmartUSB56 Voice Modem
ISDN modem
Type: Webjet Pocket USB TT designation: (ISDN) remote network access
GPRS modem
Type: Wavecom 1206 Fastrack GPRS TT designation: wavecom GPRS
Type: Nokia 30 GPRS TT designation: Nokia 30
UMTS modem
Type: E220 HSDPA USB Modem TT designation: HUAWEI UMTS Modem
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7.3 Modem Description
7.3.1 Dynamode M56 USB
7.3.2 Webjet Pocket ISDN USB
(ISDN remote network access)
ThecaseofWebjetPockethastwosignallightswhichprovideconstantinformationaboutthestatusofthe
adapter and the ISDN line.
*ThestatusofthemodemwastakenaftertheTouchToysoftwarewascompletestarted-up.
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7.3.3 Wavecom 1206 Fastrack GPRS
Dual band EGSM900/1800 MHz
accessories:
• serial-/USB-adapter
• antennalead,incl.antenna
SinceallmodemsconnectedtothenewpowerboxXtremecommunicateviaUSBinterface,aserial-/USB-
adapterforthemodemWavecom1206GPRSFastrackisneeded.
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7.3.4 Nokia 30 GPRS
EGSM 900/GSM 1800 network
ThemodemNokia30consitsoftwoparts:
• modem
• RS232adapterforthemodem
TheNokia30hasaninternalantennabutifthesignalstrengthisinsufcientforotpimaluse,anexternal
antenna can be attached to the modem.
accessories:
• serial-/USBadapter
• antennaleadincl.antenna
SinceallmodemsconnectedtothenewpowerboxPROcomunicateviaUSBinterface,aserial-/USB
adapterforthemodemWavecom1206GPRSFastrackisneeded.
Insert the SIM card
Nokia 30 light indicators:
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7.3.5 E220 HSDPA USB Modem
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8 Glossar
DSL:
„Digital Subscriber Line“
DSLisatelecommunicationtechnologythatprovidesafast,permanentconnectiontotheInternetbyusing
thetwo-wirecoppercablefoundinalmosteveryhomeandofce.
Eitherthesamerangeisavailableforthetransmissionineachdirection,orhowever-thatisthemore
oftenthecase-thechannelforreceivingdata(Downstream)ismoreefcientthanforsendingdata
(Upstream).ThereareseveraltypesofDSLandxDSLreferstothefamilyofDSLtechnologies:
The most common techniques permit 1.5 to 1.6 Mbps (megabit per second), which is at least 15 times
fasterthananISDNconnection.
ADSL:
„Asymmetric Digital Subscriber Line“
ThemostcommonformofDSLisADSL
Itentailsonehigh-speed,unidirectionaldatachannelandonelow-speed,bidirectionalcontrolchannel(ma-
kingitasynchronous).Basically,thismeansyoucandownloadfasterthanyoucanupload.ADSLsupports
data rates to 8 Mbps when receiving data (known as the downstream rate) and rates up to
1 Mbps when sending data (known as the upstream rate).
LAN:
„Local Area Network“
A local communication network in a relatively small, predetermined area (such as a room, a building, or a set
ofbuildings)consistingofoneormorecomputers(LANServer),workstations,anetworkoperatingsystem,
anuniformprotocolandspecialcablesascommunicationline.
Server:
AserveristhecontrolcomputeronaLAN,meaningitcontrolsthesoftware,accesstoprintersandother
partsofthenetwork.Ithousesinformationandrespondstorequestsforinformation.
Ethernet:
Networkprotocolforlocalnetworks
Ethernetrepresentsthemostcommontechnologyfortheconnectionoflocalnetworks(LANs).
Protocol:
A specification that describes how computers talk to each other on a network. A protocol is an established
methodofexchangingdataovertheInternet.
The most common protocols are : HTTP, IP, POP, PPP, SMTP, TCP/IP
DHCP:
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„Dynamic Host Configuration Protocol“
A protocol that provides a mean to allocate IP address dynamically to computers on a LAN. It eliminates the
need to manually assign permanent IP addresses.
TCP/IP:
„Transmission Control Protocol/Internet Protocol“
TheTCP/IPistheStandard-Internet-Protocol.
TheInternet-Protocol(IP)speciesthetransmissionrouteforthedatapackages.TheTCPprotocol
guaranteesthatallsentbyteswillbereceivedcorrectly.TCP/IPistherefora„routable“protocol.
IP AdDress:
„InternetProtocol“-Address;
A numeric address that is given to computers connected to the Internet.
Gateway:
Asystemfor exchanginginformationacrossnetworksthat areincompatible andusedifferentprotocols.
Basically,agatewayisacombinationofhardwareandsoftwarethatconnectstwodifferenttypesof
networkssothatinformationcangetexchanged.Thehardwaredevices(called„bridges“)andthe
computerprogramsperformthenecessarytranslations.
Subnet Mask:
AnumberusedtoidentifyasubnetworksothatanIPaddresscanbesharedonaLAN.
An IP address has two components, the network address and the host address.
DNS:
The Domain Name System (DNS) helps users to find their way around the Internet. Every computer on the
Internethasauniqueaddress-justlikeatelephonenumber-whichisarathercomplicatedstringofnum-
bers. It is called „IP address.“ But it is hard to remember everyone‘s IP address. The DNS makes it
easierbyallowingafamiliarstringofletters(the„domainname“)tobeusedinsteadofthearcane
IP address.
PPP:
„Point to Point Protocol“
ThePPPisadatatransmissionprotocolintheinternet,whichisusedformodem-connections.
PPPoE:
„PPP over Ethernet“
PPPoEistheuseofthenetworkprotocolPPPoveranEthernet-connection.PPPoEisneededtodayforthe
useofanADSLconnection(speciallyinGermany).
PPTP:
„Point to Point Tunneling Protocol“
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PPTPisanetworkprotocol,whichisusedforanADSL-access(speciallyinAustria).
DSL Modem:
TheDSLmodem,servesthetransmissionofdataoveraDSL-line.
Router:
ARouterisaswitching-computer,whichisinvolvedinestablishingaconnectioninacomputernetwork,e.g.
theinternet.Suchswitching-computersroutethedatapackagesonthebasisoftheaddresstothe
respective target computer. The address determines, to which other Router or personal computer the data
mustbesendtoandtheRouterdecidesforeachcase(temporallyanddistance-moderately)themost
favourableway.YoucanalsouseaRoutertofunctionasaswitching-computerbetweenseverallocal
networks(LANs)withauniformprotocol.
Splitter:
Asplitterseparateslanguagetrafc(e.g.atelephone)fromthedatatrafc.
OntheinterfacefordatatrafcanADSLmodemorroutingcanbepluggedon.
GPRS:
„General Packet Radio Service“
TheGPRSisanewnonvoicevalueaddedservicebasedontheIPprotocolthatallowsinformationtobe
sent and received across a GSM mobile telephone network.
TheconventionalGSMnetworkdatatransmissionratesareamaximumof9.6Kbps(bitpersecond),with
GPRStheoreticallyfarover100Kbpsarepossible.Howeversofartheactuallycarriedoutvaluesareapprox.
40Kbps.
APN:
„Access Point Name“
AnAPN-accessiscomparablewithadial-innumber,
whichassignstheGPRS-connectionafunctionality,likeaInternet-,network-orWAP-access
Initstring (AT-command)
AT-commandsareinstructioncodesforintelligentmodems
IntelligentmodemscanbeconguredorsteeredbyAT-commands
ISDN:
„Integrated Services Digital Network“
Aninternationalcommunicationsstandardforsendingvoice,video,anddataoverdigitaltelephone
lines or normal telephone wires.
ISDNconsistsoftwo64-KbpsB-channelsandoneD-channelfortransmittingcontrolinformation
S0 Bus (ISDN):
TheS0BusisaninternationalstandardBuswith4wiresbehindtheNTBA(NetworkTerminationforBasic
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Access)whichisresponsiblefortheconnectionoftheISDNterminalequipment.
OnoneS0-Busitispossibletoconnect8terminals
B-Kanal (ISDN):
ISDNconsistsoftwo64-Kbit/secchannels(calledtheBchannels). Therewith two connections can get
established at the same time.
SIM (SIM card)
SIMcardsaretelephonecardsformobilephones.SIMcardsidentifythesubscriberofthetelephone
PIN:
„personal identification number“
ThePINisasecretnumberofaSIM-,credit-orEurochequecard,whichservesfortheidenticationofthe
card owner
WEP:
„Wired Equivalent Privacy“
Securityprotocoltoencryptradiowavesinawirelesslocalareanetwork.AWEPkey-codeisusedforthe
dataencoding.Themorehighlythebit-rateofthekey,themorehighlytheprotection.
RAM:
„RandomAccessMemory“;workingmemoryofthecomputers
TheRAMis(incontrasttotheharddiscdrive)anon-permanentmemory,
the data in the RAM will be stored as long as the current power supply is not interrupted.
UMTS:
UniversalMobileTelecommunicationsSystem(UMTS)isoneofthethird-generation(3G)cellphone
technologies.
TodifferentiateUMTSfromcompetingnetworktechnologies,UMTSissometimesmarketedas3GSM,em-
phasizingthecombinationofthe3GnatureofthetechnologyandtheGSMstandardwhichitwas
designed to succeed.
WCDMA:
WidebandCodeDivisionMultipleAccessisatypeof3Gcellularnetwork.W-CDMAisthehigherspeed
transmission protocol used in the Japanese FOMA system and in the UMTS system, a third generation
follow-ontothe2GGSMnetworksdeployedworldwide.
Moretechnically,W-CDMAisawidebandspread-spectrummobileairinterfacethatutilizesthedirect
sequence Code Division Multiple Access signalling method (or CDMA) to achieve higher speeds and
supportmoreuserscomparedtotheimplementationoftimedivisionmultiplexing(TDMA)usedby2GGSM
networks.
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HSDPA:
High-SpeedDownlinkPacketAccess(alsoknownasHigh-SpeedDownlinkProtocolAccess)isa3G(third
generation)mobiletelephony communicationsprotocolin theHigh-SpeedPacket Access (HSPA) family,
which allows networks based on Universal Mobile Telecommunications System (UMTS) to have higher data
transferspeedsandcapacity.
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4
Quanmax AG | Division funworld
PhotoPlayStr.1,A-4860Lenzing
Tel.+43766267850,Fax+437662678555
[email protected],www.funworld.com
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