WIMAN Systems WIMAN2A24 FHSS RF Modem User Manual Introduction to WIMAN technology

WIMAN Systems Inc FHSS RF Modem Introduction to WIMAN technology

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71 / 90lAppendix A: WIMAN Hardware 8.2 Antenna systems Different antenna systems can be used with the WIMAN radio modem: Part.-No. 750081 750083 750001 750040 750061 750062 Matchcode AN-24-2MN360-FMEM AN-24-8MN360-NF3 AN-24-8PL76-SMAF AN-24-16PL24-NF AN-24-24PF8-NF AN-24-16PL85-NF Type Omni directional Omni direc-tional, 3° down-tilt planar planar paraflector Planar Gain [dBi] 2 8 8,5 16 24 16.5 Azimuth [degrees] 360 360 75 27 7 85 Elevation [degrees] > 60 13 60 27 10 6 Height [cm] 12 43 11 28 61 127 Width [cm] 3 3 9 28 92 8 Depth [cm] 3 3 3 4 38 5 Weight [kg] 0.04 0.2 0.1 0.9 2.4 2.1 Front/Back Ra-tio [dB] N/a n/a 20 40 31 25 VSWR (max.) 2 1.5 1.5 1.5 1.3 1.5 Connector FME male N female SMA female N female N female N female
72 / 90 Appendix A: WIMAN Hardware • Omni directional antennas Typically these antennas are used with WIMAN STAR sta-tions. AN-24-2MN360-FMEM 2 dBi AN-24-8MN360-NF3 8 dBi, 3 deg downtilt
73 / 90lAppendix A: WIMAN Hardware • Planar antennas These antennas are mainly used at the customer side in connection with the WIMAN ACCESS. They can be used also for point-to-point connections with WIMAN LINE units. AN-24-8PL76-SMAF 8.5 dBi Picture Azimuth Pattern Elevation Pattern AN-24-16PL24-NF 16 dBi Picture Azimuth Pattern Elevation Pattern
74 / 90 Appendix A: WIMAN Hardware • Paraflector antennas These antennas were developed mainly for point-to-point connections over long distances. AN-24-24PF8-NF 24 dBi Picture Azimuth Pattern Elevation Pattern
75 / 90lAppendix A: WIMAN Hardware 8.3 Hybrid-cable sets Nachfolgend sind einige Anschlussbeispiele für die verschiede-nen Hybridkabel aufgeführt. Eine genaue Beschreibung der ein-zelnen Hybridkabel ist in Kapitel 8.4 auf Seite 78 nachzulesen. 8.3.1 Standard Connection (Indoor) using Hybrid cable Type 1 Hybrid-cable Type 1 is only used when a WIMAN is directly connected to a Router (e.g. CISCO). This type of connection can be used for devices, which are in close range to the Router (In-door-Installation). SubD 37 FSubD 15 FSubD 9 FDIN M(H1-X21C-37)X.21Config24 VWIMAN Sample: Frame RelayAccess DevicePower supplyHybrid-cableWIMAN Access(incl. Planar-antenna) LAN
76 / 90 Appendix A: WIMAN Hardware 8.3.2 Outdoor Installation using Hybrid cable Type 2 & 3 and Datacable This connection is used when the WIMAN is installed on a roof-top or a radio tower and is synchronized among other WIMAN devices. In addition a data cable (12x2) is needed. SubD 25 M SubD 37 FSMA FSubD 25 F(H2-X21C-25)12 x 2(H3-X21C-37)SubD 15 FSubD 9 FDIN MX.21Config24 V SubD 25 F SubD 25 MSyncronizationDatacable(max. 100m) WIMAN Sample: WIMAN AccessOutdoor-Set(incl. Planar-Antenna and Hybrid-Cable)Frame RelayAccess DevicePower SupplyHybrid-CableLANDatacable(max. 100m )
77 / 90lAppendix A: WIMAN Hardware 8.3.3 Connection of a remote POP with WIMAN LINE and STAR This link is used for a remote Point Of Presence, if a WIMAN STAR is connected via a WIMAN LINE link. Here the STAR receives the synchronisation impulses likewise via the LINE link. SubD 37 FSMA FV.24 +24 VSyncronizationRG 316X.21 Zeromodem S 25 FV.24 + 24 V12 x 2SMA MSubD 25 FSMA MSubD 15 FSMA FSubD 15 MSubD 25 MV.24 +24 VX.21SyncronizationHybrid Cable Type 4(H4-X21C-37)Zeromodem X.21(NULL-X21C-15)SubD 15 F(not connectible)SubD 9 FDIN MHybrid Cable Type 2(H2-X21C-25)S 25 FS 25 MS 25 MConfig24 VSubD 9 FDIN MConfig24 V(H4-X21C-37)SubD 15 F(not connectible)SubD 25 MWIMANWIMANSubD 15 MSubD 25 FSubD 15 FExtension cable(max. 100m)SubD 37 F V.24 +24 VX.21Syncronization 8.3.4 Connections when using the IP-routing functionality Still being revised
78 / 90 Appendix A: WIMAN Hardware 8.4 Hybridcable In the following, all hybrid cables with their appropriate area of application are described. Note: The 37-pin SubD link (female) is always attached to the 37-pin SubD link (male) of the WIMAN. 8.4.1 Hybridcable used for X21-configurations Zeromodemcable (NULL-C21-15) Zeromodemcable for direct connection of 2 WIMAN devices. In addition a Hybrid cable Type H4 is needed. female14 x 0,15 mm², shielded,UV-resistant1000 mmS 15 S 15 female Hybridcable Type1 (H1-X21C-37) This hybrid cable is used with indoor installations and provides the power connection, a direct link for a Frame Relay capable Router as well as a configuration interface (RS-232). S 37malefemale11 x 0,15 mm², shielded3 x 0,15 mm², shielded5 x 0,15 mm²femalewith nut300 mmS 15DIN Renk,3 pinS 9femalewith nut
79 / 90lAppendix A: WIMAN Hardware Hybridcable Type 2 (H2-X21C-25) This Hybrid cable is being used as an internal termination cable when installing a WIMAN on a readio-tower on on a rooftop. The 25pin SubD-plug (male) is connected to the 12x2 Data-cable, which leads from the WIMAN to the Router. All other connectors are the same as on Hybrid cable type 1. SubD 25maleS 2511 x 0,15 mm², shielded5 x 0,15 mm²3 x 0,15 mm², shieldedSubD 15femalewith nuts300 mmS 15S 9SubD 9femalewith nutsDIN Renk, 3 pin,180 degrees, male Hybrid cable Type 3 (H3-X21C-37) This hybrid cable is attached with outdoor installations between the WIMAN and the data cable (12x2). The SMA socket serves for the link to the synchronisation bus, if several WIMAN de-vices are mounted in direct proximity. S 37SubD 37femaleSMAfemaleSubD 25malewith nutsRG 31623 x 0,15 mm², shielded, paired400 mmS 25Date: 27. June 20002 mm6 mm
80 / 90 Appendix A: WIMAN Hardware Hybrid cable Type 4 (H4-X21C-37) This hybrid cable is used with a Peer to Peer structure of a re-mote POP. For this an additional NULL-X21C-15 cable, a syn-chronisation bus, a data cable (12x2) and a hybrid cable Typ2 becomes necessary (schematic structure see further above.) S 37female SMAmalewith nutfemale9 x 0,15 mm², shielded13 x 0,15 mm²,shieldedRG 316400 mmS 15S 25malewith nut
81 / 90lAppendix A: WIMAN Hardware 8.4.2 Hybrid cable when using the IP-routing-functionality RJ45-Connectionbox (HA-ETH-45) This link box is attached between the Ethernet cable of the local network and the hybrid cable H3-eth-37ext. Into the box the cur-rent supply link of the WIMAN, which is connected to the power pack, is integrated. RJ 45female RJ 45female Hybrid cable Ethernet 1 (H1-ETH-37) This Ethernet hybrid cable is used for indoor installations and provides the power connection, a direct link to the local network (over Ethernet cable) and a configuration interface (RS-232). SubD 37female4 x 0,15 mm², shielded, paired3 x 0,15 mm², shielded5 x 0,15 mm²300 mmDIN Renk, 3 pin,180 degrees, male Date: 10. July 2000SubD 9femalewith nutsRJ45,female2 mm6 mm
82 / 90 Appendix A: WIMAN Hardware Hybrid cable Ethernet 2 (H2-ETH-25) This hybrid cable is used as internal terminal cable with radio tower installations or installation of the WIMAN on a rooftop. The 25-pin SubD (male) link is connected to the data cable (12x2), which leads from the WIMAN (outdoor) to the inward. The further interfaces correspond to those of the hybrid cable Type Ethernet 1. SubD 25maleS 254 x 0,15 mm², shielded, paired5 x 0,15 mm²3 x 0,15 mm², shielded300 mmS 9SubD 9femalewith nutsRJ45,femaleDIN Renk, 3 pin,180 degrees, male2 mm6 mmDate: 10. July 2000 Hybrid cable Ethernet 3 (H3-ETH-37EXT) This hybrid cable serves for the link of the WIMAN to the local Ethernet. The current supply lines of the WIMAN are already integrated in this cable. This cable can be used only together with the link port HA-ETH-45. S 37 SubD 37female25 mRJ45 maleincl. protective capCat 5, STP
83 / 90lAppendix B: Technical data 9 Appendix B: Technical data Product outline WIMAN Star, Access high-speed transfer in point-to- multi-point mode WIMAN Line flexible point-to-point transfer Radio Frequency range 2.400 - 2.4835 GHz Type of modulation Spread Spectrum Frequency Hopping 2-FSK, 4-FSK Number of channels 80, non-overlapping Wireless interface 1 Mbps, 2-FSK 2 Mbps, 4-FSK Transmitting power 100 mW (ETSI-Version) (E.I.R.P.) 4 W (FCC-Version) (E.I.R.P.) (650 mW max output-power @ RF-connector) Transfer capacity 256 KBps @ 2-FSK 512 KBps @ 4-FSK Max. input-level 0 dBm Recipient- -94 dBm @ 2-FSK sensitivity -88 dBm @ 4-FSK Range up to 5 km (ETSI-Version with pla- nar array antennas) up to 25 mi (FCC-Version) RF-connector SMA plug connector RF interface Configurable block-repetition CRC-based error correction In-slot acknowledgement Device-specific data encryption Data-interface Synchronous X.21 / V.35 (optional) max. 2 Mbps
84 / 90 Appendix B: Technical data Protocols Point-to-point-mode Synchronous Transparent (HDLC- frame structure) Point-to-Multipoint-mode Synchronous operation Frame Relay Packet Switching Antennas Mobile antenna Omnidirectional 2 dBi Fixed antennas Omnidirectional 8 dBi Planar 8.5 dBi Planar 16 dBi Paraflector 24 dBi Mass & weights (without antennas) WIMAN-device 176 x 110 x 40 mm, 1050 g Outdoor box 300 x 190 x 85 mm, 2200 g General Voltage supply 12 – 26 V =; max. 10 W 110 – 230 V, 50 -60 Hz~ Temperature range -20°C - +55°C Humidity 100 %, not condensing IP enclosure IP63, mounted in security housing Display 3 LEDs, two-colored Administration Remote looptest SNMP-based status-query and error signaling Network access via TCP / IP, password protected Software-update via TFTP Individual bandwidth management
Appendix C: Pin-allocation of the Datacables 85 / 90l10 Appendix C: Pin-allocation of the Data-cables 10.1 WIMAN Datacable (10 x 2) Pin Wire color (1. line) Pin Wire color (2. line) 1 White/Grey 14 White/Green 2 - 15 Brown/Green 3 White/Yellow 16 Pink/Brown 4 Yellow/Brown 17 White/Pink 5 White 18 Grey/Pink 6 Brown 19 Red/Blue 7 - 20 - 8 Grey/Brown 21 Black 9 Green 22 Purple 10 Yellow 23 - 11 Pink 24 Red 12 Grey 25 Blue 13 Table 7 WIMAN data cable (10 x 2), pin assortment Attention: Provide a correct grounding of the data cable screen. Paired-wire Wire color Pin number Wire color Pin number 1 White 5 Brown 6 2 Green 9 Yellow 10 3 Grey 12 Pink 11 4 Blue 25 Red 24 5 Black 21 Purple 22 6 Grey/Pink 18 Red/Blue 19 7 White/Green 14 Brown/Green 15 8 White/Yellow 3 Yellow/Brown 4 9 White/Grey 1 Grey/Brown 8 10 White/Pink 17 Pink/Brown 16 Shield Shield Table 8 WIMAN data cable (10 x 2) paired-wire assort-ment
Appendix C: Pin-allocation of the Datacables 86 / 90 10.2 WIMAN Datacable (12 x 2) Pin Wire color (1. line) Pin Wire color (2. line) 1 White/Grey 14 White/Green 2 Grey/Brown 15 Brown/Green 3 White/Yellow 16 Pink/Brown 4 Yellow/Brown 17 White/Pink 5 White 18 Grey/Pink 6 Brown 19 Red/Blue 7 White/Blue 20 White/Red 8 Brown/Blue 21 Black 9 Green 22 Purple 10 Yellow 23 Brown/Red 11 Pink 24 Red 12 Grey 25 Blue 13 Table 9 WIMAN data cable (12 x 2) pin assortment Attention: Provide a correct grounding of the data cable screen. Paired-wire Wire color Pin number Wire color Pin number 1 White 5 Brown 6 2 Green 9 Yellow 10 3 Grey 12 Pink 11 4 Blue 25 Red 24 5 Black 21 Purple 22 6 Grey/Pink 18 Red/Blue 19 7 White/Green 14 Brown/Green 15 8 White/Yellow 3 Yellow/Brown 4 9 White/Grey 1 Grey/Brown 8 10 White/Pink 17 Pink/Brown 16 11 White/Blue Brown/Blue 12 White/Red Brown/Red Screen Screen Table 10 WIMAN data cable (12 x 2) Paired-wire assort-ment
87 / 90lFehler! Verweisquelle konnte nicht gefunden werden. Appendix D: Alphabetical list of instructions 11 Appendix D: Alphabetical list of instruc-tions Instruction Applicable in command mode starting from au-thorization level Applicable in configura-tion mode starting from authorization level Remarks <parname> <value> - 1 Checkcfg - 1 Clear 1 1 Clear stat <type> 1 - Config 1 - Del config - 1 Del <parname> - 1 Del passwd console - 1 Enable 1 - No help available Exit 1 - No help available Export 1 1 Help 1 - Help <parname> 1 1 Passwd console - 1 Passwd console crypt - 1 No help available Passwd enable - 1 Passwd enable crypt - 2 No help available Reset 1 - Reset config - 1 (configuration password) No help available Restore - 1 Save 1 - Show 1 1 Show <regexp> 1 1 Stat <type> 1 1 Swupdate 1 Table 11 alphabetical list of instructions
88 / 90 12 Index 12 Index Will be created later
89 / 90l13 Index of figures 13 Index of figures Figure 1 Point-to-Point connection using WIMAN LINE.........................................10 Figure 2 wireless access networks with WIMAN STAR and WIMAN ACCESS.....11 Figure 3 Standard Frame Relay applications.........................................................12 Figure 4 Diagram of the different operating modes ...............................................15 Figure 6 exported configuration file .......................................................................28 Figure 7 Help display output..................................................................................30 Figure 8 the statistics assistance display...............................................................31 Figure 9 arrangement of equipment for the configuration of the WIMAN radio modem.............................................................................................34 Figure 10 Frame Relay connections with the WIMAN ..........................................58 Figure 11 Simple WIMAN Network with CISCO-Router........................................62 Figure 12 front side of the WIMAN radio modem..................................................70 Figure 13 rear side of the WIMAN radio modem ..................................................70
90 / 90 14 Index of tables 14 Index of tables Table 1 parameters of an extended point-to-point connection (connection 1) ..... 54 Table 2 parameter of an extended point-to-point connection (connection 2) ....... 54 Table 3 Structure of the 2 Byte long address array.............................................. 59 Table 4 NodeId with 2-Byte-Frame Relay address array ..................................... 60 Table 5 DLCI allocation in connection with 2-Byte-address array........................ 61 Table 6 bit sequence for different DLCI identifiers............................................... 61 Table 7 WIMAN data cable (10 x 2), pin assortment............................................ 85 Table 8 WIMAN data cable (10 x 2) paired-wire assort-ment .............................. 85 Table 9 WIMAN data cable (12 x 2) pin assortment............................................. 86 Table 10 WIMAN data cable (12 x 2) Paired-wire assortment ............................ 86 Table 11 alphabetical list of instructions ............................................................. 87

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