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Ethernet Compatibility Protocols Supported Radio Characteristics Aironet 340 Series Bridge xiii n If protocol filtering is enabled then the appropriate parts of the packet will be examined. The Aironet 340 Series Bridge can attach directly to 10Base2 (Thinnet), 10Base5 (Thicknet) or 10BaseT (Twisted Pair) Ethernet LAN segments. These segments must conform to IEEE 802.3 or Ethernet Blue Book specifications. If the existing infrastructure to which the bridge is to be attached is not Ethernet-based, an Ethernet segment can be added by installing an Ethernet Network Interface Card (NIC) in the File Server or by adding a third-party bridge. The bridge appears as an Ethernet node and performs a routing function by moving packets from the wired LAN to remote workstations (personal computers, laptops and hand held computing devices) on the Wireless Infrastructure. Protocols supported: n TCP/IP based protocol products n SNMP Protocol – The resident agent is compliant with the MIB-I and MIB-II standards, TCP/IP based internets, as well as a custom MIB for specialized control of the system. The Aironet 340 Series Bridge uses a radio modulation technique known as Direct Sequence Spread Spectrum transmission (DSSS). It combines high data throughput with excellent immunity to interference. The bridge operates in the 2.4 GHz license-free Industrial Scientific and Medical (ISM) band. Data is transmitted over a half-duplex radio channel operating at up to 11 Megabits per second (Mbps).
xiv Aironet 340 Series Bridge Radio Ranges The following section provides general guidelines on factors that influence infrastructure performance. Site Survey Because of differences in component configuration, placement, and physical environment, every infrastructure application is a unique installation. Before installing the system, users should perform a site survey in order to determine the optimum utilization of networking components and to maximize range, coverage and infrastructure performance. Here are some operating and environmental conditions that need to be considered: n Data Rates. Sensitivity and range are inversely proportional to data bit rates. The maximum radio range is achieved at the lowest workable data rate. There will be a decrease in receiver threshold as the radio data rate increases. n Antenna Type and Placement. Proper antenna configuration is a critical factor in maximizing radio range. As a general guide, range increases in proportion to antenna height. For a detailed explanation of antenna types and configurations along with guidelines on selecting antennas for specific environments, see the Aironet Antenna Guide, document number 710-003725. n Physical Environments. Clear or open areas provide better radio range than closed or filled areas. Also, the less cluttered the work environment, the greater the range. n Obstructions. A physical obstruction such as shelving or a pillar can hinder the performance of the bridge. Avoid locating the computing device and antenna in a location where there is a barrier between the sending and receiving antennas. n Building Materials. Radio penetration is greatly influenced by the building material used in construction. For example, drywall construction allows greater range than concrete blocks.
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Instituto Tecnológico de Costa Ric
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AGRADECIMIENTO Agradezco a los Inge
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Abstract The main objective of this
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5.3 PROGRAMACIÓN DE LAS INTERFACES
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FIGURA 6.5 GRÁFICO QUE MUESTRA LA
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CAPÍTULO 1: INTRODUCCIÓN 11
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El proyecto de graduación se reali
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1.4 Objetivos Específicos 1. Reali
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CAPÍTULO 2: ANTECEDENTES 17
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La figura 2.1 muestra un diagrama d
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SWITCH 0 SWITCH 1 SWITCH 2 SWITCH 7
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2.3 Solución propuesta Se desea en
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SWITCH 0 SWITCH 1 SWITCH 2 SWITCH 7
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CAPÍTULO 3: PROCEDIMIENTO METODOL
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3.3 Escoger diferentes métodos par
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3.10 Distribución física Esta eta
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Como ya se ha mencionado anteriorme
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Del mismo modo, los router cuentan
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Figura 4.3 Módulo serial de un pue
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Figura 4.9 Tarjeta de Interfaz de v
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Packeteer (Intelligent Bandwidth Ma
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Sistema Global de Posicionamiento U
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Figura 4.13 Vista frontal del GPS M
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5.1 Configuración de voz sobre IP
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El valor interfaz se reemplaza con
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Figura 5.2 Segmentos de llamada vis
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eq-qos [ best-effort | controlled-l
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Los números de teléfono se pueden
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El siguiente paso consiste en progr
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Tabla 5.4 Descripción de los coman
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5.5 Configuración de los puertos d
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destino específico. “número1”
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5.6 Configuración del Puente Inal
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La figura 5.4 muestra una vista gen
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Diagnostics: permite realizar prueb
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Frequency: establece la frecuencia
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CAPÍTULO 6: ANÁLISIS Y RESULTADOS
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La figura 6.10 muestra un gráfico
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Figura 6.3 Eficiencia de la red de
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Figura 6.7 Gráfico que muestra la
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Figura 6.11 Gráfico que muestra la
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Unisys de Centroamérica desea tras
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6.2.3 Segmentos de Red También se
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hUNISYS : es la altura completa del
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Figura 6.15 Diagrama de la ubicaci
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La altura de 13.05 metros de la tor
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CAPÍTULO 7: CONCLUSIONES Y RECOMEN
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No se requiere que en Unisys de Cen
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ANEXOS 98
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ANEXOS 96
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Configuring Voice Ports This chapte
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Validation Tips Step Command Purpos
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Step Command Purpose Configuring E&
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Validation Tips Fine-Tuning E&M Voi
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Activating the Voice Port Step Comm
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• Activating the Voice Port Confi
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Fine-Tuning FXO and FXS Voice Ports
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Step Command Purpose Configuring E&
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Step Command Purpose Fine-Tuning E&
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Anexo 2: Configuración de VoIP en
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2 Voice over IP Quick Start Guide
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Installing Voice Network Modules an
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Installing Voice Network Modules an
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Voice Port Numbering Voice Port Num
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Entering Configuration Mode Enterin
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Configuring the IP Network for Real
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Configuring the IP Network for Real
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Configuring FXS Interfaces Configur
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Configuring FXS Interfaces 18 Voice
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Configuring FXS Interfaces Wild Car
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Configuring FXS Interfaces 22 Voice
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Configuring FXO Interfaces Configur
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Configuring E&M Interfaces Configur
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Configuring E&M Interfaces 28 Voice
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List of Terms List of Terms This se
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Cisco Connection Online Cisco Conne
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CHAPTER Configuring Voice over IP f
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Prerequisites Tasks Prerequisites T
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Configuration Tasks To configure Vo
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Configure RSVP for Voice Enable RSV
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You should configure Multilink PPP
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Enable RTP Header Compression on a
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Frame Relay for Voice over IP Confi
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Table 2-1 Sample Number Expansion T
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Figure 2-5 Outgoing Calls from the
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Configure POTS Peers To configure t
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Configure VoIP Peers Verify Tips Co
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• Call progress tone using the cp
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Fine-Tune FXO and FXS Voice Ports T
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Step Command Purpose Fine-Tune E&M
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Configure CODEC and VAD for Dial Pe
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Step 8 Click the Up button until th
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Limit TCP Transactions Limit TCP Tr
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Establish Queueing and Congestion S
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Modify the System Buffer Size To di
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Performance Management Examples The
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4-2 • output attenuation • port
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Command Syntax Conventions Command
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acc-qos 4-6 Example The following e
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answer-address 4-8 Example The foll
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comfort-noise comfort-noise 4-10 To
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cptone cptone 4-12 To configure a v
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description description To include
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destination-pattern 4-16 Related Co
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dial-peer voice dial-peer voice 4-1
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echo-cancel coverage echo-cancel co
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echo-cancel enable echo-cancel enab
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fax-rate fax-rate 4-24 To establish
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icpif icpif 4-26 To specify the Cal
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input gain input gain To configure
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ip udp checksum ip udp checksum 4-3
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non-linear non-linear 4-32 To enabl
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operation operation To select a spe
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port port 4-36 To associate a dial
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eq-qos req-qos 4-38 To specify the
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ing number ring number To specify t
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session target session target 4-42
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show call active voice show call ac
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show call active voice 4-46 Table 4
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show call history voice show call h
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show call history voice 4-50 Table
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show dial-peer voice 4-52 The follo
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show dialplan incall number show di
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show num-exp show num-exp 4-56 To s
Page 257 and 258: show voice port 4-58 Voice card spe
Page 259 and 260: show voice port 4-60 Table 4-7 Show
Page 261 and 262: shutdown (voice-port configuration)
Page 263 and 264: signal 4-64 Note If you change the
Page 265 and 266: snmp-server enable traps snmp-serve
Page 267 and 268: snmp-server enable traps 4-68 The s
Page 269 and 270: timeouts initial timeouts initial 4
Page 271 and 272: timing clear-wait timing clear-wait
Page 273 and 274: timing delay-start timing delay-sta
Page 275 and 276: timing digit timing digit To specif
Page 277 and 278: timing pulse timing pulse To specif
Page 279 and 280: timing wink-duration timing wink-du
Page 281 and 282: type type 4-82 To specify the E&M i
Page 283 and 284: vad vad 4-84 To enable voice activi
Page 285 and 286: Anexo 4: Guía de antenas y accesor
Page 287 and 288: Table 26-15: Physical and Environme
Page 289 and 290: Software Ordering Information Softw
Page 291 and 292: Installation Notes Installation Not
Page 293 and 294: Anexo 5: Manual de usuario de los p
Page 295 and 296: THE SPECIFICATIONS AND INFORMATION
Page 297 and 298: Contents About the User’s Guide .
Page 299 and 300: Contents iii Setting the Forwarding
Page 301 and 302: Chapter 9 - Viewing Statistics Cont
Page 303 and 304: Appendix A -Aironet 340 Series Brid
Page 305 and 306: x Aironet 340 Series Bridge Chapter
Page 307: xii Aironet 340 Series Bridge Welco
Page 311 and 312: xvi Aironet 340 Series Bridge Paren
Page 313 and 314: xviii Aironet 340 Series Bridge The
Page 315 and 316: Part 1 - Getting Started Part 1 - G
Page 317 and 318: 1 - 2 Aironet 340 Series Bridge Bef
Page 319 and 320: 1 - 4 Aironet 340 Series Bridge 2.
Page 321 and 322: 1 - 6 Aironet 340 Series Bridge Ins
Page 323 and 324: 1 - 8 Aironet 340 Series Bridge Att
Page 325 and 326: 1 - 10 Aironet 340 Series Bridge Ty
Page 327 and 328: Chapter 2 - Accessing the Console S
Page 329 and 330: Sub-Menus Each menu contains the fo
Page 331 and 332: Accessing the Console System 2 - 5
Page 333 and 334: Web Access Accessing the Console Sy
Page 335 and 336: Accessing the Console System 2 - 9
Page 337 and 338: Using the Configuration Console Men
Page 339 and 340: Controlling SNMP access to the conf
Page 341 and 342: Setting the Communication Port Para
Page 343 and 344: Monitoring of the DTR Signal Access
Page 345 and 346: Chapter 3 - Before You Begin CHAPTE
Page 347 and 348: Before You Begin 3 - 3 Time: Used t
Page 349 and 350: Chapter 4 - Configuring the Radio N
Page 351 and 352: Using the Configuration Radio Menu
Page 353 and 354: Configuring the Radio Network 4 - 5
Page 355 and 356: Configuring the Radio Network 4 - 7
Page 357 and 358: Packet Encryption (Privacy Menu) Co
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Configuring the Radio Network 4 - 1
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Viewing Errors (Errors) Configuring
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Roaming Notification Mode (Roaming)
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Chapter 5 - Configuring the Etherne
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Configuring the Ethernet Port 5 - 3
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6 - 2 Aironet 340 Series Bridge Usi
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6 - 4 Aironet 340 Series Bridge 2.
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Chapter 7 - Configuring Mobile IP C
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Configuring Mobile IP 7 - 3 On a fo
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Configuring Mobile IP 7 - 5 work. T
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Chapter 8 - Using the Spanning Tree
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Understanding Loops Using the Spann
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Using the Spanning-Tree Protocol 8
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Establishing Timeouts Node Address
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Using the Configuration STP Menu (R
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Setting the Local Port Priority (Pr
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Viewing the Port State (State) Usin
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Chapter 9 - Viewing Statistics CHAP
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Throughput Statistics (Throughput)
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Error Statistics Viewing Statistics
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Displaying Overall Status (Status)
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Viewing Statistics 9 - 9 2. Type th
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Displaying Node Information (Node)
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Chapter 10 - Setting Up the Associa
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Using the Association Menu Setting
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Setting Up the Association Table 10
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Setting Up the Association Table 10
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Chapter 11 - Using Filters CHAPTER
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Using Filters 11 - 3 n Both: Packet
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Filtering Node Addresses (Node) Usi
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Displaying the IP to Network Addres
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Setting the Default Action (Default
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Í To Add a Filter Using the Monito
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If you type llc: a. When you select
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Using Filters 11 - 15 The contents
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Chapter 12 - Setting Up Event Logs
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Setting Up Event Logs 12 - 3 Node
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Error Logs Severe Error Logs “Cat
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Lost our association, new specified
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Setting Up Event Logs 12 - 9 NOTE:
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Setting Statistic Parameters (Stati
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The following trap messages will be
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Chapter 13 - Performing Diagnostics
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Performing Diagnostics 13 - 3 are d
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Physically Locating a Unit (Find) P
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Performing Diagnostics 13 - 7 4. Th
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Performing Diagnostics 13 - 9 5. Se
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Performing Diagnostics 13 - 11 4. I
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Performing Diagnostics 13 - 13 If t
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Appendix A - Aironet 340 Series Bri
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Console Port Pin-Out The Console Po
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B-2 Aironet 340 Series Bridge Conti
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B-4 Aironet 340 Series Bridge Broad
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B-6 Aironet 340 Series Bridge Desti
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C-2 Aironet 340 Series Bridge The I
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C-4 Aironet 340 Series Bridge The I
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C-6 Aironet 340 Series Bridge The U
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C-8 Aironet 340 Series Bridge The S
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C-10 Aironet 340 Series Bridge MIBI
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C-12 Aironet 340 Series Bridge The
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Appendix E - Regulatory Information
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Department of Communications—Cana
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E-5
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LATIN AMERICA AND CARIBBEAN GROUP G
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LATIN AMERICA AND CARIBBEAN GROUP C
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