Instrukcja szybkiego użycia Cisco 1605 Router En

Cisco 1605 jest profesjonalnym routerem, który może być stosowany w sieciach firmowych, biurowych lub domowych. Oferuje szybkie i niezawodne routowanie, które zapewnia bezpieczeństwo i wydajność sieci. Router wyposażony jest w wysokiej jakości procesor i pamięć, co zapewnia szybkie i wydajne działanie. Instrukcja szybkiego użycia Cisco 1605 Router zawiera szczegółowe informacje o sposobie konfigurowania routera, jak również korzystanie z jego funkcji i narzędzi. Instrukcja ta pomaga użytkownikom w szybkim i łatwym konfigurowaniu routera i skonfigurowaniu sieci, aby zapewnić najlepsze możliwe doświadczenie użytkownikom. Instrukcja szybkiego użycia Cisco 1605 Router jest przeznaczona dla wszystkich użytkowników, którzy chcą zrozumieć, jak skonfigurować swój router i zapewnić bezpieczne i zoptymalizowane środowisko sieciowe.

Ostatnia aktualizacja: Instrukcja szybkiego użycia Cisco 1605 Router En

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Cisco Unified IP Phone 3905 User Guide for
Cisco Unified Communications Manager Express Version 8. 8 (SIP)
First Published: July 22, 201 1
Last Modified: July 22, 201 1
Americas Headquarters
Cisco Systems, Inc.
170 West Tasman Drive
San Jose, CA 95134-1706
USA
http://www. cisco. com
Tel: 408 526-4000
800 553-NETS (6387)
Fax: 408 527-0883
Text Part Number: OL-24411-01

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Cisco and the Cisco Logo are trademarks of Cisco Systems, Inc. and/or its af filiates in the U. S. and other countries. A listing of Cisco's trademarks can be found at http:// www. com/go/trademarks. Third party trademarks mentioned are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (1005R) © 201 1 Cisco Systems, Inc. All rights reserved.

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CONTENTS Overview 1 Physical Description of Cisco Unified IP Phone 3905 1 Phone Connections 3 Adjusting the Handset Rest 3 Operating Y our Phone 5 Adjust the V olume 5 Answer a Call 6 Auto Answer 6 Auto Answer with Y our Speakerphone 6 Call Forward All 6 Call Pickup 7 Conference 7 End a Call 7 Hold/Resume a Call 8 Manage Call W aiting 8 Mute a Call 8 Place a Call 8 Redial a Number 9 Shared Lines 9 T ransfer a Call 9 V oice Messages 10 Personalize Y our V oicemail 10 Check for V oice Messages 10

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Contents Cisco Unified IP Phone 3905 User Guide for Cisco Unified Communications Manager Express Version 8. 8 (SIP) iv OL-24411-01

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CHAPTER 1 Overview This guide provides phone layout and feature descriptions for the Cisco Unified IP Phone 3905. • Physical Description of Cisco Unified IP Phone 3905, page 1 Physical Description of Cisco Unified IP Phone 3905 The Cisco Unified IP Phone 3905 is a single-line phone. Buttons near the handset provide direct access to several features. Cisco Unified IP Phone 3905 User Guide for Cisco Unified Communications Manager Express Version 8. 8 (SIP) OL-24411-01 1

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Overview Physical Description of Cisco Unified IP Phone 3905 Item Description 1 Handset Functions as traditional phone handset. 2 Message waiting Indicates new voice message (steady red) or an incoming call (blinking). indicator 3 Phone screen Displays phone menus and call activity including caller ID (phone number), call duration, and call state. 4 Navigation Pad and Allows you to scroll through menu items and highlight items. When the phone Select (center) is on-hook, displays the call logs (M

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Overview Phone Connections Phone Connections For your phone to work, it must be connected to the corporate IP telephony network. Y our system administrator can help you connect your phone. 1 DC adaptor port (DC48V) 4 Network port (10/100 SW) connection. IEEE 802. 3af power enabled. 2 AC-to-DC power supply (optional) 5 Access port (10/100 PC) connection 3 AC power wall plug (optional) 6 Handset connection Adjusting the Handset Rest Y ou can adjust the handset rest of a wall-mounted phone so that t

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Overview Adjusting the Handset Rest Procedure Step 1 Set the handset aside and pull the square plastic tab from the handset rest. Step 2 Rotate the tab halfway (180 degrees). Step 3 Hold the tab between two fingers, with the small notches (in the corners) facing you. Step 4 Make sure the tab lines up evenly with the slot in the cradle. Step 5 Slide the tab back into the handset rest. An extension protrudes from the top of the rotated tab. Return the handset to the handset rest. Cisco Unified

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CHAPTER 2 Operating Your Phone This section describes how to operate your Cisco IP Phone and includes information on phone features. Note Because there are dif ferences in phone and site configurations, not all features described here might apply to your phone. Consult your system administrator for more information. • Adjust the V olume, page 5 • Answer a Call, page 6 • Call Forward All, page 6 • Call Pickup, page 7 • Conference, page 7 • End a Call, page 7 • Hold/Resume a Call, page 8 • Manage

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Operating Your Phone Answer a Call Answer a Call • Lift the handset. • If you are using the speakerphone, press the Speaker button. Auto Answer Auto Answer prompts your phone to automatically answer incoming calls after one ring. Y our system administrator sets up Auto Answer to work with your speakerphone. Auto Answer with Your Speakerphone Auto Answer prompts your phone to automatically answer incoming calls after one ring. Keep the handset in the cradle to auto answer with your speaker phone.

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Operating Your Phone Call Pickup Call Pickup Call Pickup allows you to answer a call that is ringing on a co-worker ’ s phone by redirecting the call to your phone. Y ou might use Call Pickup if you share call-handling tasks with co-workers. There are two ways you can pick up a call: 1 Pickup—Allows you to answer a call that is ringing on another phone within your call pickup group. If multiple calls are available for pick up, your phone picks up the oldest call first (the call that has been rin

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Operating Your Phone Hold/Resume a Call Hold/Resume a Call Procedure Step 1 T o put a call on hold, press the Hold button. The line button flashes green. Step 2 T o resume the call, press the flashing green line button. Manage Call Waiting Call W aiting provides cues to notify you that a new call is ringing on your phone when you are talking on another call, including a call waiting tone (single beep) and an amber flashing line button. Note Unanswered calls are routed to your voicemail system (

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Operating Your Phone Redial a Number • Press the Line button for your extension, and then dial the number. • Press the Speaker button, and then dial the number. • If you have established speed-dial numbers, press the Featur e button enabled for speed-dial. Redial a Number T o redial the most recently dialed number: • Press the Redial button. • T o place the call, get a dial tone on the line, then press the Redial button. Shared Lines Shared lines allow you to use one phone number for multiple

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Operating Your Phone Voice Messages Procedure Step 1 Press T ransfer button to put the first call on hold and initiate a new call. Step 2 Press the T ransfer button the second time to finish the transfer. Voice Messages V oice messages are stored on your voicemail system. Y our company determines the voicemail system your phone uses. Personalize Your Voicemail Procedure Step 1 Dial the voicemail access number (provided by your system administrator). Step 2 Follow the voice prompts. Check for Vo

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Cisco 1600 Series Router Architecture

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Cisco 1600 Series Router Architecture Table of Contents Cisco 1600 Series Router Architecture............................................................................................................ 1 Introduction............................................................................................................................................. 1 Hardware Overview..........................................................................................................................

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Cisco 1600 Series Router Architecture Introduction Hardware Overview Block Diagram Memory Details Boot Sequence Packet Switching Related Information Introduction This document is an overview of the hardware and software architecture of the Cisco 1600 Series Routers. Hardware Overview Cisco 1600 Series routers are composed of the following router models: • Cisco 1601 and 1601R: Ethernet/Serial Modular Router • Cisco 1602 and 1602R: Ethernet/Serial Modular Router with 56K CSU/DSU (4−wire) • Cisc

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Figure 4: Cisco 1604 and 1604R Rear Panel Figure 5: Cisco 1605R Rear Panel The Cisco 1600 series routers are either run−from−Flash or run−from−RAM models. Router model names with an R are run−from−RAM routers; all other models are run−from−Flash. A more detailed description of these two memory architectures are described in Cisco 1600 Series Memory Architecture and Comparison of Cisco 1601−Cisco 1604, and Cisco 1605−R. Block Diagram The following figure represents the basic block diagram of t

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Non−Volatile RAM (NVRAM), PCMCIA Flash, and WIC. ♦ Input/Output (I/O) Buses allow the M68360 to individually control other devices through the SCCs. These include Universal Asynchronous Receiver/Transmitter (UART), the Ethernet controller, and the WAN port interface. • UART is an SCC integrated on the M68360. It provides the necessary user interface. It has one RS232 port, and a data communications equipment (DCE) (console) RJ45. Note: UART has no Auxiliary (data terminal equipment − DTE) port.

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Module − SIMM (72−pin, 60 ns, with or without parity). If SIMM is non−parity, total DRAM can be up to 18 MB. If SIMM is with parity, total DRAM can be up to 16 MB (on−board 2 MB will be disabled). Note: The Cisco 1605−R Series Router has 8 MB on−board. Therefore, total DRAM can be up to 24 MB on that router. For more information, see Comparison of Cisco 1601, Cisco 1604, and Cisco 1605−R Memory Architectures. To install or replace the DRAM, see Installing or Replacing the DRAM SIMM in Cisco 1600

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Bridging software. X. 25 software, Version 3. 0. Basic Rate ISDN software, Version 1. 1. 1 Ethernet/IEEE 802. 3 interface(s) 1 Serial(sync/async) network interface(s) 1 ISDN Basic Rate interface(s) System/IO memory with parity disabled 2048K bytes of DRAM onboard 16384K bytes of DRAM on SIMM System running from FLASH 7K bytes of non−volatile configuration memory. 12288K bytes of processor board PCMCIA flash (Read ONLY) Configuration register is 0x2102 Additional information can be found in Comp

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example: boot system flash slot0:c1600−sy−l. 122−1a. bin This forces the RxBoot to look for the file "c1600−sy−l. bin" on the Flash device called "slot0:". The boot system directive in the router configuration file overrides the configuration register. If there is no boot system statement, and if the configuration register is at its default value, then the RxBoot grabs the first file it finds in its Flash. If that fails, it tries to load an image from boot ROM. 3. The Cisco IOS software crea

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as set forth in subparagraph (c) of the Commercial Computer Software − Restricted Rights clause at FAR sec. 52. 227−19 and subparagraph (c) (1) (ii) of the Rights in Technical Data and Computer Software clause at DFARS sec. 252. 227−7013. cisco Systems, Inc. 170 West Tasman Drive San Jose, California 95134−1706 Cisco Internetwork Operating System Software IOS (tm) 1600 Software (C1600−SY−L), Version 12. 1(7), RELEASE SOFTWARE (fc1) Copyright (c) 1986−2001 by cisco Systems, I

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Cisco IOS software creates these rings on behalf of the media controllers and then manages them jointly with the controllers. Each interface has a pair of rings: a receive (RX) ring for receiving packets and a transmit (TX) ring for transmitting packets. Receive rings have a constant number of packet buffers allocated to them that equals the size of the ring. The show controllers command below displays the size and the location of the receive and transmit rings: router#show controllers ethernet

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Step 1: The interface media controller detects a packet on the network media and copies it into a buffer pointed to by the first free element in the receive ring. Media controllers use the Direct Memory Access (DMA) method to copy packet data into memory. Step 2: The media controller changes ownership of the packet buffer back to the processor and issues a receive interrupt to the processor. The media controller does not have to wait for a response from the CPU and continues to receive incoming

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switching. The packet goes in the queue of the appropriate process (for instance, an IP packet is placed in the queue for the IP Input process), and the receive interrupt is dismissed. Step 7: Eventually the packet switching process runs, switching the packet and rewriting the MAC header as needed. Note that the packet still has not moved from the buffer it was originally copied into. After the packet is switched, the Cisco IOS software continues to the packet transmit stage. 3 − Transmitting th

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• Maximum Number of Interfaces and Subinterfaces for Cisco IOS Platforms: IDB Limits • Product Catalog All contents are Copyright © 1992−−2002 Cisco Systems Inc. All rights reserved. Important Notices and Privacy Statement. Updated: Oct 10, 2002 Document ID: 5406 Cisco 1600 Series Router Architecture