ANEXO 1

SISTEMA DE CONMUTADOR IP

CANTIDAD / 1
CARACTERÍSTICA / CONDICIÓN / MÍNIMO
Architecture optimizad for services growth / = / ● This high-performance architecture is optimized for concurrent service deployment.
● This architecture offers increased default and maximum memory for future services growth.
● PVDM slots accommodate digital-signal-processor (DSP) modules for packet voice processing.
● Enhanced chassis interfaces help enable exceptional performance and service densities.
● Advanced service interfaces integrate applications directly into the router, without the need for separate appliances:
◦NAM: Integrated traffic monitoring enables application-level visibility into network traffic for remote troubleshooting and traffic analysis.
◦IPS Module: The IPS Module provides the ability to inspect all traffic traversing router interfaces (both inline and promiscuous mode); to identify unauthorized or malicious activity such as hacker attacks, worms, or denial-of-service attacks; and to terminate illegitimate traffic to suppress or contain threats.
◦The WAAS Network Module delivers an application acceleration and WAN optimization solution that accelerates the performance of any TCP-based application delivered across a WAN.
Embedded security processing and best-in-class security feature support* / = / ● Integrated hardware for offload of encryption services processing supports IPSec, 3DES, and AES 128, AES 192, and AES 256 encryption modes without the need for separate modules.
● IOS Software features offer support for identifying, preventing, and adapting to security threats and maintaining a self-defending network. Features include IOS Firewall, Content Filtering, Flexible Packet Matching (FPM), Dynamic Multipoint VPN, Group Encrypted Transport VPN, and SSL VPN.
Ideal platform for integrated / = / ● Onboard DSPs: Integrated PVDMs support analog voice, digital voice, conferencing, transcoding, and Secure Real- Time Transport Protocol (SRTP) media while enabling network-module or AIM slots for switching, concurrent applications, content, and voicemail. The DSPs enable packet voice technologies, including voice-over-IP (VoIP)
IP telephony / = / Protocols such as H.323, Media Gateway Control Protocol (MGCP), and SIP; voice over Frame Relay (VoFR); and voice over ATM (VoATM, including ATM Adaption Layer 5 [AAL5] and AAL2 adaptation layers).
● The platform offers scalability for centralized and distributed call processing:
◦SRST with centralized Unified Communications Manager: Up to 730 phones Unity Express [[cannot use this acronym for legal reasons]] voicemail: Up to 250 mail boxes
◦ Unified Communications Manager Express IP Phones: Up to 250 IP phones Small to large branch-office connectivity: Up to 24 T1/E1 trunks
◦Analog phones, fax machines, key systems, and conference stations: Up to 88 FXS ports Local or long-distance calling with the EVM module: Up to 48 foreign-exchange-office (FXO) or 32 Basic Rate Interface (BRI) ports
● IOS Software delivers customized features and applications, such as Tool Command Language (TCL) and VoiceXML support.
● Secure calls are possible with Unified Communications Manager and IP Phones using the 3800:
◦Offers standards-based, secure media and signaling authentication and encryption from IP phone to IP phone, IP phone to analog phone or public-switched-telephone-network (PSTN) gateway using IPsec, Transport Layer Security (TLS), and SRTP
◦Maintains channel capacity for medium- and high-complexity codecs
Integrated wireless support / = / ● WWAN connectivity:
◦ 3G Wireless WAN HWICs, when coupled with a service provider wireless data plan, provide a cost-effective, rapidly deployable, reliable, and secure backup solution for remote sites and branch offices.
◦Two types of 3G Wireless WAN HWICs are available: Code Division Multiple Access (CDMA; part number HWIC-3G-CDMA-x [where x reflects the wireless carrier]) and Global System for Mobile communications.
● WLAN connectivity:
◦You can use the 802.11b/g or 802.11a/b/g HWIC access-point interface card to provide integrated WLAN connectivity to mobile clients at sites requiring a single access point, resulting in mobility and enhanced productivity for your employees.
◦Dual RP-TNC connectors enable diversity and allow for optimum overage through the use of external antennas.
● Wireless infrastructure services:
◦Telephony support for wired and WLAN IP phones is delivered by Unified Communications Manager Express (CME) or by Unified SRST with Unified Communications Manager. Cordless WLAN IP phones allow you to be mobile and more productive.
◦Integrated switch modules with PoE enable support for 802.3af-compliant devices such as wireless access points and wired IP phones.
◦Mobility for clients from WLAN to cellular networks is enabled by mobile IP home agent support.
IEEE 802.1x local authentication using Lightweight Extensible Authentication Protocol (LEAP) provides enhanced reliability through survivable authentication for WLAN clients during WAN failures.
◦Customizable guest access is enabled with the service-selection-gateway features, along with the Subscriber Edge Services Manager.
● LMRoIP:
◦LMRoIP support allows radio users (for example, security personnel, maintenance personnel, police officers, etc.) to communicate over IP with phone and PC users, delivering improved communications and productivity.
● Wi-Fi hotspot services:
◦You can use the access-zone router and service-selection-gateway services features to deploy secure public WLAN access services with an integrated HWIC access point for small sites or with access points for larger sites. You can offer Wi-Fi hotspot services for additional revenue for public locations (for example, restaurants, hotels, airports, etc.) or a value-added service for customer satisfaction.
Application Integration / = / AXP capabilities of the ISRs improves total cost of ownership (TCO) for deployed branch-office applications by enabling complete, unified solutions. Enterprises, managed service providers (MSPs), and integrators can use AXP to:
● Integrate custom applications and services into the integrated services routers
● Differentiate themselves from their competitors
● Provide complete end-to-end integrated single-box solutions
Investment protection Field-upgradable, modular components are supported on the 3800 Series, allowing you to easily change network interfaces without upgrading your entire branch-office network. The Series takes advantage of the existing portfolio of WICs, VICs, network modules, and AIMs to reduce sparing, training, configuration, installation, and maintenance costs.
Availability / = / Minimizes downtime with a wide variety of availability features.
● Supports internal redundant power with any combination of the three supported power supplies - AC, AC-IP & DC. When redundancy for PoE is required, only the combination of two AC-IP power supplies with integrated inline power is supported.
● support external redundant power supplies - RPS2300 and RPS675
● Error checking and correcting (ECC) memory for improved fault isolation and correction
● USB flash memory for ease of image recovery
● Advance temperature monitoring and variable-speed cooling fans
● IOS Software Warm Reboot for improved bootup times Network-module online insertion and removal (OIR), and field-replaceable components such as fan tray, motherboard, and power supplies.
Network-module slots: These slots can accommodate a Standard network module, enhanced network module (NME), enhanced extended network module (NME-X), and high-density extensión module (EVM-HD). The NME-X, when available, will have a wider form factor than the NME. You can combine two side-by-side NME slots to accommodate one double-wide network module (NMD) or when available, a double-wide enhanced extended network module (NMEXD). / = / ● NM
● NME
● NME-X
● NMD
● NME-XD
● EVM-HD
Maximum number of network modules, NMEs, and NME-Xs supported / = / 2
Maximum number of NMD/NME-XDs supported / = / 1
Maximum number of EVM-HDs supported / = / 1
Number of HWIC slots (These HWIC slots also support VICs, VWICs, and WICs.) / = / 4
Number of fixed LAN ports (fixed RJ-45 port for 10/100/1000 connectivity) / = / 2 Gigabit Ethernet (10/100/1000)
Number of fixed Small Form-Factor Pluggable (SFP) ports (for SFP Gigabit Ethernet connectivity) / = / 1
Number of AIM slots (for optional AIMs for offloading computeintensive features) / = / 2
Number of PVDM Slots (for optional PVDM2s) / = / 4
Fxo ports / = / 12
Port RJ-48 Multiflex Voice/WAN Trunk - T1/E1 / = / 2
E1 Cable RJ45 to Dual BNC (Unbalanced) / = / 2
Number of USB 1.1 ports (for future use with USB flash memory, security tokens for secure IOS Software configuration distribution, and off-platform storage of VPN credentials) / = / 2
Embedded VPN (hardware-based VPN encryption acceleration) / = / Yes
Memory: External Compact Flash and internal double-data-rate (DDR) synchronous dynamic RAM (SDRAM) with ECC / = / ● Default: 64-MB Compact Flash; 256-MB DDR SDRAM
● Maximum: 512-MB Compact Flash; 1-GB DDR SDRAM
Dimensions (H x W x D) / = / ● 3.5 x 17.1 x 14.7 in.
● 2 rack units (2RU)
● 5.25 x 17.25 x 16 in.
● 3RU

Servidor de Comunicación de Voz (Call Manager)

CANTIDAD / 1
CARACTERÍSTICA / CONDICIÓN / MÍNIMO
IPv6 / = / ● IPv6 dual-stack support
Release / = / 7.1
UNIFIED-CM7.1 Sistema de comunicaciones Unified Communication Manager versión 7.1 con servidor MCS-7825I4-K9-CMC2, cable de AC, licencia para 1,000 teléfonos IP, LIC-CM7.1-7825= / = / 1
Migración a licenciamiento User Connect Licenses de 300 teléfonos existentes / 1
Sosftware suscription para los 300 teléfonos migrados, 1 año / 300
Adición de 25 teléfonos IP nuevos al esquema de licenciamiento User Connect Licenses. / 25
Software suscription para los 25 teléfonos nuevos, 1 año
New Telephony Features / = / ● Abbreviated dialing enhancements
● Drop any conference party from computer telephony integration (CTI)-enabled endpoint
● Reverse callback
● Simultaneous ring time-of-day access list
PBX Interoperability and Migration / = / ● Q.SIG variant provisioning
Directory / = / ● Support for Open Lightweight Directory Access Protocol (LDAP)
Video / = / ● Support for H.235 and H.239 secure and extended video channels
Simplified Administration and Upgrades / = / ● New IP phone migration tool
● Data Migration Assistant (DMA) enhancements
Servers / = / ● Support for next-generation Media Convergence Servers and software-only equivalents
Platforms / = / ● Media Convergence Servers
● Selected third-party servers
● Unified Communications Manager Business Edition
System Capabilities Summary / = / ● Alternate automatic routing (AAR)
● Attenuation and gain adjustment per device (phone and gateway)
● Audio message-waiting indicator (AMWI)
● Automated bandwidth selection
● Automatic route selection (ARS)
● AXL Simple Object Access Protocol (SOAP) application programming interface (API) with performance and
real-time information
● Basic Rate Interface (BRI) endpoint support: Registers BRI endpoints as SCCP devices
● CAC: Intercluster and intracluster
● Call coverage
◦Forwarding based on internal and external calls
◦Forwarding out of a coverage path
◦Timer for maximum time in coverage path
◦Time of day
● Call display restrictions
● Call preservation -- redundancy and automated failover -- on call-processing failure
● Call recording
● Codec support for automated bandwidth selection: G.711 (mu-law and a-law), G.722, G.722.1, G.723.1, G.728, G.729A/B, Global System for Mobile-Enhanced Full Rate (GSM-EFR), Global System for Mobile-Full Rate (GSM-FR) iLBC (internet Low Bitrate Codec), wideband audio (proprietary 16-bit resolution; 16-kHz sampled audio), and Advanced Audio CODEC (AAC) for use with TelePresence devices
● Digit analysis and call treatment (digit string insertion, deletion, stripping, dial access codes, digit string translation, and dial pattern transformation) [[Deleting the asterisk here because it doesn’t seem to refer to
anything.]]
◦Extension mobility
◦Call forward all
◦Message-waiting indicator (MWI)
◦Privacy
◦Device mobility
◦Do not disturb
◦End-user and Application User Certificate Authority Proxy Function (CAPF) for CTI
◦Monitoring
◦Hunt groups
● Device mobility changes in the location-specific information when a device moves within the cluster
● Dial-plan partitioning
● Distributed call processing
◦Deployment of devices and applications across an IP network
◦Virtual clusters of up to eight Unified Communications Manager servers for scalability, redundancy, and load balancing
◦Maximum Unified IP Phones per Unified Communications Manager server and 30,000 per server cluster (configuration dependent)
◦Maximum of 100,000 busy-hour call completions (BHCCs) per Unified Communications Manager server and 250,000 per server cluster (configuration dependent)
◦Intercluster scalability to more than 100 sites or clusters through H.323 gatekeeper
◦Intracluster feature and management transparency
● Divert calls to voicemail (iDivert)
● Fax over IP: G.711 pass-through and Fax Relay
● Forced authorization codes and client matter codes (account codes)
● H.323 interface to selected devices
● H.323 FastStart (inbound and outbound)
● Hotline and private-line automated ringdown (PLAR)
● Hunt groups: broadcast; circular; longest idle; and linear, login, and logout
● Interface to H.323 gatekeeper for scalability, CAC, and redundancy
● IPv4
● Language support for client-user interfaces (languages specified separately)
● Multilevel precedence and preemption (MLPP)
● Multilocation: Dial-plan partition
● Multiple ISDN Protocol support
● Multiple remote Unified Communications Manager platform administration and debug utilities
◦Prepackaged alerts, monitor views, and historical reports with RTMT
◦Real-time and historical application performance monitoring through operating system tools and SNMP
◦Monitored data-collection service
◦Remote terminal service for off-net system monitoring and alerting
◦Real-time event monitoring and presentation to common syslog
◦Trace setting and collection utility
◦Browse to onboard device statistics
◦Clusterwide trace-setting tool
◦Trace collection tool
● Multisite (cross-WAN) capability with intersite CAC
● Off-premises extension (OPX)
● Outbound call blocking
● Out-of-band dual-tone multifrequency (DTMF)
● Programmable line keys
● PSTN failover on route no availability: AAR
● Q.SIG
◦Alerting name specified in ISO 13868 as part of the Connected Name Identification Presentation (SSCONP)
◦Basic call
◦ID services
◦General function procedures
◦Call back: ISO/IEC 13870: 2nd Edition, 2001-07 (completion of calls to busy subscriber [CCBS] and call
completion on no reply [CCNR])
◦Call diversion: SS-CFB (busy), SS-CFNR (no answer), and SS-CFU (unconditional); service ISO/IEC 13872 and ISO/IEC 13873, first edition 1995 - Call diversion by forward switching and by rerouting
◦Call transfer by join
◦H.323 Annex M.1 (Q.SIG over H.323) - ITU recommendation for Annex M.1
◦Identification restriction (Calling Name Identification Restriction [CNIR] and Connected Line) Identification Restriction (COLR) and Connected Name Identification Restriction (CONR)
◦Loop prevention, diversion counter and reason, loop detection, diverted to number, diverting number, original called name and number, original diversion reason, and redirecting name
◦MWI
◦Path replacement ISO/IEC 13863: 2nd Ed. 1998, and ISO/IEC 13974: 2nd Ed. 1999
● Station through trunk (Media Gateway Control Protocol [MGCP] gateways)
◦JTAPI and TAPI applications enabled with automated failover and automatic update
◦Triple Unified Communications Manager redundancy per device (phones, gateway, and applications)
with automated failover and recovery
◦Trunk groups
◦MGCP BRI support (ETSI BRI basic-net3 user-side only)
● Security
◦Secure conferencing is available to all members of the conference.
◦Configurable operation modes: Nonsecure or secure modes can be configured.
◦Device authentication: New model phones have an embedded X.509v3 certificate; a CAPF is used to install a locally significant certificate in the phones.
◦Data integrity: The Transport Layer Security (TLS) cipher NULL-SHA is supported; messages are
appended with the SHA1 hash of the message to help ensure that they are not altered on the wire and can be trusted.
◦ Unified Communications Manager offers secure HTTP support for Unified Communications Manager Administration, Unified Communications Manager Serviceability, Unified Communications Manager User Pages, and Unified Communications Manager CDR Analysis and Reporting Tool.
◦Privacy: Signaling and media are encrypted, including Unified IP Phone models; Unified Survivable Remote Site Telephony; and MGCP gateways.
◦Secure Sockets Layer (SSL) for directory: Supported applications include Unified Communications Manager BAT, Unified Communications Manager CDR Analysis and Reporting Tool, Unified Communications Manager Admin User Pages, Unified Communications Manager Assistant Admin
Pages, Unified IP Phone Options Pages, Conference Connection, CTI Manager, Communications Manager Extension Mobility, and Communications Manager Assistant.
◦A universal-serial-bus (USB) eToken containing a rooted X.509v3 certificate is used to generate a Certificate of Trust List (CTL) file for the phones and to configure the security mode of the cluster.
◦Phone security: Trivial File Transfer Protocol (TFTP) files (configuration and firmware loads) are signed with the self-signed certificate of the TFTP server; the Unified Communications Manager system administrator can disable HTTP and Telnet on IP phones.
◦SIP trunk (RFC 3261) and line side (RFC 3261-based services)
◦ Unified SRST
● Shared resource and application management and configuration
◦Transcoder resource
◦Conference bridge resource
◦Topological association of shared resource devices (conference bridge, music-on-hold [MoH] sources, and transcoders)
◦Media termination point (MTP): Support for SIP trunk and RFC 2833
◦Annunciator
● Silence suppression and voice activity detection (VAD)
● Silent monitoring
● Simplified North American Numbering Plan (NANP) and non-NANP support
● SIP trunk Call Admission Control (SIP CAC)
● T.38 fax support (H.323, MGCP, and SIP)
● Third-party applications support
◦Broadcast paging: Through foreign exchange station (FXS)
◦Simple Messaging Desktop Interface (SMDI) for MWI
◦Hook-flash feature support on selected FXS gateways
◦TSP 2.1
◦JTAPI 2.0 service provider interface
◦Billing and call statistics
◦Configuration database API (AXL)
● Time-of-day, day-of-week, and day-of-year routing and restrictions
● Toll restriction: Dial-plan partition
● Toll-fraud prevention
◦Prevent trunk-to-trunk transfer
◦Drop conference call when originator hangs up
◦Require forced-authorization codes
● Unified device and system configuration
● Unified dial plan
● Video codecs: H.261, H.263, H.264, and Wideband Video Codec (Unified Video Advantage)
● Video telephony (SCCP, H.323, and SIP)
Summary of User Features / = / Asterisks (*) in this list indicate SIP support
● *Abbreviated dial
● *Answer and answer release
● *Auto answer and intercom
● *Callback busy and no reply to station
● *Call connection