Voice over WLAN Mobile IP Touch Design Guide R2.0
1. Introduction & Objectives
It is the intent of this guide to aid Sales Engineers in designing and selling telecommunications solutions
Incorporating Alcatel-Lucent’s Mobile IP Touch (MIPT) Voice over Wireless LAN (VoWLAN) solution (R2.0)
This document has been created specifically in the context of an architectural and technical Pre-Sales
Design Guide approach. It is clearly understood that a client’s choice of solution components and design
options will take into account many factors that will not be explored here (such as financial
considerations, deployment constraints, and business process limitations).
Alcatel-Lucent’s MIPT VoWLAN product offering is a multi-stage solution aimed at meeting customer
demand for converged voice and data wireless environments based on 802.11 technologies. The R2.0
version of the MIPT suite is the result of leveraging existing OmniPCX Enterprise features with OEM
products available in the Alcatel-Lucent portfolio from SpectraLink and others.
Technically speaking, the VoWLAN solution can be built on several centralized WLAN topology schemes
but must always adhere to the Voice over WLAN MIPT solution R 2.0 operational design restrictions (For
more information on design restrictions, see: section
MIPT 2.0 Specifications
of this document and the
ALCATEL-LUCENT OmniPCX Enterprise R7.1 Standard Offer document).
1.1. Operational Components
The Alcatel-Lucent MIPT VoWLAN solution offer is comprised of many subcomponents. These components
can be easily grouped into their categories defined by their functions and responsibilities.
1.1.1. OmniPCX Enterprise Applications Specific Elements
At the core of Alcatel-Lucent’s MIPT VoWLAN offer
lays the Alcatel-Lucent OmniPCX Enterprise platform
(R7.1 or greater)
Key to enabling the capabilities of Alcatel-Lucent’s
VoWLAN solution is the NOE features available since
MIPT Rel 2.0 (OmniPCX Enterprise Rel 7.1).
1.1.2. VoWLAN Infrastructure (MIPT SVP Server)
SVP Server 10: can handle up to 10 users
Responsible for synchronizing MIPT terminal
communication flows and managing Access Point
saturation to provide strong QoS; this is a mandatory
MIPT VoWLAN element.
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January 2007 – Ed 01
