Multimedia Operating System

FVCMultimedia Operating System

(MOS)

The First Virtual VisionDesktop Mulitmedia Networking

DESKTOP: Windows PC, Mac, OS/2 y Unix to follow

MULTIMEDIA: Data, Digital Audio / Video, Telephony

NETWORKING: Affordable ATM LANs

FVC Product Concept

Multimedia(ATM)

NetworkATM

ATM

ISDN, POTS

DataClients Data

(LAN)Network

Telephony(PBX)

Network

MultimediaClients

Room Systems

Data Servers

Telephony Call Server,Services

FVC Target Market

ExistingWorkgroup

EmergingWorkgroups

RemoteWorkgroup

A F EE

F T

ISDN, T1/E1E, F, AE, F, T

E F A

Campus Backbone

WAN

Product Line Strategy

Address emerging Desktop MM Application needs...

• Desktop Multimedia Collaboration

– High Quality, Interactive

• Multimedia Information on Demand

– Simultaneous, High Quality, Real-time/Offline Audio/Video

• High Performance Data Workgroups

– Bandwidth on Demand, Virtual Workgroups, Realtime Data

... In a scaleable, transparent fashion

– Scaleable: Number of Users & Simulataneous Applications

– Transparent: Preserve existing LAN, Client/Server investment

Desktop ATM In Perspective

Terminal-Host‘79-’84

Text-basedClient-Server

‘86-’90

Graphics-basedClient-Server

‘91-’95

DesktopMultimedia

‘95-

• Desktops have evolved from Terminals to MPCs• Networks are evolving from shared to switched

SerialLineSerialLine

NetworkArchitecture Shared

LANsSharedLANs

SegmentedLANs

SegmentedLANs

SwitchedLANs

SwitchedLANs

DesktopATM

DesktopATM

Historical Perspective

HOST

USERS

RESOURCES

WAN

“TERMINAL-HOST” - 1980

SERVER

USERS

RESOURCES WAN

“SHARED LANS” - 1985

BRIDGE

SERVER

USERS

RESOURCES WAN

“WIRING HUBS” - 1988

ROUTER

HUB

USERS

LAN SWITCH

ROUTER, ATM WAN

RESOURCESSERVER

“SWITCHED LANS” - 1994

USERS

HUB-BRIDGE

ROUTER WAN

RESOURCESSERVER

“COLLAPSED BACKBONE” - 1994

USER (CLIENT PCs)

ATMMultimedia

Server,Service

LAN WAN

SERVER

“DESKTOP ATM” - 1996

The Promise of ATM: Convergence

HOST

USER (TERMINALS)

RESOURCES(Data)

WAN

LAN

USER (CLIENT PCs)

WAN

SERVER RESOURCES(Data)

PBX

USER (PHONES)

SERVICE(Voice)

ATM

USER (CLIENT PCs)

SERVICE

“TERMINAL-HOST” - 1980

“CLIENT/SERVER” - 1990 “CLIENT/SERVER-SERVICE” - 2000

“PHONE-SERVICE”

SERVER

WAN

Today’s C/S cannot support MM

LAN

Client

NOS

Legend:NOS: Network Operating System

Server

NOS

• LAN’s have QoS, bandwidth, scaleability issues• NOS’s are optimized for bursty data transfers• Servers have bus, processor, capacity bottlenecks

FVC’s Solution for Desktop MM

C/S APP

NOS

ETHERNET

C/S APP

NOS

Desktop ATM

MM C/S

MOS

Native ATMServices

Desktop ATM network to front-end the LAN Media Operating Software (MOS) to augment the NOS Native ATM Services such as Stored A/V, Realtime A/V, Video Conferencing

Emerging Client-Server Model

ServerFile, Message, Database Servers manage (naming, browsing, authentication, billing) specific multimedia services

MM ServicesStored A/VRealtime A/VVideo ConferencingVoice

LAN, WAN

Desktop ATM

MM ClientCan simultaneously access Data, A/V, VideoConferencing and Voice services

Why Desktop ATM?

• Provides more bandwidth, “smart” bandwidth• Allows multiple, simultaneous Classes of Service• Allows emulation of LAN, ISDN, POTs services• Is affordable, uses existing structured wiring• Enables convergence of LAN/MAN/WAN

LAN

Desktop

ATM

Telecom

ATM

WAN

ATM

ISDN, POTS

MultimediaDesktop

BusinessQuality

MultimediaData

VideoConferencing

VoDCached

& BroadCast

Video Solutions

The 3 Cs

LAN QoS

Stored Video QoS

Videoconferencing QoS

Existing wiring

Quality of Service

PictureTel ?QoS

MOS(Multimedia Operating Software)

Network QoS• ATM• ISDN• T1/E1• SwitchedEthernet

Data App

VoD App

Video Conf

MOS

MOS advantage

• Current NOS’s are optimised to support high throughput, burst data client/server applications

• MOS coexists with the NOS, and enables realtime multimedia applications such as stored or live Audio/Video and Video Conferencing, to directly leverage ATM’s sophisticated Classes of Service

C/S APP

NOS

ETHERNET

C/S APP

NOS

ATM

MM C/S

MOS

CMOS & SMOS

• MOS augments the NOS to provide QoS MM• Client MOS enables Windows Client to

transparently access MM Server/Service• Server MOS frontends the MM Resource or

Service and delivers it over the ATM Network

C/S APP

NOS

ETHERNET

C/S APP

NOS

ATM

MM C/S

MOS

MOS Architecture

Server

Server MOS

Client MOS

LAN, WAN

Desktop ATMCMOS

NOS LEC

SMOS

LEC NOS

NOS

LES

Legend:LEC: LAN Emulation ClientLES: LAN Emulation ServerNOS: Network Operating SystemMOS: Media Operating SoftwareCMOS: Client MOSSMOS: Server MOS

MPC

Multimedia Services

File ServerMessage ServerDatabase ServerDirectory Server

MOS Client-Service Architecture

ExistingLAN

Protocols

CLIENT MOS

LANEmulation

CLIENT

ATMProtocol

Stack

MOSNetwork Services

ExistingC/S

Apps

RealtimeC/S

Apps

DigitalTelephony

Apps

DESKTOP CLIENT

MEDIA ADAPTER

LANProtocols

SERVERMOS

LANEmulation

CLIENT

ATMProtocol

Stack

MOSNetwork Services

SERVICE-SPECIFICINTERFACE

ApplicationProtocols

MOS, LANProtocols

ATMProtocols

CLIENT SERVER

SERVICE-SPECIFIC ADAPTER

MOS for Windows

ATM Adapter -BUS Interface

NDIS

SPXIPX

Existing DOS/WIN

Applications

Data Audio/Video

SPXIPX

NETBEUITCPIP

NetwareRedirector

WindowsRedirector

Netbios WinSockNCP

MOSRedirector

ODI NETWORK MOS Services

Existing Client/ServerApplications

Stored, RealtimeDigital A/V

Applications

MOS Stream Protocol

CLIENT MOSStorage Services API

MOSH.320

Services

DesktopVideo

ConferencingApplications

DVC

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