Working With The Windows Working With The Windows Logo Program For Network Logo Program For Network Infrastructure DevicesInfrastructure Devices

Glenn WardGlenn WardGroup Partner ManagerGroup Partner ManagerWindows RallyWindows RallyMicrosoft CorporationMicrosoft Corporation

AgendaAgenda

Audience, Goals, ExpectationsAudience, Goals, Expectations

Windows Rally / Rally messagingWindows Rally / Rally messaging

Experiences and Logo TiersExperiences and Logo Tiers

Requirements breakdown by TierRequirements breakdown by Tier

Requirements Deep-DiveRequirements Deep-Dive

Call to Action / How to submit for LogoCall to Action / How to submit for Logo

WindowsWindows®® Rally™ Program Rally™ Program

Simple Unified License

Access to Technologies

Technical Guidance

WindowsWindows®® Rally™ Devices Rally™ Devices

Reliable and simple to manage

Effortless to configure and

maintain

More secure and provide rich digital

experiences

Wir

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AV DevicesDis

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Net

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NetworkedDevices

Applications

IP Network(IPv4, IPv6)

Ethernet/Wireless

Management Interfaces

LL

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Win

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UPnP Device Profile for Web Services

Plug and Play Extensions

Windows Rally Technologies

Windows Rally ExperiencesWindows Rally Experiences

Windows Rally Experiences

Windows Rally TechnologiesWindows Rally Technologies

Windows Logo Program TiersWindows Logo Program Tiers

Windows XPWindows XP Windows Windows VistaVista

Must meet all Requirements to Get “Logo”

Artwork + Signature

Standard Tier“It Just Works”

Premium Tier “Premium Scenarios”

“Premium” Tier – Differentiated experiences Compelling end user value

Future-proofed solution

New Cross-Microsoft Consumer Router

Device Class

“Standard” Tier – * Compatible

* Secure * Reliable

Quality Stability

PnP Experience

Requirements SummaryRequirements Summary

ExperienceExperience Enabling Enabling TechnologyTechnology

RequirementsRequirementsAlignmentAlignment

Fast, Secure WirelessFast, Secure Wirelessand Device Setupand Device Setup

WCN-Config 2.0WCN-Config 2.0

Seamless Internet Seamless Internet Connectivity and SessionsConnectivity and Sessions

Xbox Live CompatibleXbox Live Compatible

Whole-Home StreamingWhole-Home StreamingMedia over WirelessMedia over Wireless

Wi-Fi PerfWi-Fi PerfCoverage, Throughput, Coverage, Throughput, StressStress

Dual-band and MIMO Dual-band and MIMO technologytechnology

Fast Network Diagnostics, Fast Network Diagnostics, Problem RemediationProblem Remediation

Link Layer Topology Link Layer Topology Discovery (LLTD)Discovery (LLTD)

Ecosystem effectEcosystem effectWindows Vista,Windows Vista,Windows XP, XboxWindows XP, Xbox

Quality Streaming Quality Streaming ExperiencesExperiences

qWave, packetqWave, packethandling policieshandling policies

UPnP, DLNAUPnP, DLNA

Future Network FoundationFuture Network Foundation IPv6 Transition IPv6 Transition TechnologiesTechnologies

IETFIETF

Summary RequirementsSummary Requirements

StandardStandard Tier Tier Premium Premium TierTierWiredWired Router / RG Router / RG ConnectivityConnectivity UPnP IGD on by default, with UPnP IGD on by default, with

byte countersbyte counters

QoSQoS Packets tagged with 802.1Q can’t be Packets tagged with 802.1Q can’t be droppeddropped

DiagnosticsDiagnostics Layer 2 discovery Layer 2 discoveryand topology via LLTDand topology via LLTD

NAT TypeNAT Type Cone or Restricted (not Cone or Restricted (not symmetric) NATsymmetric) NAT

Router basicsRouter basics MTU size, DHCP lease, etc. MTU size, DHCP lease, etc. (Xbox compatible)(Xbox compatible)

IPv6IPv6 Teredo support via Teredo support viaNAT typeNAT type

StandardStandard requirements, plus requirements, plus

IPv6IPv6 Transition Transition technologies, Native IPv6 technologies, Native IPv6 on WANon WAN

WirelessWireless Router / RG Router / RG Above Above wiredwired requirements plus requirements plus

ConnectivityConnectivity Wi-Fi Simple Config (WSC) / Wi-Fi Simple Config (WSC) / WCN-Config v2 supportWCN-Config v2 support

QoSQoS WMM certified WMM certified

All otherAll other requirements plus requirements plus

Video-Capable = WiFi PerfVideo-Capable = WiFi Perf

Sustain max throughput at Sustain max throughput at range; max throughput for 8 range; max throughput for 8 hours; throughput at range hours; throughput at range for 1 hour; dual-band / for 1 hour; dual-band / MIMOMIMO

QoSQoS Time-probe Time-probe diagnostics (LLTD QoS diagnostics (LLTD QoS extensions)extensions)

Device TestingDevice TestingWTT / DTMWTT / DTM

Device TestingDevice TestingWTT / DTMWTT / DTM

Requirements DetailRequirements Detail

1)1) Simple Wireless SetupSimple Wireless Setup

2)2) Basic Routing BehaviorBasic Routing Behavior

3)3) Video-Capable RequirementsVideo-Capable Requirements

4)4) Bootstrapping, Discovery,Bootstrapping, Discovery,and Diagnosticsand Diagnostics

5)5) Quality Streaming ExperiencesQuality Streaming Experiences

6)6) IPv6 Transition Technology SupportIPv6 Transition Technology Support

Simple Wireless SetupSimple Wireless SetupFast, Secure wireless and device setupFast, Secure wireless and device setup

Today’s Wi-Fi experience problemsToday’s Wi-Fi experience problems

Inconsistent and incompatible setup experiencesInconsistent and incompatible setup experiencesCustom web interfaces exist for different devicesCustom web interfaces exist for different devices

Custom device management applications Custom device management applications

Security is not enabled by defaultSecurity is not enabled by defaultMost home networks do not have security enabledMost home networks do not have security enabled

Wireless settings can not be transferredWireless settings can not be transferredin a easy and secured fashionin a easy and secured fashion

Too much manual configurationToo much manual configuration

Setup difficulty Setup difficulty →→ poor user experience poor user experienceand product returnsand product returns

Simple Wireless SetupSimple Wireless Setup

Windows VistaWindows Vista

Windows XP Windows XP and Windows Vistaand Windows Vista

USB Flash DriveUSB Flash Drive

EthernetEthernetEthernetEthernet

Wi-FiWi-FiUSBUSB

Basic Routing BehaviorBasic Routing BehaviorSeamless internet connectivity and sessions:Seamless internet connectivity and sessions:Wired router requirementsWired router requirements

Strategy: Build on Strategy: Build on Xbox LiveXbox Liverequirements, certified productsrequirements, certified products

NAT typeNAT type Cone NAT requiredCone NAT required

UDP TestUDP Test Can packets from multiple IP addressesCan packets from multiple IP addressestraverse through device’s NAT implementationtraverse through device’s NAT implementation

ICMPICMP Proper response to ICMP port-unreachable packetsProper response to ICMP port-unreachable packets

MTUMTU Support MTU size? (max 1365)Support MTU size? (max 1365)

PortsPorts Ability to download packets on ports 80 and 3074Ability to download packets on ports 80 and 3074

DHCPDHCP Is the same IP received; Lease durationIs the same IP received; Lease duration

Session policySession policy Does port association stay openDoes port association stay openwhen only “keep alive” traffic is presentwhen only “keep alive” traffic is present

TCP FIN responseTCP FIN response Is the socket associationIs the socket associationkept even after internal client sends a TCP FINkept even after internal client sends a TCP FIN

Video-Capable RequirementsVideo-Capable Requirements

1)1) OverallOverallWi-Fi Dual-band simultaneous operation 802.11a AND Wi-Fi Dual-band simultaneous operation 802.11a AND 802.11g (and 802.11n when ratified)802.11g (and 802.11n when ratified)

Wi-Fi WPA-Personal, WPA-2-PersonalWi-Fi WPA-Personal, WPA-2-Personal(Note WPA2-Personal is mandatory(Note WPA2-Personal is mandatoryas of March 2006)as of March 2006)

Wi-Fi WMMWi-Fi WMM

DLNA (Digital Living Network Alliance) certificationDLNA (Digital Living Network Alliance) certification

2)2) TV UITV UIIf the router or AP has an HTML web-based user If the router or AP has an HTML web-based user interface, it must be usable on a standard-definition interface, it must be usable on a standard-definition TV output – 640x480i. Font size must beTV output – 640x480i. Font size must be16px or greater16px or greater

Video-Capable RequirementsVideo-Capable Requirements

3)3) Range – HD Video for 1 hour at 30 feetRange – HD Video for 1 hour at 30 feetand two obstaclesand two obstacles

Each radio must be able to transmit a simulated high-Each radio must be able to transmit a simulated high-definition video stream (20 – 22 Mbps) on UDP and definition video stream (20 – 22 Mbps) on UDP and TCP at range for one hour with less than 1% packet TCP at range for one hour with less than 1% packet loss per second at a range up to 30 indoor feet with loss per second at a range up to 30 indoor feet with two walls or obstaclestwo walls or obstacles

4)4) Long-term Usage – HD Video for 8 hoursLong-term Usage – HD Video for 8 hoursEach radio must be able to transmit a simulated high-Each radio must be able to transmit a simulated high-definition video stream (20 – 22 Mbps)definition video stream (20 – 22 Mbps)on UDP and TCP at 22 Mbps for eight hours with less on UDP and TCP at 22 Mbps for eight hours with less than 1% packet loss per second at a rangethan 1% packet loss per second at a rangeof five feet with no obstaclesof five feet with no obstacles

Video-Capable RequirementsVideo-Capable Requirements

5)5) Reliability – HD Video and Two Internet Reliability – HD Video and Two Internet Surfers 1 hourSurfers 1 hour

Each radio must be able to transmit a simulated high-Each radio must be able to transmit a simulated high-definition video stream (22 – 20 Mbps) on UDP and definition video stream (22 – 20 Mbps) on UDP and TCP for one hour with less than 2% packet loss per TCP for one hour with less than 2% packet loss per second while two additional wireless stations are second while two additional wireless stations are connected to the wireless router simulating typical connected to the wireless router simulating typical internet usage internet usage

6)6) Heavy Load – Maximum throughput all interfacesHeavy Load – Maximum throughput all interfacesEach radio and each wired interface must be ableEach radio and each wired interface must be ableto simultaneously transmit at maximum capacityto simultaneously transmit at maximum capacityon UDP for one hour with less than 1% packet loss per on UDP for one hour with less than 1% packet loss per 10 seconds at a range of 5 feet with no obstacles. The 10 seconds at a range of 5 feet with no obstacles. The streams will be run simultaneously to simulate streams will be run simultaneously to simulate a heavy loada heavy load

Bootstrapping, Discovery, And DiagnosticsBootstrapping, Discovery, And DiagnosticsLink Layer Topology Discovery (LLTD)Link Layer Topology Discovery (LLTD)

Topology Discovery: KeyTopology Discovery: KeyWindows VistaWindows Vistadiagnostic technologydiagnostic technology

Locates connectivity failuresLocates connectivity failuresProvides baseline network image Provides baseline network image No dependenceNo dependenceon IP connectivityon IP connectivity

NID devices provide following dataNID devices provide following dataDiscover collocated devicesDiscover collocated devices(AP, Bridge, Modem)(AP, Bridge, Modem)Brand, model, firmware of RGBrand, model, firmware of RGRepresentative device graphic Representative device graphic

Ensures fewer support callsEnsures fewer support callsUsers can self-remediateUsers can self-remediate

Ensures ‘wrong device’ isn’t Ensures ‘wrong device’ isn’t blamed for problem!blamed for problem!

Quality Streaming ExperiencesQuality Streaming Experiences

Strategy: Baseline consistency with DLNA guidanceStrategy: Baseline consistency with DLNA guidance

Common (Wired / Wireless Router and WLAN AP)Common (Wired / Wireless Router and WLAN AP)Support IEEE 802.1Q UserPriority tag on 802.3 LAN interfacesSupport IEEE 802.1Q UserPriority tag on 802.3 LAN interfaces

Support IEEE 802.1D Annex G for priority mappingSupport IEEE 802.1D Annex G for priority mapping

Support RFC2474, Differentiated Services field (DS)Support RFC2474, Differentiated Services field (DS)

Implement LLTD Responder with QoS extensionsImplement LLTD Responder with QoS extensions

Packets received on 802.3 LAN interface and destinedPackets received on 802.3 LAN interface and destinedfor an 802.3 or 802.11 LAN interfacefor an 802.3 or 802.11 LAN interface

Support both DSCP and IEEE 802.1Q User PrioritySupport both DSCP and IEEE 802.1Q User Prioritytag for packet prioritizationtag for packet prioritization

Do not modify or remove DSCP or IEEE 802.1Q UserPriority tagDo not modify or remove DSCP or IEEE 802.1Q UserPriority tag

Tolerate (at minimum) forwarding packets withTolerate (at minimum) forwarding packets withIEEE 802.1Q priority tag (do not drop tagged packets)IEEE 802.1Q priority tag (do not drop tagged packets)

IEEE 802.1Q VlanId is out of scopeIEEE 802.1Q VlanId is out of scope

Quality Streaming ExperiencesQuality Streaming Experiences

Strategy: Baseline consistency with DLNA guidanceStrategy: Baseline consistency with DLNA guidance

Common (Wired / Wireless Router and WLAN AP)Common (Wired / Wireless Router and WLAN AP)Support IEEE 802.1Q UserPriority tag on 802.3 LAN interfacesSupport IEEE 802.1Q UserPriority tag on 802.3 LAN interfaces

Support IEEE 802.1D Annex G for priority mappingSupport IEEE 802.1D Annex G for priority mapping

Support RFC2474, Differentiated Services field (DS)Support RFC2474, Differentiated Services field (DS)

Implement LLTD Responder with QoS extensionsImplement LLTD Responder with QoS extensions

Packets received on 802.3 LAN interface and destined for an 802.3 or 802.11 LAN interfacePackets received on 802.3 LAN interface and destined for an 802.3 or 802.11 LAN interfaceSupport both DSCP and IEEE 802.1Q UserPriority tag for packet prioritizationSupport both DSCP and IEEE 802.1Q UserPriority tag for packet prioritization

Do not modify or remove DSCP or IEEE 802.1Q UserPriority tagDo not modify or remove DSCP or IEEE 802.1Q UserPriority tag

Tolerate (at minimum) forwarding packets with IEEE 802.1Q priority tag (do not drop tagged packets)Tolerate (at minimum) forwarding packets with IEEE 802.1Q priority tag (do not drop tagged packets)

IEEE 802.1Q VlanId is out of scopeIEEE 802.1Q VlanId is out of scope

Wireless AP (no router or NAT)Wireless AP (no router or NAT)Support common requirements; Pass WFA WMM certificationSupport common requirements; Pass WFA WMM certification

Packet received on 802.3 LAN interface and destined for 802.11 LAN interfacePacket received on 802.3 LAN interface and destined for 802.11 LAN interfaceSupport mapping both DSCP and IEEE 802.1Q UserPriority tag to corresponding WMM prioritySupport mapping both DSCP and IEEE 802.1Q UserPriority tag to corresponding WMM priority

Packet received on 802.11 LAN interface and destined for 802.3 LAN interfacePacket received on 802.11 LAN interface and destined for 802.3 LAN interfaceIf DSCP value is present in IP header, do not modify or removeIf DSCP value is present in IP header, do not modify or remove

Wireless RouterWireless RouterSupport common requirementsSupport common requirements

Support Wireless AP requirementsSupport Wireless AP requirements

Table: 802.1Q, DSCP, WMMTable: 802.1Q, DSCP, WMM

802.1Q 802.1Q UserPriorityUserPriority DSCPDSCP WMM_ACWMM_AC DLNADLNA

00 0x000x00BEBE DLNAQOS_1DLNAQOS_1

33 0x180x18

11 0x080x08BGBG DLNAQOS_0DLNAQOS_0

22 0x100x10

44 0x200x20VIVI DLNAQOS_2DLNAQOS_2

55 0x280x28

66 0x300x30VOVO DLNAQOS_3DLNAQOS_3

77 0x380x38

Table defined in DLNA 1.5 Table defined in DLNA 1.5 Home Networked Device Interoperability GuidelinesHome Networked Device Interoperability Guidelines

IPv6 Transition Technology Support IPv6 Transition Technology Support Built-in Security, Future Network FoundationBuilt-in Security, Future Network Foundation

Teredo compatibilityTeredo compatibilityCone or Restricted NAT (not symmetric)Cone or Restricted NAT (not symmetric)

UPnP IGD 1.0 present and enabled by defaultUPnP IGD 1.0 present and enabled by default

Auto-Bridge Auto-Bridge Avoid double NAT!Avoid double NAT!

Enter bridge mode on Private WAN IP assignmentEnter bridge mode on Private WAN IP assignment

6to4 support6to4 support6to4 tunneling6to4 tunneling

Proxy DNS queriesProxy DNS queries

DNS IPv6 configuration optionsDNS IPv6 configuration options

Stateless DHCPv6 on LANStateless DHCPv6 on LAN

Native IPv6 on LANNative IPv6 on LAN

simultaneous v6, v4 LAN addressingsimultaneous v6, v4 LAN addressing

Call To Action – NID vendorsCall To Action – NID vendors

Join the WDK betaJoin the WDK betaContact with the following informationContact with the following information

.NET Passport email name, Name, Company Name, Address, City, .NET Passport email name, Name, Company Name, Address, City, State, Zip, Country, Phone, EmailState, Zip, Country, Phone, EmailSupport available at Support available at DtmsuppDtmsupp @ microsoft.com @ microsoft.com

Submit for Windows Vista logo early and oftenSubmit for Windows Vista logo early and oftenImplement functionality Implement functionality and submit and submit for Xbox Live logo for Xbox Live logo Ensure compliance with WFA specs (WPA, WMM, etc.)Ensure compliance with WFA specs (WPA, WMM, etc.)Read / Review Logo requirementsRead / Review Logo requirements

http://www.microsoft.com/whdc/winlogo/hwrequirements.mspxhttp://www.microsoft.com/whdc/winlogo/hwrequirements.mspx Search on Search on Router / Network Infrastructure DeviceRouter / Network Infrastructure Device

Send feedback to Send feedback to logofb @ microsoft.comlogofb @ microsoft.com, subject: router , subject: router requirementsrequirementsReview Windows Vista Connectivity TechnologiesReview Windows Vista Connectivity Technologies

‘‘Windows Rally’ : Windows Rally’ : www.microsoft.com/rallywww.microsoft.com/rally Attend Windows Rally Summits and PlugFests (Attend Windows Rally Summits and PlugFests (fconfig @ microsoft.comfconfig @ microsoft.com) )

Betawdk @ microsoft.com

Call To Action – cont’dCall To Action – cont’d

Attend or review related sessionsAttend or review related sessions

CON044CON044 – How To Use Windows Connect Now Configuration To Enable – How To Use Windows Connect Now Configuration To Enable Simple Setup For Consumer WiFi NetworksSimple Setup For Consumer WiFi Networks

CON074CON074 – Plug and Play for Network Connected Devices – Plug and Play for Network Connected Devices

NET079NET079 – Link Layer Topology Discovery And Enabling Wi-Fi Diagnostics – Link Layer Topology Discovery And Enabling Wi-Fi Diagnostics For Network Performance TuningFor Network Performance Tuning

BUS100BUS100 – Windows Logo Program: To Windows Vista and Beyond – Windows Logo Program: To Windows Vista and Beyond

DEV0869DEV0869 – Succeeding With the Windows Logo Program for Hardware – Succeeding With the Windows Logo Program for Hardware

DEV099DEV099 – Using the WDK for Windows Logo and Signature Testing – Using the WDK for Windows Logo and Signature Testing

Ensure Ensure all all product investments include functionality required to product investments include functionality required to interoperate with next-gen Network Infrastructure Devicesinteroperate with next-gen Network Infrastructure Devices

© 2006 Microsoft Corporation. All rights reserved. Microsoft, Windows, Windows Vista and other product names are or may be registered trademarks and/or trademarks in the U.S. and/or other countries.The information herein is for informational purposes only and represents the current view of Microsoft Corporation as of the date of this presentation. Because Microsoft must respond to changing market conditions,

it should not be interpreted to be a commitment on the part of Microsoft, and Microsoft cannot guarantee the accuracy of any information provided after the date of this presentation. MICROSOFT MAKES NO WARRANTIES, EXPRESS, IMPLIED OR STATUTORY, AS TO THE INFORMATION IN THIS PRESENTATION.