SATLIFE-IST-1-507675 D424 DRAFT Real System Trials Test ...€¦ · Devices Design Report. [5]...

SATLIFE-IST-1-507675

D424

DRAFT Real System Trials Test Results, services integration and conclusions

Contractual Date of Delivery to the CEC:30/09/06

Actual Date of Delivery to the CEC: 30/09/06

Author(s): Jose A. Guerra, Mir iam Catalán, Isaac Moreno, Fernando Vallejo, Car los Miguel, Victor Huertas, Lorena Albiol, David Douglas, Neil Musgrave, Jose A. Torr ijos, Car los Gil, Antonio J. Sánchez.

Par ticipant(s): AAS-E, AAS-F, EMS, HSA, NERA, SHIRON, THALES, TID, UOS, UPM, INDRA, TPD, HMA.

Workpackage: WP4200

Est. person months: 84

Secur ity: PU

Nature: R

Version: 0.1

Total number of pages:

Abstract: This document provides the results and conclusions of the SATLIFE tests procedures using the real system. These test procedures have been defined in document D422 and covers tests for the transparent and the regenerative platforms. The test results documented in this report show a successful integration among the services, devices and the real system. Keyword list: DVB-RCS, Satellite network, Multimedia, Broadcasting, Interactive services, Video on Demand, QoS in satellite access

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CHANGE RECORD

VERSION DATE AUTHOR CHANGE

Draft v0.1 15/12/2006 SATLIFE PARTNERS First draft with TOC. Transparent nomadic terminal. ADSL and satellite internetworking first results.

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TABLE OF CONTENTS

1. EXECUTIVE SUMMARY.............................................................................................................6

2. REFERENCES................................................................................................................................8

3. ABBREVIATIONS.........................................................................................................................9

4. ORGANIZATION OF THE VALIDATION PROCESS..........................................................12

4.1 TEST NUMBERING ....................................................................................................................12 4.2 TEST STRUCTURE.....................................................................................................................12 4.3 TEST BED DESCRIPTION ............................................................................................................13

5. TRANSPARENT PLATFORM TEST RESULTS....................................................................14

5.1 NOMADIC TERMINAL INTEGRATION ............................................................................14 5.1.1 Satellite access and physical layers tests........................................................................14

5.1.1.1 Acquisition of Satellite .......................................................................................................................................... 14 5.1.2 Interoperability tests .......................................................................................................15

5.1.2.1 Forward Link Acquisition...................................................................................................................................... 15 5.1.2.2 Receive Sync State................................................................................................................................................. 19 5.1.2.3 Ready for Fine Sync............................................................................................................................................... 35 5.1.2.4 Fine Sync State...................................................................................................................................................... 39 5.1.2.5 Application Testing................................................................................................................................................ 40

6. REGENERATIVE PLATFORM TEST RESULTS..................................................................45

6.1 MANAGEMENT....................................................................................................................45 6.2 SECURITY .............................................................................................................................45 6.3 MULTICAST TRAFFIC.........................................................................................................45 6.4 INTERNET ACCESS.............................................................................................................45 6.5 INTRANET ACCESS.............................................................................................................45 6.6 SIP...........................................................................................................................................45 6.7 H.323 ENHANCEMENTS.....................................................................................................45 6.8 VIDEO ON DEMAND ...........................................................................................................45 6.9 NEAR VIDEO ON DEMAND................................................................................................45 6.10 STREAMING .........................................................................................................................45 6.11 E LEARNING.........................................................................................................................45 6.12 MULTICONFERENCE..........................................................................................................46 6.13 NONADIC TERMINAL INTEGRATION.............................................................................46 6.14 LOW-COST TERMINAL INTEGRATION...........................................................................46 6.15 MIDDLEWARE .....................................................................................................................46 6.16 ADSL & SATELLITE INTERNETWORKING.....................................................................47

6.16.1 Test Platform...................................................................................................................47 6.16.2 Technical requirements...................................................................................................48 6.16.3 Test results ......................................................................................................................49

6.16.3.1 PPPoE single-user scenario.................................................................................................................................... 49 6.16.3.2 PPPoE multi-user scenario..................................................................................................................................... 49 6.16.3.3 Routing single-user scenario.................................................................................................................................. 50

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6.16.3.4 Routing multi-user scenario................................................................................................................................... 53 6.17 HOME GATEWAY ................................................................................................................56 6.18 DIGITAL TV ..........................................................................................................................56 6.19 SOFTWARE DOWNLOAD...................................................................................................56

7. CONCLUSIONS...........................................................................................................................57

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FIGURE INDEX Figure 4-1. Test procedure template.......................................................................................................12 Figure 4-1. Test Result Template............................................................................................................13 Figure 7-1 ADSL and satellite internetworking test platform ................................................................48 Figure 7-2 Routing single-user scenario test-bed ...................................................................................50 Figure 7-3 Network adapters in the network connections menu ............................................................52 Figure 7-4 USB modem utility................................................................................................................52 Figure 7-5 Test bed .................................................................................................................................53 Figure 7-6 ADSL modem-router status view..........................................................................................54 Figure 7-7 Test page of the web server that simulates internet ..............................................................55

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1. EXECUTIVE SUMMARY Document D424 describes the test results that have been performed using the real system to validate the services, applications and devices developed within the framework of SATLIFE. It includes some test procedures that have not been tested using the laboratory model. During this phase all tests procedures and their results are oriented to face directly the interworking with the satellite. In SATLIFE project, new advanced technological features have been added to AMERHIS and IBIS projects to allow the integration of new services and applications, enhance the DVB-RCS network, the features of the DVB-RCS terminals operating in regenerative and transparent modes and the integration with terrestrial networks. For its carrying out, it has been taken into account all know-how stemmed from the IBIS and AMERHIS projects development. This document is divided into several chapters following the same structure than document 422, in which the test procedures for the real system were defined. These chapters describes the test results of SATLIFE project in the different subsystems using the real system:

• Chapter 2 lists the references used in this document. • Chapter 3 collects the abbreviations used in this document. • Chapter 4 describes how are organised the test results, with indications about test numbering,

test structure and test bed description. • Chapter 5 collects the test results for the different subsystems related with the satellite

transparent platform. The transparent platform includes the Nomadic Terminal integration test results. These tests are split into two main sections: one covering satellite access and physical layers tests and the other covering interoperability between the EMS Nomadic Terminal and the Hispasat hub.

• Chapter 6 collects the test results for the different subsystems, services and devices related with the satellite regenerative platform. For the regenerative platform, test results include management, security, multicast traffic, internet access, intranet access, SIP, H.323 enhancements, Video-On-Demand, near video-on-demand, streaming, e-learning, multiconference, Nomadic Terminal integration, low-cost integration, middleware, ADSL & Satellite network, home gateway, and digital TV & Software download, corresponding to a set of services offered to satellite subscribers through the regenerative platform. Although most of them have been tested in a meshed scenario, they are also available through the system RSGWs, in case that Content Service Providers were only accessible through the Internet. Moreover, some of the services are only given by means of the RSGW, such as ISDN or Internet Access.

• Finally, chapter 9 describes the main conclusions for the different subsystems. More details on each of the tests are hereafter given as a summary of this document:

• For the management test procedure, features tested are Multicast Routes Management to verify that multicast routes can be configured in the NCC, and the Terminal Management.

• In Security, RCST authentication procedure has been tested to verify the new authentication procedure supported by the authentication application plug in, as well as for the RSGW.

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• For Multicast traffic, RSGW Multicast reception whose source is located at Internet and RSGW Multicast forwarding towards Internet only if an Internet user request the multicast flow, have been tested.

• For Internet access, Internet service verifying that the system continues working properly with the added features for the star connectivity has been tested.

• Besides, for Intranet access, a verification of the Intranet service getting access to the corporate network through the RSGW has been carried out.

• SIP tests results include tests of internal calls, VoIP and video calls in several scenarios involving various users. In the same way, H323 enhancements have been tested.

• For e-learning, Tele-services have been tested such as live events/courses tests, deferred events/courses tests, on-demand express tests and on demand multimedia repository tests.

• Nomadic Terminal Integration has verified the correct behavior of a Nomadic terminal within Satlife network.

• The Low Cost terminal integration has verified that a low cost RCST can operate in the system. • Test procedures results for Middleware include tests with a VOD application, a web browser

application and TV multicast distribution. • ADSL & Satellite internetworking test results include the connectivity using a PPPoE and

routing scenarios. • For Digital TV and Software download features, multi-VSP Management have been tested,

verifying that two SP RCST can be provisioned with the necessary information in the same VSN. Besides, SP-RCST Management has been verified and the SP-RCST can be provisioned with the necessary information to logon, and that management operations can be performed against it.

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2. REFERENCES [1] SATLIFE D210, DVB-RCS, Regenerative (and Transparent) System Services Requirements

Report. [2] SATLIFE D220, DVB-RCS, Regenerative (and Transparent) Network Aspects Report. [3] SATLIFE D230, DVB-RCS regenerative (and transparent) Technology and Subsystems

Requirements Report [4] SATLIFE D321, DVB-RCS, Regenerative (and Transparent) System Services Provision and

Devices Design Report. [5] SATLIFE D322, DVB-RCS regenerative (and transparent) System Services Provision and Devices

Development. [6] SATLIFE D331, Plan for laboratory test.

[7] SATLIFE D332, In-factory Prototypes Validation Test Results. Laboratory System Prototype Test Set-up and Procedures.

[8] SATLIFE D422, Real Systems Trials Test Procedures

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3. ABBREVIATIONS For the purposes of the present document the following abbreviations apply: AAL ATM Adaptation Layer AES Advanced Encryption Standard AIT Application Information Table ASI Asynchronous Serial Interface ATM Asynchronous Transfer Mode AVBDC Absolute Volume Based Dynamic AVC Advanced Video Coding BBP Base Band Processor BE Best Effort BER Bit Error Rate BTP Burst Time Plan BUC Block Up-Converter C2P Connection Control Protocol CAT Conditional Access Table CBR Constant Bit Rate CLI Command Line Interface CMT Correction Message Table CPE Customer Premises Equipment CR Capacity Request CRA Continuous Rate Assignment CRC Cyclic Redundancy Check CSC Common Signalling Channel DHCP Dynamic Host Configuration Protocol DIFFSERV Internet Differentiated Services DSCP DiffServ Code Point DSLAM Digital Subscriber Line Access Multiplexer DSM-CC Digital Storage Medium – Command and Control DULM Data Unit Labelling Method DVB Digital Video Broadcast DVB-RCS DVB Return Channel via Satellite DVB-S Digital Video Broadcast by Satellite EIT Event Information Table ETSI European Telecommunications Standards Institute FCA Free capacity assignment FCT Frequency Correction Table / Frame Composition Table FDMA Frequency Division Multiplex Access FTP File Transfer Protocol GEO Geostationary Earth Orbit GPS Global Positioning System GRE General Routing Encapsulation

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GW GateWay HTTP Hyper-Text Transfer Protocol ICMP Internet Control Message Protocol IDU In-Door Unit IEC International Electrotechnical Commission IEEE Institute of Electrical and Electronics Engineers IGMP Internet Groups Management Protocol IP Internet Protocol Iperf IP Network Performance Test Tool – SW application IPSec IP Security – according to IETF IRD Integrated Receiver Decoder ISO International Standards Organization ISP Internet Service Provider LAN Local Area Network LNB Low Noise Block down-converter MAC Medium Access Control MBS Maximum Burst Size MCR Minimum cell rate MCU Multiconference Control Unit MF-TDMA Multi-Frequency Time Division Multiple Access MHP Multimedia Home Platform MIB Management Information Base MMT Multicast Map Table MPE Multiprotocol Encapsulation MPEG Moving Picture Experts Group MPH Miles per Hour MS Microsoft MSB Most Significant Bit MTU Maximum Transmission unit NAT Network Address Translation NCC Network Control Center NCC-S Network Control Center –Simulator NCR Network Clock Reference NG NetGain (Product family from Flash Networks) NIT Network Information Table NMC Network Management Center NVOD Near-Video On Demand OBP On Board Processor OBP-S On-Board Processor Simulator PAT Program Association Table PCR Program Clock Reference / Peak Cell Rate PDM Power Distribution Module PDU Protocol Data Unit PEP Performance Enhancement Proxy PID Packet Identifier

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PMT Program Map Table PSI Program Specific Information QoS Quality of Service RBDC Rate Based Dynamic Capacity (RBDC) RCST Return Channel Satellite Terminal RF Radio Frequency RMT RCS Map Table RRM Radio Resource Management RS Reed-Solomon RSGW Return Satellite GateWay RSGW-S Return Satellite GateWay Simulator RST Running Status Table RSVP ReSource reserVation Protocol RTP Real Time transport Protocol RTSP Real Time Streaming Protocol SAC Satellite Access Control SATLIFE Satellite Access Technologies: Leading Improvements For Europe SCR Sustained cell rate SCT Superframe Composition Table SDP Session Description Protocol SDT Service Definition Table SI Service Information SIT Service Information Table SIT Satellite Interactive Terminal SNMP Simple Network Management Protocol SPT Satellite Position Table ST Satellite terminal SW SoftWare TBTP Terminal Burst Time Plan TCP Transmission Control Protocol TCT Time-slot Composition Table TDMA Time-Division Multiple Access TDT Time and Date Table TIM Terminal Information Message TRF Traffic (burst type) TS Transport Stream UDP User Datagram Protocol URL Uniform Resource Locator USB Universal Serial Bus VBDC Volume Based Dynamic Capacity VBR Variable Bit Rate VoD Video on Demand VoIP Voice over IP VPN Virtual Private Network

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4. ORGANIZATION OF THE VALIDATION PROCESS

4.1 Test Number ing The names of the tests all start with STLF_IO_XXXX where: • STLF is the acronym of SATLIFE. • IO is the acronym of IN-ORBIT, which means that the test is performed using the real system. • XXXX is a brief acronym for the definition of the test.

4.2 Test Structure For the definition of the test the next template is used: Test Reference: STLF_IO_XXXX Subsystem: subsystems involved

in the test. Pre-Requisite Tests: None / Any that must be tested before Test Platform: Reference type of

platform used for test: elements, terminals, architecture, etc

Objectives: Objectives of the test and expected impact. Test Setup: Reference to General Test Setup (resources required and their setup) Constraints and Initial Conditions Test Descr iption: Description of the steps that must be given to perform the tests. Results Expected: List of the results expected when passing the test.

Figure 4-1. Test procedure template

The test definition of all test documented in this report can be seen at SATLIFE D422, Real Systems Trials Test Procedures.

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Date: Test Reference: STLF_IO_XXXX Subsystem: RCST, Service Provider, SP RCST, NCC, RSGW, xxx Device.

Subsystem Version: Hardware/Software version of the subsystem on test and of any other element involved Test Setup Reference: Reference to General Test Setup described in the test description Test Description: Summary of the test to pass. Results Expected: Summary of the results to be obtained Test Result: OK FAIL Results: Results obtained, pictures and traces showing the result stated. The traces can be inserted as hyperlinks to external documents if its size is very long.

Figure 4-2. Test Result Template

4.3 Test bed descr iption For a description of the test architecture see the SATLIFE document D422, Real Systems Trials Test Procedures, chapter 5 TEST ARCHITECTURE and chapter 6 TEST SCENARIOS DESCRIPTION, where it is described the platform and the scenarios used to integrate and perform the real system testing of SATLIFE.

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5. TRANSPARENT PLATFORM TEST RESULTS

5.1 NOMADIC TERMINAL INTEGRATION This chapter defines the tests to be performed on the Nomadic Terminal. The tests split into two main sections one covering satellite access and physical layers tests and the other covering interoperability between the EMS Nomadic Terminal and the Hispasat hub.

5.1.1 Satellite access and physical layers tests

5.1.1.1 Acquisition of Satellite

Date: 5 April 2006

Test Reference: STLF_IO_NOM_TRA_ACQ_SAT

Subsystem: Nomadic System

Subsystem Version: Test Setup Reference: Not Applicable Test Descr iption: From stow position measure the time taken for the SIT to acquire both Forward and Return Links. Results Expected: Average time taken less then 5 minutes Test Result: OK X FAIL Results: Average time taken 4minutes 30 seconds Notes: Consequent Actions: None

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5.1.2 Interoperability tests

5.1.2.1 Forward Link Acquisition

5.1.2.1.1 Acquire Forward Link

Date: 5 April 2006

Test Reference: STLF_IO_NOM_TRA_ACQ_FWDLK

Subsystem: DVB-RCS Modem

Subsystem Version: Test Setup Reference: Test Descr iption: Confirm RCST is capable of receiving and reading all DVB-RCS specific tables. Results Expected: Show tables as received by the RCST. Test Result: OK X FAIL Results: See FL tables on following pagers FL tables – PMT FL tables – RMT

FL tables – SPT - Notes: None Consequent Actions: None

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RMT PMT Table:

Num of elementary stream: 1

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pid: 2456

FLS PMT Table:



tid: 160

pid: 2081


tid: 161

pid: 2082


tid: 162

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pid: 2086


tid: 165

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IP PMT Table:


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IDU NAME:

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RMT Table Info

Transport stream id: 1088

flink signalling service id: 802

ip/dvb service id: 802

flink satellite ID: 34

return link satellite ID: 34

hub ID: 1

Transmit frequency offset: 0

Superframe ID for return link: 0

Tuner parameters:

Carrier Frequency in KHz: 12562300

Inner rate: 5

Symbol rate (in 100 samples/second): 270000

Polar: 1

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SPT Table Info

Number of satellite Ids: 1

Satellite# 0:

Satellite Id: 34

satellite x coordinate in meters 20446598.000000

satellite y coordinate in meters -36864612.000000

satellite z coordinate in meters 114.000000

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5.1.2.2 Receive Sync State

5.1.2.2.1 CSC Burst Transmission

Date: 5 April 2006

Test Reference: STLF_IO_NOM_TRA_CSC_Busrt


Subsystem Version: Test Setup Reference: Test Descr iption: Dump the CSC burst at hub side and verify that its formatting is in accordance with the TCT table transmitted over the forward link. If this is not possible, verify that the RCST receives the correct unicast TIM as a response to the CSC (test 5.1.2.2.2). Results Expected: Show the RCST sends a CSC burst to the Hub and receives a unicast TIM in response. Test Result: OK X FAIL Results: Compliant Notes: Figure Unicast TIM Consequent Actions:

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5.1.2.2.2 TIM reception

Date: 5 April 2006

Test Reference: STLF_IO_NOM_TRA_TIM_RECP


Subsystem Version: Test Setup Reference: Test Descr iption: Dump unicast TIM message at RCST side and verify that addressing is correct and that the RCST transitions to the ‘Ready for Fine Sync’ state. Results Expected: Show RCST sends CSC burst to Hub and receives unicast TIM in response. RCST is promoted to SYNC. Test Result: OK X FAIL Results: Compliant Notes: Figure Unicast TIM Consequent Actions:

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5.1.2.3 Ready for Fine Sync

5.1.2.3.1 SYNC Burst Transmission

Date: 5 April 2006

Test Reference: STLF_IO_NOM_TRA_SYNC_BURST


Subsystem Version: Test Setup Reference: Test Descr iption: Dump SYNC burst at the hub side, and verify that formatting is in accordance with information transmitted in the TCT table over the forward link. If this is not possible, verify that RCST receives the correct CMT with adequate timing correction as a response to the SYNC burst. Results Expected: RCST sends SYNC bursts to Hub and receives CMT in response. Test Result: OK X FAIL Results: Compliant Notes: Figure Unicast CMT Consequent Actions:

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Flags: (bit 0 - Power control flag bit 1 - Frequency correction flag bit 2 - Power correction flag bit 3 - Time correction flag)

0xfe

Slot type on which this correction has been measured: 255

Time correction scaling factor: 4

Burst time correction in PCR count (before scaling): 0

Eb/No or power correction (in multiples of 0.5 dB measured at the hub):

28

Burst frequency correction in multiples of 100 Hz: -2

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5.1.2.3.2 CMT

Date: 5 April 2006

Test Reference: STLF_IO_NOM_TRA_CMT_RECP

Subsystem:

Subsystem Version: Test Setup Reference: Test Descr iption: Dump CMT table received by the RCST in response to a SYNC burst. Verify correct reception and that RCST enters Fine Sync State on receiving CMT with timing errors below the thresholds stated in the SYNC Assign Descriptor transmitted over the forward link. Results Expected: Show RCST sends SYNC bursts to Hub and receives CMT in response. Test Result: OK X FAIL Results: Complaint Notes: Figure Unicast CMT Consequent Actions:

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FLINK Element to Debug: CMT

Submit

CMT Table Info

Flags: (bit 0 - Power control flag bit 1 - Frequency correction flag bit 2 - Power correction flag bit 3 - Time correction flag)

0xfe

Slot type on which this correction has been measured: 255

Time correction scaling factor: 4

Burst time correction in PCR count (before scaling): 0

Eb/No or power correction (in multiples of 0.5 dB measured at the hub):

28

Burst frequency correction in multiples of 100 Hz: -2

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5.1.2.4 Fine Sync State

5.1.2.4.1 Sync Maintenance

Date: 5 April 2006

Test Reference: STLF_IO_NOM_TRA_SYNC_MAINT


Subsystem Version: Test Setup Reference: Test Descr iption: Verify that RCST stays in Fine Sync State through the Sync maintenance procedure for one hour without being logged off by the hub. Results Expected: Confirm RCST remains synchronized for one hour. Test Result: OK X FAIL Results: Compliant – Stayed in sync for duration 2 hours – duration of test call. Notes: Consequent Actions:

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5.1.2.5 Application Testing

5.1.2.5.1 Multicast Transmission

Date: 5 April 2006

Test Reference: STLF_IO_NOM_TRA_MCAST_TX


Subsystem Version: Test Setup Reference: Test Descr iption: SNR on Forward link >= 10dB. Verify Multicast is received error-free. Results Expected: Multicast received error-free Test Result: OK X FAIL Results: Multicast transmitted and received error-free Notes: None Consequent Actions: None

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5.1.2.5.2 Multicast Receive

Date: 5 April 2006

Test Reference: STLF_IO_NOM_TRA_MCAST_RX


Subsystem Version: Test Setup Reference: Test Descr iption: SNR on Forward link >= 10dB. Verify Multicast is received error-free. Results Expected: Multicast received error-free Test Result: OK X FAIL Results: Multicast received error-free Notes: None Consequent Actions: None

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5.1.2.5.3 IP Pinging

Date:

Test Reference: STLF_IO_NOM_TRA_IP_PING


Subsystem Version: Test Setup Reference: Test Descr iption: SNR on return link shall be >= 10dB. Verify that all packets are received error-free. Results Expected: Test Result: OK X FAIL Results: Fully Compliant.

Notes: Consequent Actions:

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5.1.2.5.4 FTP File transfer

Date: 5 April 2006

Test Reference: STLF_IO_NOM_TRA_FTP_TRANS

Subsystem: DVB-RCS modem

Subsystem Version: Test Setup Reference: Test Descr iption: Perform FTP file transfers in both directions with RCST logged-on at 512kbps. File transfer duration should be less than 10 minutes, and no re-transmissions are allowed. Results Expected: Test Result: OK X FAIL Results: FTP file transfer received and transmitted error-free. Notes: Consequent Actions:

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5.1.2.5.5 Web Browsing

Date: 5 April 2006

Test Reference: STLF_IO_NOM_TRA_WEB_BROWS


Subsystem Version: Test Setup Reference: Test Descr iption: RCST logged-on at 512kbps, true Internet access or Web server at Hub side. Verify stable operation for at least 10 minutes while doing at least the following operations: • Browse different pages • IP Pinging • FTP Transfer • Multicast Transmit • Multicast Receive Results Expected: Test Result: OK X FAIL Results: Fully Compliant Notes: Consequent Actions:

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6. REGENERATIVE PLATFORM TEST RESULTS This group of test results correspond to a rich set of services, offered to satellite subscribers through the regenerative platform. Although most of them are tested in a meshed scenario, they are also available through the System RSGWs, in case that Content Service Providers were only accessible through the Internet. Moreover, some of the services are only given by means of the RSGW, such as ISDN or Internet Access.

6.1 MANAGEMENT

6.2 SECURITY

6.3 MULTICAST TRAFFIC

6.4 INTERNET ACCESS

6.5 INTRANET ACCESS

6.6 SIP

6.7 H.323 ENHANCEMENTS

6.8 VIDEO ON DEMAND

6.9 NEAR VIDEO ON DEMAND

6.10 STREAMING

6.11 E LEARNING

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6.12 MULTICONFERENCE

6.13 NONADIC TERMINAL INTEGRATION

6.14 LOW-COST TERMINAL INTEGRATION

6.15 MIDDLEWARE

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6.16 ADSL & SATELLITE INTERNETWORKING The ADSL and satellite internetworking service allows to provide internet access in rural and isolated zones were the Internet service providing is not cost effective. Conceptually, it brings the telephone exchange to virtually any place within the satellite coverage. The objective of these real system tests is the verification using the real system in-orbit of all the software functionalities and scenarios defined in D321 and D322 for the ADSL and satellite internetworking.

6.16.1 Test Platform The test platform used for the real system tests is composed by several Windows PCs that performs as the server and the client side, and client and server ADSL equipment, such as modem-routers and IP DSLAM. Also two RCSTs are used to provide connectivity from the DSLAM location to the backbone. The equipment used for this test platform is composed by: • One PC with Windows O.S. to simulate the client side. • One ADSL modem-router and a USB ADSL modem. • One IP DSLAM. • The Amazonas satellite. • Two DVB-RCSTs configured in regenerative mode, one for the server side and another for the

client side, where is located the IP DSLAM. • One PC in the Internet service provider side with a web server to simulate Internet, or a direct

connection to Internet in the server side.

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Figure 6-1 ADSL and satellite internetworking test platform

The partners involved in the following test are: • TID: which provides the server, the ADSL modems and the IP DSLAM. • AAS-E: which provides the SATLIFE network configuration. • HIS: which provides the satellite bandwidth and the RCSTs. TID and AAS-E are in charge of: • Setup the scenario. • Perform the proposed test procedures. • Analyse and document their results.

6.16.2 Technical requirements The satellite bandwidth needed for these test procedures is 1Mbps for the downlink and 320Kbps for the uplink.

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6.16.3 Test results

6.16.3.1 PPPoE single-user scenario

Date: Test Reference: STLF_IO_DEV_ADSL_001 Subsystem: Content Service Provider ADSL and Satellite Internetworking.

Subsystem Version: 1.0 Test Setup Reference Test Description: PPPoE single-user-scenario. Results Expected: Check the connection in a PPPoE single-user-scenario. Test Result: OK NOK Results:

6.16.3.2 PPPoE multi-user scenario

Date: Test Reference: STLF_IF_CSP_INT_002 Subsystem: Content Service Provider ADSL and Satellite Internetworking.

Subsystem Version: 1.0 Test Setup Reference Test Description: PPPoE multi-user-scenario. Results Expected: Check the connection in a PPPoE multi-user-scenario. Test Result: OK NOK Results:

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6.16.3.3 Routing single-user scenario

Date: 01/12/06 Test Reference: STLF_IF_CSP_INT_003 Subsystem: Content Service Provider ADSL and Satellite Internetworking.

Subsystem Version: 1.0 Test Setup Reference Test Description: Routing single-user-scenario. Results Expected: Check the connection in a routing single-user-scenario. Test Result: OK NOK Results: We connect the USB modem-router to the user PC. The test-bed is depicted in the following figure:

Figure 6-2 Routing single-user scenar io test-bed

We open a MS-DOS command line window and perform an IPCONFIG command. The result of the command is a s follows confirms that the PC has a static and public IP address: LAN Ethernet Connection Adapter : IP address. . . . . . . . . . . : 125.27.0.15

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Subnet Mask. . . . . . . . : 255.255.255.0 Deafult Gateway. . . . . : 125.27.0.1 Then we perform a ping command to the private IP address of the RCST located in the IP DSLAM network. Result shows the following: C:\Documents and Settings\Administrador>ping 192.168.100.5 Pinging 192.168.100.5 with 32 bytes of data: Reply from 192.168.100.5: bytes=32 time=40ms TTL=124 Reply from 192.168.100.5: bytes=32 time=40ms TTL=124 Reply from 192.168.100.5: bytes=32 time=40ms TTL=124 Reply from 192.168.100.5: bytes=32 time=40ms TTL=124 Ping statistics for 192.168.101.2: Packets: Sent = 4, Received = 4, Lost = 0 (0% Lost), Then we perform a ping command to the public IP address of the web server that simulates Internet. Result shows the following: C:\Documents and Settings\Administrador>ping 192.168.101.2 Pinging 192.168.101.2 with 32 bytes of data: Reply from 192.168.101.2: bytes=32 time=701ms TTL=124 Reply from 192.168.101.2: bytes=32 time=922ms TTL=124 Reply from 192.168.101.2: bytes=32 time=881ms TTL=124 Reply from 192.168.101.2: bytes=32 time=1102ms TTL=124 Ping statistics for 192.168.101.2: Packets: Sent = 4, Received = 4, Lost = 0 (0% Lost), We open a web browser and connect to the web server home page typing its URL. The web page is correctly displayed. We check, in the users side, that the adapter is correctly configured in the windows utility as in the following window:

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Figure 6-3 Network adapters in the network connections menu

The USB modem utility also shows that it is correctly configured, and it shows the bandwidth usage:

Figure 6-4 USB modem utility

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6.16.3.4 Routing multi-user scenario

Date: 01/12/06 Test Reference: STLF_IO_DEV_ADSL_004 Subsystem: ADSL and satellite internetworking, RCST, NCC

Subsystem Version: 1.0 Test Setup Reference Test Description: Routing multi-user-scenario. Results Expected: Check the connection in a routing multi-user-scenario. Test Result: OK NOK Results: After set-up is completed the following scheme is up.

Figure 6-5 Test bed

We check that the link LED, by the PC Ethernet card linked to the ADSL router, is on. Then, we open an MS-DOS command line window and perform an ipconfig –all command. The result to the command is as follows:

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LAN Ethernet Connection Adapter : DNS Specific Connection Suffix: hi.inet Description. . . . . . . . . . . : NIC TPO PCL from 3Com Etherlink Physical address. . . . . . . . . : 00-A0-24-D6-E2-B5 DHCP enabled. . . . . . . . . : No IP address. . . . . . . . . . . : 10.30.0.130 Subnet Mask. . . . . . . . : 255.255.255.248 Deafult Gateway. . . . . . . . . . : 10.30.0.129 The PC has been configured using the DHCP from the ADSL router with a private IP address. Then, we open a web browser and connect to the ADSL router web page typing its IP address. We see the status of the router in the following figure.

Figure 6-6 ADSL modem-router status view

As we perform a ping command to the public IP address of the web server that simulates Internet we obtain the following successful ping response: C:\Documents and Settings\Administrador>ping 192.168.101.2 Pinging 192.168.101.2 with 32 bytes of data: Reply from 192.168.101.2: bytes=32 time=832ms TTL=124 Reply from 192.168.101.2: bytes=32 time=912ms TTL=124 Reply from 192.168.101.2: bytes=32 time=841ms TTL=124 Reply from 192.168.101.2: bytes=32 time=1026ms TTL=124

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Ping statistics for 192.168.101.2: Packets: Sent = 4, Received = 4, Lost = 0 (0% Lost), Then we open a web browser and connect to the web server home page typing its URL, http://192.168.101.2/satlife/internet/index.html. The ADSL router performs NAT and allows the PC to reach the web server. As in the single user ADSL scenario, we obtain the following screen.

Figure 6-7 Test page of the web server that simulates internet

The IP DSLAM log files shows the following related traces with the connection. The following line shows that the connection is correctly up. 01/12/2006 19:37:56 shelf-1/slot-1 notice Line 20 up We have added one more PC to the user LAN with the same configuration. It has also access to the public IP address of the web server that simulates Internet.

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6.17 HOME GATEWAY

6.18 DIGITAL TV

6.19 SOFTWARE DOWNLOAD

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7. CONCLUSIONS

SATLIFE-IST-1-507675 D424 DRAFT Real System Trials Test ...€¦ · Devices Design Report. [5]...

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