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Advantech AMT: Power of the Wireless

Advantech AMT: Power of the Wireless. SSPI – BROADCAST DAY Rio de Janeiro, June 5 th Claudio N. Frugis. Who are We?. Founded by David Gelerman; now CEO 1988 – 2001: organic growth & CAGR of 69% 2001 – 2005: 6 company acquisitions; 1 more? Always profitable over 17 years in business!

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Advantech AMT: Power of the Wireless

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  1. Advantech AMT: Power of the Wireless SSPI – BROADCAST DAY Rio de Janeiro, June 5th Claudio N. Frugis

  2. Who are We? • Founded by David Gelerman; now CEO • 1988 – 2001: organic growth & CAGR of 69% • 2001 – 2005: 6 company acquisitions; 1 more? • Always profitable over 17 years in business! • R&D & High-Tech Product company • Satellite (solid state power amplifier, frequency converters, repeaters, antenna tracking & control, etc.) • Advanced Modems and integrated terminal solutions • Software (i.e. integrated Cisco compatible routers) • Microwave (true Ethernet, IP and software based) • More than 300 customers

  3. How do we do it? • Annualised revenues of $200 million USD • Over 550 employees worldwide including almost 300 degreed engineers. • 130,000 sq. ft. manufacturing floorspace • World wide reputation for exceptional quality of products and services • ISO-9001:2000 certifiedNumerous Patents and industry firsts • A range of business accolades • One of Canada’s 50 best managed companies • Best R&D company in Quebec • Best overall company in Quebec

  4. Keys Markets • Commercial satellite communications and broadcasting • Earth stations: communications teleports and broadcasting centers • IP centric VSAT and corporate satellite networking • Satellite backhaul of mobile cellular infrastructure and WiFi/WiMax coverage zones • Interactive TV and high speed broadcasting • Government satellite and microwave communications • Military satellite communication networks • Military microwave subsystems for use in C4ISR systems • Homeland security and surveillance • Microwave terrestrial communications and broadcasting • Backhaul of mobile cellular infrastructure and WiFi/WiMax coverage zones and other telco applications • Enterprise IP centric wireless links • High speed SDH trunking • MMDS video, data and voice over IP networks

  5. Offices in the World Advantech Offices World Wide

  6. AdvantechAMT Organization Services

  7. RFU HP • RFU EHP • RFU MA Baseband Unit with 17xE1 access Node Controller (aNC) Microwave Portfolio AMR Streamline • 7 - 38 GHz • 2 - 36 Mbps Ethernet2 - 17xE1E3 + E1 • Fully modular • Layer 2 switch with QoS • True IP based management TN-X/40 • Highest bandwidth efficiency512 QAM  8 b/s/Hz  1 x STM-4 per bay • Capacity of 22x155 Mbps protected in 1:11 • Triple Forward Error Correction (FEC) • Integrated 1:N errorless switching TN-X/30 • 128 QAM  5.83 b/s/Hz  1 x STM-4 per bay • 1xSTM-1 optical interface with optional protection • 3xE1 wayside channels with optional protection AMR Transcend • 7 - 38 GHz • 8 - 100 Mbps Ethernet • Wayside 4xE1 • Adaptive Coding and Modulation (ACM) • Layer 2 switch with QoS • True IP based management

  8. DVB-RCS Portfolio Pay-as-You-GrowTM Solutions • Key system elements are modular & upgradeable • Pay for capacity & capability only as your network grows Micro DVB-SCPC hub Micro DVB-RCS hub Mini DVB-RCS hub Max DVB-RCS hub • DDVB-S/S2 Outbound • DDVB-RCS Inbound • SScalable capacity Economic for networks of 100’s to 1000’s of Remotes • DDVB-S/S2 Outbound • DDVB-RCS Inbound • MMaximum capacity Economic for specialized networks, or networks of 1000’s of Remotes • DDVB-S/S2 Outbound • DDVB-RCS Inbound • FFull performance • S Economic for networks of 100’s of Remotes • DDVB-S/S2 Outbound • SSCPC Inbound • UUpgradeable to RCS Economic for networks of 10’s of Remotes

  9. Mobile DVB-RCS - Car News • Deployed & ready for service in under 5 minutes • No technical intervention required • Available in 76cm, 96cm or 1.2m with 1W, 2W or 4W Ku BUC

  10. Mobile DVB-RCS DVB-RCS Based Approach • Broadband operation in Ku and Ka FSS bands on secondary basis to fixed satellite and terrestrial services • Comply with FSS off-axis emission requirements using spectrum spreading, if required, for both return and forward links • Comply with flux density limits of other terrestrial services by monitoring of mobile terminal location and shutting down of transmission in exclusion zones (defined proximity to terrestrial facilities ) • Doppler pre-compensation in terminal • Handover of forward and return path carriers, rerouting of traffic and signalling and reassignment of associated logical resources and identifiers.

  11. Mobile DVB-RCS System Architectures & Scenarios:System architecture

  12. 1000 Watt Phase Combined C Band SSPA With Backup Redundancy, Hub Mount RF & Modem Portfolio • S / C / Ku / Ka / X Bands • Solid State Power Amplifiers • Phased Combined Systems • Block Up Converters • Transceivers • Up/Down Converters • Boosters • LNAs/LNBs • Redundancy Switches • Modems • Antenna Controllers

  13. AMT-75DVB-S2New Contribution systems

  14. Advantech AMT75 Modems (1) • Modulator and Demodulator in one 19inch rack unit • ASI / HSSI / RS-422 / RS-530 / 10/100 Base-T / E-1 / E-3 interfaces • DVB-S / DVB-DSNG backward compatibility • SNMP Control, Web control, RS232 or Telnet CLI and RS485 packet protocol • DC power option • L-Band Modem (950 –2000MHz TX) • 950-2150MHz RX • LNB power and 22kHz switching tone • Active front panel • Separate IP interface for data and control

  15. Advantech AMT75 Modems (2) • Only Broadcast Demodulator supporting SHORT FEC Blocks today • Widest bit-rate and Symbol rate of any DVB-S2 Modulator / Demodulator or Modem • Supports up to 32APSK today • Fully Supports DVB-S2 Generic stream mode now Based on an FPGA professional demodulator not a QPSK/8PSK only consumer demodulator chipset

  16. Advantech AMT75 Modems (3) • Support for both SHORT and NORMAL FEC frame • NORMAL FEC Block is 64Kbits • SHORT FEC Block is 16Kbits • Latency is between 1 and 2 blocks • Below 1Mbps NORMAL block can introduce significant latency! • Bit-rates from 128Kbps to >100Mbps from one unit! • Store and Forward at 256kbps and HD H.264 4.2.2 at 20Mbps or even higher can be supported by the same Modem

  17. Advantech AMT75 Modems (4) • Simple ACM support if return link is present • System simply adopts the highest throughput available on the link • If conditions deteriorate then the Modulation / Coding is made more rugged and the bit-rate reduced • Reduce the number of ‘live’ link failures • Receiver auto-configures Modulation and Coding • Users just have to enter Frequency and bit-rate • Modulation and Coding data is carried in a well protected header before each FEC block • This is how ACM is signalled

  18. For Direct-to-Home Broadcasters • Chipsets are available now • All support a limited subset (QPSK/8PSK) • Constant Coding Modulation only • Likely operating mode will be • 8PSK • Rate 2/3 • Typically 30MSymbols/S @ 0.20 roll-off • Giving 59Mbits/S compared to 37Mbits/S today 60% more data with little change in operating point Add MPEG-4 to the mix for a channel explosion!

  19. Spectrum Comparison DVB-S2 8PSK 2/3 35Mbps 19.2MHz B/W DVB-S QPSK ¾ 35Mbps 34.2MHz B/W

  20. For Contribution links • DVB-S2 was also designed to replace DVB-DSNG • For the same spectrum efficiency S2 offers.. • 2.5dB better performance at QPSK • 1.5dB better performance at 8PSK / 16-APSK

  21. DVB-S2 DSNG specific features • Next generation Contribution Links • MPEG-4 4.2.2 HD and SD • Store and forward functionality • Bi-directional satellite link • IP based H.264 option • VOIP / Web-surfing / Intranet / FTP features • DVB-S2 has in the tool-box • SHORT FEC FRAME (16Kbit blocks) • Generic Stream Mode (efficient IP transmission) • Adaptive Coding Modulation (better link robustness)

  22. For Distribution links • VCM would allow services to be transmitted on one signal tailored for different link budgets • Radio on QPSK ½ to 1m dishes • HDTV on 16APSK 5/6 to 3m dishes

  23. For Data providers • ACM could revolutionise DVB-RCS type systems • Each user gets ‘tailored’ Modulation / Coding • Service can tolerate rain fade via ‘dynamic ACM’ • ESA predicts a 2.6 fold increase in throughput with DVB-S2 and ACM

  24. Brazil’s Regulatory Issues 3G/UMTS WiMax Pay TV via Satellite Pay TV via Cable (MMDS) IPTV (internet) VoIP Fixed Telephony Legacy Data Com. FULL SERVICES CONVERGENCE

  25. Market sophistication/phase New Convergence QUADRUPLE PLAY Convergence Fixed/Mobile TRIPLE PLAY Maturing Start-up Time Start-up Low Maturity High Maturity Advanced • Coverage • Basic Products • Pricing • Market Communication • Distribution • Service quality • Innovative Value Added Services • Segmentation / Target Markets • Improved Customer care • Profitability • Churn Problems • Customer need for convergent services • IT/Technical solutions for convergence • Positioning • Branding • Organizational change • Fidelization Program • Customer need for multi-media services • Bandwidth Consumption • Broadband Access • Technology options for Quadruple Play • Expanding in the value chain • Fusion companies • Solution for Mass Evolution of Services

  26. Mobile Satellite Fixed The Convergence Perspective Broadband Integrated Multimedia 2010 2009 Integrated Content Interactive TV 2008 Mobile Commerce Data VPN Education Services 2007 Virtual Office Unified Messaging VoIP Mobile Banking E-Commerce Telephony 2006 Push/pull Content Hosting Interactive Content Customers’ desire to use services, regardless of place, time and technology will lead to a further convergenceof technologies.

  27. Competitiveness x IP : a new dimension view Intl IP Bandwidht Mbps 200K Estados Unidos Singapura 150K Suíça Noruega Islândia França Hong Kong Áustria Dinamarca Bélgica Alemanha Japão Itália Holanda Australia Canada Reino Unido Taiwan 100K Argentina Irlanda Espanha Finlândia Portugal Nova Zelândia Israel República Checa Suécia Grécia Coréia Eslováquia Chile Venezuela Malásia 50K Polônia Ilhas Maurício Mexico Colômbia Hungria Costa Rica Turquia Bulgária China Peru Brasil Russia África do Sul El Salvador Equador Thailand Filipinas Indonesia Egito Jordânia Ucrânia India Bolivia Zimbabwe Vietnã 0 -2 -1 0 1 2 MicroEconomy Competitiveness Factor 2002

  28. AMT75 – IP Router Functionality Standard Features: • Physical Interfaces: • Up to 8 E1/T1 G.703 compatible balanced • EIA - 530 up to 20Mbps • RS422 Synchronous Overhead Channel • 10/100Base-T for data and control(optional) • VLAN (IEEE 802.1Q, ISL) • WAN interfaces: • APOC TDM with multiple containers • IBS/IDR TDM • HDLC • Frame Relay • PPP • TCP/IP stack • Routing: static, dynamic (RIP v.1, v.2); • Packets filtering; Static and Dynamic IP routing (RIP v 1 & 2) • DHCP Server • Network Address Translation (NAT) • Packet Filtering (Firewall) • Quality of Service support to Level 3 (QoS) • Command line interface (Industry Standard – CISCO COMPATIBLE) • SNMP v.1 & v.3, MIB II • Built in Diagnostic Tools • 2 FXS Telephony Interfaces (optional) • MTU : JUMBO FRAME (2000 BYTES) – MPLS CONNECTIVITY

  29. Office in Brazil Claudio N. Frugis Regional Sales Director R. Bandeira Paulista, 477, sala 55 04532-011, Itaim, São Paulo, SP, Brazil Mobile: +55 11 7692 8662 Email: frugis@advantechAMT.com http://www. AdvantechAMT.com

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