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MDU IP over Coax(IPoC) System Webinar

March 2nd 2010. MDU IP over Coax(IPoC) System Webinar. Webinar Agenda. ReadyLinks Corporate Introduction HPNA Technology IP over Coax (IPoC) for MDU Solutions RHINO IPC1410 RHINO CEB422 ReadyView™ EMS/NMS IPoC Example. HPNA Technology. HPNA History.

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MDU IP over Coax(IPoC) System Webinar

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  1. March 2nd 2010 MDU IP over Coax(IPoC) System Webinar

  2. Webinar Agenda • ReadyLinks Corporate Introduction • HPNA Technology • IP over Coax (IPoC) for MDU Solutions • RHINO IPC1410 • RHINO CEB422 • ReadyView™ EMS/NMS • IPoC Example

  3. HPNA Technology

  4. HPNA History • HomePNA 1.0 was developed by Tut Systems • HomePNA 2.0 was developed by Epigram • HomePNA 2.0 was approved by the ITU as global standard Recommendations G.9951, G.9952 and G.9953. • HomePNA 3.0 was developed by Broadcom and Coppergate Communications • HomePNA 3.0 was approved by the ITU as global standard Recommendations G.9954 • HomePNA 3.1 was developed by Coppergate Communications. • HomePNA 3.1, operating over coax cables as well as phone wires, provides multi-spectrum operation, and adds VDSL coexistence to the ADSL, POTS and broadcast TV channel spectrum coexistence provided by the HomePNA 3.0 specification. Multi-spectrum operation also allows multiple HomePNA networks to coexist on the same wiring. 

  5. ITU Standards - HPNA • ITU G.9000-G.9999 : Access networks • ITU G.9950-G.9999 : In premises networks • ITU G.9951: Phoneline networking transceivers – Foundation • ITU G.9952: Phoneline networking transceivers – Payload format and link layer requirements • ITU G.9953: Phoneline networking transceivers – Isolation function • ITU G.9954: Home networking transceivers – Enhanced physical, media access, and link layer specifications • ITU G.9960: Next generation home networking transceivers • ITU G.9970: Generic home network transport architecture

  6. Why HPNA Technology

  7. HPNA and Video Frequencies Systems such as Ultra-Wide Band (UWB) and other network solutions operate above 1000Mhz 1000 Mhz (1Ghz) RF/QAM (Cable TV operates from 52Mhz to 1000Mhz on various frequency bands • HPNA is compatible with all TV RF/QAM solutions • HPNA will NOT work with DOCSIS • There are two frequency ranges: • Low Band HPNA = 4-20 Mhz • Mid Band HPNA = 12-44 Mhz (Using) • The proposed system uses Mid Band 52 Mhz HPNA operates below 52 Mhz Cable Modem return paths also operate in the area (CH t-7 to t-14) but are compatible with HPNA

  8. QoS Requirement for Broadband Services

  9. ITU HPNA Service Performance

  10. ITU Minimum Service Performance

  11. HPNA Q & A

  12. IP over Coax solution MDU Applications

  13. ReadyLinks IP over Coax(IPoC) MDU Solution • The IPoC system leverages standards technology based on HPNA and/or ITU G 9954/G.hn • The MDU IPoC Solution supports “multiple services” over coaxial plant in an MDU: • RF TV Overlay services • IPTV Advanced services • Managed HSIA services • VoIP services • Service Security • The IPoC solution uses the following system components: • RHINO™ IPC1410a Multi-port IP over Coax Aggregation switch • RHINO™ CEB422an Coax to Ethernet Bridge/Client • ReadyView™ a centralized element management system

  14. MDU – ReadyLinks IPoC Overview Apartment 1 MDU shared Coaxial plant and splitters Last Mile Access Plant ReadyView™ Management RHINO CEB422 Apartment 2 Optional Fiber RF Video GiGE WAN IPTV, HSIA, Voice Voice TA RHINO CEB422 RHINO IPC1410 Client & IPTV STB • Fully Integrated IP Triple Play delivery over Coax : Voice (VoIP), IPTV, HSIA, Gaming, Wireless • Selective security isolation between clients • Service Bandwidth Management and QoS • Any TV service HD and SD, RF Overlay Apartment N Client & IPTV STB

  15. RHINO™ IPC1410 : IP over Coax MDU Solution • The IPC1410 is an Multi-port HPNA QoS Layer 2+ switch for MDU deployments: • Subscriber Traffic Switching/Aggregation • Service based QoS Management • Customer Security via VLAN management • MDU HPNA QoS Client management • The IPC1410 serves up to 12-16 MDU customers based on the service offered. • The IPC1410 supports “multiple services” over coax: • RF TV Overlay • IPTV Advanced services • Managed HSIA • VoIP

  16. RHINO™ IPC1410 : IP Over Coax MDU QoS Switch • Rack and Stack networking • Integrated IGMP Proxy (IPTV) • Supports point-to-point or redundant ring topologies • Local management port • QoS management • AC 120-240 Volt power • In Band & local Management • Manage HPNA networks • Telnet CLI interface • XML interface to EMS • Software update from central server IPCoax 1410 • Dual Gigabit Ethernet WAN interfaces • Non Blocking design • Low Power : Fan-less and Filter-less • Four ITU G.9954 (HPNA 3.1) outputs each with circa 90Mbps effective throughput • Support up to 32 HPNA Client devices • RF Operating freq: BAND 12 – 44 Mhz • RF inputs for optional one way CATV service HPNA 3.x 100Mbps coax ports 100/240VAC Power Optional RF CATV input feed

  17. RHINO™ IPC1410 : Front and Rear Views Dual GbE WAN SFP: Local Admin port: 169.254.1.1 100/240VAC Power Four HPNA 3.1 Master 100 Mbps Four Optional RF CATV input feeds 12”(L) x 19”(W) x 1.75”(H), (301mm x 408mm x 44mm), 9 lbs.

  18. RHINO IPC1410 ITU Standard HPNA Features • Configure, control and monitor all Client devices on the network • Provide local and remote access to all devices • Access to all devices through the Gateway (Master) • Support diagnostics using a standard message-based protocol (certification and diagnostics protocols • Support TR-069 data model (Future) • Support other higher-level management interfaces (e.g., SNMP, HTTP, etc.). • PHY information; • Network information; • Device statistics; • QoS information; • Device information; • Configuration information; • Authorization and security information • Version information

  19. Local Management Option - CLI Access via Local management port or Telnet session

  20. CLI – Major Features • System IP Address: • System VLANs: • System Servers : DHCP, TFTP, SNMP, NTP, ReadyView™ • Software management • Configuring GiGE WAN interfaces • Configuring Trunk VLANs • Configuring HPNA Interfaces • Configuring HPNA CEB22 Clients: QoS, Customer VLANs • Testing HPNA interfaces and Clients: SNR, PER

  21. IPC1410: Basic Server Connectivity ReadyView™ DHCP TFTP NTP SNMP System ip (dhcp) Configure file clock snmp_trap_server snmp_community rhmp server rhmp mode rhmp group rhmp epi Management VLAN system ip global mgmt

  22. RHINO™ CEB-422-M :Coaxial Ethernet Bridge- Dynamic VLAN Management assignment • Fast secure Plug and Play installation reduces IP Triple play service turn up time • Dynamic bandwidth allocation optimizes throughput based on activity • Compatible with existing RF off-air, Windows Media Center Extender and CATV based systems CEB 422M (Data Sheet Link) • Dual Ethernet Port 10/100 • 256 Mbps Physical layer data rate • 200 Mbps Effective data rate • Operating freq: 12 – 44 Mhz (MidBand) • Programmable VLAN

  23. ReadyView™ NMS/EMS – Remote Management • Centralized management system for all ReadyLinks Products • Open standard XML messaging supports integration into third party OSS • WEB style based management • Secure User management access • Device discovery • Fault & Alarm Management • Configuration & Provisioning Management • Centralized management system for 1410 and CEB-422M HPNA end-points • Auto discover HPNA network • Device/Port/Link Status • CEB 422 Customer Firmware download • Fault Isolation: cable testing • Provides remote diagnostic and testing of MDU concentrator and in building network • PER, SNR, Receive Power, total available bandwidth, upgrade firmware

  24. ReadyView™ NMS/EMS - Main

  25. ReadyView™ HPNA Data Configuration

  26. ReadyView™ HPNA/IP STB Configuration

  27. Product Q & A

  28. MDU Deployment Example

  29. IPC1410 : MDU Security Customer VLAN Model • A Customer has a unique VLAN assigned by the Operator. A Customer VLAN provides: • In Living Unit TV Microsoft MediaRoom – Any to Any Mediaroom connectivity • IPSTB to IPSTB, IP STB to PC, PC to PC • A unique Customer VLAN provides Security and Traffic isolation from other Customers. • Each customer VLAN can be managed by the network operator. • All customer have access to the Broadcast/Multicast TV Multicast VLAN • Each Customer VLAN is terminated in the network prviing direct control of services and bandwidth.

  30. Customer VLAN Model

  31. CenturyLink - IPoC System Deployment

  32. CenturyLink - IPoC System Deployment – Media Panel

  33. IPoC Equipment Location and Common Network Infrastructure Avalon Equipment Room 1 Avalon Living Unit 1 ReadyLinks 1410 HPNA Router(s) CAT5 HPNA Bridge Club House HPNA/COAX CAT5 STB HPNA Bridge CAT5 GiBE/Fiber STB CAT5 PC/Game/Etc Avalon Living Unit 2 Equipment Room 2 Equipment Room X CAT5 HPNA Bridge Ciena 3940 L2 Switch HPNA/COAX CAT5 STB HPNA Bridge GiBE/Fiber CAT5 STB GiBE/Fiber CAT5 PC/Game/Etc

  34. IPoC VLAN Model : Customer VLAN(CVLAN) & Trunking VLAN (TVLAN) VLAN Use: 614 = Multicast (IPTV) 2101 = L/U 1 UNICAST/HSI 2102 = L/U 2 UNICAST/HSI 21XX = Other Living Units Avalon Equipment Room 1 Avalon Living Unit 1 ReadyLinks 1410 HPNA Router(s) VLAN 614 VLAN 2101 CAT5 HPNA Bridge Club House HPNA/COAX CAT5 STB VLAN 614 VLAN 2101 VLAN 614 VLAN 2101 HPNA Bridge CAT5 GiBE/Fiber STB VLAN 614 VLAN 2101 VLAN 2102 VLAN 2103 VLAN 2800 CAT5 PC/Game/Etc Avalon Living Unit 2 Equipment Room 2 WiFi Access Point VLAN 614 VLAN 2102 Equipment Room X CAT5 VLAN 2800 HPNA Bridge Ciena 3940 L2 Switch HPNA/COAX CAT5 STB VLAN 614 VLAN 2102 VLAN 614 VLAN 2101 (Avalon) VLAN 614 VLAN 2101 VLAN 2102 VLAN 21XX VLAN 2800 (7750 SAPs) VLAN 614 VLAN 2101 VLAN 2102 VLAN 21XX HPNA Bridge GiBE/Fiber CAT5 STB GiBE/Fiber CAT5 MSIPTV and HSI Traffic (MCAST/UNICAST) PC/Game/Etc

  35. Avalon VLAN Use: 614 = Multicast (IPTV) 2101 = L/U 1 UNICAST/HSI 2102 = L/U 2 UNICAST/HSI IPoC VLAN Model : MSIPTV and Wired HIS (Mcast,Unicast) Avalon Equipment Room 1 Avalon Living Unit 1 (Avalon) VLAN 614 VLAN 2101 VLAN 2102 VLAN 21XX VLAN 2800 VLAN 614 VLAN 2101 All HPNA ports will have VLAN 614 and appropriate 21XX assigned to MSIPTV and HSI CAT5 HPNA Bridge STB Private IP Address NAT’d at 7750 Club House HPNA/COAX CAT5 STB VLAN 614 VLAN 2101 VLAN 614 VLAN 2101 HPNA Bridge CAT5 GiBE/Fiber STB VLAN 614 VLAN 2101 VLAN 2102 VLAN 2103 VLAN 2800 CAT5 STB Private IP Address NAT’d at 7750 Single Public IP Address for PC/Game/Etc PC/Game/Etc Avalon Living Unit 2 VLAN 614 VLAN 2102 MCAST and UNICAST/HSI VLAN to Each L/U CAT5 HPNA Bridge Ciena 3940 L2 Switch STB Private IP Address NAT’d at 7750 HPNA/COAX CAT5 (7750 SAPs) VLAN 614 VLAN 2101 VLAN 2102 VLAN 21XX VLAN 3000 VLAN 3001 STB VLAN 614 VLAN 2101 VLAN 614 VLAN 2102 • 7750 will Provide SAP for each L/U with 2 Private IPs and 1 Public IP • 7750 will Provide SAP for VLAN 3000/3001 (NAT’d WiFi/HSI) / 2 Public IPs • 7750 will NAT IP Addresses for STBs (2 per L/U) HPNA Bridge CAT5 GiBE/Fiber STB CAT5 Single Public IP Address for PC/Game/Etc STB Private IP Address NAT’d at 7750 MSIPTV and HSI Traffic (MCAST/UNICAST) PC/Game/Etc

  36. Deployment Q & A

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