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RAD’s Axcess+ Product Line

RAD’s Axcess+ Product Line. RAD CIS Technical Seminar 2013. Agenda. Introduction to Axcess + Concept. Axcess+ Key Features. Main Concept of AXCESS+ . Target Market . Transportation. Service Provider. Military. Government. Utilities. Airports. Enterprise. Oil & Gas.

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RAD’s Axcess+ Product Line

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  1. RAD’s Axcess+ Product Line RAD CIS Technical Seminar 2013

  2. Agenda

  3. Introduction to Axcess + Concept

  4. Axcess+ Key Features

  5. Main Concept of AXCESS+

  6. Target Market Transportation Service Provider Military Government Utilities Airports Enterprise Oil & Gas

  7. Addressing the Challenges:AXCESS+ Portfolio Central Site Customer Premises Megaplex LRS DXC Optimux Fiber Multiplexers Grooming, Multiplexing & Aggregation Fiber E1 T1 FXS FXO E&M ETH V.35 X.21 RS-530 ASMi SHDSL Multiplexers & Modems Megaplex Multiservice Access Nodes PSN Copper E1/T1 STM-1/OC-3 STM-4/OC-12 GbE/FE Airmux Broadband Wireless Radios Central Rack Wireless IPmux TDM Pseudowire Gateways TDM Kilomux Subrate Multiservice Multiplexers

  8. Megaplex as Central Solution in Axcess+ Portfolio

  9. Introduction – Megaplex Skill Set

  10. Unique Value Proposition The Hybrid Approach

  11. Why Megaplex?Megaplex Family Multiservice node SDH/SONET NG ADM Diversity of rings System solution GbE Ethernet processing DSO Cross-Connect Carrier class service reliability Flexible and modular Hybrid Ethernet and TDM architecture Smooth migration of TDM to PSN

  12. Why Megaplex?Physical View • Compact 4U high, 19” modular chassis, 2 AC or DC power supply slots • 2 Common Logic combined with SDH/SONET and Ethernet processors and uplinks • Redundant common logic, power supply and IO modules. • Separate EthernetandTDMstartopologybackplane to all IO modules, • DS1/DS0 Cross connect, up to 4*STM-1/STM-4 or OC-3/OC-12, up to 4*GbE • Ten IO Hot-Swappablemodule slots, maximum configurations: *160E1/T1 ports, *160analog voice channels, *120 serial interfaces ,*30Fast Ethernet ports (SFP/UTP), *80 xDSL links, *20fiber links (multiplexed TDM+Ethernet) 10x IO modules Ten IO modules 2 Power supplies 4U (6.8”) 2 Common Logic Ethernet/TDM processing cards with SONET/SDH and GbE network ports

  13. CL.2 Hybrid TDM and Ethernet Architecture STM-1/4 OC-3/12 STM-1/4 OC-3/12 GBE GBE STM-1/4 OC-3/12 STM-1/4 OC-3/12 GBE GBE CL.2 CL.2 Powerful DS0 cross connect TDM Engine Packet Engine TDM Engine Packet Engine Native Ethernet connectivity and aggregation TDM and Ethernet cross connectivity capabilities IO IO IO Dual functionality modules TDM TDM TDM ETH Switch ETH Switch ETH Switch 10 x IO ETH Ports TDM Ports ETH Ports ETH Ports ETH Ports TDM Ports TDM Ports TDM Ports ETH Ports ETH Ports TDM Ports TDM Ports

  14. Supported Modules

  15. M8E1, M8T1, M8SL Modules • 8 port, E1, T1 or E1 over SHDSL • 3 UTP or SFP fast Ethernet ports • Ethernet over TDM encapsulation CPE n x E1 CPE SDH/SONET POP FO Megaplex-4100 CPE PBX ETX-102/202 ASMi-52 FCD-E1E RICi-4/8 IP/MPLS Network SHDSL E1 CPE E1

  16. 16 E1/T1 Module • Up to 16 E1 or T1 ports per module • TDM only with transparent clocking mapping • Up to 160 E1/T1 links in a single MP-4100 chassis with DS0 cross connect • Lower price per port (compared to M8E1/T1) CPE 4 x E1/T1 CPE DXC-8R E1 4 x E1/T1 POP Megaplex-4100 SDH/SONET CPE PBX FCD-E1E Megaplex-2100 6 x E1/T1 E1 Voice PBX Data CPE E1

  17. MPW-1 Pseudowire Module • Pseudowire server module for MP-4100 • Support for TDMoIP, CESoPSN, SAToP and HDLCoPSN • 16 Mbps TDM capacity (8*2M) • Supports 128 PW connections • 3 SFP or RJ-45 onboard connectors MP-4100 GBE Central Site MP-4100 MP-2100 FE GBE PSN IPmux-24 FE/GBE

  18. ASMi-54C G.SHDSL.bis EFM Module • Ethernet over 16 SHDSL.bis lines • Two 10/100BaseT Ethernet ports over copper or fiber • Works opposite ASMi-54 in various combinations over 16-wire • SHDSL bonding (EFM) Branch ASMi-54 FE SHDSL.bis Central Office NMS PSN Branch MP-4100 ASMi-54 GbE FE SHDSL.bis STM-1/OC-3 STM-4 OC-12 SDH/SONET Branch ASMi-54 FE SHDSL.bis

  19. ASMi-54C/N E1+Ethernet Combo SHSDL Module • E1+Ethernet over SHDSL/SHDSL.bis • Works opposite ASMi-54 and ASMi-52 (SW selectable) in various combinations over 16-wire • Allows a single module type to work opposite different remote units Branch FE ASMi-54 SHDSL.bis PBX Central Office E1 NMS PSN Branch MP-4100 ASMi-54L GbE FE SHDSL.bis STM-1/OC-3 STM-4 OC-12 Branch SDH/SONET FE ASMi-52 SHDSL PBX E1

  20. OP-108C/106C Fiber Multiplexer Modules • Multiplex four E1/T1 channels and up to 100 Mbps Ethernet traffic over a fiber optic link (dual links per module) • Up to 10 cards in an Megaplex-4100 rack (20 remote units) • Various fiber interfaces: multimode, single-mode (up to 120 km), and single-mode over single fiber • Automatic SFP link backup with optional hot-swappable second optical link Branch FE Optimux-108 FO PBX Central Office E1 NMS PSN Branch FE MP-4100 Optimux-108 GbE FO PBX E1 STM-1/OC-3 STM-4 OC-12 SDH/SONET Branch FE Optimux-108 FO PBX E1

  21. Optimux-25/34 Fiber Multiplexer Modules • Multiplex 16 E1/T1 channels or Ethernet traffic over a fiber optic link. Total capacity is 34 Mbps • Up to 10 cards in a Megaplex-4100 rack (10 remote OP-25/34 units) • Various fiber interfaces: multimode, single-mode (up to 110 km), and single-mode over single fiber • SFP-based interface or E3 Copper link (OP-34) • Automatic SFP link backup with optional hot-swappable second optical link Branch FE Optimux-25/ Optimux-34 FO Central Office n x E1 NMS PSN Branch MP-4100 FE FCD-E1E Optimux-108 GbE FO PBX STM-1/OC-3 STM-4 OC-12 E1 SDH/SONET Branch FO Router

  22. Data Modules • n x 56/64 kbps serial interface • ISDN ‘S’ and ‘U’ interfaces • G.703 co-directional 64 kbps interface • Teleprotection fiber module (IEEE C37.94)

  23. Data Modules • Sub-64 kbps interfaces • Latency optimized mode (HS-RN) • Support for bidirectional broadcast (HS-RN)

  24. Voice Modules • Analog voice interface • FXS/FXO and E&M • ADPC and Echo canceller • Teleconference “Omnibus” module

  25. ACM (Alarm and Diagnostics) • MP-2100 ACM module support • Eight inbound relays indicating external events to the user via the management system • Four outbound relays triggered by any user-selected Megaplex alarm to outside indicators such as buzzers Inbound Inbound Megaplex Megaplex ML ML ACM ACM CL CL Outbound Outbound NMS

  26. Packet is the Way to go • Ethernet/IP Transport Networks Gain Traction • Higher Throughput • Lower OpEx • Co-existence of TDM and PSN infrastructure • More multiservice traffic • Different QoS/QoE requirements • Longer First Mile reach • Street cabinet environment • Fiber/Wireless Backhaul + Copper drop

  27. Why Megaplex?Migration Technology Enablers TDM Support Next Generation SONET/SDH Pseudowire Carrier Ethernet Timing Over Packet Add Drop Multiplexer (ADM) SONET/SDH Terminal PBX Digital Cross Connect (DACS) Phone Voice Modem Analog bridge Phone - Fixed Router SCADA RTU TPR (Teleprotection) Breaker control circuit Relay/Alarm

  28. 8% waste 79% waste VC-3 48.384Mbps 10Mbps 10Mbps VCG Why Megaplex?Migration Technology Enablers Next Generation SONET/SDH TDM Support Pseudowire Carrier Ethernet Timing Over Packet • VCAT – Virtual Concatenation • VCG – A set of x containers is known as a Virtual Container Group (VCG) • LCAS – Line Capacity Adjustment Scheme • GFP – Generic Framing Procedure Classic EoSONET/SDH Next Generation EoSONET/SDH VC-12 VC-12 VC-12 VC-12 VC-12 (2.176Mbps)

  29. Why Megaplex?Migration Technology Enablers Pseudowire TDM Support Next Generation SONET/SDH Carrier Ethernet Timing Over Packet • The synchronous bit stream is segmented • Headers are added to each segment to form the Packet • Packets are forwarded to destination over the PSN network • At destination, the original bit stream is reconstructed by removing headers, concatenating frames and regenerating the timing

  30. Why Megaplex?Migration Technology Enablers Carrier Ethernet TDM Support Next Generation SONET/SDH Pseudowire Timing Over Packet • Ethernet OAM (Operation Administration and Maintenance): Provide the standardized tools for utilities to monitor, diagnose and troubleshoot Ethernet access links • Traffic management: For service classification, policing and shaping • Performance Monitoring (ITU-T Y.1731): Answers the need to meet user expectations for SLA accountability Substation Teleprotection Control Center SCADA Legacy services PSN NG MSAN Voice Ethernet Agg TDM-PW Gold Mission Critical Services EVC Silver Real time - VOIP Bronze Video – best effort End-to-end Service Control, SLA Monitoring and Diagnostics, Precision Timing Transport

  31. Why Megaplex?Migration Technology Enablers Timing Over Packet TDM Support Next Generation SONET/SDH Pseudowire Carrier Ethernet • ToP is an alternative to GPS clocks in each location • Based on SYNC-E and IEEE 1588v2 • Provides accurate clock source for: • Sequence of events and fault recording • Process bus interconnecting RTUs • Phasor Measurement Units (PMUs) Master Clock ETH/IP Transparent clock Bidirectional Time-stamps Information Exchange Slave Clock Slave Clock Slave Clock Time Sensitive Application Time Sensitive Application

  32. Agenda

  33. Carriers Fiber/Copper Service Aggregation STM-1/OC-3 STM-4/OC-12 SDH/SONET PBX E1/T1 Optimux-108/106 Fiber Megaplex-4100 LAN Copper ASMi-5x ETH GbE PSN • Backbone • Traditional TDM • Future PSN • POP/Aggregation • Modular • Multi Service • Large scale • Future proof • Hardened • First mile • Service Multiplexing • Extended reach • Customer services • Legacy TDM • Ethernet

  34. Typical Applications – Transportation, Government and Enterprise Teleprotection over PSN Sub-Station Megaplex-4100 FO SDH/SONET ETH MSAP Node Megaplex-4100 STM-4 OC-12 RTU Low Speed Data V.35/449 Tele-protection E&M FXS ETH PSN New Network GbE FO RTU Low Speed Data V.35/449 Sub-Station Tele-protection PBX FXS

  35. Typical Applications – Transportation, Government and Enterprise Railway Multiservice Station Connectivity Control Center MegaplexMux MegaplexMux MegaplexMux MSAN MSAN Carrier Network MegaplexMux MegaplexMux MegaplexMux SDH/SONET Ring

  36. Typical Applications – Transportation, Government and Enterprise ISDN FE FE/GbE PSN TDM Pseudowire Megaplex-4100 ISDN Megaplex-2104 Megaplex-2104 ISDN SDH Network E1/STM-1 E1

  37. Typical Applications – Transportation, Government and Enterprise Air Traffic Control Connectivity Regional ATC Center AFTN Data 9.6 kbps National ATC Center Radar Kilomux/Megaplex AFTN Data 9.6 kbps X.21 Leased Line n x 64 kbps Radar Monitor Kilomux/Megaplex SDH/ SONET X.21 4W Approach and Control Tower RS-232 AFTN Data 9.6 kbps Telex (TTY) ISDN Backup n x 64 kbps ISDN/ PSTN E&M Radar Kilomux/Megaplex Kilomux/Megaplex X.21 Extended Range VHF & PTT FXS/FXO Leased Line n x 64 kbps 4W Direct Speech Extended Range VHF & PTT

  38. Typical Applications – Transportation, Government and Enterprise TETRA and 2 way Radio Backhaul Control Room n x E&M n x RS-232 Megaplex-4100 Megaplex-4100 Megaplex-4100 Megaplex-4100 Megaplex-4100 Megaplex-2104 V.35 Megaplex-4100 MSO Switch TETRA Base Station TETRA Base Station TETRA Base Station TETRA Base Station TETRA Base Station TETRA Base Station TETRA Base Station Control Room Router-Switch FCD-IP/ Megaplex-2100 FCD-IP/ Megaplex-2100 E1/T1 E1/T1 FCD-IP/ Megaplex-2100 FCD-IP/ Megaplex-2100 STM-1/OC-3 or STM-4/oc-12 Ring E1/T1 E1/T1 E1/T1 E1/T1 E1/T1 Ring E1/T1 Ring E1/T1

  39. What’s New – Megaplex-4104 Four I/O Modules 2 Common Logics 2 DC PS 2U High Sub-Station Megaplex-4100 FO PBX PBX RTU Low Speed Data E1/T1 V.35/449 E1/T1 Fiber/ Copper SDH/SONET Fiber/ Copper STM-1/OC-3 STM-4/OC-12 SDH/SONET ETH MSAP Node Tele-protection STM-1/OC-3 STM-4/OC-12 E&M FXS SDH/SONET ETH OP-108/106 OP-108/106 OP-108/106 OP-108/106 ETH Megaplex-4100 • Compact 2U high, 19” modular chassis, 2 DC power supplies • 2 Common Logic combined with SDH/SONET and Ethernet processors and uplinks • Redundant common logic, power supply and IO modules. • Separate EthernetandTDMstartopologybackplane to all IO modules, • DS1/DS0 Cross connect, up to 4*STM-1/STM-4 or OC-3/OC-12, up to 4*GbE • Ten IO Hot-Swappablemodule slots, maximum configurations: *64E1/T1 ports, *64analog voice channels, *48 serial interfaces ,*12Fast Ethernet ports (SFP/UTP), *32 xDSL links, *8fiber links (multiplexed TDM+Ethernet) Megaplex-4100 STM-4 OC-12 PSN New Network GbE LAN ASMi-5x ASMi-5x ASMi-5x ASMi-5x LAN PBX Megaplex-4104 Megaplex-4104 E1/T1 ETH Fiber/ Copper PBX FO GbE PSN E1/T1 GbE PSN ETH RTU Low Speed Data V.35/449 Fiber/ Copper Sub-Station LAN ETH Tele-protection PBX FXS LAN

  40. What’s New – What is Teleprotection • Used for power line protection • Protect equipment from severe damages resulting from faulty HV lines • Common schemes • Distance (impedance) protection • Current differential protection • Combination

  41. What’s New – Teleprotection Module Beta Q1/2013 • 4 input commands • 8 output commands • 4 Primary commands • 4 Secondary commands • Event time stamping based on IEC‐60870‐5‐104 • Event reporting: Commands, Automation, End‐to‐End Delay, Violations, Bit Error Rate

  42. Teleprotection over Packet RAD’s Teleprotection multiplexers have successfully met requirements: • Up to 5 ms delay with quality of service for signal priority via shaping and traffic engineering tools • Clock accuracy was rigorously maintained throughout transmission • High degree of resiliency through various protection schemes, including DS1-level redundancy A Injecting Current Ejecting Current B GPS SyncE (PRC) Megaplex-4100 Megaplex-4100 MPLS PW 1/2 (CESoPSN) PW 1/2 (CESoPSN) Teleprotection Unit Teleprotection Unit E1/T1 to Station Clock E1/T1 to Station Clock

  43. Summary • Part of a complete family • Hybrid Approach for SmoothMigration from TDM to PSN • From TDM Mux to Axcess+

  44. The Axcess+ NEW CPEs: ASMi and Optimux

  45. ETH and TDM Connectivity Using any Media FE OP-108L Customers Type: • Carriers, Service providers Key Benefits : • Reduced OPEX with single access link for multiple types of services and infrastructures • Backhauling over any available access media (copper, fiber, wireless) • End-to-end connectivity solutions Fiber Headquarters E1s BSC n x E1 TDM MP-4100/LRS-102 4 x FE ASMi-5x Copper SHDSL.bis 4 x E1 RNC n x ETH n x E1 PSN Wireless FE Airmux-400 Airmux-400 E1s

  46. The ASMi line

  47. ASMi-54 – TDM & ETH Connectivity E1 Customers Type: • Cellular operators Key Benefits : • High rate - Up to 4xE1 & 4xETH ports with combined throughput of up to 22 Mbps • Multipoint capabilities up to 4 modems at the remote site • Fiber and copper combination on the user side 2w 5.7 Mbps ETH BSC BTS BTS BTS BTS E1 4 x E1 TDM ASMi-54L ASMi-54L ASMi-54L ASMi-54L 2w Node B Node B Node B Node B 5.7 Mbps ASMi-54 ETH E1 RNC 2w 5.7 Mbps PSN ETH 4 x ETH E1 2w 5.7 Mbps ETH

  48. ASMi-54 – Ring Capabilities Key Benefits: • Low cost redundancy modem for ETH connectivity • Save ADM installation – Higher rate and full ring support according to the standard, ITU-T Rec. G.8032/Y.1344 ETH ASMi-54 ETH Fiber ASMi-54 ASMi-54 ASMi-54 ETH Fiber Ring FO SHDSL ASMi-54 Video Cameras Video Cameras ETH PC PC PC PC

  49. Pico-DSLAM – ETH Connectivity over Copper Customer Types: • Campuses, banks, ISP Key Benefits: • Single or Dual ETH fiber in the central site • Cost effective solution • Transmission via VLAN differentiation 4 x ETH 2w 5.7 Mbps ASMi-54L ASMi-54L ASMi-54L ASMi-54L 2w 4 x ETH 5.7 Mbps ASMi-54 ETH PSN 4 x ETH 2w 5.7 Mbps 4 x ETH 2w 5.7 Mbps

  50. Optimux-1025/1032 Remote Branches Headquarters GbE Router Key Benefits: • Reduce OpEx/CapEx, Pay-as-you-grow model • ETH and TDM at the CPE • Plug & Play • Redundancy on the PS and Uplinks GbE GbE Fiber Optic Up to 120 km (74.5 miles) GbE Backup Link PBX 16 x E1/T1 16 x E1/T1 ADM Optimux-1025/ Optimux-1032 Optimux-1025/ Optimux-1032 SONET/SDH

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