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2010 – Railway Overview

2010 – Railway Overview. Heike Saadatpour CE & SEE Territory. 22 Years of Excellence. Company Overview . Founded 1988, privately held Offices in Southern California (Head Quarters), Clearwater, FL, and Aarschot (Brussels), Belgium 80+ employees US-designed and made products

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2010 – Railway Overview

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  1. 2010 – Railway Overview Heike Saadatpour CE & SEE Territory 22 Years of Excellence

  2. Company Overview • Founded 1988, privately held • Offices in Southern California (Head Quarters), Clearwater, FL, and Aarschot (Brussels), Belgium • 80+ employees • US-designed and made products • 6 years warranty including fans & power supplies (except SFP’s -1 year)

  3. Railway Applications in Europe • IP-Cam surveillance application • IE-MiniMc installed • Main railway stations in Europe • TrainInfo displays • Connectedwith managed MiniFiberLinX-II to theiMediaChassis/20 via fiber • WDM passive multiplexer • Splitting SDH and Ethernet traffic

  4. Railway Applications in Europe • Approval took 2 years testing on a big railwaysignaling company! • Used in complete railway control centres, connecting with 2 fiber • Alcatel switch connections, spanning tree support by switch • Reliability • Dual power supply • 1 U high chassis • Successful extra EN testing: EN61000-6-2 (EMC) and EN61000-6-4 (EMC) • Multi-Platform of IMC • Connect via fiber and copper Cat3 (Telephone) / Cat5 • Single platform = Single Management

  5. Railway Applications in Europe • AccessPoints / Hotspots on railway stations • Outside installations • High temperature support for fiber connection & telephone Line! • IMC Networks product examples: • IE-MiniMc • IE-MiniFiberLinX-II • IE-iMcV-VDSL2-LANextender • iMediaChassis/3,6,20 • IE-iMcV-ModeConverter (SFP/SFP)

  6. Fact • Everything is moving towards Ethernet / IP • Legacy / existing „old fashion“ installations need to be migrated • IMC Networks has the expertise to assist • Media and protocol conversion • Copper, Fiber based Installations • Managed, unmanaged deployments • System –level, standalone • Industrial Networking • Extended temperatures • EMISSIONS: FCC Part 15 Subpart B Class A or B • IMMUNITY: EN 61000-4-2: 1995 + A2: 2001 Electrostatic Discharge • SAFETY:UL 60950-1

  7. Connecting Train Info Displays • RS485 Bus Systems • Converted to Ethernet, IE-MiniFiberLinX-II • Small, high operating temperature range • Easy to install • Easy to manage

  8. MiniMc – Miniature Media Converter Low Cost, High Quality, Zero Intervention • Switching technology to negotiate the copper link • Copper supports auto-MDI/MDI-X • Fiber forced to 100Mbps • Full Duplex • Multi-mode, single-mode and single-strand fiber supported • External power supply

  9. IP Cams - Surveillance • IP Cameras on railway stations connected • Via fiber • Via copper • To the core network center * Symbole Pictures

  10. IMC applications - IE IE-GigaMiniMc & IE-MiniMc • What is IE? • Multiple powering options • AC power • 802.3af PoE • External DC, power range + 7VDC to 50VDC, overload protection • Supports extended operating temperature (eg IE-MiniMc -35°C to +70°C) • DIN-rail mount

  11. Ticketing Systems, AccessPoints * Symbole Pictures

  12. Industrial Ethernet Conversion • Different Power Connection Options: • (Redundant) • 802.3af-compliant powered device (PD) • 5VDC (external DC-block) • External 5VDC to 60VDC • Built insensor prevents overloading • DIN-rail mount • Supports operating temperature: -45°C to +70°C

  13. Application Example

  14. IE-Mini-FiberLinX-II • City wide WiFi access network: • WiFi roaming & HD CCTV (traffic and security) • WiFi equipment from Cisco, mounted in custom lamp post • Cable run from head end to POP via single-strand fiber (SSF) • At head end IE-MiniFiberLinX-II: • Convert SSF to copper • Remote SNMP management • Large temperature range • Performance statistics • VLAN aware

  15. IE-Mini-FiberLinX-II • Our /20 chassis + iMcV-FlinX-II + Mini-FlinX-II part of a turnkey solution BT OpenReach sells to BT and other telco’s • Top – Installation example from BT OpenReach handbook • Bottom – Street access NTE (inside this box is a Mini-FlinX-II)

  16. WDM Solution SDH conversion – Splitting – to Gigabit & SDH • Operate SDH via fiber and migrate at the same time to Gigabit Ethernet Connectivity • Two fiber sources (1310 nm and 1550 nm) can be multiplexed • onto a single fiber pair

  17. Wavelength Division Multiplexing (WDM) Modules • Passive, 2-channel WDM • Technology “doubles” existing duplex fiber capacity • Speed & protocol independent • Supports 1310 nm & 1550 nm SM fiber • Ideal for combining legacy ATM circuits and Gigabit Ethernet over same fiber pair • Two Versions • iMcV-WDM Module • Standalone WDM Chassis WDM Chassis iMcV-WDM Module

  18. iMediaChassis/6 – for sensitive connections!Special Certifications • ITEM TEST DESCRIPTION • 1 Radiated Emissions, Class B EN 55011: 1998 + A2: 2003 • 2 Conducted Emissions, Class B EN 55011: 1998 + A2: 2003 • 3 EN 61000-4-2+A2: 2001 (Electrostatic Discharge Immunity) • 4 EN 61000-4-3: 2002 (Radiated Electromagnetic Field Immunity) • 5 EN 61000-4-4: 2004 (Electrical Fast Transient/ Burst Immunity) • 6 EN 61000-4-5+A1: 2001 (Surge Immunity) • 7 EN 61000-4-6+A1: 2001 (Conducted RF Immunity) • 8 EN 61000-4-8+A1: 2001 (Magnetic Field Immunity) • 9 EN 61000-4-11+A1: 2004 (Voltage Dips, Short Interrupts, & Variations) • 10 EN 61000-3-2+A2: 2005 (Harmonic Current Emissions) • 11 EN 61000-3-3+A1: 2001 (Voltage Variations & Flicker) • TEST RESULTS: IMC Networks’ iMediaChassis/6 with SNMP card, met all the requirements of EN61000-6-2 and EN61000-6-4 iMediaChassis/6 with SNMP Card

  19. iMediaChassis/6 – for sensitive connections!Special Certifications • ITEM TEST DESCRIPTION • 1 Radiated Emissions, Class B EN 55011: 1998 + A2: 2003 • 2 Conducted Emissions, Class B EN 55011: 1998 + A2: 2003 • 3 EN 61000-4-2+A2: 2001 (Electrostatic Discharge Immunity) • 4 EN 61000-4-3: 2002 (Radiated Electromagnetic Field Immunity) • 5 EN 61000-4-4: 2004 (Electrical Fast Transient/ Burst Immunity) • 6 EN 61000-4-5+A1: 2001 (Surge Immunity) • 7 EN 61000-4-6+A1: 2001 (Conducted RF Immunity) • 8 EN 61000-4-8+A1: 2001 (Magnetic Field Immunity) • 9 EN 61000-4-11+A1: 2004 (Voltage Dips, Short Interrupts, & Variations) • 10 EN 61000-3-2+A2: 2005 (Harmonic Current Emissions) • 11 EN 61000-3-3+A1: 2001 (Voltage Variations & Flicker) • TEST RESULTS: IMC Networks’ iMcV-LIM 10/100, met all the requirements of EN61000-6-2 and EN61000-6-4 iMcV-LIM 10/100 iMediaChassis/6 with SNMP Card

  20. IMC Networks subjected to Railway Environment - like tests and PASSED ! EFT (electrically fast transient) Immunity EN 61000-4-4 – AC (Power Lines) Surge Immunity EN 61000-4-5 Radiated Immunity EN 61000-4-3 – AC (Biconical Antenna - Vertical Plane) Radiated Immunity EN61000-4-3 – AC (Log Periodic Antenna - Horizontal Plane)

  21. Product Details

  22. Chassis, Module, HighTemp …

  23. Smallest, managed converter device on the market! Same specifications as iMcV-FiberLinX-II except: Pure CPE device Standalone or with CO iMcV-FiberLinX-II No external management port Serial port via 3.5 mm audio jack (cable included) Power options: External AC adapter POE – PD (Power over Ethernet) DC block 5-50 VDC External operating temperature range (-20 to +70 Celsius) DIN rail mount Clip included IE-Mini-FiberLinX-II

  24. iMediaChassis/20, 20 slot • “i” means intelligent – i.e. managed • 20-slots for Modules, 1-slot for SNMP • All boards hot swappable • Settings ‘preserved’ when SNMP module is exchanged • Supports SNMPv1 or SNMPv2c, and telnet capabilities • Bigger hot-swappable power supply units (400W AC or 300W DC) • Monitor fan speed and dual temperature zone • Last Gasp Alarm • Operational temperature up to 50°C • AC Input Load: • 100 to 240 V AC±10%, 47-63Hz, 6.3A (Dual AC) • DC Input Load: • -38 to -72V DC, 11A Max (per module)

  25. iMediaChassis/6, 6 slot • 6-Slot Managed Chassis • Available dual PSU • Support for six modules and SNMP board • Targeted users: • More demanding environments • Telco grade solutions (NEBS-III pending) • Compatible with ALL existing iMcV modules • AC Input Load: • 100/240 V AC, 47-63Hz, 1.8A • 115V @ 1.6A & 230 V @ 0.8A (single) • DC Input Load: • 48 V DC, 3.3A

  26. iMediaChassis/3, 3 slot • 3-Slot Managed Chassis • Available dual PSU (AC, DC or mixed AC/DC) • Support THREE modules and SNMP board • Targeted users: • CPE applications • Applications needing SNMP, but a low module count • Compatible with ALL existing iMcV modules • AC Input Load: • 90 to 264 V AC, 47-440Hz • DC Input Load: • 35 to 75 V DC, 2.7A

  27. OverView of unmanaged Chassis

  28. OverView of unmanaged Chassis

  29. (IE) MediaChassis/1 and /2(AC and DC)

  30. Module Overview • ‘Telco’ Protocols • E1 / E3 / OC3 / OC12 • Ethernet protocols • 10, 10/100 (L1 & L2), 100, Giga, 10/100/1000 (L2) • Mode converters • MMF <-> SMF • 10, 100, 155, 622 Mbps & Giga • Manageable CO/CPE conversion • 10/100, 10/100/1000 (FiberLinX family)

  31. Module Overview • All modules: • Available with ST-II (except Giga) or SC • MMF (850 nm, 1300 nm) • SMF (1310 nm, 1550 nm), with various distances (40 / 80 / 120 km) • SSF, 20Km, 40Km 80Km • Including protocols and fiber there are 180+ modules available

  32. The FiberLinX ‘Family’ • iMcV-FiberLinX-II • iMcV-Giga-FiberLinX-II • IE-Mini-FiberLinX-II

  33. iMcV-FiberLinX-II • 100Mbps manageable O/E conversion: • 100Mbps fiber uplink • 1 x 10/100 copper downlink • SFP versions available (TX/SFP and SFP/SFP) • Rate limiting • VLAN tagging • Offers trunking on downlink • Also, “transparent” mode will pass any/all frame formats • Full range VID • 32 independent VLAN’s • 802.1p available on each port • Two priority queues • SNMP Manageable from uplink only

  34. iMcV-FiberLinX-II • 100 Mbps manageable O/E conversion: • QinQ with configurable EtherType • Broadcast storm limitation (user definable) • IGMP (v2) pruning and snooping • Last gasp alert on board • Loopback (including MAC swap and IGMP clearance)

  35. iMcV-FiberLinX-II versions TX/1x9 TX/SFP SFP/SFP TX/TX

  36. 1,000 Mbps manageable O/E conversion Functionality as per the 100 Mbps unit with the exception of: 1000Mbps fiber uplink 1x 10/100/1000 copper downlink 1x SFP “downlink” version also exists (LX to SX conversion) Or SFP/SFP version iMcV-Giga-FiberLinX-II

  37. Access EtherLinX/4 • Multiport 100 Mbps termination • 100 Mbps fiber uplink • 4x 10/100 downlinks • Traffic can be isolated, or allowed to ‘mix’ • Rate limiting on all ports (independent) • VLAN tagging / trunking on all ports • Either ‘write’ a specific tag on traffic, or trunk a series of VLAN’s • Full range VID • 16 independent VLAN’s • 802.1p available on each port • Two priority queues • SNMP Manageable from uplink only • Broadcast storm limitation (user definable) • IGMP (v2) pruning and snooping

  38. Access EtherLinX/4 Application Diagram

  39. Common features explained • All FiberLinX-II and AccessEtherLinX share the following features: • Rate limiting • UMA capable • Remote management without IP • Q in Q¹, VLAN & 802.1p 1) AccessEtherLinX does not support QinQ

  40. iMcV-Switch

  41. iMcV-Switch • iMcV module, multi-port switch • 5 x 10/100 copper • 4 X 10/100 copper and SFP • 3 X 10/100 copper and 2 X SFP • 3 X 10/100 copper and FX port model • IE version available - operational temperature of -35c to +70c (note, use in conjunction with IE compliant SFP’s) • First release will be standard temp- range! • Can be managed via iView2 SNMP Element manager – (DDMI data, module inserted, powered) • Diagnostic LED’s

  42. Specifications • Switching engine: • Supports up to 1000 MAC address earning and aging • Transparent to VLAN tags • GUI and telnet port status from managed chassis only • Grants Priority for all frames with PRI>4 or DSCP > 32 • Max packet size is 1916bytes • Physical: • Supports Auto Cross on all TX ports • Supports Auto Negotiate on all TX ports • Supports Flow Control on AN

  43. Specifications (cont..) • No packet loss at 100% bandwidth throughput non-blocking port to port • Priority queuing will support a 1 to 10 limitation • All 512 internal buffers will be evenly divided between ports • Per port buffers will be reserved for high priority frames

  44. Specifications (cont..) • Switch will not block VLAN tags • SNMP - can see module • Link status • Activity • Port status • Hard code speed/duplex via SNMP GUI or Telnet • No backplane communications required • Module is ‘standalone’, plug n play

  45. Typical applications • Increase chassis efficiency, port density • Utilize spare chassis slots to provide 10/100 Ethernet switching • Use in combination with iMcV-FiberLinX-II • Provide more customer ports while offering the FiberLinX functionality

  46. Typical applications • Increases port density of iMediaChassis/3-2AC • IE-iMcV-VDSL2-LANextender utilizes existing telephone cabling, connectivity between floors in the same building over a 100m range • iMcV-Switch, TX/4-SFP accommodates varying applications such as UDP video broadcast, data transmission, data access / archiving, and SNMP transmission at distance via the fiber port

  47. IE-iMcV-ModeConverter

  48. IE-iMcV-ModeConverter Promotion – Value Proposition For Network Operators and Service professionals Our SFP / SFP mode converter provides system – level diagnostics and troubleshooting with SNMP management, and enhanced user configured Link Loss in a modular form factor that easily integrates with existing systems, helping keep up with evolving transmission requirements such as distance or speed

  49. IE-iMcV-ModeConverter Product – What is it? • Modular, compact iMcV form factor, supports any MSA – compliant SFP • SNMP Management and trap setting, including DDMI reporting • On board diagnostics and management, including front panel LED’s and enhanced Link Loss user selectable feature

  50. IE-iMcV-ModeConverter Product – What is it? • Protocol – independent SFP / SFP mode converter, supports multiple protocols: • Ethernet, Fast Ethernet • OC3, OC-12, OC-48 • Supports multi-mode, single-mode, dual and single fiber • Supports speeds of 10 Mbps up to 2.4 Gbps • Extended temperature range -40 ºC to +85 ºC for industrial applications

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