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The Loop Telecom solutions of
Transmission and Networking for
Power Companies
www.LoopTelecom.com
TDM/PDH Mul service access for analog, voice, sync/async data, SCADA
Teleprotec on transmission
SDH/SONET transport
TDMoE or PseudoWire Emula on transport over IP/Ethernet
10GE/GE PTN with MPLS‐TP and Carrier Ethernet
for Mul service and Ethernet transport
Ethernet switches for Substa on
Video surveillance
www.LoopTelecom.com Page 2
Loop Telecom a telecom/networking supplier for Power Companies
Loop Telecom history Since 1992, in Taiwan, Loop Telecom has developed and produced commercial/industrial grade Transmission/Switching equipment conforming to ANSI and ETSI standards IETF recommenda ons over copper, fiber, and wireless. Star ng with CSU/DSU Loop Telecom has developed TDM Mul service cross‐connect, then SDH/SONET transport mul plexers, and a range of Ethernet devices such as Switch, Router, Demarca on Devices, and PseudoWire Emula on.
Today, Loop Telecom has launched new genera on Packet Network Transport: PTN with MPLS‐TP or Carrier Ethernet on 10GE and Op cal Transport Network OTN. These solu ons are tracking from single DS0 Mul service to high rate IP/Ethernet traffic, and Industrial Ethernet switch router solu ons.
Loop Telecom develops high tech‐professional equipment and solu on according to the requirement of its major customers and compliant to recognized standards et regula ons.
Loop Telecom ac vely pursues the following markets:
‐ U li es: Power Companies, Oil, Gas and Water Companies,
‐ Transporta on: Air traffic Control, Airport Ground Transport, ITS, Railway, High‐Speed Rails, and Subways,
‐ Telco, ISP,
‐ Military and Na onal infrastructures,
‐ Industries.
These worldwide deployments are either by direct sales or through partners who also supply local service.
Power companies in over 90 countries use equipment manufactured by Loop Telecom around world We have developed and op mized Mul service Access for Power Companies with the interfaces par cularly for SCADA, RTUs, Teleprotec-on, PMR and the conven onal transport TDM, SDH, SONET, Ethernet, but also the PseudoWire over IP/Ethernet and PTN with MPLS-TP
protocol which are adapted to this domain.
Europe Belgium: 2
France: 1
Greece: 1
Kosovo: 1
Norway: 10
Poland: 3
Portugal: 1
Russia: 7
Spain: 2
Sweden: 2
Switzerland: 5
UK: 3
Africa Algeria: 1
Benin: 1
Burkina Faso: 1
Burundi: 1
Congo: 2
Djibou : 1
Egypt: 2
Ethiopia: 1
Gabon: 1
Kenya: 2
Mali: 1
Mauri us: 1
Mozambique: 1
Senegal: 1
Tanzania: 1
Togo: 1
Tunisia: 2
Asia Armenia: 1
Azerbaijan: 1
China: 1
Bangladesh: 2
Bhutan: 1
Cambodia: 1
India: 18
Indonesia: 2
Kazakhstan: 1
Laos: 1
Malaysia: 3
Myanmar: 1
Nepal: 1
Middle East Bahrain: 1
Qatar: 1
Kuwait:1
Lebanon: 1
Turkey: 1
Iraq: 1
Saudi Arabia: 1
UAE: 1
Yemen: 2
Oceania Australia: 6
New Zealand: 2
Tahi : 1
Asia Pakistan: 1
Philippine: 6
Singapore: 1
Taiwan: 1
Tajikistan: 1
Thailand: 2
Vietnam: 5
Americas USA: 15
Argen na: 3
Bolivia: 1
Brazil: 9
Canada: 4
Chile: 3
Colombia: 6
Costa Rica: 1
Cuba: 1
El Salvador: 3
Equator: 1
Guatemala: 1
Guyana: 1
Mexico: 4
Panama: 1
Peru: 5
Uruguay: 1
Venezuela: 3
Page 3
Short Telecom Glossary
Mul service TDM/PDH The mul ples applica ons as voice, analog data, asynchronous and synchronous low rate, contact relay informa on like teleprotec on are converted in digital informa on with Time Domain Mul plexing nx64kbps and transport with Time Slots or DS0 framing or unframed with E1, T1 interfaces.
SDH/SONET Synchronous Digital Hierarchy (ETSI) / Synchronous Op cal Networking (ANSI) makes the transport over STM-xx/OC-xx fiber of TDM, ATM independent circuits and Ethernet EoS within a hierarchy, mechanism of protec on in ring, bus or Mesh infrastructures, independent synchroniza on and absolute QoS.
PWE3 or PW PseudoWire Emula on End-to-End transport a TDM full service such as E1/T1, SDH, Ethernet… over Packet Switched Network IP, Ethernet or MPLS as direct connec on.
PTN The New Genera on “Packet Transport Network” combines SDH/SONET advantages and high capacity transport of the packet. PTN uses Carrier Ethernet or MPLS as the transport encapsula on running over GE/10GE Synchronous (SyncE) fibers and PTP 1588v2 m-ing technologies.
MPLS‐TP The Mul protocol Label Switching - Transport Profile is a variant of IP-MPLS protocol. It applies a Label Switching Path (LSP) on packets of mul ple protocols, as PW for TDM or SDH/SONET circuits, to accelerate the speed over Mesh infrastructure or over VPN without packet analysis. The MPLS-TP connec on-oriented packed switched is implemented like circuits of SDH infrastructure. There-fore, MPLS-TP features the OAM func ons for the Alarm Monitoring and Alarm Signaling, Traffic Diagnosis and Circuit Performance Monitoring at every layer (Sec on, LSP, PW).
LSP The Label Switching Path. The Label pretended to the packet of mul ple protocols and to give the informa on of the Switching Path. Then Mul -Protocol-Routers in MPLS infrastructure will switch the packet very rapidly in the infrastructure.
VPLS The Virtual Private LAN Services over MPLS-TP allows you a Mesh of sites any-point-to-any-point with Layer 2 tunnels for services such Ethernet connec vity and mul cast video.
Power transport and distribution companies are requesting telecommunication for :
Teleprotection for the energy transport over the national, collecting and distribution grids,
SCADA to control all parameters of relays, breakers, environment using analog, asynchronous or synchronous data interfaces,
New generation SCADA with Ethernet or IP interfaces,
Voice communication service between sites,
Private voice communication network for mobile team as PMR or Trunked Radio or TETRA,
IP Video-surveillance, IP-CCTV,
Physical access control to the sites of the power network
LAN distribution over this private infrastructure with Internet access...
www.LoopTelecom.com
Loop Telecom is pleased to present you along these pages some solu ons that has been installed to the Power Companies over the world. This document is giving you some ideas according to general and different demands country per country. If you do not found the transmission or networking equipment for your needs please contact us. Page 3 Short glossary Page 4 & 5 TDM Mul service for RTUs, SCADA, Teleprotec on, voice and PMR communica on SDH/SONET Transport Networks Page 6 & 7 TDMoE PseudoWire Emula on, point to point transport over IP or Ethernet switched Network Packet Transport Networks with MPLS‐TP or Carrier Ethernet for Mul service and high packet traffic. Page 8 & 9 Industrial/hardened switches for SCADA, GOOSE IEC61850 teleprotec on 10GE switches for mixed backbone with Power communica on, CCTV, LAN services and Internet Page 10 Op cal Transport Network and Ethernet Backhaul. Page 11 Management EMS and NMS Page 12 Short plan of Loop Telecom ranges
We take care of end to end Power Companies communications
Page 4
Mul service Access Mul plexer DS /TS Cross‐Connect DACS :
AM ‐A/B/C/D up to E / n kbps
with copper of fiber x E /T WAN O ‐A/C/D up to E / n kbps with STM- / or OC / fiber WAN
Mul service cards for analog to n 64K, 2Mbps for Voice, asynchronous and syn-chronous Data, contacts, Ethernet EoPDH.
SDH/SONET Transport ADM/TM modular or fixed mul plexer:
O R with mul ples STM- / / , E /T , E /T and EoS Gigabit Ethernet
O S with STM , up to E , EoS : FE, GE*
IMAP ‐ Mul service and SDH/SONET Transport
IMAP include DACS and ADM/TM mux:
O R with mul ples STM- / / , E /T , E /T , EoS Gigabit Ethernet and DS Voice and Data mul service cards
O S with STM- , E , EoS FE, GE*, E&M, FXS/FXO, RSxxx, V /X *
Multiservice and SDH/SONET transport for Power applications
The Power Companies are using several type of interfaces in the power produc on plants of nuclear, hydroelectric, fossil ener‐gies, geothermal, wind power, solar energy... in power transpor‐ta on and power distribu on . Mul service mul plexer connects between sites: RTUs, SCADA, counters, voice communica on, access control of site, video sur‐veillance, weather sta on and the principally the teleprotec on command for power lines switch and to protect all energy equip‐ment in produc on, transport and sub‐sta ons of distribu on. MULTISERVICE DACS cross‐connect supports the access of analog and digital customer interfaces, the conversion in TDM (PDH) data which are organized in nx Kbps (or DS ) circuits and their transport for: ‐ Voice Services with E -CAS, FXS, FXO, PLAR, Conference, Magneto and VoIP* interfaces for mandatory and safe communica on between sites, NOC and mobile personal over the distribu on power network, ‐ Analog Services E&M or conference interfaces for analog RTUs, low speed sensors, Vxx modem based applica on use by SCADA and remote command, ‐ Serial Synchronous/Asynchronous services with RS , RS , RS , X , V , IEA , G kbps co-direc onal and contra–direc onal interfaces covering the rate from bps to Mbps suppor ng the SCADA services over E /T copper/radio/fiber, SDH/SONET over fiber, IP PseudoWire transport or over PLC lines or Analog Radio. ‐ Teleprotec on over TDM with op cal IEEE C . interface, X , E , G Kbps between teleprotec on units and Digital Lines configura-ble blocking, permissive and direct tripping to protec on equipment. ‐ Trunked Radio or PMR or TETRA by using E links or IP radio of over fully secure EoPDH or EoS. - Access control of sites with Dry Contact and Ethernet interfaces - Weather sta on, distributed LAN services... Loop Telecom AM or O Series DACS are secured by redundant CPU, cross-connect matrix, power supply, WAN cards and SNCP DS
Kbps protec on with recovery me < ms or ULSR. SDH/SONET Transport provides the interconnec on of Mul service nodes up to . G STM‐ /OC‐ with: ‐ High level of Protec on with redundant CPU, cross-connect, power supplies, all aggregate and tributaries interfaces and with WAN protec-on SNCP, MSP + and dual homing of central chassis.
‐ Distribu on of synchroniza on to all nodes SDH and PDH that insure stability, no-noise and no-missing data transport for key applica ons. ‐ Ethernet transport op mized by EoS technology. IMAP Mul service Access and SDH/SONET Transport provides the DACS DS nodes func on plus synchronous transport with: ‐ Single node for dual func ons with transport up to . Gbps, same level of protec on, clock distribu on and a single node management, ‐ Mul service DS sec on with a single PDH clock independent of SDH clock, using the same voice/data/teleprotec on cards of the AM , ‐ Ethernet transport op mized by EoS technology.
www.LoopTelecom.com
Loop Telecom IMAP access & transport with low latency and high security level all services
Page 5 www.LoopTelecom.com
for teleprotection, RTUs, SCADA, voice communication, PMR...
Multiservice Voice/Data/SCADA/Teleprotection are converted and multiplexed in TDM
Teleprotection communication for Power Distribution
The AM , O R and O provide secured and low latency trans-mission between teleprotec on devic-es which operate HV power breakers. We provide the digital interfaces C . , G CD, X , V , E /T . The TTA card suppports four inde-pendent Binary lines, Input and Output up to Vdc to connect Protec on devices. It supports between protec-on devices the protec on relay com-
mands: blocking, permissive and direct tripping for Point-to-Point or Point-to-Mul point structures.
Page 6
Mul service Access, PseudoWire Gateway over IP/Ethernet
Remote E /T , DS /TS, Layer GE switch
IP A GE switch op cal/copper PseudoWire CESoPSN, SAToP, MEF- for T , E G /G /CAS , E&M, FXO, FXS, RS , X , V , C . , G K CD
Concentra on Gateway to PDH/SDH:
IP A Combo plus GE switch
Concentra on E /T , STM , STM , PseudoWires CESoPSN, SAT, MEF- ,
CEP for SDH/SONET link encapsula on
PTN with MPLS‐TP/CE Node Mul service DACS and
ADM/TM SDH/SONET mul plexer, Gigabit Switch with GE/ GE
O R with PTN, support GE/ GE PTN MPLS-TP or Carrier Ethernet and STM-/ / or OC / / transport, of E /T ,
E /T , Ethernet and DS Voice and Data mul service access cross-connect
SyncE, PTP v
PTN MPLS‐TP/CE GE/ GE Switches
with E /T , STM‐ /OC access :
G A up x GE plus GE/GX SFP and E /T , STM- /OC- access,
SyncE, PTP v
IP up GX SFP + FE/ GE or E , SyncE, PTP v
Multiservice TDM PseudoWires over Ethernet or PTN with MPLS-TP
The transport infrastructures are changing step by step to large Ethernet pipes over shared fibers, but Power Companies need to carry their principal and sensi ve voice/data/Ethernet infor‐ma on for SCADA, RTUs, Teleprotec on ... Loop Telecom proposes the TDM‐SDH/SONET line extension with TDM PseudoWire Emula on End to End (PWE ) over IP or Ether‐net networks to connect new distant TDM and IP sites or to in‐terconnect TDM networks over Ethernet backhaul.
The IP A Access Mul service gateway will connect small power produc on sites, as wind turbines, with voice/data standards interfaces: E&M, FXS… RS , Codirec onal, C . ... and IP applica ons over fiber or wireless Ethernet to central site with DACS concentrator as AM equipped with TDMoEA cards. Then standard central strategy of com-munica on is applied to remote site over economic Ethernet backhaul. Step by step the mul service conven onal informa on can be migrated to Packet Switched Network with these PW solu ons. Loop Telecom proposes small PW access gateways IP A, IP A but also cards for DACS and SDH/SONET-IMAP AM , O R, O R and a concentra on gateway IP A to groom traffic from STM-x/OC-x interfaces from small remote sites with few DS /TS. For large IP/Ethernet traffics deployment together with sensi ve Teleprotec on, SCADA, RTUs informa on and Trunked radio, Loop Telecom proposes PTN Networks with MPLS‐TP or Carrier Ethernet GE or GE. They transport the TDM in PseudoWire to‐gether or in replacement of SDH/SONET transport.
O R SDH/SONET or O R Mul service SDH/SONET equipped with PTN G switch card running MPLS-TP or Carrier Ethernet proto-cols transport in packet E , T , DS /TS and STM-x/OC-x, IP circuits. They interconnect TDM/PDH, SDH/SONET and Packet Transport Networks. With MPLS-TP Layer network, we deploy mul ple sta c LSPs to carry sensi ve Voice/Data/Ethernet informa on for SCADA, RTUs, Telepro-tec on with mul ple LSP protec on, full OAM control and frequency/ming synchroniza on. Theses MPLS-TP GE/ GE pipes transport to-
gether large IP/Ethernet data all with the same security as SDH, eventu-ally inside an IP-MPLS backbone.
O R PTN/SDH/SONET and O R PTN/SDH/SONET‐Mul service are permanent node of mul ple network types. They op mize the transport and share the protec on circuits for example from VC SDH to LSP MPLS-TP. Mul service access and transport are managed by the same iNMS system. These modular systems are design to deploy step by step the migra on from conven onal transport, mul service to new genera on solu ons.
G A PTN MPLS‐TP/CE switch are use to create mul ple PTN ring GE/ GE with G. protec on. It is an access node for E /T and STM-/OC- as PseudoWire gateway over PTN network.
IP PTN CE switch is an access node but also use in PTN with CE ring. It is a PseudoWire gateway for E and Ethernet. Thanks to GE/ GE SyncE WAN and PTP v support, the G A and IP and connected by E /T to AM mul service DACS are solu ons to deploy sensi ve Voice/Data/Ethernet informa on for RTUs, SCADA, Teleprotec on and trunked Radio together with high variable Ethernet traffic for video, LAN between sites, and Internet services for power companies.
www.LoopTelecom.com
Page 7
The PseudoWire gateway transports the central strategy to Edge over IP/Ethernet backhaul
www.LoopTelecom.com
Transport of analog, low rate synchronized and large packet traffic
O9500 PTN/SDH/SONET/Multiservice supports all communications for Power Companies
PTN MPLS-TP transports/synchronizes Multiservice TDM and large IP/Ethernet Services
The Power Companies are using a growing number Ethernet or IP applica ons for the SCADA and the Teleprotec on based on IEC‐
GOOSE protocol or the transport of Mirrored Bits or MOD‐BUS over RS and transported in Ethernet. Loop Telecom proposes hardened switches conform to electrical substa ons environment standard IEC‐ ‐ /IEEE‐ . We supply also GE/GE switches for Ethernet WAN infrastruc‐ture that can be relayed with Ethernet over SDH/SONET or MPLS‐TP infrastructures. These Layer and switch/router are installed to deploy large bandwidth IP/Ethernet applica ons as CATV and various LAN applica on for the power companies with highly se‐cure control by QoS. Teleprotec on with Peer to Peer transmission: The IP provides Peer to Peer communica on with RS over Ether-net encapsula on between two teleprotec on devices using SEL Mir-rored Bits® protocol or other proprietary communica ons. The IP , IP A and IP switches are transpor ng transparently IEC GOOSE protocols with . p QoS between teleprotec on de-vices. Ring Protec on: The Layer and are suppor ng the standard STP, RSTP and MSTP Span-ning Tree protocol but also the Ethernet Ring Protec on Switching IUT G. for more nodes and a short recovery me be er than ms. Dual central node protec on: Based on Layer VRRP protocol two concentra on switches are working in parallel but only one is visible at the same me based on a virtual ad-dress. This give the possibility to secure WAN Ethernet infrastructures by doubling simple CPU switches, doubling the WAN infrastructure and the independent bridging instances. High Bandwidth traffic The IP A or IP support over or Gbps of switching capaci-ty with maximum throughput of or Mpps. They owns or Gi-gabit Ethernet uplinks and fixed or x GE tributaries ports. Such configura ons sa sfy generally traffic demand from Power Companies. DIN rail devices concept IP and IP can be fix to DIN-Rail. Different models are powered by dual inputs or dual power supplies - v or - V and build with compo-nent for FAN-less in hardened environment up to °C.
” concentrator switch concept The IP A and IP , ” U switch are supply with dual AC or DC
v redundant power supplies and they are working over °C. POE/POE+ version As op on, IP supports POE ports, IP supports up to POE/POE+ ports and IP can be used with x POE/POE+ ports. The POE ports and power limits are remotely manageable. Automa c discovery of ring with NTU and / RTU The IP , IP support an automa c discovery of units, or for IP . A er DIP-switches selec on of the master unit and others as slave, the master will discover and provides the se ling of slaves to avoid the preset of devices and save deployment me. Management All Loop Telecom switches, except IP , are Web manageable and they are visible and managed by the iNET EMS described in page .
Page 8
Hardened Ethernet Layer Switch IEC‐ ‐ for electrical substation
DIN‐rail, FAN‐less, ‐ to °C
IP x FX SFP, x / BaseT POE, RS / , I/ O dry contacts
IP x GX SFP WAN, GX SFP, FE/GE, FE/GE POE/POE+ or RS / , I/ O dry contacts,
All GE/GX interfaces SyncE, Protec on: RSTP, MSTP G. on WAN ports Supports Mirroring Bits on RS /RS GOOSE IEC transparent with QoS
Industrial GE / GE Ethernet Layer / Switch/Router
VRRP, OSPF, BGP, PIM. ‐ to °C
IP A x GE SFP+, x FE/GE, RSTP, MSTP, G. / with ERPS instances, OAM
IP A‐FL* Industrial versions, Fanless, working from – to + °C, IEEE‐ ,IEC‐ ‐ , EN‐ ‐ x GE SFP+, x FE/GE, x GE SFP+, x FX/GX SFP,
G ‐FL** PTN MPLS-TP/CE . versions, Fanless, – to + °C, SyncE, PTP- , IEEE‐ , IEC‐ ‐ , EN‐ ‐
IP x GE SFP or x GE SFP+, Modular with slots for FE/GE, FE/GE POE+, GX SFP or GE or GX with MacSec encryp on. PTP v , RSTP, MSTP, G. with in-stances, OAM GOOSE IEC transparent with QoS
IP Web manageable FE with MacSec encryp on
www.LoopTelecom.com
Ethernet services and switching in Power Substation
Page 9
Loop Telecom IP6820 Gigabit Ethernet industrial grade switch supports transparent and low latency over fiber the transport of communica on between the Teleprotec on devices. Thanks to the RS232/RS485 interfaces the IP6820 intercon-nects with Mirror Bits protocol these teleprotec on devices synchronized by local GPS. The IP6820, connected with GE SyncE fiber WAN is suppor ng transparently the GOOSE com-munica on with IEC61850 pro-tocol for new genera on tele-protec on devices.
Teleprotection over Ethernet Transport
www.LoopTelecom.com
Hardened secured Ethernet/10 Gigabit Ethernet Infrastructure
Ethernet Backbone and Access for SCADA , Security and Voice
Op miza on of fiber
CWDM/DWDM Mul plexing
CWDM and DWDM solu on
Modular solu on* with colored SFP, direct access or with transponder to support up to wavelength on the same pair of fiber.
WDM CWDM filter to mux and demux or CWDM lambda plus a standard nm links SDH/SONET and Ethernet up to GE per channel over a pair of fiber.
Ethernet, E /T backhaul over fiber and DSL
Standalone or rack, version ‐ to °C
O fiber op c + modem for E or T and Ethernet, point to point or remote of AM or O TDM mul plexers
O S/R modular + fiber op c mul plex-er over dual . G fibers. Up to E /T or combo GX SFP. Stand alone and rack version.
G.SHDSL/Bis modem and mul plexer
H 1 or 2 pairs, up to 5.7Mbps 1 or 2 interfaces E1/T1, DTE, Bridge, Router H S 1 or 2 pairs, up to 5.7Mbps 1 to 3 interfaces E1/T1, DTE, Bridge, Router
H S 2, 4 or 8 bounded pairs, up to 45Mbps Ethernet, op on plus V35, RS232
Chassis for Fiber Op c and G.SHDSL/Bis modems mul plexer
C 5U Chassis with SNMP management for 15 H3300R, H3304RA, H3308R or O9340R
Page 10 www.LoopTelecom.com
xWDM transport and Ethernet/E1 backhaul over fiber/G.SHDSL
To op mize the fiber installa on par cularly in MAN infrastruc‐tures of Power Companies, Loop Telecom proposes solu ons to share the fibers with independent CWDM or DWDM wavelengths for op cal STM / / or OC / / together with op cal Ethernet, Gigabit or Gigabit Ethernet. Such solu on give the possibility to transport on the same fiber, in parallel and independently SDH/SONET, MPLS‐TP and GE/ GE links without interferences and security effect.
For simple point‐to‐point fiber op miza on we supply CWDM filters at both-end fiber and colored SFP/SFP+ for the ac ve equipment. The WDM will share an exis ng or new fiber connec on with nm op cal wavelength and or new CWDM links, each link can support up to Gigabits. With the right SFP/SFP+ and right fiber this can reach more than km.
For longer distances and mul ple fibers op miza on we supply chassis with CWDM or DWDM filters but also transponder and amplifier for mul-ple direc ons. This managed solu on can be under iNMS control.
Loop Telecom manufacture Fiber and G.SHDLS modem or mul ‐plexer to install the backhaul of Ethernet and E /T for Telco
G/ G/LTE but also in many industrial campuses par cularly to use the exis ng wires. These equipment are used as point‐to‐point links or as CPE to extend the interfaces from the Loop TDM or SDH/SONET or from chassis with mul ple link concentra on. The fiber link/backhaul O xx equipment are using mul mode or single mode standard unidirec onal fiber, or single bidirec onal fiber WDM or CWDM/DWDM colored transmission. They are available with dual + op cal to insure the fiber protec on. The copper G.SHDSL or G.SHDSL‐Bis H xx equipment are using or and to pairs of copper from . to . mm of diameter to transport the data up to . Mbps per pair. They carry to interfaces in parallel. The H S/R is bundling up to pairs of copper to increase the band-width over Mbps or it maintain enough traffic at the limit distance of G.SHDSL link. The adjustment of DSL rate to the quality and length of line is automa c. Loop Telecom is a DSL manufacturer for a long me and we have supply large quan es for Telco and industries like Power Companies. Central Chassis: The AM , O and O R can be equipped with cards having similar fiber or G.SHDSL interfaces and these modem provide the exten-sion of TDM mul service or Ethernet interfaces to the edge. The C is a SNMP managed chassis which concentrates several fiber or G.SHDSL links, it support up to cards with mul ple interfaces each are independent or Ethernet switched interfaces. All these remote standalones or central cards are visible and manageable by iNET and iNMS management systems.
Management, Monitoring of Multiservice and transport
Page 11
Ethernet devices are managed by Web browser or CLI command and the TDM, SDH/SONET, TDMoE equipment are managed through local or remote interface by Text menu or by op onal Windows graphical iNET-LCT cra .
This Web based applica on is following design of thin client compu ng with MS Win-dows server and MySQL RDBMS database. Hot standby server redundancy op on provides automa c failover high availability. The system access security is customized per user, per opera on, NEs and subnet. This SNMP based management system with NTP supports up to 100,000 Network Elements (NEs) and 3rd-party NEs. Robust and reliable design on distributed system architecture provides flexible and scalable solu on for network expansions for:
iNMS-NMS (Integrated/Intelligent Network Management System) is a set of so ware suppor ng Loop equipment compliant to TMN. This system man‐ages devices in Mul service Access Networks (TDM/PDH) and Transport Net‐works: SDH/SONET, Ethernet with PseudoWire‐3E and PTN over MPLS‐TP. This is a GUI, End‐to‐End automa c commissioning with several services for small to very large infrastructure and NBI interface to access to a head NMS.
The iNMS so ware runs Linux with Oracle Database Server and up to 50 simultane-ous MS Windows GUI clients. iNMS supports several thousand of SNMP Loop nodes and 3rd-Party NE . All servers, database, pollers can build with redundant with High Disaster Recovery op on.
INMS provides to administrator: GUI of devices and Network view End-to-end (A to Z) circuit or LSP and
protec on services management with automa c node commissioning
PseudoWire Circuit Management: PWoIP, PWoEth and PWoMPLS
Hybrid Mul -Segments circuits A to Z with TDM + PWE3 + TDM
Full SNMP supports func ons: com-mands, alarms, sta s cs gathering
Viewing and prin ng of node sta s cs, alarms configurable report,
Topology management with GIS geo-graphic maps, zoom, drag-and-drop
Views of op cal cable, cross-con-nect, panel view and resource trees
Clock Distribu on Map System Redundancy and Protec on Performance monitoring in real- me
and history for PM, NE and circuits Alarm management with filtering,
no fica on via e-mail and SMS Root Cause Analysis diagnoses faults on
NEs and managed circuits by status and severity levels
System Access Security
iNET based on scalable and modularized architecture, is a so ware for Ele‐ment Management Layer (EML) and Network Management Layer (NML) based on Telecommunica ons Management Network (TMN) model. It pro‐vides a GUI (graphical user interface) for the management of a communica‐
ons network containing Loop Telecom products and 3rd‐par es NE .
www.LoopTelecom.com
Topology Management NE GIS View NE Auto-Discovery Management Configura on Management Alarm Management User & Security Management As op ons: System Redundancy and Protec on
Graphical Cross-connec on Tool File Transfer Currently Ac ve Alarm Summary (CAAS) North Bound Interface (NBI) Trend Grapher Threshold TDM Circuit Management TDM Diagnos cs Management
TDM PseudoWire Emulation End to End over Packet Service Networks
www.LoopTelecom.com Page 12
LOOP TELECOMMUNICATION INTERNATIONAL, INC. an ISO 9001 and ISO 14001 Company
Worldwide Europe Americas Australia & New Zealand 8F, No. 8, Hsin Ann Road Rue du Culot, 13 8 Carrick Road 3,Imperial Ave,
Hsinchu Science Park BE-1402 Nivelles Palm Beach Gardens Mount Waverley, Victoria 3149
Hsinchu, Taiwan 30078 Belgium Florida 33418, U.S.A. Autralia
+886-3-578-7696 +32-496-54-27-44 +1-561-627-7947 +61-413-382-931
[email protected] [email protected] [email protected] [email protected] V 1.1 July 10 © 2018 Loop Telecommunication International, Inc. All Rights Reserved Pictures licensed to EPA-Technologies - Subject to change without notice
Loop Telecom supply Transmission for Power Companies
SDH/SONET and PTN with MPLS-TP transport - ADM/TM only or IMAP
Industrial Switch
Multiservice TDM/PDH DACS
Models AM3430 NEW AM3440‐A/B/C AM3440‐D O9550‐A/C O9550‐D V4150
Mul plexer Mul service: Voice ‐ Data ‐ Teleprotec on ‐ Ethernet for SCADA DS0/n.64Kbps ‐
TDM/PDH ‐ DS0 Cross‐connect DCS ‐ Non blocking
SDH/SONET uplink ‐ SDH/SONET ADM/TM SDH/SONET
TDMoE PWE3 ‐ PseudoWire Emula on End to End over IP/Ethernet with TDMoEA card ‐
Modular chassis 1U A=5U/ B=2.5U/ C=3U 2U A=5U / C=3U 2U 6U
Aggregate interface 4 E1/FE1, copper or fiber Any E1 or T1 copper or fiber can set as WAN 4 STM1/4, any E1 or T1 Any E1, T1, STM/OC
TDM/PDH backplane
n x 64Kbps
WAN: 4 E1/TE,
Trib: 4 x 2 Mbps
A= 64E1/T1,
B=28E1/T1,
C=36E1/T1
36E1/T1 A= 64E1/T1,
C=36E1/T1 36E1/T1
504E1/672T1 DS0,
8 STM1/OC3
PDH protec on 1+1, SNCP 64K 1+1, SNCP-64K,ULSR 1+1, ULSR 1+1, SNCP-64K,ULSR 1+1, ULSR E1/T1 1+1
SDH protec on - - - SNCP & MSP 1+1 SNCP & MSP 1+1
Tributaries cards: slots 4 mini slots 4 mini + A= 12/B=3/C=5 9 mini slots 4 mini + A= 12/ C= 5 9 mini slots 8 slots
FE1/FT1 4 E1/FE1/E1-CAS/T1/F0 1 or 4 E1/FE1/CAS or T1/FT1, 4E1 or T1 fiber 63 E1, 63 T1, 3 E3/T3
Voice E&M 2w/4w, FXO, FXS, E1-CAS, Magneto*, Conferences* , VoIP*, Echo Cancel (* not for AM3430, AM3440D, O9550D) -
Serial sync V35, X21* - n 64k to 2Mbps X21, V35, V36, IEA530, RS232, RS422 n 64Kbps to 2Mbps and subrate 64k with V110 -
RS232/RS485 Async oversampling RS232/RS485/RS422 sync, async, 64K sub-rate with X50, V110 or Oversampling, mux in 1TS -
Teleprotec on Fiber C37.94 Fiber C37.94, TTA* card : Teleprotec on tripping lines direct/blocking/permissive -
Others G703 64K co-direc onal G703 64K co-direc onal or contra-direc onal, OCU-DP* ,
Dry contact Input / Output and Input to TRAP SNMP*, G.SHDSL 2W or G.SHDSL 2/4w* -
ETHERNET EoPDH Bridge E-Line Bridge E-Line, E-LAN - Router -
Ports/WANs per card 2 FE,2 WAN, 2Mbps 2 or 8 FE, 64 WAN, 64Kbps to 2M or 8Mbps MLPPP * per card (-D support 4Mbps maxi) -
TDMoE PWE3 - TDMoEA card: 2GE WAN and 2GE LAN, 64 PWE3, emula on CESoPSN, SAT, MEF-8 -
Environment Industrial FANLESS, IEEE1613/ IEC61850-3/ EN50121-4 FAN
Models O9150 O9170 O9400R O9400R‐PTN O9500R O9500R‐PTN IP6750 G7860A
System
SDH SDH SDH/SONET SDH/SONET SDH/SONET SDH/SONET ‐ SDH/SONET
‐ TDM/PDH DS0/n 64k ‐ ‐ TDM/PDH
DS0/n 64k TDM/PDH DS0/n 64k ‐ ‐
‐ ‐ ‐ PTN MPLS/CE ‐ PTN MPLS/CE PTN CE PTN MPLS/CE Fixed 1U Fixed 1U Modular 6U Modular 6U Modular 6U Modular 6U Modular 1U Modular 1U
Aggregate interfaces 2 STM1 2 STM1 4 STM1/4/16 - 4 OC3/12/48 - 6 x 10GE MPLS/CE for PTN version ( 2 GE) (6 x 10GE PTN)
SDH protec on MSP, SNCP MSP, SNCP MSP, SNCP, MESH SNCP, MS-SPRING*, HOST PROTECTION* - MSP
SDH cross‐connect Add & Drop VC12/VC3 VC11/VC12/ VC3/V4/VC4-c - Access only
PTN CE/MPLS‐TP ‐ ‐ ‐ 6 x 10GE, 16 GE ‐ 6 x 10GE, 16 GE 2 GE SFP,8 GE,Cb 6 x 10GE, 20 GE
EoSDH 4 FE 4 FE 4 GE + 4 GX SFP per card - No
Maximum E1/T1 16 E1 8 E1 504 E1/T1,E3/T3 378 E1/T1,E3/T3 252 E1/T1, E3/T3 126 E1/T1, E3/T3 16 E1/T1 32 E1/T1
PDH services DACS E1, FE1, G703 CD E1/FE1, T1/ FT1, G703 CD
Voice, Serial, u li es interfaces
- FXS, FXO, E&M, RS232,RS485
- - FXS,FXO,E&M, Conference, Magneto VoIP, RS232,RS485,RS422, X21, V35
C.3794, Teleprotec on - -
PWE3 over IP/Eth. For E1/T1/E3/T3, VCxx For E1, T1 For E1/T1, Eth E1, T1, Eth, VCxx
PWE3 over MPLS‐TP/CE E1/T1,Eth,VCxx E1/T1,Eth,VCxx For E1/T1, Eth E1, T1, Eth, VCxx
Environment FANLESS FANLESS Version FANLESS : IEC61850, EN50121-4* FANLESS New version Version FANLESS : IEC61850, EN50121-4*
Models IP6810 IP6820 IP6830 IP6320A/FL IP6828 IP6340
Switch Layer 2 Industrial DIN‐Rail Layer 2/3 Industrial 19" Layer 2 19"
WAN Uplink ports 2 x FE or 2 FX SFP 2 x GX SFP
12 FX/GX SFP 8 FE/GE
8 x 10GE SFP+ 4 x GX or 4 x 10GE SFP+ 4 x GX SFP
LAN base 3 FE
or 3 FE POE
2 GX SFP, 4 FE/GE op on
4 FE/GE or 4 FE/GE POE+ 48 GE
3 slots for: 8 FE/GE, 8 FE/GE POE+ or
8 GX SFP 24 GE
RS232/RS485 0 or 2 0, 4 or 8 ‐ ‐ ‐ ‐
Dry Contact 2 Inp , 2 Out 2 Inp , 2 Out ‐ ‐ ‐ ‐
Protec on RSTP, MSTP RSTP, MSTP, G.8032 RSTP, MSTP, G.8031/32 RSTP, MSTP, G.8032 RSTP, MSTP
L2 protocoles Flow control, VLAN port, 802.1q and Q-in-Q, QoS 802.1p w 8 queues, Link aggrega on, 802.1x Radius, IGMP Snooping v1-v2, OAM. **please check each datasheet
L3 protocoles - - - Sta c, OSPF, BGP, VRRP , PIM -
Working temperature -20 to 70C° -20 to 70C° -20 to 70C° FL version -20 to 70C° -40 to 75C° 0 to 50C°
Environment IEC61850-3/IEEE1613 IEEE1613/EN61850-3
EN50121-4 Industrial grade
FL: IEEE1613/EN61850-3* EN50121-4*
IEEE1613/EN61850-3 EN50121-4/EN50155
Commercial grade
