IP/MPLS Access and Pre-Aggregation Solution

IP/MPLS Access and Pre-Aggregation Solution
RAISECOM
About Raisecom
Raisecom, established in 1999, is now a leading vendor providing comprehensive access solutions and networkm
devices. Headquartered in Beijing (China), Raisecom has consistently achieved strong growth with partners and
customers over 80 countries worldwide.
Aiming at offering the best connectivity for service providers, power & utilities, transportation, government and
enterprises, Raisecom has been expanding its offerings in the last 17 years. Raisecom has over 2,000 employees with
one RnD center in Beijing, two main manufacturing sites in Beijing and Shenzhen, eleven international branches and
representative offices, and Raisecom Inc. located in Florida, USA.
Starting from innovative Ethernet media converters, Raisecom has developed a number of product lines including
Carrier Ethernet, IP MPLS, Optical Transport Network, Packet Transport Network, xPON, SME Routers, Industrial
Networking Solutions, PCM for SCADA, Ethernet Over Everything, Multi-Service Last Mile Access and NMS. In addition,
we specialize in tailored solutions for access scenarios focusing on service providers, mobile backhaul and front haul,
broadband access, mission critical networks, enterprise and government communications services.
Additionally Raisecom is offering SDN and NFV Networking and Communications solutions, following the global trend
of virtualizing communications functionalities.
Raisecom is ISO9001:2008 certified for RnD, manufacturing, technical support and marketing. Our products are
compliant with CE, RoHS, IEEE, IEC, UL and CSA standards and regulatory. Raisecom is a member of Syncworld
ecosystem. We also participate and sponsor top-level industry exhibitions, conferences and forums. The company
has been recognized as part of the “Top 10 Competitiveness Enterprises in the Optical Transmission and Network
Access Equipment Field of China”.
We are also among the market-leading Carrier Ethernet manufactures, and received prestige awards from global
organizations, among them Metro Ethernet Forum.
1
CONTENTS
Solutions
Service Providers
Mobile
Broadband Access
Mission Critical Networks
Enterprise and Government
4
9
13
17
22
01
Carrier Ethernet
Ethernet Demarcation Device
SDN-Enabled Ethernet Demarcation Device
Carrier Ethernet Switch
L2 Manageable Full Gigabit Access Switch
L2 Carrier-Grade FE Access Switch
Carrier-Grade L2 Access PoE Switch
L2&L3 Aggregation Switch
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28
28
29
30
31
32
02
IP MPLS
IP-MPLS PE and Pre-Aggregation Product
IP-MPLS CPE Product
33
34
03
Optical Transport Network
Multi-Service OTN Platform
35
04
Packet Transport Network
Dual-Core Architecture PTN Aggregation Platform
Compact PTN Aggregation Platform
TDM over Eterhnet/IP/MPLS
37
38
39
05
xPON
XPON OLT
EPON OLT
Standalone EPON OLT
EPON ONU
EPON MDU
Standalone GPON OLT
GPON ONT
PON Extender
CATV EDFA
Splitter
2
41
42
43
44
44
45
46
47
47
48
Catalog
2017
06
SME Router
High Security Data Access for SME
Data and VoIP for SOHO/Home
Integrated Access Devices
48
49
49
07
Industrial Switch
L2 DIN-Rail Manageable Industrial Switch
L2/L3 19" Full Gigabit Manageable Industrial Switch
L2 Manageable EN50155 Industrial Switch
DIN Rail 3G/4G Router
50
51
52
52
08
PCM for SCADA
Multi-Service Chassis
Multi-Service Terminal Mux
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54
09
Ethernet over Everything
Ethernet over Fiber
Ethernet over PDH
Ethernet over Copper (SHDSL.bis)
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56
56
10
Multi-Service Last Mile Access
SDH ADM
Fiber Optical Transmission Device
Fiber Optical Modem
Multi-Service FiberMux
Multi-Service Modem Chassis
Single/Double-Slot Chassis
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57
58
58
59
59
11
Network Management System
Topology Management
Inventory Management
Configuration Management
Fault Management
Customer Management
Performance Management
Security Management
Web Management
Zero Touch Provisioning
SLA Portal
60
61
61
62
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63
63
63
64
3
Service Providers
R
aisecom telecommunications solutions present a comprehensive
range of access solutions and technologies, targeting telecom
service providers, large enterprises, financial institutions, government
bodies, educational organizations, health centers, and other public
establishments, where mission-critical tasks as well as conventional
data communication are delivered and processed quickly.
Raisecom solutions enable services with assured bandwidth,
guaranteed data security, minimized potential economic loss (due
to network failures), and with the ability to deliver end-to-end Carriergrade services with a reliable and pre-defined SLA. Since Raisecom
solutions are part of a higher grade networks, the solutions enable
highly resilient services with L2/L3 demarcation in a versatile access
infrastructure. Access rates range from 2Mbps to sub-100Mpbs, and
up to 1Gbps and 10Gbps, meeting requests for highly adaptable,
versatile, and incremental bandwidth.
Operators nowadays offer a variety of services, while attempting to
maximize their infrastructure. Therefore, Raisecom provides flexible
combinations of product solutions to assist combining state-of-theart networking technologies with mobile networking implementation,
end-to-end management and solution-enabling maintenance.
4
IP/MPLS Access and Pre-Aggregation Solution
• End-to-end service using MPLS technology
• Running L2/L3 VPN’s over MPLS from the CPEs, Reducing the OPEX by simplifying the network routing and
provisioning process
• Service Resiliency – End to End service protection, based on MPLS protection starting at the CPE level
• Transparent passing of end user traffic via MPLS VPN’s (with no MAC learning)
• Multi Technology (CE/MPLS-TP/IP-MPLS) CPEs and Pre-Agg Device (both IP-MPLS and MPLS-TP stack)
• SLA assurance based on L2/L3 VPN’s
• Built in Pseudowire (E1/STM-1/STM-4) and Clocking (Sync-E/1588v2) functionalities
• The solution enables service providers to improve their service responsiveness using state-of-the-art multi-purpose
ISCOM RAX711/iTN201-R CPEs and iTN8800 (high scale cost effective IP-MPLS pre aggregator)
(L3/IP-MPLS/MPLS-TP)
(L3/IP-MPLS/MPLS-TP)
(L3/IP-MPLS/MPLS-TP)
High Performance SLA-based Ethernet Business Services
• MFF CE2.0 based Ethernet and IP enterprise services over Access and Metro Rings (RFC-2544/Y.1564)
• Premium SLA services with L2/L3 performance monitoring and service activation tests
• Full protection to assure service reliability based on standard G.8031 and G.8032 linear and ring protection
• Building a complete access solution (10G/GE) for E-Line, E-LAN, E-Tree and E-Access allows service provider to
deploy and deliver new service in a short period of time
• Increase offering value & reduce CapEx by adding TDM emulation service
5
Performance Monitoring for Business VPNs
• Business-grade L2/L3 VPN services should be continuously monitored to assure SLA and performance
• VPNs performance can be validated by various means, e.g. In-service Y.1564 and TWAMP
• Raisecom's multi-technology demarcation CPEs enable performance monitoring and are also compatible with
performance assuring and monitoring vendors solution from other vendors
• The solutions collect vast amount of detailed data which can be used for SLA reporting
High Performance SLA-based Wholesale and Carrier of
Carrier Ethernet Services
• MEF based wholesales Ethernet service offered to other service provider (Carrier of Carrier service)
• End-to-end SLA assurance based on MEF CE 2.0
• Complaint with MEF-33, E-ACCESS services for Multi carrier networks communication
• Multi service (Ethernet and E1) over 1G and 10G network interfaces
6
TDM Extension over Packet Network
• Service providers are still maintaining TDM services and networks
• Maintain revenue flow from legacy services and add new IP/Ethernet services
• Reduce churn by preserving legacy services
• Broad portfolio of scalable pseudowire solutions: CPEs, medium and large aggregators
• Flexibility of TDM emulated services: nx64, E1 up to Channelized STM-4
• Pseudowire services can be delivered over point to point and point to multi-point topologies
• Ensure timing synchronization over packet transport
B2B Access with SME Routers
• Carrier-grade SME Router with integrated Ethernet, VoIP and Wifi, for SME/SOHO
• Enables “Triple play” services, hence achieve increased revenues and lowered churn
• Support standard TR-69 protocol for remote access and management
• Multiple types of access technologies (Ethernet, xPON, SHDSL and 3G/4G)
7
B2B SME Router with 4G (LTE) Backup
• Expending customer reach and increase customer base by using high-speed 4G LTE network
• SME Router with both wireline and 4G Uplink, with backup ensuring resiliency of customer connectivity data
• Ideal SME router for existing packet transport network
• Support of multiple VRF’s enable separation between the providers’ management and customers’ data traffic
Multi Service Solution for Efficient Fiber Aggregation
• Operators strive to efficiently use their metropolitan fiber networks
• Raisecom’s iTN8600 are deployed as access and aggregation nodes
• The iTN8600s build a full service access platform in the metro area
• One network service three networks: Leased line, fixed line backhaul and wireless backhaul
• The solution offer seamless connection with Core and Aggregation layers by PTN/OTN/SDH
• Unified management platform with Raisecom’s iTN remote devices
• Manage, enable and deploy service automatically from the iTN8600 NMS
8
Mobile
T
he constantly growing number of bandwidth-savvy smartphones and
mobile devices drives mobile operators to improve their networks. This
includes improved efficiency, increased bandwidth capacity and expanded
coverage. The choice of mobile backhaul and fronthaul technologies
is becoming a crucial factor for operators aiming to deliver guaranteed
mobile services and remain profitable in an era of declining ARPU.
Raisecom mobile backhaul solutions support voice-sensitive and dataintensive traffic at affordable costs. They enable reliable and smooth
migrations of multi-G (2G, 3G and 4G/LTE) mobile services over legacy,
and packet-based or Metro Ethernet networks. These carefully engineered
solutions include some of the following capabilities: auto-provisioning,
bandwidth optimization and performance monitoring, which assist in
reducing OpEX and increasing network availability. Raisecom’s mobile
backhauling solutions support various technologies like Carrier Ethernet and
IP/MPLS, hence enabling network-wide packetization of operators transport
networks.
Raisecom BBU fronthaul solution is used to deliver BBU functionality by Passive
Optical Network, xWDM technology or OTN. It helps carriers to dramatically
reduce cost and enlarge wireless coverage. Raisecom diversified solution
can meet different scenarios for different requirements.
9
LTE Mobile Backhaul over MPLS
• Mobile operators migrate their transport networks to IP/MPLS for improved resilience and Traffic Engineering
• Raisecom’s IP/MPLS-enabled CPEs offer E2E MPLS L3VPN for LTE Service ( S1/X2 data)
• NG Multi-G Cell site Router (with MPLS) and MPLS service Aggregator
• Comprehensive timing Synchronization : SYNC-E, 1588 Frequency and phase (BC/TC)
• Multi layer protection and OAM/SLA for the critical Voice data.
• Enhanced QoS ensures low jitter, low latency, stringent traffic engineering and real-time SLA.
LTE Small Cell Aggregation
• Providing Small cell aggregation based on Ethernet Ring or Daisy Chain
• Built-in 1588 Transparency for accurate 1588 deployment and SYNC-E
• Zero Touch Configuration
• Fitting into necessary harsh space constrains
• Dual Hot Swappable Power Supply units
• Support E1 interface for legacy 2G collocation
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Mobile BBU Fronthaul
• Raisecom’s BBU Fronthaul solution aid carrier to extend and enlarge radio coverage for mobile networks.
• The solution lowers operational cost for carriers including rental expense, power consumption, air conditioner and
site survey
• Aggregation up to 35 CPRIs (fully protect) per fronthaul system.
• Mobile operators can benefit from the solutions by being able to better maintain and manage complete
wireless network.
Clock Distribution for MBH with 1588-GM
Distribution of IEEE-1588 “islands” is the best approach allowing:
• GPS savings for every cell-site
• No need for supporting long BC/TC chains across the whole network
• iTN201–1G/10G Mobile Hub site aggregation device with built in GPS receiver and 1588 GM, supporting up to 64
1588 simultaneously sessions (can provide 1588 based Clock to up to 64 remote sites).
• Small Cell site Aggregation (up to 12 GE ports) & Distributed Grand Master device
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2G/3G/4G LTE Mobile Backhaul over PTN
• Mobile operators have multiple types of cellular networks
• Well-planned transport and backhauling of Multi-G traffic requires packetization
• Enables reliable and smooth migrations of multi-G (2G, 3G and LTE) mobile services over legacy, and packet-based
or Metro Ethernet networks
• Raisecom’s multi-technology CPEs empower rapid deployments of Multi-G cellular networks
• Support voice-sensitive and data-intensive traffic at affordable costs
12
Broadband Access
M
ore and more residential users are benefiting from Fiber To The
Home (FFTH) technologies. In addition to the ultra-fast internet
access, these users can also benefit from triple services (Internet +
Voice + Video) using the same infrastructure at reasonable costs.
Some broadband service providers are now adding a fourth service
(Mobile/FMC) and this increases the bandwidth usage and the need
for QoS.
Raisecom offers both active Carrier Ethernet (AON–Active Optical
Networks) and passive optical network (PON–Passive Optical
Networks) access and aggregation solutions for high-density urban
residential applications. Comprehensive streams of voice, data, video
and sometimes cellular can be delivered to rural and less populated
areas with low cost fiber, copper and wireless routers.
The versatile solutions enable fast deployments and pay-as-you-grow
approach.
13
10G/40G L2/L3 Metro Access Rings for Business Services
• Broadband providers like city carriers and national wide Tier3 providers offering 1G services are seeking for faster
backbone links
• Raisecom’s carrier-grade Ethernet switches enable fast deployment of All-Ethernet networks for multi-play services
• With such capabilities like powerful 1.2Tb switching, resilience (on 40G and 10G ports) features and hardware
redundancy, the switches enable highly-scalable networks.
• In addition for broadband Ethernet, the solutions can also be sued for EaaS and Metro-Ethernet services
14
Ethernet-based Residential FTTx
• Service providers are seeking cost-effective networking solutions for triple play services
• Active Ethernet is ideal for “Triple play” Services (Internet, Voice, Video)
• In FTTB networking, target market is residential buildings. Services offered include: High speed internet, IPTV service
and voice (VoB).
• In FTTH networking, target market is residential and business areas. Services offered include: High speed internet,
IPTV service and voice (VoB).
• Service providers only offer Ethernet connectivity (FE or GE ) as the basic service and can add additional services
via Routers and STBs.
• Rasiecom’s Ethernet switches offer perfect match for the FTTx application due to their video distribution and QoS
features
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Building a Broadband Access GPON Network for Tier
2/3 Service Providers and ISPs
• Raisecom’ s GPON OLTs proved to be the most cost-effective option for ISP’s and Tier 2/3 deployments
Optimized solution for a scale between 500 to 20,000 customers
• With a pay-as-you-grow approach, scalable OLT that will enable fast deployment and future growth (by
populating additional service slots)
• Raisecom’s ONT offerings allow service providers to offer different service bundles to different users
• Carrier Class Network management solution, reduce Capex with “Zero Touch” provisioning towards the ONT and
TR69 option enables auto configuration of ONT from ACS Server
GPON Network for Rural/Regional Broadband Access
• Optimized solution for serving 1000-3000 Customers
• A pay-as-you-grow scalable OLT that will enable fast deployment and future growth (by adding additional slots)
• Carrier Class Network management solution, reduce Capex with “Zero Touch” provisioning towards the ONT and
TR69 option enables auto configuration of ONT from ACS Server.
16
Mission Critical
Networks
I
ndustrial and utility applications present unique challenges
for network planners. First, they involve mission-critical
traffic, which may be closely related to public safety and
people’s every-day life, and requires high network reliability
and resiliency. Typically, it is needed to support various
types of traffic like: low-speed data communication,
digital and analog voice, TDM circuits and analog control,
mobile traffic, multimedia traffic, integrated surveillance
and broadband access and more. In addition, equipment
must survive a wide range of environmental conditions and
comply with the stringent industrial conditions.
Raisecom provides PCM connectivity solutions for SCADA
traffic as well as Ethernet-based industrial products. This
combination serves the broadband demands in the fields
of energy (power, gas, oil, mining, water), transportation,
public information and military.
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Smart Grid Communication for Power and Utilities
Companies
• Ethernet is becoming a valid Packet transport technology for the U&T vertical
• Data aggregation and distribution in the U&T environments dictate specific technical requirements
• Raisecom’s Industrial switches were design to meet IEC 61850-3 compliance,
• The switches offer addition capabilities and features :
• Distribute SCADA RTU ( Distribution automation devices), along with IP surveillance (Video Camera)
• Daisy chain and Ring protection topologies ( ITU G.8032)
• Synchronization: GPS input and all switches complies with 1588v2 (power profile)
• Flexible port type e.g. IRIG-B AC/DC (Take timing from PTP and convert it to IRIG-B)
Migration to Packet over MPLS Transport Core
• Packetization of transport networks is occurring in various market verticals
• In order to assure seamless migration, Utilities and Power companies have stringent requirements
• Raisecom’s MPLS-enabled CPE and Aggregation solutions can be used for these applications
• The solutions enable End to End substation connectivity with MPLS-TP or IP/MPLS
• In addition, the solutions present additional capabilities:
• Extend routing and MPLS capabilities to remote sites, hubs and network edges
• Traffic engineering (TE) achieved via advanced QoS in L2VPN and RVSP-TE in L3VPN
• Realize network resiliency via G.8031/8032 and LAG in L2VPN as well as G.8131, FRR, VRRP, CSPF, etc. in L3VPN.
• Pseudowire supporting STM-1 up to STM-16 for smooth network migration from SDH
• Fully End to End manageable services
18
Machine-to-Machine (M2M/IoT) Solution for Smart
Metering and Automation
• Cellular networks enable an ideal connectivity to remote locations
• U&T verticals have to connect large number of remote locations for telemetry and other applications
• Raisecom’s range of industrial routers can be widely used in M2M and IoT applications.
• Smart Grid Router, located at the secondary substation (LV transformers) for backhauling Distributed automation
devices (RTU, Power monitoring) and Meter concentrators over Cellular networks
• The routers, which can be used over multi-G cellular networks, offer a number of features like :
• Static and Dynamic Routing
• L2TP VPN with IP Sec or GRE tunnels
• Serial interfaces
Highway Security, Monitor & Automation
• Raisecom’s Industrial Switches combine carrier-grade networking capabilities with industry-specific specifications
• The industrial networking solutions enable the creation of L2 Access Rings and L3 core Rings for Highway security
and Monitoring information
• The various model can be used in numerous scenarios in highways and railways verticals
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Substation Multiservice with Readiness for MPLS-TP/IPMPLS Core Migration
• Power companies have very specific needs with regard to the multi-service handling and communications :
SCADA, Amalog Voice, TP, Ethernet etc..
• Raisecom’s PTN offerings enable maintaining the legacy equipment while offering a clear path towards an allpacket network.
• The wide range of low speed, PDH, SDH and Ethernet interfaces as well as the ability to use MPLS, makes Raisecom’s
offering ideal for the migration needs of power companies
“Hybrid” Multiservice a Connectivity and Migration
Platform for Mission Critical Networks
• Compact 1.5U (iTN221), Powerful cross- generation multiservice platform for Legacy TDM and new Ethernet/IP
Service
• TDM DSO cross connect, SDH Ring (STM-1/4), Gigabit Ethernet switching and built in CESoIP capabilities
• PTN based on MPLS-TP or CE (MEF 2.0)
• Guarantee Smooth Migration towards new PTN Network
20
Mobility Systems for Vehicles and Trains
• The 3G/4G LTE access router enable high speed vehicles to overcome mobility and vibration issues for
communication
• Din Rail mounting design with AC and DC power supply
• Electro magnetic compatibility and voltage jump proof
• Extended temperature range: -40 ˚C to 85 ˚C. comply with EN50121 (Standard for railway)
• Achieve carrier uplink as active, 4G uplink backup.
Substation Multiservice for Utility
• Provide reliable transmission of critical control signals and data traffic between central offices and substations.
• Delivery of SCADA, Teleprotection, voice, LAN, data and video streams using reliable and robust multi-service
solutions
• Maintaining the Legacy equipment and installed based.
• Dual Core architecture solution supporting both SDH (TDM) and PTN (CE and MPLS-TP), smooth migration towards
PTN networks
21
Enterprise and
Government
S
mall and medium size businesses create a vast
marketplace for telecommunication players, by
migrating their business solutions to the Internet and
cloud. The required information-base is a crucial factor for
SME owners to stay in the market, and requires secured,
powerful and cost-effective networking.
Raisecom provides extremely cost-effective VPN access
solutions for SME users that help to overcome such
challenges as the lack of IT capabilities, limited budget,
and the need for secured access. Raisecom solutions
offer features like device integration, service integration
and customer benefit maximization. These solutions assist
SMEs to fully utilize private and public cloud network by
combining routing, Ethernet switching, voice-support,
3G/4G backup, Wi-Fi, VPN and secure-access features in
their devices.
22
Safe City/Smart City Monitoring and Public wifi Access
• End to End backhauling solution for Video Surveillance (IP Camera) to ensure city security
• Industrial Ethernet switches with built in PoE (Power to the IP camera)
• Resiliency on the backbone site, GbE G.8032 Ring over Fiber
• Full suite of Layer 2 Ethernet features and function
• Suitable for outdoor installation, street cabinets with DIN Rail mounting
Data Center High-speed Connectivity for Servers and
Storage over 40Gbps Rings
• High Capacity Switching 1.28T
• Supporting up to 48x 10G interface and 4x40G (QSFP) on the network site in 1U form factor
• Multiple network redundancy mechanism: G.8032, Link Aggregation (802.1ad) ensuring <50msec switch over time
• Stacking option enhancing reliability by 1:N HW redundancy and enhancing the bandwidth with extended port
number
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Data Center Interconnect (DCI) Solutionwith WDM/OTN
• Support 1/2/4/8/10G Fiber channel and 1GE/10GE Ethernet interface
• Space Saving high-density platform, the iTN-8600-II is only 2U/35 10G ports and the iTN8600-V is only 5U/75 10G ports
• Low latency, supports real-time applications, Low transmission delay (<1us)
• Supports long distance up to 100 km
• Low power consumption port 3.8W with SFP
• Management platform is mature and easy to use
Smart City & IoT
• Ruggedize Router with Ethernet /Serial interfaces with Cellular uplink backhauling the IoT traffic
• VPN over Cellular, supporting commercial grade security (IPsec, L2TP, GRE)
• Industrial Grade quality, IP-40 with extended temperature -40c to 70c
• 2G/3G and 4G support with various bands
• Dual SIM card
24
L2&L3 Switches Solution for Government & Enterprise
Branch Office Connectivity
• L2 and/or L3 Switches are used for interoffice service connectivity and connection to the Enterprise WAN Network
• Raisecom’s Switches offerings advanced L2 features with QoS, followed with enhanced security features
• Support rich protection features on Port/Network level (i.e 1+1, LAG, Rings: STP/RSTP/MSTP, G.8032) ensuring
Network Resiliency and minimal down time
• Variety of speeds: FE/GE/10G/40G and PoE
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PRODUCT CATALOG
26
Chapter 1. Carrier Ethernet
Raisecom offers a complete line of Carrier Ethernet (CE) switches, aggregation and demarcation
devices. The MEF-certified Carrier Ethernet 2.0 product line can be used to deliver E-Line, E-LAN, E-Tree,
and E-Access services. These services can provide end-to-end SLA and QoS monitoring and full service
performance visibility as well as OAM, CFM, multi-CoS and other carrier-grade Ethernet protocols.
Typically used to provide SLAs and service assurance for business services, CE2.0 products are vital for
demarcation between service providers.
Ethernet Demarcation Device
ISCOM RAX701, ISCOM RAX711L , ISCOM RAX711(B)
These next generation Ethernet demarcation devices can be used
for E-Line, E-LAN, E-Tree, and E-Access services for large enterprises
and small/medium business services, as well as mobile backhaul.
They comply with ITU-T Y.1564 SAT for the service turn-up, and they
guarantee end-to-end SLA performance monitoring and service
visibility based on hardware that is capable of supporting OAM, CFM
and Y.1731 SLA. The service-based QoS helps to differentiate flows
and to commit forwarding priority within each EVC. In addition, the
EDDs support ITU-T G.8032/1, providing ring protection with a sub-50ms
recovery for MBH and business connections.
Due to today’s network challenges related to deploying, provisioning,
managing and trouble-shooting Ethernet devices, Raisecom
introduces the CEView auto-provisioning GUI tool, which provides
an integrated, effective and economic solution for Carriers to gain
additional benefits from Metro Ethernet. CEView can be supported by
ISCOM RAX711L and RAX701.
ISCOM RAX701
ISCOM RAX711L
ISCOM RAX711(B)
FEATURE
• ITU-T G.8031/8032 ELPS/ERPS with sub-50ms switch-over time
• ITU-T Y.1564 SAT and RFC2544
• Hardware-based IEEE802.3ah OAM, 802.1ag CFM, Y.1731/SLA,
• TWAMP light (Generator & Reflector)
• “Zerotouch”provisioning Synchronization: SYNC-E and 1588-TC
• NView, CEView, Web-portal based SLA report
• CE2.0 Certified E-Line, E-LAN, E-TREE and E-Access services
P/N
ISCOM RAX701
ISCOM RAX 711L
ISCOM RAX 711(B)
NNI Interface
UNI Interface
E1 PWE
Clocking
Dimension
Power
2 x FE/GE SFP
1 x FE/GE combo
N/A
1588-TC
180 (W) × 160 (D) × 43.6(H) mm3
100-240V AC,-36 to -72V DC WP
2 x GE SFP
4 x GE combo
4 x E1
SYNC-E, 1588-TC
220 (W) × 180 (D) × 43.6(H) mm3
100/240V AC, -36 to -72V DC
2 x GE SFP
4 x GE combo
N/A
N/A
220 (W) × 180 (D) × 43.6(H) mm3
100/240V AC, -36 to -72V DC
MTU
Full Load: ≤ 12W
12,288 Bytes
Full Load: ≤15W
12,288 Bytes
Full Load: ≤25W
12,288 Bytes
27
SDN-Enabled Ethernet Demarcation Device
ISCOM RAX711-G
Raisecom has designed SDN-enabled Ethernet Demarcation Device
(SPTN – Software-defined Packet Transport Network), a new PTN EDD
that SDN capabilities to the EDD and combines centralized intelligent
control of SDN with efficient multi-service transmission capabilities,
carrier-grade reliability and end-end QoS guarantee.
The SDN EDD can be used to provide Carrier Ethernet and MPLSTP services for mobile backhauling(MBH), large enterprises, and
small/medium business services. The Software Defined Networking
enables organizations to accelerate application deployment and
delivery of service, while reducing IT cost through policy-enabled
workflow automation. SDN accomplishes these business objectives
by converging the management of network and application services
into centralized extensible orchestration platform that can automate
provisioning and configuration of network infrastructure including
Raisecom’s new SDN enabled EDD. Raisecom’s RAX-711G supports
SDN Openflow and Netconf interface protocols.
ISCOM RAX711-G
It is also able to offer EDD features such as ITU-T Y.1564 SAT for the
service turn-up and end-to-end SLA performance monitoring and
service visibility based on hardware that is fully compliant with OAM,
CFM and Y.1731/SLA. The Service-based QoS helps to differentiate
flows and to commit forwarding priority within each EVC, and it
supports ITU-T G.8032/1, providing a ring/linear protection within a sub50ms for MBH and business connections. In addition, the RAX711-G
supports provisioning of MPLS-TP VPWS, OAM and MPLS-TP protection.
FEATURE
• ITU-T G.8031/8032 ELPS/ERPS with sub-50ms switch-over time
• ITU-T Y.1564 SAT
• Hardware-based IEEE802.3ah OAM, 802.1ag CFM, Y.1731/SLA,
• TWAMP light (Generator & Reflector)
• Synchronization: 1588v2 and SyncE
• Automatic service provisioning configuration and modification
• SDN southbound Openflow and Netconf
• CE2.0 Certified E-Line, E-LAN, E-TREE and E-Access services
P/N
ISCOM RAX 711-G
NNI Interface
UNI Interface
Dimension
SDN
Clock
Power
2 x GE SFP
4 x GE combo
220 (W) × 180 (D) × 43.6(H) mm3
Openflow and Netconf
SyncE/1588v2
100/240V AC, -36 to -72V DC
MTU
Full Load: ≤25W
12,288 Bytes
Carrier Ethernet Switch
ISCOM2900 Series
The Carrier Ethernet aggregation switches feature high capacity,
assured SLA, full redundancy protection, consistent performance
and integrated management. These switches complement the
Raisecom Carrier Ethernet Demarcation devices. The manageable L2
aggregation switch features a powerful hardware design supporting
up to 4 x 10G Ethernet uplinks and offering optional redundant hotswappable AC or DC power supplies. The ISCOM2900 series are often
used for scalable aggregation in metropolitan area networks, business
services, mobile backhaul and cloud access. Additionally, with up to
48 SFP or electrical interfaces, ISCOM2900 series enable flexible service
offerings and provides access rates up to 1000Mbit/s. This ensures high
transmission quality and efficiency. In addition, this series plays an
important role in accelerating large-scale deployment and provides
diversified access solutions due to its high bandwidth provision (10G)
and H-CAR (Hierarchical QoS) performance. The entire series complies
with MEF CE2.0 services such as E-Line, E-LAN, E-Tree and E-Access.
It also supports standards such as E-LMI, IEEE802.1ag/802.3ah, ITU-T
Y.1731/G.8031/G.8032 and LLDP. The L2 MPLS VPN is also available via
software upgrade.
28
ISCOM2924GF-4C
ISCOM2924G-4C
ISCOM2948GF-4C
ISCOM2948G-4C
FEATURE
• Dual software images
• ITU-T G.8031/8032 ELPS/ERPS with sub-50ms switchover time
• VLAN QinQ ACL per port/VLAN/EVC/CoS
• Hardware-based IEEE802.3ah, 802.1ag, ITU-T Y.1731 and L2/L3 SLA
• IGMP MVR, DHCP, IPv6 and TACACS+
• Hot-swappable redundant power supply and fan modules
• Automatic service provisioning configuration and correction
• CLI, Telnet and SNMP (NView Compatible)
• CE2.0 Certified E-Line, E-LAN, E-TREE and E-Access services
P/N
NNI Interface
ISCOM2924GF-4GE
4 x combo GE interfaces
24 x 10/100/1000M Base-T RJ45
UNI Interface
ports
ISCOM2924GF-4C / ISCOM2948GF-4C ISCOM2924G-4C / ISCOM2948G-4C
4 x 10GE SFP+ interfaces
24/48 x 100/1000M Base-X SFP interfaces
24/48 x 10/100/1000M Base-T RJ45
24 x 1000M Base-X SFP interfaces
Dimension
Power
MTU
ports
440(L) x 360(W) x 44(H) mm3
Hot-swappable redundant power supplies
12,288 Bytes
L2 Manageable Full Gigabit Access Switch
ISCOM2600 series
The ISCOM2600G is a Layer 2 Gigabit Ethernet switch that offers
carrier-grade performance. The ISCOM2600G series includes several
model options such as the ISCOM2608G-2GE (8GE + 2 Combo SFP/
electrical interfaces), ISCOM2624G-4GE (24GE + 4 GE Combo
SFP/electrical interfaces), ISCOM2648G-4C (48GE + 4 x 10G SFP+
interfaces), and ISCOM2648G-4GF (48GE + 4 x GE SFP interfaces). The
wide variety of interfaces makes the ISCOM2600G a good fit in many
applications in the service provider’s network. The ISCOM2600G, with
advanced switching structure, also supports static route and seamless
connection with Layer 3 routing devices. With flexible networking
modes, high reliability, easy maintenance, individualized QoS, various
security guarantees, and advanced system management, the
ISCOM2600G can fully meet the requirements of all network carriers.
The series is highly applicable for networking needs for enterprises,
campuses, residences, and CDN.
ISCOM2600 series
FEATURE
• High capacity, high density
• High reliability and protection
• STP, RSTP, MSTP, and multi-RSTP
• LACP and MLACP
• ITU-T G.8032 with fault switching time less than 50ms
• Dual-system and dual-configuration-file redundancy backup
• IEEE 802.1x ACL based on interface and MAC modes and support various AAA mode such as RADIUS, TACACS+
• Port secure MAC and limits on the MAC addresses to stop attacks from illegal users
• Various ACL policies to control packet forwarding flexibly
• DHCPv4/v6 Snooping and Option 82/18/37 to avoid DHCP attacks
• DAI and IP Source Guard based on the DHCP binding table to prevent ARP flooding attacks and IP attacks
• Broadcast storm and loop detection to ensure the stability of the network
• Lightning protection for the power supply and all the Ethernet electric interfaces and protect hardware investment
of the customer
• Fine tunable QoS with rich scheduling policy such as SP, WRR, or SP + WRR, DRR, or SP+DRR
• Dual-bucket three-color CAR based on the traffic and H-CAR
• Statistics based on traffic
• IPv6 Ready
29
• IPv6 ACL, DHCPv6 Snooping, RA Snooping and Option18/37 to ensure the network security
• MLD Snooping to ensure the IPv6 multicast monitoring
• Full suite OAM & SLA
• Point-to-point IEEE802.3ah link monitoring
• Advanced management system
• SNMP, RMON, Telnet, SSH and provide friendly WEB management interface to increase the
usability of the device
• Automatic configuration and loading. The administrator can put the configuration file set
in advance to the TFTP server for the automatic loading of the switch while it is booting, thus
simplifying the management and maintenance
Device
Port type
ISCOM2608G-2GE
ISCOM2624G-4GE
Uplink: 2 x GE Combo Uplink: 4 x GE Combo
capacity
Packets switch
rate
Dimensions
Weight
Power
consumption
Voltage range
Hardware
ISCOM2648G-4GF
Uplink: 4 x GE SFP
ISCOM2648G-4C
Uplink: 4 x 10G SFP+
Downlink: 8 x GE RJ45 Downlink: 24 x GE RJ45 Downlink: 24 x GE RJ45 Downlink: 48 x GE RJ45 Downlink: 48 x GE RJ45
Management
interface
Switching
ISCOM2624G-4C
Uplink: 4 x 10G SFP+
1 SNMP interface, 1 Console interface, 1 out-of-band interface
20Gbit/s
56Gbit/s
128Gbit/s
104Gbit/s
176Gbit/s
14.88Mpps
41.66Mpps
95.23Mpps
77.38Mpps
130.94Mpps
320(L) × 200(W) ×
43.6(H) mm3
2.2kg
440(L) × 220(W) × 43.6(H) mm3
440(L) × 300(W) × 43.6(H) mm3
< 2.6kg
< 4.3kg
< 25W
< 45W
< 20W
100–240 VAC, -32 to -72 VDC
•Single power, fan-free (except the device with 48 interfaces)
•Single power
•Working temperature: 0–50°C
•Working temperature: 0–50°C
•Relevant humidity: 10%–90% RH (non-condensing)
•Relevant humidity: 10%–90% RH (non-
•Lightning protection level (service interface/ power interface): 6 kV
condensing)
in common mode
•2 kV in common mode
L2 Carrier-Grade FE Access Switch
ISCOM2110EA-MA, ISCOM2128EA-MA
The ISCOM2100EA-MA L2 access switch provides solutions for both
triple-play FTTX and EPL/EVPL. It offers key access features such as
port-based/selective QinQ, VLAN mapping, advanced Access
Control List (ACL) and bandwidth management policies that facilitate
customizable Quality of Service (QoS). It also supports important
management and monitoring functions based on the following
Carrier Ethernet standards: IEEE802.3ah, IEEE802.1ag and ITU-T Y.1731,
which are implemented to guarantee SLA as fundamental modules
in both products. In addition, this series includes the ISCOM2100-PWR
Carrier Grade PoE switch. The ISCOM2100-PWR provide 8-24 PSE+ Fast
Ethernet downlink access interfaces (up to 30 Watts per port) with 2/4
x Gigabit combo uplinks. The ISCOM2100-PWR PoE switches offer a
power supply for power demand (PD) devices such as wireless Access
Point (AP)
ISCOM2110EA-MA
ISCOM2128EA-MA
FEATURE
• VLAN, QinQ, ACL per port/VLAN/CoS
• IEEE802.3ah, 802.1ag, ITU-T, Y.1731/SLA
• IGMP, MVR, Multicast-filtering, DHCP, IPv6 and TACACS+
• Power supply redundancy via RPS module (ISCOM2128G series ONLY)
• STP and Ethernet Ring (50ms switch-over)
• CLI, Telnet and SNMP (NView compatible)
• CE1.0-certified E-Line and E-LAN services, and CE2.0-compliant E-Line, E-LAN, E-TREE and E-Access services
30
P/N
WAN Interface
LAN Interface
Ring protection
Power
ISCOM2110EA-MA
2 x 100/1000M Base-X SFP interfaces
8 x 10/100/1000M Base-T RJ45 ports
STP; Raisecom Ethernet Ring
Single AC/DC
ISCOM2128EA-MA
4 x combo GE interfaces
24 x 10/100M Base-T RJ45 ports
G.8032 ERPS
Power supply redundancy
Carrier-Grade L2 Access PoE Switch
ISCOM2608G-2GE-PWR, ISCOM2624G-4GE-PWR
ISCOM2110EA-MA-PWR, ISCOM2128EA-MA-PWR
The ISCOM2100EA-MA L2 access switch provides solutions for both
triple-play FTTX and EPL/EVPL. The ISCOM2100EA series offers several
key access features such as port-based/selective QinQ, VLAN
mapping, advanced Access Control List (ACL) and bandwidth
management policies that facilitate customizable Quality of Service
(QoS). It also supports important management and monitoring
functions based on the following standards: IEEE802.3ah, IEEE802.1ag
and ITU-T Y.1731, which are implemented to guarantee SLA as
fundamental modules in both products. In addition, this series includes
a manageable Carrier Ethernet PoE switches models known as
ISCOM2100-PWR series. The ISCOM2100-PWR provide 8-24 PSE+ Fast
Ethernet downlink access interfaces (up to 30 Watts per port) with 2/4
x Gigabit combo uplinks. The ISCOM2100-PWR PoE switches offer a
power supply for power demand (PD) devices such as wireless Access
Point (AP).
Device
Port Type
Switching Capacity
Packet Switch Rate
PoE
MAX POWER
ISCOM2608G-2GE-PWR
ISCOM2624G-4GE-PWR
ISCOM2110EA-MA-PWR
ISCOM2128EA-MA-PWR
ISCOM2608G-2GE-PWR
Uplink: 2 x GE Combo
ISCOM2624G-4GE-PWR
Uplink: 4 x GE Combo
ISCOM2110EA-MA-PWR
Uplink: 2 x GE Combo
ISCOM2128EA-MA-PWR
Uplink: 4 x GE Combo
Downlink: 8 x GE RJ45
20Gbit/s
14.88Mpps
802.1af/at
150w
Downlink: 24 x GE RJ45
56Gbit/s
41.66Mpps
802.1af/at
440w
Downlink: 8 x GE RJ45
5.6Gbit/s
4.17Mpps
802.1af/at
150w
Downlink: 8 x GE RJ45
12.8Gbit/s
9.52Mpps
802.1af/at
440w
31
L2&L3 Aggregation Switch
ISCOM3000 Series
The carrier-grade ISCOM3000 L2/L3 aggregation switch has an
advanced switching structure that supports IPv4 and IPv6 static route
and dynamic route protocols. With flexible networking modes, high
reliability, easy maintenance, individualized QoS, various security
guarantees, and advanced system management, ISCOM3000
series can fully meet the requirements of any network carriers.
The ISCOM3000 series can be used as a large enterprise network
aggregator and campus network convergence device, small
and medium enterprise network core, data center Gigabit access
equipment, and more.
ISCOM3048XF-4Q
ISCOM3048G-4C
Models: ISCOM3024G-4C, ISCOM3048G-4C, ISCOM3024GF-4C,
ISCOM3048GF-4C, ISCOM3024GF-4GE, ISCOM3024G-4GE and
ISCOM3048XF-4Q
ISCOM3048GF-4C
FEATURE
ISCOM3024GF-4C
• High capacity, high density
• ISF Stacking
• MEF CE2.0 Complaint
• OAM
• Individualized QoS
• L2 multicast, IGMPv1/v2/v3
• Rich security guarantees
• IPv4/IPv6
• Route v4/ Route v6
• VRRP
• ECMP
• Policy Routing
• PIMv4/PIMv6
• IP/MPLS
• LDP
• VRF
• L2VPN/L3VPN
• BFD
• SNMP, RMON, Telnet, SSH to increase the usability of the device
Model
Port Number & Type
ISCOM3000GF-4C
ISCOM3000G-4C
24/48 x 100/1000 SFP+ 24/48 x 100/1000 RJ-45
4 x 10G SFP+
+ 4 x 10G SFP+
SNMP Port
Console Port
Size
Weight
Power Supply Mode
Dual Power
MAX Power
Voltage Scope
Working Temperature
Store Temperature
Working Humidity
Store Humidity
Jumbo Frame
Buffer
Switch Capacity
Packets Switch Rate
32
ISCOM3024G-4C
ISCOM3000GF-4GE
24 x 100/1000 SFP+
ISCOM3000G-4GE
24 x 100/1000 RJ-45
ISCOM3000XF-4Q
48 x 10G SFP+
4 x 1G Combo
1
1
+ 4 x 1G Combo
+ 4 x 40G QSFP
1U, 19"
1U, 19" 440*360*43.6 mm3
<6.0kg (24 port models) or <8.0kg (48 port
models)
440*420*43.6 mm3
<6.0kg
AC/D, DC/D, AC_DC (AC: 220V, DC: -48V)
Support
65w or 85w
55w or 80w
55W
50W
AC 100~240V, DC -36~-72V
0-50°C
-25-60°C
10%~90% RH
10%~90% RH, no condensation
12K Bytes
2MB
128Gbps or 176Gbps
56Gbps
95.23Mpps or 130.94Mpps
41.66Mpps
<9.0kg
240W
0-45°C
16MB
1280Gbps
960Mpps
Chapter 2. IP MPLS
IP/MPLS provider edge and customer edge products offer high performance MPLS switching &
routing and effortless scalability. Raisecom brings all the benefits from an MPLS core all the way to
the customer premises, delivering adjustable bandwidth and dedicated SLAs, without increased
complexity and expense. Raisecom’s ability to deliver cost-effective IP/MPLS all the way to the
customer premises allows service providers to optimize network loads, improve performance and
reduce on-going costs.
IP-MPLS PE and Pre-Aggregation Product
iTN8800
This medium size IP/MPLS PE router & MPLS Pre-Aggregation device
is used for a number of applications such as backhaul FTTH, leased
line services, mobile backhaul, and wholesale businesses utilizing
aggregation devices on a carrier network. Raisecom offers a cost
effective IP/MPLS PE router which fully supports all functionalities
and smoothly interoperates with an existing multi-vendors core or
aggregation network. The Raisecom PE IP/MPLS router also supports
of TDM PWE3 circuit emulation, in order to aggregate legacy TDM
services from the customer premises. A single device can provide
all the IP/MPLS features and services for a campus network, private
network or utility network.
iTN8800 System
FEATURE
• Reliable network assurance with redundant power supplies, NMS cards
• MEF CE 2.0, IP-MPLS and MPLS-TP
• OSPF, ISIS and BGP route protocol
• BFD for OSPF, OSPF for MPLS-TE and CSPF
• MPLS VPWS,VPLS, HVPLS, L3VPN, Multi-Segment PW
• LDP for LSP/PW, MPLS-TP, RSVP-TE
• Global/interface LLDP
• Global/interface RSVP-TE
• Dynamic ARP learn function
• MPLS L3VPN
• L2 and L3 SLA
• IP and MPLS OAM, MPLS-TP OAM
• Synchronization: SYNC-E, 1588v2
• Pseudowire: E1, STM-1 and STM-4
System and Sub-cards
• iTN8800-II-DC, iTN8800-II chassis (includes fan & power module)
• iTN8800-II-NXU, iTN8800-II management & control module
• iTN8800-RG8, iTN8800 8 x GE module (SFP)
• iTN8800-RF8, iTN8800 8 x FE module (SFP)
• iTN8800-RG8T, iTN8800 8 x GE UTP module 10/100/1000
• iTN8800-RXG8, iTN8800 8 x GE UTP and 1 x 10G SFP+ (Slot 7, 8 only)
• iTN8800-RX2, iTN8800 2 x 10GE module
• iTN8800-RE16, iTN8800 16 x E1(CES-E1) module
• iTN8800-RS4, iTN8800 4 x STM-1 or 1 x STM-4 CES sub card, up to 252 PW tunnels
• iTN8800-TAU, iTN8800 1588v2 clock card
33
IP-MPLS CPE Product
ISCOM RAX711-R, iTN201-R
The IP/MPLS CPEs extend the functionality of IP/MPLS to the customer
premise in order to increase network efficiency and performance.
Raisecom’s best in breed of IP/MPLS CE enable the creation of an
end-to-end MPLS tunnel guaranteeing the best VPN performance
conveying all the MPLS VPN benefits to the customers. The
RAX711-R, which is the most compact and cost-effective MPLS CE,
provides customers an affordable MPLS networks access product.
Customers can replace legacy TDM based leased line services,
maintaining quality but lowering costs. The IP/MPLS CE products
provide performance monitoring at a lower cost than a Layer2
Ethernet device. In addition, it improves the service consistency
on the customer’s premises with the MPLS tunnel, instead of a low
performance router. The IP/MPLS CE products are fully compatible
with both the RAISECOM IP/MPLS pre-aggregation PE router as well as
equipment from any other vendors on the existing MPLS aggregation
network
P/N
ISCOM RAX711-R
2 x GE SFP Interfaces uplink, 4 x GE Electrical
Interfaces
Interfaces downlink / 4 x GE Combo Interfaces
downlink; 4 x E1 Interfaces
ITU-T G.8131, G.8031, and G.8032, G.8113.1, and
BFD
ITU-T Y.1731, IEEE 802.3ah, IEEE 802.1ag
Technical Standards
IETF RFC5860 and RFC2544
OSPF, BGP, MP-BGP, and VRRP
MPLS, LDP, MPLS-TP, and MPLS QoS,
IETF RFC4664 L2VPN framework , VPWS, VPLS, and
L3VPN
Dimensions
Power Consumption
Operating Environment
ISCOM RAX711-R
iTN201-R
iTN201-2XG-R / iTN201-4GF-R
iTN201-4GF-R
4 x GE uplinks + 6 to 12 x GE (TSFP) downlinks and 2
sub slots for another 8 x GE downlinks
iTN201-2XG-R
2 x GE uplinks + 6 to 12 x GE (TSFP and 2 sub slots for
additional 2 x 10GE and 4 x GE or 8 x GE downlinks
ITU-T G.8131, G.8031, and G.8032
ITU-T Y.1731, IEEE 802.3ah, and IEEE 802.1ag
BFD , ITU-T G.8113.1, IETF RFC5860, and IETF RFC2544
TE FRR and VRRP
OSPF, BGP, and MP-BGP
MPLS, LDP, and MPLS-TP
IETF RFC4664 L2VPN framework
VPWS, VPLS, and L3VPN
220 × 43.6 × 180 mm3
<25W
Temperature(°C): -5 °C to 65 °C
MPLS QoS
440 × 44 × 266 mm3
<60W
Temperature(°C): -5 °C to 50 °C
Humidity: 10%–90% RH
Humidity: 10%–90% RH
Chapter 3. Optical Transport Network
OTN (Optical Transport Network) systems smoothly handle ever-increasing bandwidth demands for
data services and also for mobile backhaul, Fronthaul, Inter datacenter connectivity and GPON/EPON
extension. They do so by integrating the functionality of transport, multiplexing, switching, protection
and management of customer traffic in a single box. Compact OTN systems easily meet the high
bandwidth demands of public and private clouds as well as software-defined networks, that require
gigabit Ethernet and above. For FTTH and LTE/4G applications, OTN systems allow carriers to save on
OPEX and fiber resources when deploying mobile Fronthaul and GPON/EPON.
34
Multi-Service OTN Platform
iTN8600-II/iTN8600-V
The iTN8600-V and the iTN8600-II are new intelligent all-service access
and transmission platforms designed to future-proof networks. The
iTN8600 series integrates OTN cross connection, MPLS-TP and SDH
features and provides integrated all-service access, and flexible
multi-core cross-connection and scheduling. Operators can use it to
transport multiple types of services on one platform, including leased
line, FTTX, and LTE services. Altogether, it provides a complete solution
for MAN access and aggregation.
The iTN8600 is perfect for mobile Fronthaul, enabling mobile operators
aiming to minimize OPEX and expand radio coverage. It allows
carriers to multiplex up to 30 2/3/4G CPRIs and extend reach to over
25km.
An advanced new chip multiplexes 8 x EPON or 4 x GPON OLT ports
into OTU2, and that traffic can be transmitted over a WDM or OTN
network over 45km to extend GPON/EPON coverage and to save
up to 90% of fiber. Compatible with Raisecom’s iTN series products,
iTN8600 can be deployed in a point to point and ring topology for
various applications. It is commonly used for service provider OTN
edge aggregation, mobile backhaul and Fronthaul, data center
interconnect as well as high capacity business connectivity. The
product can be managed by a GUI-based NView NNM system to
simplify configuration and to monitor performance in real-time.
iTN8600 System
iTN8600-v
FEATURE
• Universal switching and flexible grooming for OTN, SDH, and packet services
• Maximum DWDM 40λ* 10G Line capacity;
• 120G packet switching capability
• All service access capability, including E1, STM1/4/16/64, OC-3/12/48/192, FE/GE, 10GE LAN, 10GE WAN and OTU1/
OTU2, CPRI/OBSAI, FC-1/2/4/8/10, EPON/GPON etc.
• EP-Line, EVP-Line, EP-Tree, EVP-Tree, EP-LAN, EVP-LAN
• MPLS-TP
• 40G OTN cross-connection based on ODU and ODU1
• Static LSP, L2VPN and VPLS
• Up to 20G cross-connection based on VC4 or 10G cross-connection based on VC3/VC12
• G.8113.1 OAM, 802.1ag/Y.1731/SLA OAM and 802.3ah OAM
• 8 x1.25G over OTU2 and 4 x 2.5G over OTU2 multiplexer
• Transponder with 5 OTU2 ports on each card
• System management card and power supply module redundancy
• Supports Auto Laser Shutdown (ALS) protection and Dying Gasp
• Redundancy and reliability with one plus one MSP and LPP on OTN side, ITU-T G.8031 (ELPS), G.8032 (ERPS) and LAG
protection on Ethernet side, MPLS-TP linear, ring and dual-homing protection on PTN side and 1+1 MSP, SNCP, 1+1 LPP
on SDH side
• SNMP (NView compatible) via in-band and out-of-band network channels
System and Sub-cards
Chassis and NMS cards:
• iTN8600-II-DC, 2U/11 slot chassis
• iTN8600-V-DC, 5U/19 slot chassis
• iTN8600-V-NTU, Optical system management card for iTN8600-V chassis
• iTN8600-II-NXU, system management and control card for iTN8600-II chassis
• iTN8600-II-NTU, optical system management and control card for iTN8600-II chassis
• iTN8600-EOW, EOW card, support 2 ways FXS interface.
Muxponder cards:
• iTN8600-AO2D, OTU2 aggregation card with 8 x SFP interface for any services and 2 x OTU2 SFP/XFP interface
• iTN8600-EM2D, OTU2 aggregation card with 16 x GE/FE SFP interface, 2 x 10GE XFP interface at client side and 2 x
OTU2/OTU2e/10GE XFP interface at line side
Transponder cards:
• iTN8600-XD2D, OTN tributary card with 2 x OTU2/OTU2e/10GE LAN/10GE WAN/STM64 SFP interface at client side and
2 x OTU2/OTU2e XFP interface at line side
• iTN8600-OTU5, support 2R, 5 paths of two-way wavelength transfer, can be applied for point to point, CWDM, DWDM,
and so on
• iTN8600-OTU5E, support 3R, enhance 5 paths of two-way transponder card or 2-channel OCP card, can be applied
for point to point, CWDM, DWDM, and so on
35
Optical cards:
• iTN8600-DM16E, DWDM Mux card, multiplexing up to 16-way single-wavelength optical signals to 1-way multiplexing signals, C21-C36
• iTN8600-DD16E, DWDM Demux card, demultiplexing 1-way multiplexing signals to up to 16-way single-wavelength optical signals,
C21-C36
• iTN8600-DMU40, DWDM Mux card, multiplexing up to 40-way single-wavelength optical signals to 1-way multiplexing signals
• iTN8600-DDU40, DWDM Demux card, demultiplexing 1-way multiplexing signals to up to 40-way single-wavelength optical
• iTN8600-OMD8, 8-wavelength Coarse Wavelength Division Multiplexing (CWDM)multiplexing and demultiplexing card
• iTN8600-DAD1D, DWDM single-way dual-fiber bidirectional optical add-drop card
• iTN8600-DAD4D, DWDM four-way dual-fiber bidirectional optical add-drop card
• iTN8600-DAD8, DWDM eight-way dual-fiber bidirectional optical add-drop card
• iTN8600-OLP, optical line one plus one 1+1 protection, can be applied for protection purposes at the client side, line side and
multiplex section
• iTN8600-OPA, EDFA optical Pre-amplifier card
• iTN8600-OBA, EDFA optical Booster amplifier card
• iTN8600-OBA20, EDFA optical Booster amplifier card
• iTN8600-OLA20, EDFA optical Line amplifier card
• iTN8600-FDU, OSC card
• iTN8600-OPD, optical power detection card
PTN cards:
• iTN8600-PG8, GE tributary card with 8 x GE/FE SFP interface
• iTN8600-PG8T, GE tributary card with 8 x GE/FE copper interface
• iTN8600-PG16E, GE tributary card , 8 x SFP ports and max 16 GE interfaces with TSFP (two-channel SFP)
• iTN8600-PX2, 10GE tributary card with 2 x 10GE XFP interface
• iTN8600-PE16, E1 CEs sub card to access 16 E1 service simulate to packet service
• iITN8600-PE16-BL, E1 CEs sub card to access 16 E1 service simulate to packet service ,E1 120Ohm Balance interface
• iTN 8600-PS4, 4 x STM-1or 1 x STM-4 CES sub card, up to 252 PW tunnels
• iTN 8600-TAU, IEEE1588v2 clock card
xPON cards:
• iTN8600-LGO2D, OLT-side GPON aggregation-extension card. Map maximum 8 x GPON service into 2 x OTU SFP+ interfaces
• iTN8600-LEO2D, OLT-side EPON aggregation-extension card. Map maximum 8 x EPON service into 2 x OTU SFP+ interfaces
• iTN8600-NO2D, ONU-side EPON/GPON aggregation-extension card. Map maximum 8 x EPON/GPON service into 2 x OTU SFP+
interfaces
• iTN8605-NO2D, ONU-side EPON/GPON aggregation-extension device. Map maximum 8 x EPON/GPON service into 2 x OTU SFP+
interfaces, size 1U, 19’’
SDH cards:
• iTN8600-SH2, SDH aggregation card with 2 x STM16 SFP interface
• iTN8600-SS4, SDH tributary card with 4 x STM1/4 SFP interface
• iTN8600-SG16, EOS tributary card with 8/16 x GE/FE SFP interface and 2 x STM4 SFP interface
Chapter 4. Packet Transport Network
The shift from legacy networks to packet transport networks (PTN) and MPLS is continuing due to higher
bandwidth, greater flexibility and lower cost offered by next-gen packet switched networks. However,
traditional leased line and 2G mobile backhaul businesses still need to be supported by service
providers. In addition, utilities and transportation companies continue to use low speed data, analog
voice and other specialized equipment and interfaces which need to be supported on the nextgen network. Therefore, the next-generation networks must support existing service models and are
required to inherit TDM features including reliability, OAM and synchronization. However, it must still be
future-proof to delivery of vast data traffic at an affordable price level, catering to the ever-increasing
needs of enterprise users and 3G/4G/LTE mobile backhaul applications.
The Raisecom PTN platforms are a multi-core system that can carry any service over either SDH or IP/
Ethernet infrastructures at the same time. They are perfect for enabling a smooth transition from TDM
to IP. The SDH-like network protection and redundancy requirements are met by supporting G.8031/
G.8032 Ethernet and G.8131/Wrapping-Steering MPLS-TP protection protocols with a recovery time of
sub-50ms. Advanced management, monitoring and SLA assurance are implemented using 802.3ah,
802.1ag, Y.1731. For mobile backhaul and other timing sensitive applications, the PTN platforms support
SyncE and I588v2. Integrated pseudowire technologies enable smooth migration of TDM and legacy
equipment over packet.
36
Dual-Core Architecture PTN Aggregation Platform
iTN2100
The iTN2100 is a 6U/15-slot, high-capacity, modular PTN platform with
a dual-core architecture for both Ethernet and TDM traffic delivery. It
enables flexible and profitable deployment of carrier-grade business
and mobile backhaul connections, and a smooth evolution from
traditional to next-generation services. The iTN2100 supports up to 4 x
10G and/or 4 x STM-4/16 uplink capacities, and provides an efficient
cross-connect, integration and transportation options over a wide
range of copper/fiber based legacy and IP services. To maximize
the uptime and to guarantee the carrier’s network availability,
iTN2100 supports full hardware redundancy, G.8032/G.8031 Ethernet
and G.8131/Wrapping-Steering MPLS-TP protection. Extensive
management capabilities are provided for all aspects from equipment
installation and service provisioning to real-time system operation and
performance monitoring. The iTN2100 offers cost-effective transport of
MEF-compliant CE2.0 Ethernet services, E1/T1, 2/4/8-wire SHDSL, fiber
multiplexing, and pseudowire connectivity for lease-lined and 2G/3G/
LTE mobile backhaul. In addition, the system also supports seamless
connections with MPLS-TP and IP-MPLS backbones and converged
fixed-mobile infrastructure by adopting SyncE and 1588v2 PTP. With
this integrated system, carriers and ISPs can save on CAPEX and
OPEX by implementing scalable networks that can easily grow with
infrastructure and bandwidth demand in the future.
iTN2100
FEATURE
• Combined dual cores can deliver Ethernet and TDM traffic in one system
• Available with 4 x 10G XFP and 4 x GE SFP, or 8 x GE SFP at line side and up to 128 x GE TSFP at client side
• Available with 4 x STM16 SFP or 4 x STM1 SFP at line side and up to 40 x STM1 SFP at client side
• Available with STM-1, EoTDM, PWE3, FiberMux, FE, DS3, E3, E1, Voice, V.35, V.24, RS232, G.SHDSL.bis at client side
• E-Line, E-LAN and E-Tree are compliant with CE2.0 relevant MEF specifications
• Uplink redundancy and resiliency with ITU-T G.8031 (ELPS), G.8032 (ERPS) on Ethernet side, G.8131 MPLS-TP liner
protection and Wrapping/Steering MPLS-TP ring protection on PTN side and 1+1 liner MSP, SNCP, 1+1 LPP on SDH side
• IEEE802.3ah, 802.1ag, ITU-T Y.1731/SLA, L2MPLS-TP LSP/PW/section OAM
• VLAN, QinQ, QoS, LACP, and static MPLS compliant with MPLS-TP
• PWE3 tributary card supports SAToP, CESoP, MPLS, CESoETH (MEF) and UDP/IP encapsulations
• Port statistic based on VLAN/EVC/COS
• Compliant with 1588v2 (PTP) OC/BC/TC mode and SyncE
• Optional 2Mbit, 2MHz input/output external clock
• Full hardware redundant protections for GE, PWE3, SDH, Multi-service FiberMux sub-cards and power supply
• OAM for remote CPE management
• Auto Laser Shutdown (ALS) protection and Dying Gasp
• SNMP (NView compatible) via in-band and out-of-band network channels
System and Sub-cards
• iTN2100-12-A, 6U/15-slot chassis with ventilation modules only
• iTN2100-NMS, system management and control card
• iTN2100-NTU-2XG, 10G aggregation card with 2 x 10G XFP interfaces and 2 x GE SFP interfaces
• iTN2100-NTU-4GF, GE aggregation card with 4 x GE SFP interfaces and 1+1 card protection
• iTN2100-TSU, Clock card providing both IEEE1588(PTP) and SYNC-E
• OPCOM3500E-2STM1/4-M, SDH aggregation card with 2 x STM1 or 2 x STM4 SFP interfaces
• iTN2100-16GF, GE tributary card with 8 x SFP slots supporting 16GF with TSFP-Gb, 16FX with TSFP-03, and 8 x GF with
SFP-Gb
• iTN2100-8FX, GE tributary card with 8 x FE SFP interfaces
• iTN2100-8EOS-8GF, EoS tributary card with 8 x GE SFP interfaces enabling a Gigabit Ethernet service delivery over 8 x
VCG
• iTN2100-CES-STM1/4, PWE3 tributary card with 4 x STM1 or 1 x STM4 SFP interfaces
• iTN2100-CES-16E1T1-BL, PWE3 tributary card with 16E1/T1 interfaces
• OPCOM3500E-16E1 – 16 E1 card
• OPCOM3500E-32E1 – 32 E1 card
• OPCOM3500E-DXC-DS0 - DS0 based timeslot cross connection module
• OPCOM3500E-TP, four pairs of optical interface for C37.94 service
• OPCOM3500E-DC64K, G.703 tributary unit, 16 x ports
37
• OPCOM3500E-10E&M, 2/4wire E&M card with 10 interfaces
• OPCOM3500E-Audio, 16 port FXS or FXO module
• OPCOM3500E-MULTI, Multi low speed service tributary card, provide 8 voice (FXS/FXO) interfaces, 4 audio interfaces with and 4 data
(RS232/V.24 or RC485/422) interfaces
• OPCOM3500E-8V35, 8 x V35 module
Compact PTN Aggregation Platform
iTN221
The iTN221 is a “Pizza Box” 1.5U (full ETSI) sized, next generation
multiservice access node. It offers a dual core architecture for both
packet and SDH/TDM transmission.
The iTN221 supports up to 2 x 1G and/or 2 x STM-1/4 uplink capacities,
and a built-in PDH multiplexer function, DXC non-blocking clock cross
connect matrix at 64K level and TDM pseudo-wire functionality for
TDM to Ethernet/IP/MPLS service migration.
The iTN221 supports three service slots suitable for various sub cards:
Voice (FXS/FXO/E&M), Ethernet (GE/FE), C37.94, 64K codirectional,
Data V35/x21, RS232/RS485 etc.
It provides utilities and transportation companies with reliable
connectivity for controlling signals, mission critical data, voice, video
monitoring and electrical protection services. It supports the smooth
transition from PDH, SDH to the packet transmission network.
For mission critical services, the system maximizes uptime and provides
carrier-class network availability using G.8032/G.8031 Ethernet and
G.8131/Wrapping-Steering MPLS-TP protection that provide sub50msec recovery as well as hot swappable redundant power
supplies.,. Extensive management capabilities are provided for all
aspects from equipment installation and service provisioning to realtime system operation and performance monitoring. The iTN221 offers
a cost-effective solutions for providing MEF-compliant CE2.0 Ethernet
services, as well as E1 and pseudowire connectivity for lease-lined
and 2G/3G/LTE mobile backhaul .with integrated SyncE and 1588v2
PTP. Altogether, the iTN201 can be used to reduce CAPEX and OPEX
and build a future-proof infrastructure that can scale both in capacity
as well as migrate additional services to packet infrastructure without
further equipment investment.
iTN221
FEATURE
• Combined dual cores can deliver Ethernet and TDM traffic in one system
• Available with 2 x 1G SFP uplink, 4 x GE in the mainboard and 4 x GE subcard module (with PoE)
• Available with 2 x STM-1/4 SFP
• Available with E1 TDM, E1 PWE3, GE, Voice, V.35, V.24/RS232, TP and 64K Codirectional at client side
• E-Line, E-LAN and E-Tree are compliant with CE2.0 relevant MEF specifications
• Uplink redundancy and resiliency with ITU-T G.8031 (ELPS), G.8032 (ERPS) on Ethernet side, G.8131 MPLS-TP liner
protection and Wrapping/Steering MPLS-TP ring protection on PTN side and 1+1 liner MSP, SNCP, 1+1 LPP on SDH side
• IEEE802.3ah, 802.1ag, ITU-T Y.1731/SLA, L2MPLS-TP LSP/PW/section OAM
• VLAN, QinQ, QoS, LACP, and static MPLS compliant with MPLS-TP
• PWE3 tributary card supports SAToP, CESoP, MPLS, CESoETH (MEF) and UDP/IP encapsulations
• Compliant with 1588v2 (PTP) OC/BC/TC mode and SyncE
• 2Mbit, 2MHz input/output external clock
• Dry contact Alarm Relay (Input/output alarms)
• Extended temperature range (-20 to 65˚C)
• Environmental Standards: CE, UL, EN 50121-4, IEC61000-4-2/3/4/5/6/7/8/9,11/12/13/14,29 IEC61850-3
• SNMP (NView compatible) via in-band and out-of-band network channels
38
System and Sub-cards
• iTN221-4GE, including the chassis, main card, double power, fans, and three sub card slot
• The main card includes : 2 x STM-1/4, 2 x GE uplinks, 8 x E1’s and 4 x GE user
• iTN221-SUB-V35/ x 21, V.35/ X 21 subcard, 1 x ports
• iTN221-SUB-DC64K, G.703 codirectional subcard, 4 x ports
• iTN221-SUB-RS24, Serial interface subcard, Provides Four V.24/RS232/RS485
• iTN221-SUB-TP, C37.94 subcard. Support two pairs of optical interface for C37.94 service. Support standalone, or •
configuration for protection. Bandwidth is Nx64k (N=1~12) every channel
• iTN221-SUB-10FXS/0, FXS/FXO subcard, 10 x ports
• iTN221-SUB-4GE, Provides four GE service ports and including two POE interface. The system can only use one card
• iTN221-SUB-4E1, E1 subcard, 4 x ports
• iTN221-SUB-4E & M, E&M subcard, 4 x ports
• iTN221-SUB-8MT, 8 magneto channels
P/N
Chassis(high)
Number of Service slots
SDH cross-connect
Packet switch capacity
STM-16 interface
STM-1/4 interface
E1 channel
DS3/E3 channel
PDH optical tributary channel
EOS interface
FE port
GE port
10GE port
PWE3
iTN2100
6U
13
86 x 86 VC4 or 4032 x 4032 VC12
48G
4
4
320
30
40
80
80
352 x GE for tributary, 16 x GE for aggregator
4
8 x STM4/32 x STM1
128 x E1/T1
iTN221
1.5U
3
8 x 8 VC4 or 504 x 504 VC12
16G
N/A
2
20
N/A
N/A
8
8
8
N/A
N/A
20 x E1/T1
Yes
Yes
80
N/A
PCM Interfaces : FXS/FXO/E&M, V24/RS232,
C37.94, V35, G.703 CoDir
G.SHDSL interface
TDM over Ethernet/IP/MPLS
RC1201-2GE16E1T1, RC1201-4FE4E1T1(-O),
RC1201-2FEE1T1, RC1201-2FEV35
Raisecom offers an end to end solution for transporting Ethernet over
TDM/IP/MPLS including both CPEs and aggregation devices. When
working in pairs or with aggregation nodes, the RC1201 series can
extend the TDM traffic transparently over the Ethernet, UDP/IP, MEF
or MPLS Packet Switched Networks (PSNs). The RC1201 series offers a
configurable jitter buffer that enables smooth compensation for the
delay variation introduced by the PSN. All of RC1201 series support
four clock modes and two Ethernet payload encapsulations. The
aggregation models offer an optional clock sub-card to recover
the external clock. The RC1201 series supports advanced traffic
management such as flow control, fault propagation, rate-limit,
tagging, stacking and filtering (in addition to a full suite of OAM
functionality). All the PWE3 demarcation devices support in-band and
out-of-band management, and can be configured locally via CLI,
Telnet, or SNMP (NView compatible).
RC1201-2FEE1T1
RC1201-4FE4E1T1
RC1201-2GE16E1T1
39
P/N
Interface
RC1201-2GE16E1T1
Client: 16 x E1/T1 + 8 x GE
RC1201-4FE4E1T1
RC1201-2FEE1T1
RC1201-2FEV35
(GE cards are inserted in 2
Client: 4 x FE + 4 x E1/T1
Client: 2 x FE + 1 x E1/T1
Client: 2 x FE + 1 x V.35
expansion slots)
Line: 1 x GE SFP
Line: 1 x GE SFP
Line: 1 x GE SFP
Management: 1 x Console Management: 1 x Console Management: 1 x Console
Line: 2 x GE SFP
MTU
Ethernet
IP service
MPLS-TP
TDM PW
encapsulation
1632 Bytes
8k MAC, VLAN, QinQ
MEF8, MPLS-TP, UDP/IP,
N/A
64 PW
MEF8, MPLS-TP, UDP/IP, SAToP, CESoPSN, HDLC and
SAToP, CESoPSN
AAL1
TDM interface
+ 1 x SNMP
+ 1 x SNMP
+ 1 x SNMP
Management:
1 x Console + 1 x SNMP
12,288 Bytes
16k MAC, VLAN, QinQ
MEF8, MPLS-TP, UDP/IP,
SAToP, HDLC and AAL1
V.35 phase and clock
mode configurable
Unframed and framed modes
Bandwidth: Nx64Kbit/s
(N=1~64)
Internal/loopback/
Clock/Synchronization
Internal/slave/adaptive clock configurable
adaptive clock
configurable
Stream-marked based on
CoS and DSCP, SP, WRR
Traffic Management
and DRR queue schedule
and 8 queues per port
Stream-marked based on Cos and DSCP, SP and WRR queue schedule and 4
queues per port, Rate limit per port
Rate limit per port/VLAN
Ethernet OAM
Link aggregation group
Reliability & Protection Loop detection per port/
IEEE802.3ah OAM
Link aggregation group
Loop detection per port
VLAN
Security
System Management
ACL based on MAC
Storm control (broadcast, multicast, DLF)
CLI, Telnet and SNMP (NView compatible)
Chapter 5. xPON
GPON & EPON networks provide high throughput point-to-multipoint connections from the Point of
Presence (POP) to the customer premise. It can be profitably used in massive deployments of tripleplay services as it offers a low CAPEX and OPEX. It is also possible to optimize TCO when fiber resources
are limited, by deploying point-to-point active optical networks. The Raisecom xPON product line
supports both the EPON and 10G-EPON technologies introduced by IEEE, as well as the GPON and XGPON technologies introduced by ITU. The former offers a GE or 10G symmetric bit rate, while the latter
offers asymmetric 2.5GE/10G downstream and 1.25GE/2.5GE upstream bit rates.
The Raisecom GPON/EPON portfolio consists of high and low densities and standalone OLT chasses
and diverse ONT models for subscribers in single family units (SFUs) and multi-dwelling units (MDUs).
The Raisecom GPON line offers a wide array of chassis optimized for low subscriber counts in rural
and suburban areas, as well as high density models for urban areas. The entire line can be deployed
in a ‘pay as you grow’ model, with modules added as subscriber counts increase, continuously
maintaining service providers’ profitability. The Raisecom PON system enables transmission of native
Ethernet services from backbones to the “last mile”. The products ensure easy provisioning, remote
management, high performance and network redundancy, and, most importantly, guarantee a
profitable business case for FTTX network builders
40
XPON OLT
ISCOM6800
ISCOM6800 is a 13U high-density integrated platform compatible
with both IEEE802.3ah EPON and ITU-T G.984 GPON standards. The
system can aggregate a maximum of 14,336 ONUs/ONTs with a
typical 1:64/1:128 split ratio. ISCOM6800 also possesses great switching
capacities and can be used to aggregate and transport data, voice
and video traffic from other OLTs over Ethernet backbones. Enhanced
network manageability, reliability and redundancy are supported with
Ethernet OAM, CFM functions, ring protection mechanisms, and a hotswappable redundant power supply. ISCOM6800 also supports multipurpose access and aggregation PON and xDSL DSLAM Ethernet
traffic at the same time.
FEATURE
ISCOM6800
• Available with mixed pluggable up to 224 x GE or 8 x 10GE interfaces for uplink, and up to 112 x GPON or 224 x
EPON interfaces for downlink
• 2 x SMC control module supporting real-time redundancy
• Up to 1:64/1:128 split ratio, and 14,336 ONUs per full-load 10U OLT chassis
• Upstream wavelength of 1310nm and downstream wavelength of 1490nm
• IEEE 802.3ah (EPON), ITU-T G.984 (GPON), IEEE 802.3av (10G EPON)
• Symmetrical 10G/10G or asymmetrical 10G/1G
• Storm control of broadcast, multicast and DLF
• Trunk group and Link Aggregation Control Protocol (LACP)
• 1+1 automatic protection and link diagnostic for each PON port
• VLAN, QinQ, QoS, DBA and a reliable SLA
• IEEE802.3ah/802.1ag, /SLA/G.984
• IGMP, Multicast VLAN Registration (MVR), DHCP and Option 82
• AES-128 encryption and triple churning
• Hot-swappable redundant power supply
• CLI, Telnet, SSHv2 and SNMP (NView compatible)
System and Sub-cards
• ISCOM6800-18-A, 13U/18-slot chassis with an airflow slot and only a cable array
• ISCOM6800-SMCA, system management and control card with a switching capacity of 1.28Tbps
• ISCOM6800-SMCB, system management and control card with a switching capacity of 640Gbps
• ISCOM6800-EP16, EPON service card with 16 x EPON SFP interfaces
• ISCOM6800-EP12, EPON service card with 12 x EPON SFP interfaces
• ISCOM6800-GP8A, GPON service card with 8 x GPON SFP interfaces (under development)
• ISCOM6800-XP4A, 10GE service card (semi-card) with 4 x 10GE XFP plus and interfaces
• ISCOM6800-XP2A, 10GE service card (semi-card) with 2 x 10GE XFP and interfaces
• ISCOM6800-GE16, GE service card with 16 x GE SFP interfaces
• ISCOM6800-CICA, environment monitoring card
• ISCOM6800-GP16, 10G EPON sub card
XPON OLT
ISCOM6860
ISCOM6860 is a 6U medium-density integrated platform compatible
with both IEEE802.3ah EPON and ITU-T G.984 GPON standards. The
system can aggregate a maximum of 14,336 ONUs/ONTs with a
typical 1:64/1:128 split ratio. ISCOM6860 also possesses great switching
capacities and can be used to aggregate and transport data, voice
and video traffic from other OLTs over Ethernet backbones. Enhanced
network manageability, reliability and redundancy are supported with
Ethernet OAM, ring protection mechanisms, and a hot-swappable
redundant power supply. ISCOM6860 also supports multi-purpose
access and aggregation PON and xDSL DSLAM Ethernet traffic at
the same time. The ISCOM6860 targets the FTTx, HFC bidirectional
transformation, mobile backhaul, IP leased line interconnection, and
etc. scenarios.
ISCOM6860
41
FEATURE
• Available with mixed pluggable up to 112 x GE or 4 x 10GE interfaces for uplink, and up to 112 x GPON or 112 x
EPON interfaces for downlink
• 2 x SMC control module supporting real-time redundancy
• Up to 1:64/1:128 split ratio, and 14,336 ONUs per full-load 10U OLT chassis
• Upstream wavelength of 1310nm and downstream wavelength of 1490nm
• IEEE 802.3ah (EPON), ITU-T G.984 (GPON), IEEE 802.3av (10G EPON)
• Symmetrical 10G/10G or asymmetrical 10G/1G
• Storm control of broadcast, multicast and DLF
• Trunk group and Link Aggregation Control Protocol (LACP)
• 1+1 automatic protection and link diagnostic for each PON port
• VLAN, QinQ, QoS, DBA and a reliable SLA
• IGMP, Multicast VLAN Registration (MVR), DHCP and Option 82
• AES-128 encryption and triple churning
• Hot-swappable redundant power supply
• CLI, Telnet, SSHv2 and SNMP (NView compatible)
System and Sub-cards
• ISCOM6860-10, 6U/10-slot chassis with an airflow slot and only a cable array
• ISCOM6800-SMCA, system management and control card with a switching capacity of 1.28Tbps
• ISCOM6800-EP16, EPON service card with 16x EPON SFP interfaces
• ISCOM6800-XEP8, 10G EPON access card, providing 8 10G EPON XFP interfaces, applicable to general service slots
• ISCOM6800-GP8A, GPON service card with 8 x GPON SFP interfaces
• ISCOM6800-GP16, GPON service card with 16 x GPON SFP interfaces
• ISCOM6800-XP4A, 10GE service card (semi-card) with 4 x 10GE XFP plus and interfaces
• ISCOM6800-GE16, GE service card with 16 x GE SFP interfaces
EPON OLT
ISCOM5800E
The ISCOM5800E is a 7U medium-sized EPON OLT system. It provides
a cost-effective solution for triple-play service delivery over long
distances in rural residential areas, along with powerful routing and
switching capabilities. It can be used as part of a concentrated
transportation ring or as an aggregated standalone OLT for up to 2,560
ONUs at a split ratio of 1:64. The ISCOM5800E is designed for growing
bandwidth demands and assists FTTH network owners by improving
operational revenues and leveraging their capital investments.
ISCOM5800E
FEATURE
• Available with a mixed pluggable module up to 40 x GE and 4 x 10GE interfaces for uplink and up to 40 x EPON
interfaces for downlink
• 2 x SMC control module supporting real-time redundancy
• Up to 1:64 split ratio, 20km transmission distance and 2,560 ONUs per full-load 6U chassis
• Upstream wavelength of 1310nm and downstream wavelength of 1490nm
• ITU-T G.8032 Ethernet Ring Protection Switching (ERPS) with a sub 50ms recovery time
• Storm control of broadcast, multicast and DLF
• Trunk group and Link Aggregation Control Protocol (LACP)
• 1+1 automatic protection and link diagnostic for each PON port
• VLAN, QinQ, QoS, DBA and assured SLA
• IEEE802.3ah, 802.1ag, ITU-T Y.1731/SLA
• IGMP, Multicast VLAN Registration (MVR), DHCP and Option 82
• AES-128 encryption and triple churning
• Hot-swappable redundant power supply
• CLI, Telnet, SSHv2 and SNMP (NView compatible)
System and Sub-cards
42
• ISCOM5800E-15-A, 7U/15-slot chassis with integrated ventilation module only
• ISCOM5800E-SMCB, system management, and control card containing a switching capacity of 176Gbps
• ISCOM5800E-EP4A, EPON service card with 4 x EPON SFP interfaces
• ISCOM5800-2PON, EPON service card with 2 x EPON SFP interfaces
• ISCOM5800E-GE8A, GE service card with 8 x GE SFP interfaces
• ISCOM5800-4GE, GE service card with 4 x GE combo interfaces
• ISCOM5800-2GE, GE service card with 2 x GE combo interfaces
• ISCOM5800E-10GEX2-2GE, 10GE service card with 2 x 10GE XFP and 2 x GE SFP interfaces
• SUB-PWRM-DC, intelligent power supply card with voltage monitoring and alarm, -48V DC
• SUB-PWRM-AC, intelligent power supply card with voltage monitoring and alarm, 220V AC
Standalone EPON OLT
ISCOM5508
The ISCOM5508 is a full modular compact EPON OLT device typically
applied to a business E-LAN, E-Line service delivery, or triple-play
extensions for residential areas with a small population. The product
offers broad management and monitoring features by supporting
802.3ah EFM, 802.1ag. Enhanced network security is also achieved
using 802.1x, RADIUS and TACACS+ authentication processes. The
ISCOM5508 can support a transmission distance of up to 20km and
768 ONUs with a split ratio of 1:64. Its modular design ensures flexibility
for future expansions and upgrade with a low TCO.
ISCOM5508
FEATURE
• Available with 6 x GE interfaces for uplink and 12 x PON ports for downlink
• Up to 1:64 split ratio, 20km transmission distance and 768 ONUs per full-load 1U chassis
• An upstream wavelength of 1310nm and downstream wavelength of 1490nm
• Storm control of broadcast, multicast and DLF
• Trunk group and Link Aggregation Control Protocol (LACP)
• 1+1 automatic protection and link diagnostic for each PON port
• VLAN, QinQ, QoS, DBA and a reliable SLA
• IGMP, Multicast VLAN Registration (MVR), DHCP and option 82
• Radius and TACACS+
• Hot-swappable redundant power supply
• CLI, Telnet, SSHv2 and SNMP (NView compatible)
P/N
Ethernet Interface
EPON Interface
GPON Interface
ONUs
Split Ratio
Transmission Distance
VLAN
TCP/IP
Ethernet Ring
OAM
ISCOM6800
Up to 224 x GE or 8 x 10G interfaces
Up to 224 x EPON interfaces
Up to 112 x GPON interfaces
Supports up to 14,336 ONUs/ONTs
1:64 – EPON
ISCOM5800E
Up to 40 x GE and 4 x 10G interfaces
Up to 44 x EPON interfaces
N/A
Supports up to 2,560 ONUs
ISCOM5508
Up to 6 x GE interfaces
Up to 12 x EPON interfaces
N/A
Supports up to 786 ONUs
N/A
1:64
1:128 – GPON
20km
Supports VLAN, QinQ, QoS, DBA and assured SLA
Supports IGMP, Multicast VLAN Registration (MVR), DHCP and Option 82
Supports ITU-T G.8032 Ethernet Ring
N/A
Protection Switching (ERPS) with a
• Supports storm control of broadcast, multicast and DLF
Security & Reliability
N/A
50ms recovery time
Supports IEEE802.3ah, 802.1ag, ITU-T Y.1731/SLA
• Supports one-plus-one automatic protection and link diagnostic for each
PON port
• Supports AES-128 encryption and triple churning
N/A
• Supports storm control of
broadcast, multicast and DLF
• Supports one-plus-one
automatic protection and link
diagnostic for each PON port
• Supports Radius and
TACACS+
Management
CLI, Telnet, SSHv2 and SNMP (NView compatible)
43
EPON ONU
ISCOM HT803, ISCOM HT803-1GE,
ISCOM HT803-U, ISCOM HT803-W
The Raisecom EPON ONU family, ISCOM HT803, is a series of plastic-box
ONUs typically used for residential triple-play services. It offers a wide
selection of service ports: Gigabit/Fast Ethernet interfaces, POTS (FXS),
CATV RF interfaces and Wi-Fi. The HT803 series supports management
via SNMP and can work seamlessly with Raisecom OLTs to deliver
high-quality voice, data and CATV services. The ISCOM HT803-W, in
particular, can act as a wireless home gateway and can sustain up to
4 SSIDs.
P/N
WAN Interface
LAN Interface
FXS
WLAN Interface
CATV
USB
VLAN, QinQ
Resiliency
Security
OAM
Multicast
IP route
Management
ISCOM HT803-1GE
ISCOM HT803
ISCOM HT803-U
ISCOM HT803-W
ISCOM HT803-1GE
ISCOM HT803
ISCOM HT803-W
ISCOM HT803-U
1 x PON port, up to 20km transmission distance at maximum symmetric rate of 1.25Gbps
1 x GE interface
1 x GE interface + 3 x FE interfaces
N/A
2 x FXS Interfaces(RJ11)
N/A
l 802.11 b/g/n
N/A
1 x RF
N/A
1 x USB 2.0
Supports VLAN, QinQ, QoS, DBA and a reliable SLA
Supports VLAN, QoS, DBA and a reliable SLA
Supports link diagnostic for each PON port
Firewall, Access control, Anti-DOS attack, illegal Packet
Supports storm control of broadcast, multicast and DLF
detection,, URL filter, MAC address filter
Supports IEEE802.3ah
IGMP v1, v2
N/A
PPPoE, DHCP Server/Client,NAT, static route, ALG, UPnP
Web management and SNMP (NView compatible)
Web management, TR069
EPON MDU
ISCOM5116
ISCOM5100 series / ISCOM6100 series
Raisecom MDU series products are targeting the FTTB market in cases
of fiber access to the building and copper access inside the building.
The MDU series includes data-only model, data and voice model,
normal power supply and reversal power supply model. Built with iron
shell design, the MDU series is strong in structure, durable and suitable
for harsh environment. The built-in power supply ensures a high level of
security and lightening proof.
FEATURE
ISCOM5116-PE
ISCOM5124S
ISCOM5124-PE
• Iron shell, very strong and durable in harsh environment, high security and lightening proof
• Supports PoE or PoE+ standard
• Strong QoS capacity, multiple traffic classification and schedule mode
ISCOM6124
• MAC address capacity up to 8k and multi-cast address capacity up to 256
• Telnet, local serial port, Web, SNMP, OAM, etc. management mode
• Multiple uplink modes for customer: EPON uplink, SFP uplink, RJ45 100M uplink, EPON uplink and SFP downlink
cascade
Series
EPON MDU
Type
ISCOM51xx series
MDU
(Metal Box)
10G EPON MDU
MDU
GPON MDU
ISCOM51xx-GP series
(Metal Box)
44
MDU
Part No.
ISCOM5108(-PE)
Interface
1 x PON + 8 x FE + (PoE)
ISCOM5116(-PE)
1 x PON + 16 x FE + (PoE)
ISCOM5124S(-PE)
ISCOM6104
1 x PON + 24 x FE
1 x 10G EPON + 4 x GE
ISCOM6124-FE
1 x 10G EPON + 24 x FE
ISCOM5116-GP
1 x GPON + 16 x FE
ISCOM5124S-GP
1 x GPON + 24 x FE
Standalone GPON OLT
ISCOM6820-GP
ISCOM6820-GP is a 2U small density OLT that complies with the
GPON’s ITU-T G.984 standard. The device can support up to 32 GPON,
10 GE and up to 4 x 10G ports. The ISCOM6820-GP can aggregate a
maximum of 4096 ONUs/ONTs in a typical splitting ratio of 1:128.
The complete modular design of the ISCOM6820-GP enables
excessive flexibility in deploying, maintaining and expanding services
at reduced CAPEX and TCO. Designed for large enterprises, SME
and residential fiber access, the ISCOM6608-GP offers a broad range
of features delivering triple-play services, simplifying management,
and providing high network reliability. Security is assured by
implementations of RADIUS and/or TACACS+, while maximum network
uptime is guaranteed by a ring protection mechanism, real-time
monitoring and hot-swappable redundant power supplies.
ISCOM6820-GP
Cards and Sub cards
• The device comprises a basic service card with controller and 16x GPON ports
Service Slot:
• 16x GPON expandable card , ISCOM6800-GP16
• 16x GE card, ISCOM6800-GE16
Two Uplink slots for 10GE ports
FEATURES
• Available with up to 32 x GPON ports
• Up to 1:128 split ratio, 20km transmission distance and 4096 ONUs per full-load 2U chassis
• An upstream wavelength of 1310nm and a downstream wavelength of 1490nm
• VLAN, QinQ, QoS, DBA and SLA
• Link diagnostic, port backup/isolation/protection/monitoring, bi-directional FEC
• ARP, DHCP relay, DHCP v4/v6, IGMP snooping v1/v2/v3, IPv4, IPv6
• ACL based on MAC, ACL map, port-based mirroring
• Anti-DDoS, RADIUS, TACACS+, Storm control
• RIP v1/v2, OSFP, Service classification per port/VLAN/CoS (DSCP)
• SP, WRR, DRR and SP+WRR scheduling modes
• SFP digital diagnostic (DDM), FAN, CPU, voltage and temperature monitoring
• ITU-T G.984 (GPON), Services OAM, ITU-T G.8021
• CE and RoHS compliant, RMON I and II standards
• CLI, Telnet, SSHv2 and SNMP (NView compatible)
Standalone GPON OLT
ISCOM5508-GP
The ISCOM5508-GP is a compact GPON OLT with enhanced
functionality that complies with the GPON’s ITU-T G.984 standard. The
device can support up to 8 GPON, 10 GE and 2 x 10GE interfaces. The
complete modular design of the ISCOM5508-GP enables excessive
flexibility in deploying, maintaining and expanding services at
reduced CAPEX and TCO. Designed for large enterprises, SME and
residential fiber access, the ISCOM5508-GP offers a broad range
of features delivering triple-play services, simplifying management,
and providing high network reliability. Security is assured by
implementations of RADIUS and/or TACACS+, while maximum network
uptime is guaranteed by ring protection, real-time monitoring and
hot-swappable redundant power supplies. In parallel, the ISCOM5508GP device supports multi-purpose access and aggregation PON and
xDSL DSLAM Ethernet traffic.
ISCOM5508-GP
45
Sub-cards
• ISCOM5508-GP4A, GPON expandable slot
• ISCOM5508-GE4B, GE expandable slot
• RPA1101-Sl-220S12-Fn, hot-swappable AC power supply
• RPD1101-48S12-Fn, hot-swappable DC power supply
• FANS306, Hot-swappable intelligent fan
FEATURES
• Available with up to 12 x GE and 2 x 10G interfaces, or 8 x GPON ports
• Up to 1:128 split ratio, 20km transmission distance and 1,024 ONUs per full-load 1U chassis
• An upstream wavelength of 1310nm and a downstream wavelength of 1490nm
• VLAN, QinQ, QoS, DBA and SLA
• Link diagnostic, port backup/isolation/protection/monitoring, bi-directional FEC
• ARP, DHCP relay, DHCP v4/v6, IGMP snooping v1/v2/v3, IPv4, IPv6
• ACL based on MAC, ACL map, port-based mirroring
• Anti-DDoS, RADIUS, TACACS+, Storm control
• RIP v1/v2, OSFP, Service classification per port/VLAN/CoS (DSCP)
• SP, WRR, DRR and SP+WRR scheduling modes
• SFP digital diagnostic (DDM), FAN, CPU, voltage and temperature monitoring
• ITU-T G.984 (GPON), ITU Y.1731/SLA Services OAM, ITU-T G.8021
• CE and RoHS compliant, RMON I and II standards
• CLI, Telnet, SSHv2 and SNMP (NView compatible)
GPON ONT
ISCOM HT803G-1GE/803G/803G-W/803G-U
The Raisecom GPON optical network terminal (ONT) series provides
a flexible mix of residential access services including high speed
data, IPTV, voice and CATV services compliant with the ITU-T G.984
standard. In particular, the Raisecom ONUs are designed for Ethernet
data services, voice over IP, IPTV, CATV, wireless router accessing and
convenient USB2.0 home network storage connections for various
application scenarios, such as residential triple-play service and
business connections. The GPON ONT series offer flexible choices in
terms of downlink types and numbers, such as, GE/FE auto-adapting
Ethernet ports, POTS (FXS) interfaces, RF port and WiFi function
compliant with IEEE 802.11b/g/n. All GPON FTTX ONUs offer advanced
end-to-end management and monitoring functionality, and the
GPON series can be managed under the Raisecom NView platform.
P/N
WAN Interface
LAN Interface
POTS
CATV
USB
WLAN
VLAN, QinQ
Resiliency
Security
OAM
Multicast
TCP/IP
Management
46
ISCOM HT803G-1GE
ISCOM HT803G
ISCOM HT803G-W
ISCOM HT803G-U
ISCOM HT803G-1GE
ISCOM HT803G
ISCOM HT803G-W
ISCOM HT803G-U
1 x PON port, up to 20km transmission distance with a 2.5G downstream and 1.25G upstream rates
1 x GE interface
4 x GE interfaces
N/A
2 x FXS
N/A
N/A
1 x RF
N/A
1 x USB2.0
Home gateway. Support wireless 802.11b/g/n and allow
N/A
up to 4 SSIDs
Supports VLAN, QinQ, QoS, DBA and assured SLA
Supports link diagnostic for each PON port
Supports storm control of broadcast, multicast and DLF
Supports IEEE802.3ah, 802.1ag, ITU-T Y.1731/SLA
Supports IGMP v1/v2/v3
N/A
Supports PPPoE, NAT, NAPT and DHCP
Web management, Telnet, CLI and SNMP (NView
Telnet, CLI and SNMP ( NView compatible )
compatible), TR69
PON Extender
ISCOM GPR01/ISCOM EPR01
ISCOM GPR01/ISCOM EPR01 are used in GPON/EPON networks to
extend distance up to 45km. These devices are used to amplify optical
signals between OLT and ONU in ODN link, to extend transmission
distance and increase optical ratio.
The ISCOM GPR01/ ISCOM EPR01 adapt the OEO (Optical Electrical
Optical) regeneration technology to recognize 3R (Regeneration,
Reshaping, Re-timing), amplify GPON line optical ratio, extend
transmission distance, and increase the splitter ratio. These devices
are small and exquisite, are easy to install, and can be widely applied
in GPON/EPON system markets such as, broadcast network, carrier
network, electricity and traffic network, enterprise network and more.
ISCOM EPR01
ISCOM GPR01
FEATURES
• Signal amplification that can regenerate, reshape, and retime
• Can extend transmission distance up to 45km
• Increases optical splitter ratio
P/N
Dimension
Weight
Consumption
Transmission Distance
Central Wavelength
Transmission Speed
Standard
OLT Interfaces
GSFP optical module
ISCOM GPR01
200 x 130 x 32 mm3
0.75kg
10W
40km
ISCOM EPR01
100 x 100 x 25 mm3
0.25kg
4W
45km
1310nm Tx, 1490nm Rx
1.25Gbit/s uplink burst signal and 1.25Gbit/s downlink
1.25Gbit/s uplink and 2.5Gbit/s downlink
continued signal
ITU-T G.984.x
N/A
Rx sensitivity: -27dBm
Rx sensitivity: -28dBm
Min. overload: -8dBm
Min. overload: -3dBm
Tx optical power: 0.5dBm~5dBm
Rx sensitivity: -28dBm
Tx optical power: -1dBm~4dBm
Rx sensitivity: -30dBm
Min. overload: -8dBm
Min. overload: -6dBm
Tx optical power: 1.5dBm~5dBm
Tx optical power:2dBm~7dBm
CATV EDFA
RC5832B-08, RC5832B-16
The fiber amplifier is a 2U rack-mount device with a dual-power
backup chassis. It provides 16 or 4 data ports and 1 CATV port input
simultaneously and 16 or 4 data + CATV mixed signal output ports.
Users from the remote side can query and configure the states and
parameters through the display of the Raisecom’s panel, control
button and NMS.
FEATURES
RC5832B
• 1540~1563nm operating bandwidth for optical amplifier
• Low noise sub number (Typical ≤4.5dB, Max. ≤5.0dB)
• High performance, high reliability
• Polarization Dependent Gain: Max. 0.4dBm
• Polarization Mode Dispersion: Max. 0.5ps
• Input and output pump leakage: -35dBm and -45dBm
• 1550nm output optical port, multiplex 1310/1490nm data stream
• Can be compatible with any FTTx PON Technology: EPON/GEPON, GPON, BPON, DPON
• Perfect RS232, SNMP
• Efficient space, flexible installation and easy operation
• Excellent P/P ratio
47
Splitter
Passive Optical Splitter
The optical splitter is a passive optical
plug-and-play device, which connects
OLT and ONUs with multiple fiber ends. A
splitter is generally deployed in an optical
distribution network, allowing carriers to
split optical signals to numerous customer
premises. Raisecom provides various
optical splitters with the following split ratios:
1:2, 1:4, 1:8, 1:16, 1:32, 1:64 to 1:128. The
series is classified as indoor, indoor/outdoor
and outdoor optical splitters.
Outdoor Optical Splitter
Indoor/Outdoor Optical Splitter
Chapter 6. SME Router
The expansion of small and medium enterprise user groups requires special types of services which are
different from those of the residential users and large enterprises. The Raisecom MSG series solution
consists of cost effective routers/gateways that offer manageability, high bandwidth, and a secure
connection among employees working in a small office using a large number of network devices.
The wireless connectivity enables employees to access all the required business applications while
at their desks or in meeting rooms. It also provides complete IP telephony to be delivered in data
network. The Raisecom MSG series allows the customer to extend highly secure network connectivity
to guests in a variety of locations, such as a hotel, an office lounge, or any other area open to nonemployee users. Using powerful, but easy-to-configure security and traffic segmentation capabilities,
vital business traffic is isolated from guest services and keeps guests’ network sessions totally separate
from each other.
High Security Data Access for SME
MSG2110-SHDSL
With the symmetrical data transmission of up to 15 Mbps over the 2-wire
line, the G.SHDSL.bis satisfies the needs of multiple users, who require
both bandwidth and permanent data connections. MSG2110 is a
router with G.SHDSL uplinks. It is cost-effective and extends multiple
Ethernet services on the existing copper lines. It may act as the
gateway of a small and medium enterprise to connect to the Internet
with a wide range of IP and security functions. The flexible QoS
configuration enables SME customers to define different flows, such
as, VoIP, video and data with a guaranteed or maximum bandwidth
allocation. This device is typically deployed as a demarcation point
between the carriers and customers and saves the SME customers
the cost of buying additional small routers for their security and
routing requirements. If the EPL and EVPL are required for a much
larger organizations and branches, it can also deliver a Layer 2 carrier
Ethernet service for point-to-point access.
FEATURES
• static/dynamic routing (RIP) as well as OSPF
• IPSec, SSL and L2TP VPN, Content filtering
• Anti-DoS, Anti-ARP function
• NAT/NAPT, DHCP and DNS/DDNS
• VLAN, QoS and SLA
• IEEE802.3ah, 802.1ag and ITU-T Y.1731/SLA
• TR069, CLI, Telnet, Web management and SNMP (NView compatible)
48
MSG2110-SHDSL-2W/4W/8W
Data and VoIP for SOHO/Home
MSG1200-GEC
The Raisecom MSG1200-GEC provides solutions which satisfies the
demands of SOHO and Home users. The device offers flexible uplink
options including GbE combo ports, and is ideal for concurrent
services with stringent performance requirements, such as routing,
bridging, NAT/NAPT, DHCP, VPN, Anti-Dos, Access Control ability,
VoIP, Anti-Port scanning and IEEE 802.11b/g/n. In addition, it also
offers 1 x USB2.0 interfaces, which can be used for either data storage
or 3G/4G USB modems of pre-authorized and verified vendors. Two
telephone service lines are provided using VoIP technology with SIP or
H.248 signaling protocol. The device features quick responses, rapid
networking deployment capabilities, as well as resilient performance
and exceptional compatibility with multi-types of services while greatly
reducing both equipment and management costs.
MSG1200-GEC
FEATURES
• Available with combo GE port at WAN side: 1 x 10/100/1000M Base-T and 1 x 100/1000M Base-X GbE optical port for
additional SFP
• Available with 1 x 10/100/1000M Base-T and 3 x 10/100M Base-T at LAN side
• Available with 2FXS ports at LAN side
• Available with 1 x USB interface on the front panel
• Static/dynamic routing (RIP) as well as OSPF
• IPSec, SSL and L2TP VPN, Content filtering
• Anti-DoS, Anti-ARP function
• NAT/NAPT, DHCP and DNS/DDNS
• VLAN, QoS and SLA
• RFC 3015, 3425, ITU-T H.248.v1/v2/v3
• Voice CODECs like G.711, G.726, G.729AB, BV16, ILBC, T.38, etc.
• RTP / RTCP: RFC 3550, RFC 3551
• IEEE 802.11b/g/n connections
• TR069, CLI, Telnet, Web management and SNMP (NView compatible)
Integrated Access Devices
MSG310 / MSG320
Raisecom MSG300 series, including MSG310 series (plastic shell) and
MSG320 (metallic shell), mainly providing Voice over IP (VoIP) or
Fax over IP (FoIP) services. As the new-generation small-capacity
Integrated Access Devices (IADs), they can provide low-density
commercial buildings or small enterprises with integrated access
services of voice and data. The MSG300 series can provide 4, 8, 16, 24,
or 32 voice interfaces, as required by the number and density of users.
MSG310-4V
MSG320-4V
FEATURES
MSG320-GEC-32V-AC
• VoIP (SIP, H.248)
• Support Telephone, Fax, POS
• Supplementary services such as call hold, call waiting, call forwarding, three-way calling, etc. (work with Core
Network)
• Bridging, Layer 2 Switching
• VLAN Tagging (802.1Q), Priority with QoS (802.1P)
P/N
Voice interface
Dimension
WAN side
LAN side
MSG310-4V/8V
MSG320-4V/8V
4/8 FXS voice interfaces (RJ11)
198 mm × 163 mm ×
35mm (plastic shell)
1 GE interface
2 FE interfaces
260 mm x 130 mm x 43.6 mm (metallic shell)
MSG320-16V/24V/32V
16 FXS voice interfaces (RJ11)
or 2 SCSI50 interfaces
440 × 220 × 43.6 (metallic shell)
One GE electrical interface or one 1000 Mbit/s Combo interface
3 FE + 1 GE interfaces
49
Chapter 7. Industrial Switch
As the Ethernet technologies mature, Industrial Ethernet products and solutions are gaining popularity
in the vertical industrial, utility, transportation and public marketplaces for their core values of
enhanced manageability, network redundancy, scalable bandwidth up to GE and 10G, and
comprehensive performance monitoring. In addition, the managed Ethernet technologies, which are
introduced into industrial applications assist with the integration of many systems over an expandable
network across wired and wireless LANs and WANs.
The Raisecom Gazelle series is designed to meet strict industrial demands of mission-critical
applications, such as the smart grid industry, traffic control and surveillance systems. The carefully
selected L2 Gigabit and Fast Ethernet models support advanced QoS, enhanced network security,
resiliency and reliability, and are applicable for a wide range of industry and business connections
under tough conditions. In compliance with IEC 61580-3 and IEEE 1613, the series guarantees the
highest standards of EMI immunity and error-free communication, which is generally required for
intelligent power plants, substations, transmission lines and ammeter readings. Reinforced hardware
design, 50ms ring protection and power redundancy further increase network reliability and greatly
reduce the cabling and wiring complexity.
L2 DIN-Rail Manageable Industrial Switch
Gazelle S1010i/S1020i/S1112i-PWR/S1003i/S1006i/S1508i/ S1508i–PWR/S1503i
The Gazelle S10xxi series consists of cost-effective, compact and
manageable industrial switches with a wide selection of port numbers,
speed and media types. These access switches enable delivery of
reliable, continuous, and manageable services by complying with
several industrial regulations and standards. Network and power
redundancy are also included to ensure maximum uptime. Ethernet
redundant rings can be supported at any interface with a recovery
time of sub-50ms. In addition, the Gazelle S1112i-PWR supports the
POE function with at least 4 IEEE802.3at ports or 8 IEEE802.3af ports. The
Gazelle S1508i-PWR supports POE function with 4 IEEE802.3at ports or 4
IEEE802.3af ports. Products in this Gazelle series use IP40 housing and
fanless design with a wide operating temperature ranging from - 40 to
85˚C. This switch supports DIN rail, wall mounting and rack mounting.
The Gazelle S1508i is a Full-Gigabit Layer 2 Din-Rail manageable
industrial switch that is designed to satisfy the requirements of
data transmission in areas of smart grid (IEC 61850-3, IEEE 1613),
transportation (EN50121-4), energy and industrial automation. The
design enables maximum flexibility among electrical, SFP and GE
combo interfaces. It supports up to 4GE uplinks and 4GE downlinks.
Network redundancy and reliability are guaranteed with LACP, G.8032
ERPS (<50ms switch-over time).
Gazelle S1010i
Gazelle S1020i
Gazelle S1503i
Gazelle S1006i
Gazelle S1112i-PWR
50
Gazelle S1003i
Gazelle S1508i
Gazelle S1508i-PWR
Gazelle Gazelle
P/N
100/1000M Base-X SFP ports
10/100/1000M Base-TX ports
100M Base-FX ports(1x9,ST,SC
or SFP based)
10/100M Base-TX ports
GE Combo ports
POE
DHCP
S1010i
3 ports
S1020i
Gazelle
Gazelle Gazelle Gazelle
S1112i-PWR
4 ports
N/A
S1006i
S1003i
N/A
N/A
N/A
2 ports
S1508i
Gazelle
Gazelle
S1508i-PWR
2 ports
4 ports
1 port
S1503i
1 port
2 ports
N/A
7 ports 16 ports
8 ports
4 ports 2 ports
N/A
N/A
4 ports 1 port 2 ports
N/A
N/A
4 x 802.3at or 8 x 802.3af
N/A
4 x 802.3at or 4 x 802.3af
DHCP client, snooping and option82
STP/RSTP/MSTP for network redundancy with a switch-over time less than 50ms,
Protection
N/A
LACP 802,3ad
Supported
802.3ah
IGMP, MVR
- 40 to 85˚C
IP40
DIN-Rail, wall-mount, rack-mount
Serial Line Control, CLI, Telnet, SSHv2, Web Management and SNMP (NView compatible)
>35 Years
IEC61850-3 and IEEE1613 compliant for Smart Grid
VLAN, QinQ and QoS
OAM
Multicast
Temp Range
IP Level
Installation
Management
MTBF
Certification
EN50121-4 compliant for traffic transportation
L2/L3 19" Full Gigabit Manageable Industrial Switch
Gazelle S5028i/S6028i/S6052i
The Gazelle S5028i/S6028i/S6052i are full-gigabit L2/L3 rack-mounted
manageable industrial switches, designed to satisfy the broadband
backbone transportation and aggregation requirements under
rigorous industrial and business conditions. The products employ a
full modular design and supports a flexible electrical and SFP optical
interface with combinations of up to 4 x 10GE/GE uplinks and 48 x
GE downlinks. The S5028i/S6028i/S6052i enable maximum flexibility
when configured, in rings (intersect ring and tangent ring topologies),
ensuring sub-50ms switchover time. Enhanced security is provided by
supporting IEEE802.1x, RADIUS and other authentication methods. The
Gazelle S5028i/S6028i/S6052i can sustain high performance in extreme
environments and operates normally over a wide temperature range
from -40 to 85˚C. It also claims a fanless design, as well as IP40 dust
protection housing, a redundant power supply, and is compliant with
IEC 61850-3, IEEE 1613 and EN50121-4.
Features/Device List
Uplink Slots
Downlink Slots
VLAN, QinQ and QoS
Protection
Multicast
DHCP
OAM
Temp Range
IP Level
Installation
Management
MTBF
Certification
Gazelle S6052i
Gazelle S2028i
Gazelle S3028i
Gazelle S5028i
Gazelle S6028i
2 x GE uplink slots of 2 x GE uplink slots of 2 x GE uplink slots of 2 x GE uplink slots of
2 x 10/100/1000M
2 x 10/100/1000M
Base-TX or 2 x GE
Base-TX or 2 x GE
SFP ports
6 x FE downlink
SFP ports
6 x FE downlink
2 x 10/100/1000M
2 x 10/100/1000M
Base-TX or 2 x 10GE/ Base-TX or 2 x 10GE/
Gazelle S6052i
4 x 10GE/GE SFP ports
GE SFP ports
GE SFP ports
6 x GE downlink slots 6 x GE downlink slots 24 x 10/100/1000M Base-
slots of 4 x 10/100M slots of 4 x 10/100M of 4 x 10/100/1000M of 4 x 10/100/1000M TX ports, 6 x GE downlink
Base-TX or 4 x FE SFP Base-TX or 4 x FE SFP
ports
Routing
Gazelle S2028i/S3028i/S5028i/S6028i
N/A
ports
Static routing, RIP,
OSPF, VRRP
Base-TX or 4 x GE
Base-TX or 4 x GE
slots of 4 x 10/100/1000M
SFP ports
SFP ports
Base-TX or 4 x GE SFP ports
N/A
Static routing, RIP, OSPF, VRRP
Supported
ISTP/RSTP/MSTP and G.8032 for network redundancy with a switch-over time less than 50ms, LACP 802.3ad
IGMP, MVR
DHCP client, snooping and option82
IEEE802.3ah
-40˚C to 85˚C
IP40
Rack-mount
Serial control platform, CLI, Telnet, Web management, and SNMP (NView compatible)
>35 Years
IEC61850-3 and IEEE1613 compliant
51
L2 Manageable EN50155 Industrial Switch
Gazelle S1210i/S1218i-PWR
The Gazelle S1210i is an L2 DIN rail manageable EN50155 industrial
switch designed to satisfy the requirements of data transmission
specifically in the field of railway transportation. Gazelle S1210i
supports up to 2 GE uplinks and 8/16/24 FE downlinks with an M12
connector. Gazelle S1218i-PWR supports up to 2 GE uplinks and up to 6
GE downlinks with an M12 connector. The Gazelle S1218i-PWR supports
PoE function with 2 IEEE802.3at ports or 4 IEEE802.3af ports. Gazelle
S1210i/1218i-PWR has a fanless design with an IP67 protection and a
redundant power supply. The network redundancy and reliability are
guaranteed with LACP, G.8032 ERPS (sub-30ms switchover time), and
a 24VDC power supply.
FEATURES
Gazelle S1210i
Gazelle S1218i-PWR
• Available with 2 x 100/1000M Base-FX optical ports and 8/16/24 x 10/100M Base-TX electrical ports
• Wide operating temperature range: -40 to 85˚C
• IP67 protection level
• Rugged DIN -rail design
• DHCP client, snooping and option82
• STP/RSTP/MSTP and G.8032 for network redundancy with sub-30ms switch-over time
• VLAN, QinQ and QoS
• IEEE802.3ah OAM
• IGMP and MVR for multicast traffic
• IEEE802.3ad LACP for optimum bandwidth utilization
• CLI, Telnet and SNMP (NView compatible)
• IEC61850-3 and IEEE1613 for smart grid applications
• EN50155 compliant for transportation applications
• DIN rail, wall mounting and rack mounting installation
• MTBF >35 Years
DIN Rail 3G/4G Router
Gazelle R101i/R102i/R202i/R202i-VM/R204i
The Raisecom Gazelle R101i/R102i/R202i/R202i-VM/R204i series
provides solutions that satisfy the requirements for SME and outdoor
networking deployment scenarios, such as financial industry,
environmental protection, transportation, postal industry, monitoring,
military, meteorology, utility and residential areas.
The Gazelle R102i/R202i/R202i-VM/R204i allows up to 6 Ethernet-based
devices to simultaneously use a single cellular data account for
primary or backup network connectivity to remote sites and devices.
By integrating routers, switches, firewalls, VPN, and 3G/4G in a single
device, the Gazelle series provides the high performance, which
is essential for concurrent services. These services include firewall,
content filtering, encryption for VPNs, cellular data for mobility,
data storage with USB 2.0, and quality-of-service (QoS) features for
optimizing voice and video applications at broadband speeds.
The use of this device significantly reduces both equipment and
management costs.
Gazelle R102i
Gazelle R202i
Gazelle R101i
Gazelle R202i-VM
52
Gazelle R204i
Features/Device List
10/100/1000M Base-TX
ports
10/100M Base-TX ports
3G Uplink
Gazelle R101i
1 ports
4G Uplink
Serial Interfaces
USB2.0
Wi-Fi
Security
Routing
Function
Temp Range
IP Level
Installation
Management
Gazelle R102i
Gazelle R202i
Gazelle R202i-VM
2 ports
1 port
N/A
4 ports
N/A
WCDMA/CDMA2000 compatible
N/A
RS-232/485 serial interface
(reuse)
N/A
802.11b/g/n
N/A
NAT NAT/PAT, DHCP and
DNS/DDNS
-20˚C to 70˚C
FDD/TD-LTE
compatible
RS232/485/422 (DB9)
FDD/TD-LTE
compatible
(2 x SFP+4 x RJ45)
N/A
WCDMA/CDMA2000 compatible
FDD/TD-LTE compatible
(dual SIM cards)
(dual 4G modules)
N/A
RS232+RS485 (PIN)
Supported
N/A
N/A
802.11b/g/n
IPSec, L2TP GRE VPN, Anti-DoS, Anti-ARP, Anti-Scanning
Static routing, RIP, OSPF
IGMP Proxy/Snooping, PPPoE, NAT NAT/PAT, DHCP and DNS/DDNS, DMZ function
-25˚C to 70˚C
IP40
DIN-Rail, wall-mount, rack-mount
DIN-Rail, wall-mount
Telnet, Web management
and SNMP (NView
4 ports
Gazelle R204i
6 ports
Serial control platform, CLI, Telnet, Web management and SNMP (NView compatible)
compatible)
MTBF
Certification
IEC61000 compliant
>35 Years
IEC61850-3 and IEEE1613 compliant
Chapter 8. PCM for SCADA
The Raisecom PCM for SCADA has been designed especially for utility, industry, transportation and
military application projects where special requirements must be fulfilled for mission-critical data and
voice traffic. In addition, PCM helps users benefit significantly from maximum network extendibility
over existing network infrastructures. The central platform RC3000-15/6, also known as the Multi-Service
chassis, delivers and integrates narrowband and broadband services transmitted by the RC3000E at
the remote side. The modular design of RC3000E chassis allows providers to benefit from maximum
flexibility to achieve specific requirements and goals, while keeping their Total Cost of Ownership
(TCO) under control. The Raisecom SCADA solution is known for its robustness and reliability in access
networks. This solution gained and is gaining its popularity in the following industries: power grid, water
and natural gas, oil, mining and national security, public health and transportation.
Multi-Service Chassis
RC3000-15
The Raisecom RC3000-15 is an intelligent multi-service access
platform and is mainly applicable in dedicated networks, Utilities
and Transportation transport networks. The device is a Digital Access
and Cross-connect System (DACS), which integrates the following
functions: digital/analog access, cross-connection and transmission.
RC3000-15 is compatible with the Multi-Service Terminal Mux and
can be synthesized under the Raisecom NView system for real-time
configuration, management, monitoring and trapping.
RC3000-15
53
FEATURES
• Available with 4 x STM-1 and 2 x GE at line side; 7U chassis with 15 slots
• Non-blocking cross-connect of up to 4096 DS0 channels
• EOS
• 1+1 protection over STM-1 optical interface
• Available with sub-cards supporting electrical/optical E1, FE, FXS, FXO, 2/4W E&M, magneto, hotline, dry contact,
co-directional 64K, V.35, V.24, RS232, RS422, RS485 at client side
• Configurable E1 interface gain mode to expand transmission distance
• A software configurable attenuation of each TX/RX channel with increments of 0.1dB for voice modules
• Link Capacity Adjustment Scheme (LCAS) for inverse multiplex modules
• DXC module supports alarm input and output, external clock supports 2Mbps and 2MHz
• All sub-cards hot-swappable
• 1+1 protection over E1 and PSU/DXC cards
• Power supply and fan modules with monitor
P/N
• Auto Laser Shutdown (ALS) and Build-in BERT
Size/slot
• Inside and outside loopback for individual tributary cards
Cross connect
• VCC channel for remote network management
STM-1 interface
• SNMP (NView compatible) via in-band and out-of-band network channels
E1 channel
FXS/FXO channel
E&M channel
V.35 channel
V.24 channel
RS232 channel
FE port
Magnet interface
System and Sub-cards
RC3000-15
7U/15-slot
512 Mbps
4
88
352
176
88
88
176
88
120
• RC3000-15-A, 7U/15-slot chassis with ventilation modules only
• RC3000-15-DXC, system management & Control Card
• SUB-BITS-CLK, insert on the DXC card to provide 2Mbit and 2MHz external clock function
• RC3000-15-STM1, SDH aggregated unit with two STM-1 optical interfaces with SFP connector, 4 FE interfaces and 4
E1 unbalanced or balanced interfaces with DB37 connector
• RC3000-15-8E1, E1 tributary unit with 8E1 unbalanced or balanced interfaces, support one-plus-one port/card
protection
• RC3000-15-P240-4FE-OPT-S1, PDH tributary unit with dual optical interfaces for redundancy and 4 FE interfaces and
8 E1s transmission capacity
• RC3000-15-32FXS, 2-wire Foreign Exchange Subscriber (FXS) interface card, 32 interfaces per card, DB37 connector
• RC3000-15-32FXO, 2-wire Foreign Exchange Office (FXO) interface card, 32 interfaces per card, DB37 connector
• RC3000-15-8S8O, 2-wire FXS and FXO interface card, 8-channel FXS and 8-channel FXO interfaces per card, DB37
connector
• RC3000-15-16E&M, 2/4 wire E&M interface card, 16 interfaces per card, HDB26 connector
• RC3000-15-8ETHP, High speed Ethernet interface card, which provides 8 channels 10/100 Base-T Ethernet port, data
rate: N×64Kbps (N=1~31)
• RC3000-15-8RS232H, low speed RS232 data interface card with handshaking, up to 57.6Kbps RS232, 8 interfaces per
card with RJ45 connector
• RC3000-15-8RS485, low speed RS485/RS422 data interface card, up to 38.4Kbps RS485/RS422 data, 8 interfaces per
card with RJ45 connector
• RC3000-15-8V35, high speed V.35 synchronous data interface card, 8 interfaces per card, user selectable data rate
N × 64Kbps of “N” (1~31)
• RC3000-15-8V24H, low speed V.24 data interface card with handshaking, up to 128Kbps V.24 synchronous data 8
interfaces per card
• RC3000-15-16C64K, G.703 Co-directional of 64Kbps data interface card, 16 interfaces per card, RJ45 connector
RC3000-15-TP, Teleprotection card, support 4 ST optical interfaces and optical interface 1+1 protection, and support
capacity compression. Services of each interface only occupy "1+N" (N = 1–12) 64 Kbit/s timeslots at the line side
when they are multiplexed
Multi-Service Terminal Mux
RC3000E
RC3000E is a standalone multi-service terminal mux that uses E1
circuit resources in order to provide digital and analog accesses,
multiplexing, voice and data cross-connections and transmissions. The
product can be deployed in a variety of network topologies, such
as point-to-point, chain, star and mesh. The 1U compact device also
utilizes a wide range of interfaces for narrowband and broadband
access.
54
RC3000E
FEATURES
• Available with 1 uplink slot and 3 downlink slots
• Supports non-blocking cross-connect of up to 512 DS0 channels
• Available with uplink card 4/8 channels electrical E1 or optical E1+FE interface
• Available with sub-cards supporting FXS/FXO, E&M, V.24, RS232, RS422, RS485, V.35, G.703 co-directional 64K and
10/100M Base-T Ethernet at the client side
• 1+1 protection over electrical E1 interfaces and PSU cards
• Hot-swappable for all sub-cards
• Built-in BERT
• Remote configuration control and performance monitoring
• Software configuration alarm output function
• CLI, Telnet and SNMP (NView compatible)
Chapter 9. Ethernet over Everything
Beyond the Metro network, the Ethernet services are not limited to cities or national borders and can
extend to multiple providers globally. To support services crossing multiple providers and borders,
wholesale demarcation must be implemented, in order to perform performance monitoring,
guarantee SLAs and deliver end-to-end QoS. Wholesale demarcation enables service performance
visibility between wholesale terminals and service providers. Raisecom supports Ethernet demarcation
over PDH/SDH as well as G.SDHSL. . Raisecom access devices enable service providers to benefit
from full OAM capabilities, effectively deploying and supporting new services and a managed SLA
commitment.
Working in tandem with tier-1 carriers, Raisecom has developed a full set of Carrier Ethernet access
solutions that can be used over existing network infrastructures, such as traditional TDM networks, dark
fiber and twisted pairs.
Ethernet over Fiber
RC552-FE, RC552-GE
RC552-FE and RC552-GE are carrier-grade media converters designed
for business access. The series offers advanced 802.3ah OAM features
and redundancy, as well as high reliability enabled by 1:1 dualhoming uplink protection at both port and system levels. The series can
be deployed in both point-to-point and point-to-multipoint topologies.
Installed in the Raisecom RC002 chassis, the device can be managed
by the Raisecom NView NNM system via the SNMP agent. It also
supports a web management that simplifies remote troubleshooting
and maintenance.
P/N
Client side
Line side
Protection
VLAN, QinQ
OAM
Rate limit
Fault pass through
Certification
Management
RC552-FE
RC552-GE
RC552-FE
RC552-GE
1 x 10/100M Base-T
1 x 10/100/1000M Base-T
2 x 100M Base-FX SFP
2 x 1000M Base-X SFP
1:1 uplink protection
Supported
802.3ah
Supported
Fault pass through
MEF9, 14
Web Management and SNMP (Nview compatible)
55
Ethernet over PDH
RC959-GESTM1, RC959-4FE16E1,
RC953-4FExE1T1, RC951E-4FEE1
The RC959 series offers a standard GFP-encapsulation EoPDH
aggregation used for delivering segregated Ethernet services over
existing legacy networks. It meets customer requirements in terms
of advanced Ethernet switching and diagnostics containing full L2
switching functionality and standard Ethernet OAM/CFM features.
The flexible RC959-4FE16E1(-BL) can act both as an aggregator and/
or a remote demarcation in point-to-point and point-to-multipoint
topologies. The RC959-GESTM1 is only deployed at the POP site
operated by service providers and is used for aggregating services
from remote demarcation, such as the RC951E-4FEE1, RC953-4FExE1T1
series and RC959-4FE16E1(-BL). Both models allow carriers to offer
flexible service channels from 2Mbps to 32Mbps with protection
enabled by LCAS from unexpected E1 link failures. As Ethernet
Demarcation Devices (EDD) with 4 x FE at the client side, the RC951E4FEE1 and RC953-4FExE1T1 can support up to 1 x E1 and 4/8 x E1
respectively. In addition, this series offers advanced OAM and network
diagnostic features in addition to L2 switch functionality. The RC95x
series can be deployed in point-to-point scenarios, as well as working
with non-Raisecom aggregation gateway, building a customized
Ethernet service channel over existing PDH/SDH networks owned
by Carriers. Standardized GFP encapsulations assure outstanding
interoperability and a broader field of applications.
P/N
Client side
Line side
Encapsulation
VLAN, QinQ, QoS
OAM
Resiliency
Management
RC959-GESTM1
2 x STM1
2 x GE
RC959-4FE16E1
16 x E1
4 x FE and 1 x GE
RC953-4FExE1T1
RC959-4FE16E1
RC959-GESTM1
RC953-4FExE1T1
4/8 x E1
4 x FE
RC951E-4FEE1
1 x E1
4 x FE
GFP
GFP/HDLC
VLAN, QinQ, QoS, Ingress rate limit, Egress traffic shaping
802.3ah, 802.1ag, Y.1731/SLA
VCAT, LCAS, error status monitoring, link diagnostic
Serial Line Control, CLI, Telnet and SNMP (NView compatible)
Ethernet over Copper (SHDSL.bis)
RC1108-SHDSL-2Wx8, RC1104
The RC1108 is a SHDSL.bis aggregation module compatible with the
iTN2100, OPCOM3500E and RC3000-15 chassis. By supporting TCRC1108-SHDSL-2Wx8
PAM128 technology, it can deliver symmetrical data of up to 15Mbps
per 2-wire. This module allows for the transmission of E1 and FE services
over STM1/4 or Metro Ethernet through copper cables, and fulfills the
need for both bandwidth and permanent data connections. The
RC1104 series are SHDSL CPEs, which can extend the transmission
RC1104
of E1 and/or Ethernet services over 4-wire copper, enabling service
providers to deliver cost-effective broadband access and leasedP/N
RC1108-SHDSL-2Wx8
RC1104
line services. Powered by TC-PAM128 technology and EFM-bonding,
Client side
1 x GE
1 x FE/E1/V.35
symmetrical data services can be offered at the rate of up to 15Mbps
Line side
8/16-wire SHDSL
2/4-wire SHDSL
per pair of wires, enabling a maximum transmission distance of 2.6km
Supported
N/A
(under lab conditions) through 0.4mm 2-wire copper cable. The VLAN, QinQ, QoS
802.1ag, 802.3ah, Y.1731,
RC1104 is mainly used to extend Ethernet or E1 service cost effectively,
N/A
OAM, SLA
SLA
and is perfect for fast deployment of massive units. RC1104 devices
E1 mode
Framed/unframed
can work in pairs or can be aggregated by the RC1108. By employing
Bonding
EFM bounding
the integrated Raisecom NView system, carriers can effectively
Resiliency
Fault pass through, flow control, storm control
configure parameters and monitor performance using the graphic
Management
CLI, Telnet and SNMP (NView compatible)
user interface (GUI) integrated in all the devices.
56
Chapter 10. Multi-Service Last Mile Access
The Raisecom multi-service last mile access product line offers flexibility and robustness for diverse data
and voice applications at a low cost, with minimum deployment effort and optimized administration,
management and operation. The product line includes the best-selling mini-SDH, interface converter,
fiber optical modem, FiberMux and multi-service modem pool and chassis.
SDH ADM
OPCOM3107-16E1-BL
The OPCOM3107 is a compact, cost-effectiveness and versatile
device ideally suited for voice and data transmission. It provides
services ranging from traditional E1 to Fast Ethernet. The OPCOM3107
supports 16 fixed E1 ports, 4 Fast Ethernet ports and 1 GE combo port.
It also provides one alarm terminal and a 2Mbit/2MHz external clock
connecter. For Ethernet over SDH services, the OPCOM3107 uses
a standard Generic Framing Protocol (GFP) mapping, Link Access
Procedure SDH (LAPS) Virtual Concatenation and Link Capacity
Adjustment Schemes (LCAS) for dynamic bandwidth allocation. All
these features enable the OPCOM3107 to be considered the nextgeneration STM-1 access device.
OPCOM3107-16E1-BL
FEATURES
• Available with 2 x STM-1 & 16 x E1 interfaces in balanced mode, 4 x RJ45 Fast Ethernet and 1 x combo GE interface
• Available with 2Mbit/2MHz external clock and 1 alarm input and output interface
• Popular as a NG access device playing aggregation, add-and-drop multiplexer (ADM) and/or Terminal multiplexer
(TM) roles in STM-1 ring or daisy chain topology
• Hybrid cross-connection between VC3 and VC12
• GFP/LAPS encapsulation, VCAT and LCAS function
• VLAN, QinQ, QOS, ACL, rate limit, mirror and storm control
• 1+1 MSP, one-plus-one LPP and redundant power supply
• Retiming on the 1st to 4th E1 channels
• ALS, LPR
• Local/remote online upgrade and management
• CLI and SNMP (NView compatible) via in-band and out-of-band network channels
Fiber Optical Transmission Device
RC802-DS3/E3
The RC802-DS3/E3 is an optical fiber transmission device designed to
transmit DS3 or E3 services over fiber. It contains one SFP optical port
for uplink and one BNC interface for downlink that can be configured
to DS3 or E3, using the DIP-switch. This modular device operates in the
Raisecom RC001/002 series chassis where it can be locally managed
using the SNMP agent and can be remotely managed when working
in conjunction with the iTN2100 on the Raisecom NView NNM system.
RC802-DS3/E3
FEATURES
• DDMI for SFP fiber uplink
• Local/remote loopback on the fiber port and local loopback on a DS3/E3 port
• In-built bit error tester to assist fault location
• ALS on a fiber port
• Remote power-off alarm in point-to-point topology
• Local SNMP management in RC001/002 series chassis and remote SNMP management when working in conjunction
with iTN2100
57
Fiber Optical Modem
RC862-30-BL, RC862-30-FV35
The RC862-30 series is designed to transmit an E1 or V.35 service over
fiber optic. The RC862-30-BL provides one fiber optic uplink and one
E1 link on the customer side, while the RC862-30-FV35 provides one
fiber optic uplink and one V.35 interface on the customer side. The
devices are usually deployed in point-to-point topology, RC862-30-BL
with RC862-30-BL, RC862-30-BL with RC862-30-FV35, or RC862-30-FV35
with RC862-30-FV35. These modules operate in the RC001/002 series
chassis, and can be locally and remotely managed via the GUI of the
Raisecom NView NNM system.
P/N
Client side
Line side
E1 mode
Loopback
Clock
Alarm
Inner bit error tester
Management
RC862-30-BL
1 x E1
RC862-30-BL
RC862-30-FV35
RC862-30-FV35
1 x V.35
1 x optical interface
Framed/unframed
Local/remote
Master/slave
Master/slave/V.35 terminal clock
Remote power off alarm
Supported
CLI, Telnet and SNMP (NView compatible)
Multi-Service Fiber Mux
RCMS2902-60FE-BL, RCMS2912-4(8)E1T1GE,
RCMS2903-4E1-4GE, RCMS2911-16E1-4GE-BL
RCMS2902-60FE-BL
The RCMS2900 series is a multi-service Fiber Mux, designed mainly for
scenarios of small or medium enterprise access and 2G/3G mobile
backhaul. The RCMS2902-60FE-BL and RCMS2912-4(8)E1T1GE are
modular devices that can work in RC001/2 series chassis supporting
both local and remote management via NMS. The RCMS2903-4E14GE and RCMS2911-16E1-4GE-BL are standalone, multi-service Fiber
Mux. The latter can support up to 16E1, as well as offer one-plus-one
protection redundancy for uplinks. The RCMS 2900 series is typically
used for point-to-point scenarios, or aggregated by an iTN2100 multiservice access platform.
P/N
Client side
RCMS2902-60FE-BL
2 x E1+1 x FE
Line side
1 x F.O. interface
Loopback
MTU
VLAN, QinQ, QoS
Switching mode
Rate limit
Flow control
Alarm
Inner bit error tester
Fault pass through
Management
58
RCMS2912-4(8)E1T1GE
4/8 x E1/T1 + GE
2 x F.O. interfaces
RCMS2903-4E1-4GE
RCMS2911-16E1-4GE-BL
RCMS2903-4E1-4GE
4 x E1 + 4 x GE
1 x F.O. interface
(1+1 protection)
Local/remote loopback
9,728 bytes
9,720 bytes
1,916 Bytes
N/A
RCMS2912-4(8)E1T1GE
RCMS2911-16E1-4GE-BL
16E1 + 4 x GE
2 x F.O. interfaces
(1+1 protection)
9,600 Bytes
Supported
N/A
Supported
Supported
Supported
Remote power off alarm
Supported
Supported
Serial Line Control, CLI, Telnet and SNMP (NView
CLI, Telnet and SNMP (NView compatible)
compatible)
Multi-Service Modem Chassis
RC002-16
The RC002-16 is a 19" 3U height rack-mountable chassis, in which up
to 16 service modules can be installed. It provides a CO/POP site
solution for connecting up to 16 remote customers. The chassis is
SNMP manageable with an SNMP agent module, which takes up one
of the sixteen slots. Each service module in the RC002-16 operates in
a point-to-point topology with a remote unit. The two devices work
independently and do not influence the operation and management
of the other modules in the same chassis. All modules, including the
SNMP agent module, are hot-swappable. One AC or DC power supply
module is able to support a full chassis of service modules regardless
of service types. The RC002-16 can use two power supply modules
to provide a redundant and flexible power supply solution for the
customers. When working with the SNMP agent module RC002-NMS1,
all the service modules in the RC002-16 can be network managed on
the GUI of the Raisecom NView NNM system.
RC002-16
FEATURES
• Rack-mountable 3U chassis for housing and network management of up to 15 service cards
• 16 slots of plug-in cards including RC002-NMS1/RC001-NMS2 as SNMP agent
• Flexible and redundant power supply modules
• Cascade up to 4 chassis with maximum management capacity of 60 pairs of service cards
• Rack-mountable 3U chassis for housing and network management of up to 15 service cards
• 16 slots of plug-in cards including RC002-NMS1/RC001-NMS2 as SNMP agent
• Flexible and redundant power supply modules
• Cascade of up to 4 chassis with maximum management capacity of 60 pairs of service cards
Single/Double-Slot Chassis
RC001-1, RC001-1M, RC001-1D,
RC001-2D, RC001-2M
RC001-1D
RC001-1
RC001 single and double slots chassis series is designed for telecom
carrier and important enterprise users in the fields of finance, electric
power, oil and gas industries. When fixed into a RC001 chassis, the
modular media converters, fiber modem, multi-service fiber mux,
interface converters, CWDM, G.SHDSL modems and other modules,
which are all designed for 1U slot, become stand-alone and networkmanageable equipment.
The built-in SNMP agent module of the RC001 provides network
management function, such as configuration management,
diagnostics, and loop activation, monitoring and fault management.
The RC001 has one console port, one Ethernet port and 1/2 slot for
modular device on the front panel. The AC and DC power supply
connectors on the rear panel of the chassis provide users with the
flexibility of using an AC power supply, a DC power supply, or both.
P/N
Size/Slot
RC001-1
1U/1-slot
Power supply
AC/DC/WP
Power protection
Overcurrent/short
circuit protection
Remote CLI, Telnet
Management
and SNMP (NView
compatible)
RC001-1M
1U/1-slot
Single/dual AC
Single/dual DC
Single/dual WP,
AC+DC
Overcurrent/short
circuit/overheat
protection
Serial Line Control,
RC001-2D
RC001-2M
RC001-1M
RC001-1D
2U/1-slot
RC001-2D
RC001-2M
2U/2-slot or 2U/1-slot
Single/dual AC
Single/dual DC
AC/DC/WP
Single/dual WP,
AC + DC
Overcurrent/short
circuit protection
Overcurrent/short circuit/overheat protection
Serial Line Control,
Local/remote CLI,
Remote CLI, Telnet and SNMP (NView
Telnet and SNMP
compatible)
(NView compatible)
Local/remote CLI,
Telnet and SNMP
(NView compatible)
59
Chapter 11. Network Management System
The ultimate goal of developing a
network management system is to
maximize the network efficiency
and minimize. The Raisecom
Network Management System
NView NNM covers the two lowest
layers of the TMN architecture. With
a design is based on the FCAPS
model, this software includes fault,
configuration, performance and
security management functions.
A northbound interface is also
available on the system for the
integration of network management
systems, implementing full FCAPS
functions on the last three levels of
the TMN architecture.
The Raisecom NView NNM system
is a Client/Server structured
system, in which several clients
can work with one server to ensure
efficient device monitoring and
managing. All Raisecom network
manageable products include
built-in SNMP agents allowing them
to communicate with Element
Management Systems (EMS).
They also integrate a uniform
platform, consisting of topology,
inventory, configuration, customer,
fault, performance and security
management components, to
administer all equipment in the network in one topology. Third-party NMSs can directly manage Raisecom network
manageable devices by using Raisecom MIBs.
In addition, an upper-level NMS/OSS/BSS can share data and results on the NView NNM system through the
northbound interface. The system also provides a disaster recovery solution, protecting the server from fatal disasters
and ensuring continuous running of the system by setting up a backup server and keeping it constantly synchronized
with the main one.
Topology Management
The Raisecom NView NNM system displays all the graphic network elements and links. Dynamic network status indicators and alarms
are displayed according to port, card, device, sub-network and network topology, facilitating monitoring and directing the users
clearly to the relevant information.
• Multi-level topology displaying
• Manual or automatic topology arrangement
• Device node auto-discovery mechanism
• Device sub-graph auto-drawing mechanism
• Network topology pre-planning mechanism
• Clear indication of current alarm status and
60
device offline status
• Quick location of point of failure in the
network
• Topology style customization
Inventory Management
All resource-related information is displayed
from different viewpoints in the inventory
management module to assist network
operators to manage resources uniformly and
to provide a reliable basis for further network
expansion.
• Unified management tool for resources, such
as devices, chassis, slots, cards, and ports
• Comprehensive resource description,
including customer and fault information
• Uniform query platform for rapid search of
resources
• Synchronization mechanism that guarantees
the system showing real-time status of network resources
Configuration Management
Configurations can be distributed to devices across the network. Easy
management and provisioning is provided by a user-friendly point-andclick GUI with a realistic representation of devices.
• Uniform platform for different EMS systems, different devices share
topology, resources, fault, performance, security functions
• User-friendly device status displayed on device panels drawn by EMS
• Real-time status feedback for every device configuration
• Data center provided for centralized management of firmware
upgrade and configuration file upload/download
• Batch configuration of SNMP parameters
• Zero configuration mechanism
61
Fault Management
The Raisecom NView NNM system
supports advanced fault detection and
analysis functions, and realizes real-time
monitoring and timely fault reporting.
Full-scale alarm management
information, such as alarm statistics,
alarm location, alarm status, etc. helps
the network operator restore devices
to their original working configuration
when necessary.
• Standard five-level alarm display
• Separate lists for current and historical
alarm management
• Grouped alarm monitoring interface, defined according to customer requirements
• Customized alarm filter rules that enable the display of events in order of importance
• Automatic alarm lists clearing service
• Alarm forward service that forwards alarms received on NView NNM to third-party platforms via SNMP
• Alarm locating and troubleshooting library to ensure quick and easy fault removal
Customer Management
The Customer Management module establishes
the correlation between devices and customers
to ensure efficient handling of information,
particularly in the event of abnormal operation,
when it is essential to troubleshoot and to
quickly establish the problem that will bring
about a more rapid solution
• Centralized customer information
management
• Customer-based resource management
• Customer-based fault management
• Import and export of customer information
Performance Management
The NView NNM performance management function
supports real-time monitoring of the SDH and Ethernet
service performances to produce real-time as well as
historical statistics for different periods. In addition, it also
provides the basis for troubleshooting, fault speculation
and network optimization.
• Uniform performance management system for all
devices under management
• Tailored deployment for network of different capacity
• Monitor device CPU and RAM utilization
• Collect PON/Ethernet/UNI/SDH port current and historical performance data
• Performance graph based on performance data collected
• Performance data export
• Actual performance metrics based on ITU-T Y.1731/SLA
• Metric template management
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Security Management
A number of user profiles and groups can be
created in the security management module.
However, only authorized users are allowed to
login to the NView NNM system and operate
it. This function protects all information on the
system against illegal access, unauthorized use
and other hazards.
• Multi-domain multi-authority management
• Different user profiles have different read
and/or write authorities over devices in
different subnets
• Client access control mechanism
• Unauthorized login deny mechanism
• Maintains system and device operation logs and supports log export
Web Management
Web management can help network operators to manage
devices based on GUI interface via a web browser. It
supports user management, configuration management,
traffic statistics and devices status monitoring. Combined
with Raisecom NView NNM system, it can also recognize
fault management. All these functions can minimize overall
operational costs and reduce provisioning times.
• User-friendly, intuitive graphical configuration interface
• Operator authorization levels
• Unauthorized login deny mechanism
• Synchronization mechanism ensuring real-time status update
of the devices
Zero Touch Provisioning
In modern Carrier Ethernet networks, providers
must consider a cross-functional automation
that efficiently integrates commissioning,
activation, inventory, fault, performance
and network management. The challenging
combination of the above capabilities is
required for ensuring prompt new services
launching, highly scalable network, effortless
equipment roll-out and highest maintenance.
In order to achieve such a level of automation,
providers require an accurate and granular
performance monitoring mechanism, combined
with a fully-automated activation system.
Zero touch provisioning allows service-providers
to facilitate remote devices automatically without manual intervention. When remote devices are physically connected to the
network and booted, the initial management IP can be automatically distributed to remote devices based on DHCP. When this
occurs, the configuration and software updates can be automatically loaded into remote devices via a service template to perform
a simple deployment minimizing human errors.
This mechanism ensures lean TCO and therefore guarantees the modernization of packet networks.
• Simple procedure: Rack, connect and power on
• Diverse and editable service templates
• Topology auto-discovery mechanism
• Physical and logical graphic representation of links and nodes
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SLA Portal
CEview is a SLA portal that provides effortless massive
deployment and service activation. CEview is able to
handle all of the remote configuration done by NOC
once devices are powering-on devices, and it is able
to automatically generate and distribute configuration
files in batch. SLA portal provides various ways to realtime monitoring performance data that is collected from
probes, includes of web client and APP client installed on
the IOS or Android system.
In addition, an upper-level NMS/OSS/BSS can share
data and results on the NView NNM system through the
northbound interface. The system also provides a disaster
recovery solution, protecting the server from critical
disasters and ensuring continuous running of the system
by setting up a backup server and keeping it constantly
synchronized with the main one.
In addition, SLA portal provides real-time monitoring to the
devices performances collected from probes, and displays
results from web client or IOS/Android smart phone APP
client. Customer can export the performance report from
smart phone.
The Raisecom SLA portal makes it simple for providers
to op tim ize their network management. The easy
management and monitoring result in a reduced workload.
In addition, the simple operation and visual reports provide
an improved service monitoring experience for customers.
• SLA KPI collection: Support collection of FD, IFDV, FLR,
Bandwidth, Bandwidth Utilization
• Graphs: History and Real time display
• Export report: Support exporting history and Real time
report
• Alarm: KPI exceed threshold, Device offline
• Logo: Customized Logo
• MAP: Support Google map
• WEB client: https, support IE10+/Firefox/Chrome/Safari
browsers
• APPs: IOS, Android
• Capacity: 1000 total, 200 online, 20 concurrency
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