BRINGING PACKET-OPTICAL NETWORKING TO THE NEXT LEVEL THE TRANSMODE TM-SERIES

Transcription

1 BRINGING PACKET-OPTICAL NETWORKING TO THE NEXT LEVEL THE TRANSMODE TM-SERIES

2 THE CHALLENGE OF INCREASING REVENUE, NOT COSTS It is common knowledge that the explosive growth in high bandwidth services for residential and business customers is putting great demands on transport networks. There are many reasons for this transport overload. These include the adoption and rise of IPTV, Docsis 3.0, smartphones and the mobile Internet. The transfer of information through huge data centers and communication hubs, as well as cloud applications that require large flows, low latency and secure access pipes also contribute to these network demands. This progress drives the demand for transport networks that have the capacity and new Quality of Service (QoS) features that many of the new services require. In order to address these challenges, many operators recognize the need to collapse network layers into a single packet-optical network. Transmode has created the TM-Series packet-optical networking platform for carrier grade optical transport to meet these needs. Whether it s used to push WDM all the way out to the cell site in the mobile network, connect enterprises or the cloud, gain higher performance from fiber links, or to enable efficient distribution of high definition TV (HDTV), the TM-Series has the flexibility and the functionality it takes to let your optical network serve you well. Widely deployed around the world, Transmode solutions allow operators to affordably increase transport network capacity, scale the network as needed and develop cost effective ways to leverage the new revenue streams that today s and tomorrow s services bring. The TM-Series is a packetoptical platform supporting Layer 0 optical wavelengths to Layer 2.5 MPLS-TP, using technologies such as Ethernet, OTN, SDH/ SONET, and Intelligent WDM (iwdm ). MORE GIGABYTES FOR THE SAME INVESTMENT COST-EFFICIENTLY INCREASE YOUR TRANSPORT NETWORK CAPACITY Higher capacity and lower cost With its unique way to transport and manage large amounts of traffic, the TM-Series yields unmatched advantages in network economics, both in OPEX savings and low CAPEX. The seamless mix of layers that the TM-Series enables, brings valuable scalability and pay-as-you-grow advantages. Reconfigurable hardware and dynamic networking via Transmode s Flexible Optical Networks, including ROADM technology, provide vital benefits in flexibility and cost efficiency. Thanks to its broad range of optics options and integrated planning & management tools, these networks provide great cost benefits over static networks. Low Power Design benefiting the environment Low Power Design is Transmode s way to minimize power consumption throughout its whole product portfolio, while simultaneously optimizing environmental performance. Compact, small-footprint solutions, combined with low-power components create optical transport solutions with unrivaled energy efficiency, as defined in Energy Efficiency for Telecommunication Equipment (ATIS ).

3 SCALABILITY AND FLEXIBILITY GIVE YOU UNLIMITED GROWTH POTENTIAL The TM-Series offers a multitude of options to handle all the changes that take place in a network over time. These changes can include sheer growth, increasing capacity and reach, and providing new services. By offering a choice of transport technologies such as Ethernet, OTN, SDH/SONET, MPLS-TP and Transmode s iwdm, operators can address any application through one platform. Focus on applications With its excellent performance, the TM-Series is an ideal platform for a broad range of applications. As an example, mobile or wholesale operators benefit from outstanding synchronization and low latency performance when migrating to 3G, 4G and LTE technologies. Enterprises and datacenter interconnects can take advantage of the high density and low latency provided by the TM-Series. Cable operators can profit from the integration of selected Layer 3 features such as IGMPv3 to optimize multicast video distribution. Everything from metro access to metro core Due to its flexibility in distance and reach (up to 1500km), the TM-Series targets networks from metro access to metro core. The TM-Series DWDM application supports the carrierclass features required for metro core, whereas the more costefficient CWDM application is better suited for lower capacity and reach demands, such as in metro access networks. Capacity up to 100G Granularity in terms of capacity allows the TM-Series to offer multiple levels of capacity. All standard line rates from 1G to 100G let operators select the capacity to match their requirements. The TM-Series outstanding performance in sync and low latency makes it ideal in a wide range of applications such as mobile backhaul, cloud networking and datacenter interconnects.

4 INNOVATIVE ETHERNET TRANSPORT PROMOTES SERVICE DIFFERENTIATION There s no doubt that new services enabled by increased bandwidth bring new revenue opportunities the challenge is to capitalize on these cost effectively. The right metro transport network will ease this evolution, while keeping excessive OPEX and CAPEX from impacting the business case. The TM-Series packet-optical platform combines Ethernet switching with optical transport functionality. It allows simplified transport network design to provide more flexibility and reduce the number of physical elements in the network. The broad range of features supported by Transmode s Ethernet Muxponder family includes advanced OAM, Service Level Agreement (SLA) monitoring and Quality of Service (QoS) over both Ethernet and MPLS-TP services. Service management is key in packet-optical transport networks Challenges such as sophisticated Quality of Service (QoS) demands, high volume of services, and rapid network changes demand more sophisticated service management tools. The Transmode Enlighten multi-layer management suite supports the capabilities needed to plan, deploy and operate your TM-Series network. Enlighten gives you the tools required, including advanced features such as point and click provisioning and multi-layer diagnostics over both packet and optical layers of the network. Ethernet Demarcation Unit (EDU5) and Ethernet Muxponder (EMXP40 and EMXP80) are parts of the TM- Series Layer 2 product family.

5 TM-SERIES PRODUCTS MUXPONDERS 2.5G MXP8/II 8-client port STM-16/OC-48 Muxponder. STM-1/STM-4/OC-3/OC-12. 4G MS-MXP 8-client port, 4G Multi-Service Muxponder. Dual line interfaces for 1+1 protection. SDH/SONET/GbE/SAN. 4x 4G Regenerator. 10G 9xGbE /10G MXP 9-client port 10G Muxponder. Gb, FE. 9xGbE/10G FEC MXP 9-client port 10G FEC Muxponder. GbE, FE. Dual line interfaces for 1+1 protection. 4x2G5-10G MXP 4-client port STM-64/OC-192 Muxponder. STM-16/OC-48. Optional FEC. 10G MS-MXP 10-client port Multi-Service Muxponder. SDH/SONET, Ethernet, SAN etc. Multiple traffic images. FEC on line. Dual line ports for 1+1 Line protection. 10G MS-MXP/TC-ER 10-client port Multi-Service Muxponder. Fixed/tunable line port. SDH/SONET, Ethernet, SAN etc. Multiple traffic images. EFEC on line. 40G MS-MXP/40G 4-client port 40G Multi-Service Muxponder. 10G iwdm, STM-64/ OC-192, 10GbE WAN/LAN in any mix. 100G MXP/100G 10-client port 100G Muxponder. STM-64/ OC-192, OTU2, OTU2e, 10GbE WAN/LAN in any mix. TM-2000 mount. Multi-Service Access MBA/2 Multi-Service Access Collector Node. 16xE1/T1 (RJ48C) + 4xFE/GbE optical (SFP) or electrical (RJ45). MBH Multi-Service Hub unit. 4xSTM-1/OC-3 and 16x Ethernet client interfaces. TRANSPONDERS 2.5G TPQMR 4x Multi-Rate Transparent (125Mb/s-2.7Gb/s) Transponder and Regenerator. TPDDGBE 2x (2xGbE) Transponder. Dual line interfaces for 1+1 protection. 4x 2.5G Regenerator. 4G TPQMS Quad Multi-Service Transponder. 1G/2G/4G FC. 4x 4G Regenerator. TPQMP Quad Multi-Protocol (125Mb/s-4.25Gb/s) Transponder and Regenerator. 10G TPD10G-Lite Dual 10G Lite Transponder. 2G/4G/8G/10G FC, 10GbE, STM-64/OC-192, OTU2, OTU2e. 2x 10G Regenerator. TPQ10GFEC Quad 10G Multi-Service Transponder. STM-64/OC-192, 10GbE-WAN, 10GbE-LAN. 2xRegenerator. TPD10GBE Double 10GbE FEC Transponder. STM-64/OC-192, 10GbE-WAN, 10GbE-LAN. 2xRegenerator. TP10G/TC-ER 10G Tunable EFEC Transponder Tunable C-band Extended Reach. SDH/SONET/10GbE. TP10GOTN 10G Tunable OTN Transponder. STM-64/OC-192, 10GbE-LAN/WAN, OTU2. OTU2/OTU2e line interface (DWDM fixed/tunable). 40G MS-TP/40G 40G Multi-Service Transponder. 40GbE-LAN, PoS, STM-256/OC G TP100G 100G Transponder. OTU4, 100GbE-LAN. TM-2000 mount. LAYER 2 EDU/5 4 port Gigabit Ethernet Demarcation Unit. MEF9 + MEF14 certified. Multiple product models available; see datasheet for details. EDU/10 2/4 port 10G Ethernet Demarcation Unit. MEF9 + MEF14 certified. Multiple product models available; see datasheet for details. EMXPII, EMXP/IIe Ethernet Muxponder and switch. CE2.0 services E-LINE, E-LAN, E-TREE and E-ACCESS, MEF9 + MEF14 certified; MPLS-TP, Sync-E. Multiple product models available; see datasheet for details. ROADMS ROADM 1x2 ROADM 2-degree ROADM, 50/100GHz. 1x4 ROADM 4-degree ROADM, 100GHz. 1x8 ROADM 8-degree ROADM, 50GHz. OPTICAL NETWORKING EQUIPMENT Amplifiers OAR450, OA26C Raman Amplifier, Power Extender C-Band. OA17, OA20 Several EDFA Amplifier models available with different gain characteristics. VOA units VOA-8CH, VOA-2CH 8ch (using VOA-SFP) and 2ch Variable Optical Attenuators. MuxDemux MDU16, MDU8, MDU40 Several colored models available. One 16ch colorless version. Power Meter OCM/2P 2-port DWDM Optical Channel Monitoring unit. CAPACITY TECHNOLOGY DWDM Fiber-pair: 50GHz spacing & 100GHz spacing. Single-fiber: 100GHz spacing (unamplified) & 200GHz spacing (amplified). Fiber-pair: 8ch ( nm). Single-fiber: 8ch ( nm). CWDM CHASSIS TM , ETSI, 23 10U, Up to 17 full-sized slots / 10 half-sized slots. TM , ETSI, 23 3 U, Up to 4 full-sized slots / 4 half-sized slots. TM-101/102 19, ETSI, 23 1 U, 1 full-sized slot + 1 half-sized slot. TM , ETSI, 23 4U, 2 slot. High speed chassis for 100G traffic units. TM-3000 TM-301 TM-102

6 Transmode is a global provider of packet-optical networking solutions that enable fixed line and mobile network operators to cost effectively address the capacity needs created by the rapid growth in video and data traffic. These solutions are important building blocks in next-generation high-speed optical networks that support services such as broadband backhaul, mobile data backhaul, video delivery services and cloud computing. Transmode s solutions are based on Wavelength Division Multiplexing (WDM) and packet optical transport technologies, which are designed to increase the capacity, flexibility and functionality of optical metro core and metro access networks. Transmode s Intelligent WDM (iwdm ) approach gives key advantages to customers, such as ultra-low latency, low power consumption and innovative network design. Transmode is headquartered in Stockholm, Sweden and is listed on the NASDAQ OMX Stockholm Exchange (TRMO). Since 2000, the company has installed more than 30,000 systems for over 400 fixed and mobile network operators, service providers, large enterprises and public institutions in over 40 countries across the globe. For additional information about Transmode, please visit Oct 2012