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Last Mile Convergence for the Business

Raisecom creates future. Total solution provider of optical broadband access, focuses on the high-end carrier-grade market worldwideUbiquitous application over existing E1 and STM-1 infrastructure with better flexibility in terms of guaranteed bandwidth, and network QoS. Providing an easily accessible solution for corporation users. Striving to lead in the invention, development and manufacture of the industry's most advanced broadband access technologies..

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Last Mile Convergence for the Business

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    1. Last Mile Convergence for the Business/Residential Connection and 2G/3G Backhauling

    2. Raisecom technologies is a leading global provider of optical + Ethernet networking, TDM leased line and multi-service solution for rapid and cost effective provisioning of high speed, data, voice and video services in Metropolitan area. Leveraging core competencies in optical, Ethernet, TDM and multi-service technologies together with expertise in carrier applications. Raisecom technologies focuses on delivering Carrier Ethernet service and Multi-service from enterprise sites to carriers regional infrastructure. Raisecom technologies is a leading global provider of optical + Ethernet networking, TDM leased line and multi-service solution for rapid and cost effective provisioning of high speed, data, voice and video services in Metropolitan area. Leveraging core competencies in optical, Ethernet, TDM and multi-service technologies together with expertise in carrier applications. Raisecom technologies focuses on delivering Carrier Ethernet service and Multi-service from enterprise sites to carriers regional infrastructure.

    8. Now network operator meet the challenges as followings for the customer convergence. Carrier must meet the ever-growing customer demand such as on demand bandwidth and cost-effective solution for multi-service under the single platform with lowest CAPEX and OPEXNow network operator meet the challenges as followings for the customer convergence. Carrier must meet the ever-growing customer demand such as on demand bandwidth and cost-effective solution for multi-service under the single platform with lowest CAPEX and OPEX

    11. Ethernet Service Access Network Multi-Service Modem Pool Multi-Service STM-1 CPE Multi-Service Access Platform Multi-Service over E1 Leased Line Multi-Service over CWDM system Raisecom diversified solutions can meet these challenges and provide cost effective multiservice solutions for carriers Raisecom diversified solutions can meet these challenges and provide cost effective multiservice solutions for carriers

    13. I believe this is the most popular solution for delivering Carrier Ethernet service to residential and business building. Raisecom winning benefit is we deploy all of the L2 function on demarc point such as SLA guarrantte bandwidth management VLAN stacking for transparent transmitting enterprise VLAN, IP stacking for diagnosing and testing without truck rolls. I believe this is the most popular solution for delivering Carrier Ethernet service to residential and business building. Raisecom winning benefit is we deploy all of the L2 function on demarc point such as SLA guarrantte bandwidth management VLAN stacking for transparent transmitting enterprise VLAN, IP stacking for diagnosing and testing without truck rolls.

    14. Deployment of carrier-class intelligent demarcation device at customer premises enables carrier to deliver managed Ethernet service end-to-end over fiber local loop. This approach facilitates service differentiation so that the operator can prioritize and separate each user’s traffic and offer the services such as inter-office LAN connectivity, Internet Access and secure VPN service. It permits end-to-end control up to customer premise and enforcement of service level agreement. This application could feature per service rate limitation and traffic prioritization to enable the service provider to roll out multiple services and VPNs with different class of service parameters, over packet-switched network. These devices also support VLAN stacking, for mapping the user’s private VLAN to carrier’s service VLAN and assigning different attributes to different users or services. Deployment of carrier-class intelligent demarcation device at customer premises enables carrier to deliver managed Ethernet service end-to-end over fiber local loop. This approach facilitates service differentiation so that the operator can prioritize and separate each user’s traffic and offer the services such as inter-office LAN connectivity, Internet Access and secure VPN service. It permits end-to-end control up to customer premise and enforcement of service level agreement. This application could feature per service rate limitation and traffic prioritization to enable the service provider to roll out multiple services and VPNs with different class of service parameters, over packet-switched network. These devices also support VLAN stacking, for mapping the user’s private VLAN to carrier’s service VLAN and assigning different attributes to different users or services.

    16. 2126 E ISCOM2109F??8? 100M??????1????? ISCOM2126/2126E??24?10/100M??????2?????? ISCOM2826?ISCOM2826E??24?10/100M??????2??????? ISCOM2828F??24?100M?SFP?????,???2?1000M?SFP???2?1000M????4???????? ISCOM2852??48?10/100M?????,2?10/100/1000M??????2?SFP????,??1000M SFP????? ISCOM2812GF??8?SFP 1000M???4?1000M COMBO??? ISCOM2826 ISCOM2826E ISCOM2828F ISCOM2852 ISCOM2812GF 2126 E ISCOM2109F??8? 100M??????1????? ISCOM2126/2126E??24?10/100M??????2?????? ISCOM2826?ISCOM2826E??24?10/100M??????2??????? ISCOM2828F??24?100M?SFP?????,???2?1000M?SFP???2?1000M????4???????? ISCOM2852??48?10/100M?????,2?10/100/1000M??????2?SFP????,??1000M SFP????? ISCOM2812GF??8?SFP 1000M???4?1000M COMBO??? ISCOM2826 ISCOM2826E ISCOM2828F ISCOM2852 ISCOM2812GF

    19. Ethernet over E1s (PDH) - On Demand Bandwidth Creating For reasons of cost and availability, most organizations continue to run their Ethernet traffic over E1 PDH link or multiple E1s to access carrier network. Even in cases where the amount of Ethernet traffic justifies higher data speed for access links, simple protocol conversion is still the most cost effective route for transmitting Ethernet traffic transparently point-to-point over E1/SDH network. RAISECOM offers a full range of managed Ethernet over E1, multiple E1s inverse mux. For reasons of cost and availability, most organizations continue to run their Ethernet traffic over E1 PDH link or multiple E1s to access carrier network. Even in cases where the amount of Ethernet traffic justifies higher data speed for access links, simple protocol conversion is still the most cost effective route for transmitting Ethernet traffic transparently point-to-point over E1/SDH network. RAISECOM offers a full range of managed Ethernet over E1, multiple E1s inverse mux.

    21. We can deliver Carrier Ethernet service on remote site using TDM backbone. The bandwidth depends on customer growing requirement. The traffic will be aggregated in channelized STM-1 or 16 E1 lines in central office. This is state of art solution to meet carrier Ethernet deployment. We can deliver Carrier Ethernet service on remote site using TDM backbone. The bandwidth depends on customer growing requirement. The traffic will be aggregated in channelized STM-1 or 16 E1 lines in central office. This is state of art solution to meet carrier Ethernet deployment.

    22. Ethernet over SDH STM-1 SDH networks was originally designed to transport voice and TDM traffic and not inherently suited for the Ethernet traffic. However, recent standards, such as GFP, VCAT, LCAS are enabling carriers to provide more efficient Ethernet over SDH services. These technologies are mainly applicable in Next Generation SDH network where carrier could offer native Ethernet service over up to VC4 in SDH transport network. SDH networks was originally designed to transport voice and TDM traffic and not inherently suited for the Ethernet traffic. However, recent standards, such as GFP, VCAT, LCAS are enabling carriers to provide more efficient Ethernet over SDH services. These technologies are mainly applicable in Next Generation SDH network where carrier could offer native Ethernet service over up to VC4 in SDH transport network.

    24. Raisecom ‘s multiservice modem pool offers a winning and innovative access network deployment strategy for CLEC and incumbent carriers. It enables carrier to speed up the return on the investment of access network equipment as well as generate additional revenue streams from enhanced services. Raisecom ‘s multiservice modem pool offers a winning and innovative access network deployment strategy for CLEC and incumbent carriers. It enables carrier to speed up the return on the investment of access network equipment as well as generate additional revenue streams from enhanced services.

    25. This multi-service modem pool offers carriers a winning deployment strategy and hybrid supports E1/V.35 fiber modem, G.SHDSL modem, interface converter E1 to V.35, Ethernet media converter and STM-1 media converter from copper to fiber and multi-service PDH multiplexers to deliver multiple E1/v.35 and Ethernet service for p-to-p application. This platform supports full range SNMP management from co to remote site. Each remote CPE could be configured and monitored from co. All of the module in the central office chassis could be deployed in remote site with 1-slot chassis as well to enable customer to save cost for inventory. All of the modules are designed as plug&play to save the customer cost for technician training. All of the remote site 1-slot chassis could provide wide range voltage universal power supply to make customer could ignore the customer premise power supply is AC or DC. This multi-service modem pool offers carriers a winning deployment strategy and hybrid supports E1/V.35 fiber modem, G.SHDSL modem, interface converter E1 to V.35, Ethernet media converter and STM-1 media converter from copper to fiber and multi-service PDH multiplexers to deliver multiple E1/v.35 and Ethernet service for p-to-p application. This platform supports full range SNMP management from co to remote site. Each remote CPE could be configured and monitored from co. All of the module in the central office chassis could be deployed in remote site with 1-slot chassis as well to enable customer to save cost for inventory. All of the modules are designed as plug&play to save the customer cost for technician training. All of the remote site 1-slot chassis could provide wide range voltage universal power supply to make customer could ignore the customer premise power supply is AC or DC.

    26. This is another multi-service modem pool to feed simultaneously high speed and legacy data service, analog voice service, leased line service and backhauling of Mobile BTS and connectivity WiMAX CPE to Metro Ethernet. it could hybrid support for multiple level PDH products 1.cost effective E1 extension PDH product up to 16E1 2.PCM multiplexers analog voice and legacy data service for enterprise customers 3.carrier grade multi-service PDH product with up to 16 E1s and 1V.35 and 10/100M Ethernet interface. Redundant fiber optic links and power supply could guarantee the maximum networking uptime. Switching over time from primary fiber link to secondary is less than 50ms. This platform could supply SNMP management, TELNET, and local craft terminal management through RS232 interface. Full range of management makes carrier to easily operate and monitor local and remote device anywhere. This is another multi-service modem pool to feed simultaneously high speed and legacy data service, analog voice service, leased line service and backhauling of Mobile BTS and connectivity WiMAX CPE to Metro Ethernet. it could hybrid support for multiple level PDH products 1.cost effective E1 extension PDH product up to 16E1 2.PCM multiplexers analog voice and legacy data service for enterprise customers 3.carrier grade multi-service PDH product with up to 16 E1s and 1V.35 and 10/100M Ethernet interface. Redundant fiber optic links and power supply could guarantee the maximum networking uptime. Switching over time from primary fiber link to secondary is less than 50ms. This platform could supply SNMP management, TELNET, and local craft terminal management through RS232 interface. Full range of management makes carrier to easily operate and monitor local and remote device anywhere.

    27. SDH is still the foremost transmission infrastructure technology, with the huge and tremendous investment and countless users everywhere. There are good reasons why this veteran technology will continue to play an important role for the coming years. Nothing beats SDH for reliability, simplicity and quality of service. Although many operators and carriers have begun to migrate their backbone to Ethernet/IP technology, SDH still continues to play a central role to transport customer voice and data traffic for many specialized application not supported by Ethernet/IP or for which Ethernet/IP doesn’t offer strict enough quality of service. SDH is still the foremost transmission infrastructure technology, with the huge and tremendous investment and countless users everywhere. There are good reasons why this veteran technology will continue to play an important role for the coming years. Nothing beats SDH for reliability, simplicity and quality of service. Although many operators and carriers have begun to migrate their backbone to Ethernet/IP technology, SDH still continues to play a central role to transport customer voice and data traffic for many specialized application not supported by Ethernet/IP or for which Ethernet/IP doesn’t offer strict enough quality of service.

    30. Until recently, service model for carriers and service providers focuses on delivering bandwidth to a stable, predictable customer base through the deployment of various transport technologies. In today’s telecommunication jungles, unfortunately, the old paradigm no longer holds. Successful carriers will be those that can build out new service quickly, while keeping a tight rein on the infrastructure outlays and maintenance costs. Until recently, service model for carriers and service providers focuses on delivering bandwidth to a stable, predictable customer base through the deployment of various transport technologies. In today’s telecommunication jungles, unfortunately, the old paradigm no longer holds. Successful carriers will be those that can build out new service quickly, while keeping a tight rein on the infrastructure outlays and maintenance costs.

    31. RAISECOM’s Multi-Service Access Platform offers a winning deployment strategy for any operators, carriers and service providers with SDH application or relying on SDH based access network for their service delivery. MSAP family of products consists of specialized equipment in various devices located in the customer premises and POP site or central office. MSAP can support multiple services (voice, data, video and LAN) over PDH, SDH and Ethernet links, with carrier class reliability and full hardware redundancy, ensuring maximum service uptime. MSAP products enable maximum flexibility, incorporating built-in Last Mile solution for fiber optic link, copper. By deploying RAISECOM’s customer premise device opposite with MSAP, carrier can eliminate the need for the external modems and modem rack in the Last Mile access. No vendor could offer such a complete, integrated transmission and switching solution. Furthermore, MSAP system provides a future proof solution with a migration path to Next Generation network, including Gigabit Ethernet main links. RAISECOM’s Multi-Service Access Platform offers a winning deployment strategy for any operators, carriers and service providers with SDH application or relying on SDH based access network for their service delivery. MSAP family of products consists of specialized equipment in various devices located in the customer premises and POP site or central office. MSAP can support multiple services (voice, data, video and LAN) over PDH, SDH and Ethernet links, with carrier class reliability and full hardware redundancy, ensuring maximum service uptime. MSAP products enable maximum flexibility, incorporating built-in Last Mile solution for fiber optic link, copper. By deploying RAISECOM’s customer premise device opposite with MSAP, carrier can eliminate the need for the external modems and modem rack in the Last Mile access. No vendor could offer such a complete, integrated transmission and switching solution. Furthermore, MSAP system provides a future proof solution with a migration path to Next Generation network, including Gigabit Ethernet main links.

    34. Multi-Service over E1 Leased Line

    35. Although our world is moving to broadband packet based future, legacy narrow band application still has a big market. Raisecom combined ethernet v.35, rs 232 fxs, fxo, Em and E1 service into single box with STM-1 and fractional E1 uplink. Multi-service application with DS0 cross connect function will bring the optimized TDM investment. Although our world is moving to broadband packet based future, legacy narrow band application still has a big market. Raisecom combined ethernet v.35, rs 232 fxs, fxo, Em and E1 service into single box with STM-1 and fractional E1 uplink. Multi-service application with DS0 cross connect function will bring the optimized TDM investment.

    36. Raisecom RC3000-15 Multi Services Access Node create revenues.Raisecom RC3000-15 Multi Services Access Node create revenues.

    37. RC3000-15 is integrated access network solution provided by Raisecom. It implements services convergence and distribution and protocol process. It is the core component in the access layer, it implements the functions of voice service processing, ATM service processing, IP service processing and management & maintenance functions.RC3000-15 provides various service nod interface to connect to different networks eg. E1 and FXO interface for PSTN network; STM-1 and FE interface for ATM/IP network. RC3000 standalone is integrated access equipment located at remote side. It can provide leased line, broadband and narrowband interfaces in the same platform to customers. eg.POTS\V.35\LAN\G.SHDSL etc. RC3000-15 and RC3000 have built-in integrated transmission unit and they support flexible networking. Raisecom Nview NNM is network management system. This will simplify maintenance and management. RC3000-15 is integrated access network solution provided by Raisecom. It implements services convergence and distribution and protocol process. It is the core component in the access layer, it implements the functions of voice service processing, ATM service processing, IP service processing and management & maintenance functions.RC3000-15 provides various service nod interface to connect to different networks eg. E1 and FXO interface for PSTN network; STM-1 and FE interface for ATM/IP network. RC3000 standalone is integrated access equipment located at remote side. It can provide leased line, broadband and narrowband interfaces in the same platform to customers. eg.POTS\V.35\LAN\G.SHDSL etc. RC3000-15 and RC3000 have built-in integrated transmission unit and they support flexible networking. Raisecom Nview NNM is network management system. This will simplify maintenance and management.

    38. For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers. For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers.

    39. This is a typical solution for the transmission of 8 services over one fiber pair by utilizing SNMP manageable RC002-16 chassis, Fast/gigabit Ethernet to CWDM specific wavelength converter, optical wavelength converter and CWDM MUX/DE-MUX. It is hub-and-spoke topology which is a chain topology in physical and point-to-multipoint in logical, the central office can communicate with up to 8 dispersed branches through one fiber pair. In central office RC002 16-slot chassis is installed for high-density CWDM wavelength conversion and CWDM MUX/DE-MUX OPCOM200-OMD8 is used for the multiplexing and de-multiplexing. In each branch, a single slot chassis with CWDM wavelength converter is installed for a single CWDM wavelength conversion and Optical Add/Drop module OPCOM200-OAD1D is used for a specific CWDM channel termination. This is a typical solution for the transmission of 8 services over one fiber pair by utilizing SNMP manageable RC002-16 chassis, Fast/gigabit Ethernet to CWDM specific wavelength converter, optical wavelength converter and CWDM MUX/DE-MUX. It is hub-and-spoke topology which is a chain topology in physical and point-to-multipoint in logical, the central office can communicate with up to 8 dispersed branches through one fiber pair. In central office RC002 16-slot chassis is installed for high-density CWDM wavelength conversion and CWDM MUX/DE-MUX OPCOM200-OMD8 is used for the multiplexing and de-multiplexing. In each branch, a single slot chassis with CWDM wavelength converter is installed for a single CWDM wavelength conversion and Optical Add/Drop module OPCOM200-OAD1D is used for a specific CWDM channel termination.

    40. Protection for mission-critical applications High availability and reliability is very important for mission-critical networks. Few seconds’ interruption of high-speed optical connection of CWDM system will result in a huge loss of data information, which means a huge loss of money. Redundant links of line site can greatly improve the reliability and maximize the uptime of the CWDM system. Raisecom CWDM system provides carriers with both optical line protection & restoration card for the 1+1 protection for line site and optical channel protection card for a particular important channel. High availability and reliability is very important for mission-critical networks. Few seconds’ interruption of high-speed optical connection of CWDM system will result in a huge loss of data information, which means a huge loss of money. Redundant links of line site can greatly improve the reliability and maximize the uptime of the CWDM system. Raisecom CWDM system provides carriers with both optical line protection & restoration card for the 1+1 protection for line site and optical channel protection card for a particular important channel.

    41. Ten/Sixteen services over one fiber High availability and reliability is very important for mission-critical networks. Few seconds’ interruption of high-speed optical connection of CWDM system will result in a huge loss of data information, which means a huge loss of money. Redundant links of line site can greatly improve the reliability and maximize the uptime of the CWDM system. Raisecom CWDM system provides carriers with both optical line protection & restoration card for the 1+1 protection for line site and optical channel protection card for a particular important channel. High availability and reliability is very important for mission-critical networks. Few seconds’ interruption of high-speed optical connection of CWDM system will result in a huge loss of data information, which means a huge loss of money. Redundant links of line site can greatly improve the reliability and maximize the uptime of the CWDM system. Raisecom CWDM system provides carriers with both optical line protection & restoration card for the 1+1 protection for line site and optical channel protection card for a particular important channel.

    42. Four services over one fiber 4*10G SDH or Ethernet over a dual-strand fiber: OPCOM300 4*2.5G services (transparent) over dual/single-strand fiber: OPCOM100 OPCOM100-4 is 1U 19’’ compact 4-channel CWDM equipment provides an attractive solution for carrier-class point-to-point application. With SFP optical modules, OPCOM100-4 enables a flexible “pay-as-you-grow” solution. Both SNMP and terminal network management are available to ensure the most uptime and easy troubleshooting. OPCOM100-4 is 1U 19’’ compact 4-channel CWDM equipment provides an attractive solution for carrier-class point-to-point application. With SFP optical modules, OPCOM100-4 enables a flexible “pay-as-you-grow” solution. Both SNMP and terminal network management are available to ensure the most uptime and easy troubleshooting.

    43. For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers. For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers.

    44. For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers. For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers.

    45. For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers. For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers.

    46. Transfer Video, Audio, Asynchronous Data (RS232/RS485/RS422), FE (Fast Ethernet), Voice and CC (Contact Closure) signal over dark fiber For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers. For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers.

    47. Compress video, audio and asynchronous data (RS422 and RS485) to FE (Fast Ethernet) network and realize video monitoring on both computer and TV monitor. For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers. For optimizing fiber resource of curb, Raisecom provides CWDM system to access customers.

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