The document summarizes the key advantages of Cambium Networks' Canopy wireless technology over the past 10 years. It notes that Canopy has maintained technological advantages that have led to over 3.5 million modules installed. Specifically, Canopy provides operator-class quality that is now accessible to anyone wanting to start a WISP business without compromising network quality.
The document introduces the new PMP 450 wireless broadband solution from Cambium Networks, which combines traditional reliability of Canopy networks with state-of-the-art OFDM technology to provide ultra-broadband wireless access. The PMP 450 dramatically increases overall system capacity to 90 Mbps per access point and 540 Mbps per tower using OFDM and MIMO technologies. It also utilizes different antenna options to provide coverage across large areas for applications such as delivering voice, video, and data services to homes and businesses.
Unified MPLS. Построение современных и масштабируемых MPLS-сетей. Cisco Russia
The document discusses Cisco's unified MPLS technology. Some key points:
- MPLS is an effective packet transport technology and enables virtualization of transport services.
- Unified MPLS provides a scalable solution for a single transport infrastructure for both mobile and wireline services.
- Unified MPLS from the access network to the core network can minimize operational costs by providing a single control plane and service unification.
The document describes a GPON tester solution for field technicians consisting of three main elements: a GPON tester device, an OLT emulator, and a GPON tester app. The GPON tester allows technicians to quickly test for correct downlink power levels, synchronization, and service provisioning. The OLT emulator and app enable more advanced testing and troubleshooting, including uplink power measurements, distance to OLT, and bit error rate analysis. Reports generated from test results help operators monitor network deployments and troubleshoot subscriber issues.
The document discusses the evolution of data centers towards virtualization and cloud computing. It highlights how technologies like the x86 platform and VMWare have enabled this change, and how networking, computing and storage systems need to evolve as well to support increased virtualization. This includes improvements in areas like virtual network integration, higher bandwidth connectivity, storage unification, faster provisioning times, and virtual desktop solutions. The network is positioned as the platform enabling these changes in virtualized data centers.
The document discusses the IEEE 802.11 wireless local area network standards, outlining the different bands, layers, frames, modulation techniques, and security implementations defined by the 802.11 specifications for wireless networks operating at speeds up to 54 Mbps using technologies like DSSS and OFDM in the 2.4 GHz and 5 GHz bands.
This document discusses MPLS VPN technology. It provides an overview of MPLS VPN concepts including how MPLS VPN works, key terminology, the connection model, forwarding mechanisms, and configuration. The connection model section describes how VPNs are implemented using MPLS, with PE routers maintaining separate routing instances (VRFs) for each VPN and exchanging routing information between VPN sites using MP-BGP. Core P routers are unaware of VPNs and switch packets using MPLS labels.
Ethernet OAM role in Broadband and Mobile IP Infusion
This document discusses the use of Ethernet OAM in broadband and mobile backhaul networks. It begins with an overview of market trends showing growing internet usage and bandwidth needs driven by mobile and broadband services. It then covers the evolution of mobile backhaul networks from TDM to Ethernet and IP/MPLS. Key requirements for mobile backhaul including quality of service and synchronization are discussed. The bulk of the document focuses on Ethernet OAM standards and protocols that can provide carrier-grade reliability, including connectivity fault management, Ethernet protection, EFM, Y.1731, and MEF specifications. It positions IP Infusion as a provider of carrier Ethernet protocol stacks that help enable next-generation networks to meet reliability and service requirements for mobile back
The TR-WMX-5.8-pBS is a pico base station that adheres to IEEE 802.16-2004 WiMAX standards and provides wireless broadband connectivity for outdoor applications. It is part of Tranzeo's comprehensive WiMAX product family and offers a turn-key solution for last-mile communication. The pico base station has a low-cost design, high quality, and ease of installation to ensure low deployment costs. It is managed by Tranzeo's advanced Element Management System to allow for remote upgrades and software management.
The document introduces the new PMP 450 wireless broadband solution from Cambium Networks, which combines traditional reliability of Canopy networks with state-of-the-art OFDM technology to provide ultra-broadband wireless access. The PMP 450 dramatically increases overall system capacity to 90 Mbps per access point and 540 Mbps per tower using OFDM and MIMO technologies. It also utilizes different antenna options to provide coverage across large areas for applications such as delivering voice, video, and data services to homes and businesses.
Unified MPLS. Построение современных и масштабируемых MPLS-сетей. Cisco Russia
The document discusses Cisco's unified MPLS technology. Some key points:
- MPLS is an effective packet transport technology and enables virtualization of transport services.
- Unified MPLS provides a scalable solution for a single transport infrastructure for both mobile and wireline services.
- Unified MPLS from the access network to the core network can minimize operational costs by providing a single control plane and service unification.
The document describes a GPON tester solution for field technicians consisting of three main elements: a GPON tester device, an OLT emulator, and a GPON tester app. The GPON tester allows technicians to quickly test for correct downlink power levels, synchronization, and service provisioning. The OLT emulator and app enable more advanced testing and troubleshooting, including uplink power measurements, distance to OLT, and bit error rate analysis. Reports generated from test results help operators monitor network deployments and troubleshoot subscriber issues.
The document discusses the evolution of data centers towards virtualization and cloud computing. It highlights how technologies like the x86 platform and VMWare have enabled this change, and how networking, computing and storage systems need to evolve as well to support increased virtualization. This includes improvements in areas like virtual network integration, higher bandwidth connectivity, storage unification, faster provisioning times, and virtual desktop solutions. The network is positioned as the platform enabling these changes in virtualized data centers.
The document discusses the IEEE 802.11 wireless local area network standards, outlining the different bands, layers, frames, modulation techniques, and security implementations defined by the 802.11 specifications for wireless networks operating at speeds up to 54 Mbps using technologies like DSSS and OFDM in the 2.4 GHz and 5 GHz bands.
This document discusses MPLS VPN technology. It provides an overview of MPLS VPN concepts including how MPLS VPN works, key terminology, the connection model, forwarding mechanisms, and configuration. The connection model section describes how VPNs are implemented using MPLS, with PE routers maintaining separate routing instances (VRFs) for each VPN and exchanging routing information between VPN sites using MP-BGP. Core P routers are unaware of VPNs and switch packets using MPLS labels.
Ethernet OAM role in Broadband and Mobile IP Infusion
This document discusses the use of Ethernet OAM in broadband and mobile backhaul networks. It begins with an overview of market trends showing growing internet usage and bandwidth needs driven by mobile and broadband services. It then covers the evolution of mobile backhaul networks from TDM to Ethernet and IP/MPLS. Key requirements for mobile backhaul including quality of service and synchronization are discussed. The bulk of the document focuses on Ethernet OAM standards and protocols that can provide carrier-grade reliability, including connectivity fault management, Ethernet protection, EFM, Y.1731, and MEF specifications. It positions IP Infusion as a provider of carrier Ethernet protocol stacks that help enable next-generation networks to meet reliability and service requirements for mobile back
The TR-WMX-5.8-pBS is a pico base station that adheres to IEEE 802.16-2004 WiMAX standards and provides wireless broadband connectivity for outdoor applications. It is part of Tranzeo's comprehensive WiMAX product family and offers a turn-key solution for last-mile communication. The pico base station has a low-cost design, high quality, and ease of installation to ensure low deployment costs. It is managed by Tranzeo's advanced Element Management System to allow for remote upgrades and software management.
The document provides an agenda for an Ethernet OAM tutorial. The agenda includes reviewing Metro Ethernet technologies and Ethernet OAM, Ethernet OAM deployment overview, 802.1ag connectivity fault management, 802.3ah Ethernet in the first mile connectivity verification, MEF-16 E-LMI for rapid service deployment, and Ethernet OAM interworking. The tutorial will cover key concepts in managing Ethernet services and networks using Ethernet OAM standards and protocols.
This document discusses the transition to IP/MPLS in mobile backhaul networks. MPLS provides advantages like scalability, reliability, support for multiple services, manageability, and quality of service capabilities. It allows legacy radio access network equipment to be supported while enabling new packet-based networks. MPLS also facilitates the integration of 2G, 3G, 4G, and WiMAX networks on a common IP infrastructure. The transition involves migrating to MPLS over multiple phases while supporting existing technologies.
The document discusses the challenges of future packet networks and fiber-to-the-home (FTTH) deployment alternatives. It argues that next generation access networks will be based on fiber deployments using Gigabit-capable Passive Optical Network (GPON) technology. GPON is presented as the best candidate due to its pragmatic and simple approach in addressing all services while requiring less space and equipment at lower costs than other alternatives. The document also summarizes how GPON Doctor can help monitor and analyze GPON network traffic and performance.
PERN2 is a high-speed national research and education network for universities and academic institutions in Pakistan. It will provide integrated communication infrastructure using advanced ICT. The network will connect major cities through 10GbE metro networks and provide services like VOIP, online lectures, streaming, VPNs, and high-speed internet. It will also connect to international research networks through a 155Mbps link to the TEIN2 network in Singapore. The PERN2 network uses MPLS and other technologies to establish redundancy and fault tolerance across its IP/MPLS backbone.
ZyXEL presented its networking solution and product line. It introduced its MSAP2000 multi-service access platform that integrates various telecom equipment onto a single system. The MSAP2000 provides a complete broadband access solution for telecom operators and can deliver voice, data, internet access, and video on demand services over FTTx fiber networks. ZyXEL also discussed the evolution of digital loop carriers to extend service areas using different configurations.
This document summarizes the evolution of wireless technologies from 0G to 4G and highlights some of the key challenges of 3G/4G networks. It shows how data rates have doubled every year, driving the transition from narrowband to broadband networks. While 3G deployments are maturing, 4G/LTE rollouts are just beginning. This is fueling a massive growth in mobile data traffic and creating challenges around traffic management, mobile backhaul capacity, and complex new network architectures.
CISCO Virtual Private LAN Service (VPLS) Technical Deployment OverviewAmeen Wayok
This document discusses Virtual Private LAN Service (VPLS) and provides an overview of VPLS technical concepts. VPLS defines an architecture that delivers Ethernet multipoint services over an MPLS network by emulating an Ethernet bridge. Key components of VPLS include provider edge devices, pseudowires to connect customer sites, and virtual switch instances to segment customer traffic. VPLS supports both direct attachment and hierarchical architectures. Loop prevention is achieved through a full mesh of pseudowires between provider edges and split horizon forwarding in the MPLS core.
China Telecom has been migrating from ADSL to fiber technologies like EPON and GPON to meet increasing broadband subscriber and bandwidth demands, piloting EPON in 2005 and making it a core access technology due to its maturity and interoperability. They aim to accelerate FTTH deployment through projects like "Broadband China, Optical City" to reach 100 million FTTH homes by 2015 using EPON and GPON, while also starting rollout of 10G-EPON to improve bandwidth for multi-dwelling units.
This document describes a presentation on designing MPLS Layer 3 VPN networks, covering MPLS VPN technology overview, configuration, services such as multihoming and hub-and-spoke, and best practices. The presentation discusses how MPLS VPNs use VRFs, MP-BGP, and label switching to provide scalable VPN services to enterprises by separating routing and forwarding tables for each customer VPN. Sample MPLS VPN configurations for PE, P, and route reflector routers are also provided.
The document provides an introduction to MPLS (Multi-Protocol Label Switching) in 3 sentences:
MPLS tags network traffic with labels to allow for fast switching through the network based on the label rather than traditional lookups of IP addresses, originally intended to simplify routing but also enabling features like traffic engineering and virtual private networks. MPLS works by adding a label to layer 2 frames at the edge of the network which is then used to forward packets across the core based on pre-established label switched paths, with the labels being distributed using a label distribution protocol.
Crsm 6 Crsm 2009 Filip Louagie The Flemish Cognitive Radio Research Clusterimec.archive
1) The document discusses the development of cognitive radio technology across several Belgian universities and research institutions.
2) It describes steps toward distributed coexistence, cooperation, and collaboration between heterogeneous wireless networks using cognitive radio capabilities like spectrum sensing and software defined radios.
3) One institution focuses on business models and regulation related to cognitive radio and dynamic spectrum sharing.
LTE and LTE advanced Performance ( By 3GPP RAN Chairmans’ ) BP Tiwari
The document proposes LTE Release 10 and beyond (LTE-Advanced) as a candidate radio interface technology for IMT-Advanced. It provides an overview of 3GPP standardization activities, including LTE Release 8 which established the foundation, and LTE-Advanced which aims to meet IMT-Advanced requirements through further evolution. The proposal outlines motivations for LTE-Advanced and the 3GPP study underway to identify technologies to achieve requirements and targets.
Voice over MPLS (VoMPLS) allows multiple voice calls to be transported efficiently over a single MPLS label switched path (LSP) by reducing header overhead. There are three modes of carrying voice in MPLS networks, depending on requirements. VoMPLS uses LSPs to provide predictable quality of service for voice packets by multiplexing multiple calls into primary and control subframes that are transmitted together within an MPLS frame. This provides an efficient mechanism for voice transport that reduces costs compared to traditional circuit-switched networks.
Orckit-Corrigent offers the CM-401x Packet Transport Network portfolio, a complete access solution for mobile backhaul, legacy network migration, and enterprise applications. The portfolio includes the CM-4011, CM-4012, and CM-4013 products, which deliver 16G of switching capacity in a 1RU size. The products support Ethernet, PDH, and SDH interfaces to suit various network scenarios and provide technologies like IP/MPLS, MPLS-TP, and circuit emulation. Orckit-Corrigent markets the products globally through strategic partnerships and resellers.
This document provides an overview of Fibre Channel protocol and components. It describes the Fibre Channel layered architecture including FC-0 through FC-4 layers. It covers Fibre Channel frames, exchanges, sequences, flow control, addresses, port initialization process and common fabric services. Key topics include Fibre Channel protocol makeup, components, transceivers, cables, switches, host bus adapters, world wide names, and fabric login process.
The document discusses the evolution of mobile network architectures from GSM to LTE and SAE. It introduces LTE and SAE, describing them as the radio access network and core network respectively for 3GPP's Evolved Packet System. It provides an overview of the SAE architecture, which includes the Evolved Packet Core and eUTRAN. The core network provides access to external networks and performs functions like QoS, security and mobility management, while the radio access network handles radio interface functions.
The document provides a table comparing different configurations for wide area networks (WANs) and local area networks (LANs) in terms of their suitability for Voice over Internet Protocol (VoIP) phone systems. For WANs, dedicated and managed connections like MPLS are best, while consumer DSL or wireless are poor. For LANs, fully managed switches, quality of service, and CAT5/6 wiring are best, while unmanaged equipment and CAT3 wiring are poor. The document advises having a professional network assessment before deploying VoIP.
LTE and LTE-A Self Evalulation Results RevBP Tiwari
The 3GPP self-evaluation has shown that the LTE Release 10 & beyond (LTE-Advanced) SRIT and the individual FDD RIT and TDD RIT components completely satisfy the criteria of Step 7 and should move forward to Step 8 of the process. The evaluation results were based on rigorous calibration and the SRIT and RIT components meet requirements in four test environments.
This document compares the 4G wireless technologies WiMAX and 3GPP-LTE. It finds that while technically similar, WiMAX appears poised to reach the market sooner with initial deployments beginning in 2007-2008, while 3GPP-LTE deployments are not expected until 2010. WiMAX also has an earlier standard completion in 2005 versus 2007 for 3GPP-LTE. Due to its earlier timeline, the document concludes WiMAX is likely to be adopted by new service providers and those looking to offer mobile services sooner, while major UMTS providers will evolve to 3GPP-LTE over time.
The PMP 100 Subscriber Module from Cambium Networks provides wireless broadband connectivity solutions for applications such as internet access, voice over IP, and video services. It operates between 2.4 GHz to 5.9 GHz with throughput up to 14 Mbps. The modular supports 10/100 Ethernet and common network protocols. It has a mean time between failure over 40 years and is suitable for outdoor deployment with an operating temperature range of -40°F to 131°F.
The PMP 100 Subscriber Module from Cambium Networks provides wireless broadband connectivity solutions for applications such as internet access, voice over IP, and video services. It operates between 2.4 GHz to 5.9 GHz with throughput up to 14 Mbps. The modular supports 10/100 Ethernet and common network protocols. It has a mean time between failure over 40 years and is suitable for outdoor deployment with an operating temperature range of -40°F to 131°F.
Studies on next generation access technology using radio over free space opti...wtyru1989
The document provides an overview of studies on next generation access technology using radio over free-space optic links. It discusses:
1) An experiment setup using a RoFSO system between two buildings 1 km apart to transmit a 2.5 Gbps optical signal.
2) Results showing the RoFSO system was able to achieve error-free transmission and the received power and bit error rate were influenced by atmospheric conditions like temperature, visibility and precipitation.
3) Challenges of FSO systems including their high dependence on weather conditions and susceptibility to atmospheric effects like beam broadening and angle fluctuations due to turbulence.
The document provides an agenda for an Ethernet OAM tutorial. The agenda includes reviewing Metro Ethernet technologies and Ethernet OAM, Ethernet OAM deployment overview, 802.1ag connectivity fault management, 802.3ah Ethernet in the first mile connectivity verification, MEF-16 E-LMI for rapid service deployment, and Ethernet OAM interworking. The tutorial will cover key concepts in managing Ethernet services and networks using Ethernet OAM standards and protocols.
This document discusses the transition to IP/MPLS in mobile backhaul networks. MPLS provides advantages like scalability, reliability, support for multiple services, manageability, and quality of service capabilities. It allows legacy radio access network equipment to be supported while enabling new packet-based networks. MPLS also facilitates the integration of 2G, 3G, 4G, and WiMAX networks on a common IP infrastructure. The transition involves migrating to MPLS over multiple phases while supporting existing technologies.
The document discusses the challenges of future packet networks and fiber-to-the-home (FTTH) deployment alternatives. It argues that next generation access networks will be based on fiber deployments using Gigabit-capable Passive Optical Network (GPON) technology. GPON is presented as the best candidate due to its pragmatic and simple approach in addressing all services while requiring less space and equipment at lower costs than other alternatives. The document also summarizes how GPON Doctor can help monitor and analyze GPON network traffic and performance.
PERN2 is a high-speed national research and education network for universities and academic institutions in Pakistan. It will provide integrated communication infrastructure using advanced ICT. The network will connect major cities through 10GbE metro networks and provide services like VOIP, online lectures, streaming, VPNs, and high-speed internet. It will also connect to international research networks through a 155Mbps link to the TEIN2 network in Singapore. The PERN2 network uses MPLS and other technologies to establish redundancy and fault tolerance across its IP/MPLS backbone.
ZyXEL presented its networking solution and product line. It introduced its MSAP2000 multi-service access platform that integrates various telecom equipment onto a single system. The MSAP2000 provides a complete broadband access solution for telecom operators and can deliver voice, data, internet access, and video on demand services over FTTx fiber networks. ZyXEL also discussed the evolution of digital loop carriers to extend service areas using different configurations.
This document summarizes the evolution of wireless technologies from 0G to 4G and highlights some of the key challenges of 3G/4G networks. It shows how data rates have doubled every year, driving the transition from narrowband to broadband networks. While 3G deployments are maturing, 4G/LTE rollouts are just beginning. This is fueling a massive growth in mobile data traffic and creating challenges around traffic management, mobile backhaul capacity, and complex new network architectures.
CISCO Virtual Private LAN Service (VPLS) Technical Deployment OverviewAmeen Wayok
This document discusses Virtual Private LAN Service (VPLS) and provides an overview of VPLS technical concepts. VPLS defines an architecture that delivers Ethernet multipoint services over an MPLS network by emulating an Ethernet bridge. Key components of VPLS include provider edge devices, pseudowires to connect customer sites, and virtual switch instances to segment customer traffic. VPLS supports both direct attachment and hierarchical architectures. Loop prevention is achieved through a full mesh of pseudowires between provider edges and split horizon forwarding in the MPLS core.
China Telecom has been migrating from ADSL to fiber technologies like EPON and GPON to meet increasing broadband subscriber and bandwidth demands, piloting EPON in 2005 and making it a core access technology due to its maturity and interoperability. They aim to accelerate FTTH deployment through projects like "Broadband China, Optical City" to reach 100 million FTTH homes by 2015 using EPON and GPON, while also starting rollout of 10G-EPON to improve bandwidth for multi-dwelling units.
This document describes a presentation on designing MPLS Layer 3 VPN networks, covering MPLS VPN technology overview, configuration, services such as multihoming and hub-and-spoke, and best practices. The presentation discusses how MPLS VPNs use VRFs, MP-BGP, and label switching to provide scalable VPN services to enterprises by separating routing and forwarding tables for each customer VPN. Sample MPLS VPN configurations for PE, P, and route reflector routers are also provided.
The document provides an introduction to MPLS (Multi-Protocol Label Switching) in 3 sentences:
MPLS tags network traffic with labels to allow for fast switching through the network based on the label rather than traditional lookups of IP addresses, originally intended to simplify routing but also enabling features like traffic engineering and virtual private networks. MPLS works by adding a label to layer 2 frames at the edge of the network which is then used to forward packets across the core based on pre-established label switched paths, with the labels being distributed using a label distribution protocol.
Crsm 6 Crsm 2009 Filip Louagie The Flemish Cognitive Radio Research Clusterimec.archive
1) The document discusses the development of cognitive radio technology across several Belgian universities and research institutions.
2) It describes steps toward distributed coexistence, cooperation, and collaboration between heterogeneous wireless networks using cognitive radio capabilities like spectrum sensing and software defined radios.
3) One institution focuses on business models and regulation related to cognitive radio and dynamic spectrum sharing.
LTE and LTE advanced Performance ( By 3GPP RAN Chairmans’ ) BP Tiwari
The document proposes LTE Release 10 and beyond (LTE-Advanced) as a candidate radio interface technology for IMT-Advanced. It provides an overview of 3GPP standardization activities, including LTE Release 8 which established the foundation, and LTE-Advanced which aims to meet IMT-Advanced requirements through further evolution. The proposal outlines motivations for LTE-Advanced and the 3GPP study underway to identify technologies to achieve requirements and targets.
Voice over MPLS (VoMPLS) allows multiple voice calls to be transported efficiently over a single MPLS label switched path (LSP) by reducing header overhead. There are three modes of carrying voice in MPLS networks, depending on requirements. VoMPLS uses LSPs to provide predictable quality of service for voice packets by multiplexing multiple calls into primary and control subframes that are transmitted together within an MPLS frame. This provides an efficient mechanism for voice transport that reduces costs compared to traditional circuit-switched networks.
Orckit-Corrigent offers the CM-401x Packet Transport Network portfolio, a complete access solution for mobile backhaul, legacy network migration, and enterprise applications. The portfolio includes the CM-4011, CM-4012, and CM-4013 products, which deliver 16G of switching capacity in a 1RU size. The products support Ethernet, PDH, and SDH interfaces to suit various network scenarios and provide technologies like IP/MPLS, MPLS-TP, and circuit emulation. Orckit-Corrigent markets the products globally through strategic partnerships and resellers.
This document provides an overview of Fibre Channel protocol and components. It describes the Fibre Channel layered architecture including FC-0 through FC-4 layers. It covers Fibre Channel frames, exchanges, sequences, flow control, addresses, port initialization process and common fabric services. Key topics include Fibre Channel protocol makeup, components, transceivers, cables, switches, host bus adapters, world wide names, and fabric login process.
The document discusses the evolution of mobile network architectures from GSM to LTE and SAE. It introduces LTE and SAE, describing them as the radio access network and core network respectively for 3GPP's Evolved Packet System. It provides an overview of the SAE architecture, which includes the Evolved Packet Core and eUTRAN. The core network provides access to external networks and performs functions like QoS, security and mobility management, while the radio access network handles radio interface functions.
The document provides a table comparing different configurations for wide area networks (WANs) and local area networks (LANs) in terms of their suitability for Voice over Internet Protocol (VoIP) phone systems. For WANs, dedicated and managed connections like MPLS are best, while consumer DSL or wireless are poor. For LANs, fully managed switches, quality of service, and CAT5/6 wiring are best, while unmanaged equipment and CAT3 wiring are poor. The document advises having a professional network assessment before deploying VoIP.
LTE and LTE-A Self Evalulation Results RevBP Tiwari
The 3GPP self-evaluation has shown that the LTE Release 10 & beyond (LTE-Advanced) SRIT and the individual FDD RIT and TDD RIT components completely satisfy the criteria of Step 7 and should move forward to Step 8 of the process. The evaluation results were based on rigorous calibration and the SRIT and RIT components meet requirements in four test environments.
This document compares the 4G wireless technologies WiMAX and 3GPP-LTE. It finds that while technically similar, WiMAX appears poised to reach the market sooner with initial deployments beginning in 2007-2008, while 3GPP-LTE deployments are not expected until 2010. WiMAX also has an earlier standard completion in 2005 versus 2007 for 3GPP-LTE. Due to its earlier timeline, the document concludes WiMAX is likely to be adopted by new service providers and those looking to offer mobile services sooner, while major UMTS providers will evolve to 3GPP-LTE over time.
The PMP 100 Subscriber Module from Cambium Networks provides wireless broadband connectivity solutions for applications such as internet access, voice over IP, and video services. It operates between 2.4 GHz to 5.9 GHz with throughput up to 14 Mbps. The modular supports 10/100 Ethernet and common network protocols. It has a mean time between failure over 40 years and is suitable for outdoor deployment with an operating temperature range of -40°F to 131°F.
The PMP 100 Subscriber Module from Cambium Networks provides wireless broadband connectivity solutions for applications such as internet access, voice over IP, and video services. It operates between 2.4 GHz to 5.9 GHz with throughput up to 14 Mbps. The modular supports 10/100 Ethernet and common network protocols. It has a mean time between failure over 40 years and is suitable for outdoor deployment with an operating temperature range of -40°F to 131°F.
Studies on next generation access technology using radio over free space opti...wtyru1989
The document provides an overview of studies on next generation access technology using radio over free-space optic links. It discusses:
1) An experiment setup using a RoFSO system between two buildings 1 km apart to transmit a 2.5 Gbps optical signal.
2) Results showing the RoFSO system was able to achieve error-free transmission and the received power and bit error rate were influenced by atmospheric conditions like temperature, visibility and precipitation.
3) Challenges of FSO systems including their high dependence on weather conditions and susceptibility to atmospheric effects like beam broadening and angle fluctuations due to turbulence.
The PMP 100 Access Point from Cambium Networks provides wireless broadband connectivity solutions for applications requiring up to 14 Mbps throughput such as internet access, voice over IP, and video services. It operates in frequency bands between 2.4 GHz to 5.9 GHz with channel spacings of 2.5 MHz or 5 MHz. The PMP 100 has a maximum aggregate throughput of 7 Mbps or 14 Mbps depending on the model, 5-7 ms latency, and supports common networking protocols and features such as VLANs and encryption. It has a compact form factor of 11.75" x 3" x 3" and is suitable for outdoor deployment with an operating temperature range of -40°F to 131°F.
The PMP 100 Access Point from Cambium Networks provides wireless broadband connectivity solutions for applications requiring up to 14 Mbps throughput such as internet access, voice over IP, and video services. It operates in frequency bands between 2.4 GHz to 5.9 GHz with configurable channel spacing. The PMP 100 has a 60 degree antenna beam width, supports 802.1Q VLAN tagging, and provides up to 33 dBm EIRP for long range connections. It is suitable for government, business and residential deployments.
The document summarizes Tranzeo's TR-WMX-3.5-17 3.5GHz Outdoor Subscriber Unit, which is part of their family of low-cost subscriber units that adhere to the IEEE 802.16-2004 WiMAX standard. The outdoor unit has a 17dBi antenna, supports data rates up to 35 Mbps, and is designed for easy customer installation with signal strength LEDs. Tranzeo manufactures the unit to provide the lowest price with the highest quality and a three year warranty.
WiMax (Worldwide Interoperability for Microwave Access) is a wireless technology that provides broadband connections over long distances using radio signals rather than cables or wires. It uses the IEEE 802.16 standard to deliver high-speed internet access of up to 40 Mbps to fixed locations and 15 Mbps for mobile use within a few kilometers of the base station. WiMax can provide both fixed and mobile broadband access as an alternative to cable and DSL. It has a longer range than WiFi with connections of up to 30 miles using line-of-sight antennas.
Broad Sky presents "the Path to 5G" this month discussing the evolution of 5G, Take a deep dive on where 5G fits in the carrier build out, when it will be available and its advantages. Find out what is available in 4G now with carrier aggregation, speeds and performance and why now is the time to deploy 4G wireless which will lead us to 5G.
This document summarizes the capabilities of SAFTehnika's wireless backhaul solutions for achieving over 1Gbps capacities. It discusses available licensed spectrum bands with channel bandwidths up to 2000MHz that can support data rates over 8Gbps per radio. Mounting multiple radios to a single antenna is described as a way to save 5-10dB in link budget. A case study of a 1.7Gbps dual polarization link over 40 miles of water is provided. Layer 1-3 aggregation techniques are outlined including built-in and external options. Future E-band radios are projected to use 128QAM or higher with automatic coding and modulation capabilities.
The document is a datasheet for the X2-10GB-SR 10Gb Ethernet module. It specifies that the module supports link lengths up to 300m on OM3 multimode fiber and up to 400m on OM4 fiber. It provides specifications for the module including wavelength, cable types supported, power levels, and temperature range.
1. The document discusses the performance of various mobile broadband technologies including HSPA, Mobile WiMAX Rel 1.5, and 3GPP Long Term Evolution (LTE).
2. It finds that Mobile WiMAX Rel 1.5 has comparable downlink peak performance to HSPA Rel-8 and over 2 times better uplink peak performance.
3. While LTE and Mobile WiMAX Rel 1.5 have similar peak downlink and uplink user rates, spectrum flexibility and existing deployments give WiMAX some advantages over LTE.
This document provides specifications for the Cisco 8-Gbps Fibre Channel SFP+ module DS-SFP-FC8G-SW. The DS-SFP-FC8G-SW module provides 2/4/8-Gbps autosensing Fibre Channel connectivity using a shortwave laser operating at 850 nanometers over multimode fiber. Key specifications of the module include an average transmit power range between -1.3 to -8.2 dBm, an average receive power maximum of 0 dBm, and multimode fiber distance support between 69 to 492 feet depending on fiber type and data rate. The document also provides operating temperature ranges and contact details for the manufacturer.
The EFR4D Draco is a highly energy efficient 3-in-1 radio transceiver chip that can operate across multiple wireless protocols. It has very low power consumption of 4mA in receive mode and 5-14mA in transmit modes. It supports various modulation techniques across frequency bands from 169MHz to 2.4GHz and has excellent receiver sensitivity down to -121dBm. The Draco provides a flexible software defined radio platform on a small System-on-Chip with up to 256KB of memory.
The document describes an ST5023TD 50KM 5.8GHz TDMA military-grade digital wireless transmission equipment. It has the following key features:
1. It can transmit up to 40Mbps over 50km distances using wireless TDMA transmission technology.
2. It has an IP68 rated enclosure providing protection against dust and water.
3. It is well-suited for transmitting multiple IP cameras in a point-to-point configuration with transmission distances of up to 50km.
The XFP-10G-MM-SR is a 10 Gigabit Ethernet transceiver module that supports data rates up to 10Gbps over multi-mode fiber optic cable. It uses an 850nm laser and supports distances up to 300 meters on OM3 fiber. The module plugs into an XFP port on a Cisco router or switch to connect the device to the network over multi-mode fiber. It complies with standards such as 10GBASE-SR and supports features such as hot-swapping and optical power monitoring.
The document is a datasheet for the Huawei compatible QSFP-100G-SR4-S= 100GBASE SR4 QSFP transceiver module. It provides specifications for the module such as dimensions of 13.5 x 18.4 x 72.4 mm, nominal wavelength of 850nm, support for transmission distances of 70m over OM3 fiber and 100m over OM4 fiber, power consumption of 3.5W, and beige colored pull tab. It also provides a comparison of this module to other similar 100G QSFP transceiver modules.
The document discusses an introduction to LTE presentation given on November 9th, 2012 in Jakarta by Arief Hamdani Gunawan. The presentation covers:
1. An introduction to LTE including the evolution of 3G technologies and the motivation for developing LTE.
2. An overview of the key LTE technologies such as OFDMA, SC-FDMA, and the LTE frequency bands.
3. A discussion of the 3GPP release process and the key features introduced in releases 6-10 such as HSPA, LTE, LTE-Advanced, and carrier aggregation.
The document discusses wireless broadband standards including IEEE 802.16 (WiMAX), ETSI HiperMAN, and their applications. It notes that these standards enable high-throughput, non-line-of-sight wireless broadband connectivity for various uses from residential to backhaul. It also describes the WiMAX Forum's role in promoting interoperability between compliant systems through certification.
This document provides an overview of 3G LTE (Long Term Evolution) technologies. It discusses key LTE concepts like OFDM, OFDMA, SC-FDMA, MIMO and the system architecture evolution. OFDM enables high data bandwidths and resilience to interference. OFDMA is used for the downlink while SC-FDMA is used for the uplink due to its lower peak-to-average power ratio. MIMO uses multiple antennas to increase throughput. LTE also features increased speeds, lower latency and improved spectral efficiency compared to previous standards.
Similar to Canopy 8giugno2012 Bologna Cambium Networks (20)
The document introduces two new indoor mounting accessories for Ruckus Wireless products:
1. The ZF7982 mounting bracket (SKU 902-0100-0000) that provides multiple mounting options for the ZF7982 access point and includes security features.
2. The narrow T-bar clip kit (SKU 902-0110-0000) containing 10 clips for mounting Ruckus products to 9/16 inch acoustic ceiling T-bars, as an alternative to the standard 15/16 inch T-bar clips.
Both products will be available on the February price list.
Aikom Technology is an Italian company founded in 2006 that provides IT, telecommunications, and security solutions. With over 30 years of experience, Aikom has grown rapidly and established itself as a value-added distributor for professional markets. It offers a range of reliable, high-performance solutions through a network of certified partners. Aikom focuses on "mission critical" applications for industries requiring high levels of quality, efficiency, reliability, and continuity.
Azotel SIMPLer is a single software platform that manages all aspects of a service provider's business from service provisioning to billing. It provides a centralized system to manage subscribers, network equipment inventory, dispatch installations, billing and payments. The platform automates many processes to simplify operations and reduce costs for service providers. Azotel was originally founded as a WISP in 2002 and developed SIMPLer to address the problems their growth created by needing multiple separate applications.
Distributore Nazionale Wireless Broadband Aikom TechnologyAikom Technology
Presentazione del distributore nazionale wireless broadband Cambium Networks, Professional mobile radio Motorola e Vertex Standard. Il distributore a valore aggiunto
Distributore Nazionale Wireless Broadband Aikom Technology
Canopy 8giugno2012 Bologna Cambium Networks
1. Il Canopy, a distanza di 10 anni dalla sua prima introduzione,
detiene ancora oggi numerosi plus tecnologici che hanno portato
ad avere una base installata di oltre 3,5M di moduli radio: la
qualità classe operatore del Canopy è da oggi alla portata di
chiunque voglia intraprendere l’attività di WISP, senza rinunciare
alla qualità della rete.
Alessio Murroni
Regional sales director Wester Europe
Alessio.murroni@cambiumnetworks.com
08 giugno 2012
5. Canopy PMP 100 (FSK)
High-performance wireless broadband services for residential, business and
enterprise users
Scalable to support small to large deployments
– Layer 2 switch-based
system
– LoS coverage
– Optimized for high
reliability in the presence
of interferences under
unlicensed spectrum
– Fixed application
6. The Best Technology for Access Network
Deployments
Higher Number of Subscribers per AP site, up to 200 SMs per AP
•APs can be More Tightly Placed than with WiFi
– Competitor APs tend to interfere with each other if placed within 3.0 - 3.2 km
– AP Synchronization leads to fewer coverage gaps
•Industry Leading Interference Tolerance
– Every radio is factory tested to meet throughput at 3db C/I
– Canopy nominal C/I performance is ~2 dB, Competitions C/I requirements are 8db – 25 db
•Optimized for Use in the Noisy Unlicensed Spectrum
•Greater Scalability as Network Density Grows
– No throughput degradation as subscribers are added
•Higher Reliability, Predictability and Lower Latency
– Data is Transferred More Reliably and Efficiently
– Leased Lines can be Replaced or Backed Up
– Video Signals are Consistently Clear
– VoIP Calls Connect without Interruption
8. Consistent Data Transfer
• PMP - Scheduled TDD: Orderly Access
Motorola PMP reduces %
idle time and provides
consistent data transfer
Other Technology – Access as Needed / Collisions and Backoff
20
PMP
Throughput Competitive products
Mb/s
Competitive Performance
begins to degrade at 5 - 6
2 Mbps users
3 6 9 # of 2 Mb/s Users
9. Lower and Predictable Latency
•Important for video, voice
and gaming
•Requirement:
consistent, reliably low latency
less than 30 msec
•Unpredictable latency (Jitter)
is not acceptable for video and
voice applications
"With Competitive Technology, the latency is unpredictable and can vary from 50 -
200 milliseconds at any time." - European Wireless ISP
MOTOROLA and the Stylized M Logo are registered in the
US Patent & Trademark Office. All other product or service
names are the property of their respective owners.
10. GPS Synchronization
•AP and SM communication is
synchronized (all APs and SMs have
controlled alternating communication)
– reducing self interference
– All SMs within a network
– All APs within a cluster
– All APs on a tower (multiple clusters)
– All APs on all towers in the network
•Enables channel re-use and easy to
deploy multi-sector, multi tower
networks
(minimal tower separation)
•Use the same number of channels to
serve a higher number of users
11. Higher Throughput Density
•Goal: provide maximum Mbps in the
given spectrum
•Synchronization enables channel re-
use for multiple sectors
Select channels that are not congested and
noisy
•Co-location enables multiple APs on
the same tower and close AP tower
placement
•Results:
More throughput delivered to the same
coverage area within a channel
Less chance of coverage gaps
Lower cost for tower construction or
rental, maintenance and utilities
12. Promo Canopy
• La soluzione Canopy classe operatore è al momento
disponibile a condizioni speciali per:
– Nuove aziende che desiderano entrare nel mercato WISP
– WISP che hanno la volontà di abbandonare soluzioni low
cost con dei forti limiti tecnologici e di affidabilità
– WISP che intendono erogare servizi dati/voce/video per
differenziarsi ed incrementare l’ARPU
Difficile difendersi commercialmente, da chi
vende connettività a basso costo e qualità, se si
utilizza la medesima tecnologia!!
Copyright 2011 Cambium Networks, Inc. All rights reserved. 12