The Motorola AP 7181 is an outdoor, multi-radio 802.11n mesh access point that delivers high network capacity and performance. It utilizes 802.11n technology and optimized hardware and software to achieve maximum throughput and connections for mesh networking. The dual-polarized antenna system allows it to achieve high data rates. The AP 7181 provides fast and stable connections for mobile applications and extends 802.11n capabilities outdoors.
The Motorola AP 7181 is an outdoor, multi-radio 802.11n mesh access point that delivers high network capacity and performance. It utilizes 802.11n technology and optimized hardware and software to achieve maximum throughput and connections for mesh networking. The dual-radio device features 3x3 MIMO and supports data rates up to 300Mbps. It provides robust mesh routing and fast handoffs for mobile applications. The AP 7181 is designed for flexible mounting and easy deployment to minimize costs.
The AP 7131 is a tri-radio 802.11n access point that provides simultaneous wireless connectivity, security, and management capabilities. It offers high-speed 802.11n wireless connectivity at up to 600 Mbps per radio, gap-free security with 24/7 wireless intrusion protection sensing on two radios, and flexible operation as either a standalone access point or centrally-managed device. The AP 7131 provides a low-cost networking solution for a variety of business environments.
This document summarizes the services of a company that specializes in technical engineering for wireless telecommunications networks. The company supports network design, installation, commissioning, and optimization. It has experience in various wireless technologies and holds licenses to issue certificates for microwave links. Key services include network planning, field engineering, testing, maintenance, and technical support. The company has represented various software and hardware brands and provided services to major operators and regulators in Mexico.
The document describes the features and capabilities of the Motorola AP 8122 3x3 MIMO 802.11n access point. It delivers high throughput to support enterprise applications including voice and HD video using 802.11n technology with standard 802.3af PoE. It has advanced features like load balancing, pre-emptive roaming, and dual band radios to increase network reliability, resilience, and security. The access point also supports advanced wireless capabilities such as voice over wireless, location services, and guest access controls.
The document discusses a carrier grade wireless LAN solution for 3G offloading. It includes network components from Altai for the radio access, backhaul and management and charging/offload components from ANTLabs including a service selection gateway and radius system. The network components include various base stations, access points, and customer premise equipment. It then provides details on the specifications and use cases for each component and discusses deployment considerations and designs for different environments.
Distributed Antenna Systems and Compact Base Stations: When to Use Which?Frank Rayal
Distributed Antenna Systems grew from the need to provide wireless coverage and capacity to areas of highly concentrated users. More recently, as capacity and coverage demands expanded and some municipalities passed strict edicts against constructing towers, DAS systems got deployed along streets to provide service in the urban and suburban outdoors. Another solution to add capacity and coverage uses compact base stations which are getting large attention from both a cost and performance perspective. From a deployment perspective, they provide similar network architecture to DAS, which raises the question on how these two solutions compare. This application note will highlight the areas where each solution makes economic and technical sense.
BreezeMAX 3650 is a 802.16e-based WiMAX solution for the US FCC 3.65-3.70 GHz frequency band allocated for wireless broadband, which includes macro and micro
base stations. Incorporating Alvarion’s field-proven and mature WiMAX technology,
which is one of the market’s most popular 802.16e-based, WiMAX solutions,
BreezeMAX 3650 provides superior coverage and capacity that results in fewer cell
sites for reduced CAPEX and OPEX and an improved business case. Furthermore, as
an 802.16e-based solution, BreezeMAX 3650 offers a future-proof network with
optimized value of investment.
Das small cells_view_leading_edge_wp-111425-enSaurabh Verma
This document discusses distributed antenna systems (DAS) and small cells as two technologies for providing indoor wireless coverage and capacity. DAS is well-suited for large venues with high user density and multiple wireless carriers, while small cells are better for smaller buildings. A new technology called C-RAN small cells combines aspects of DAS and small cells, eliminating interference and simplifying planning. The document outlines the advantages and disadvantages of each solution for different indoor environments and use cases.
The Motorola AP 7181 is an outdoor, multi-radio 802.11n mesh access point that delivers high network capacity and performance. It utilizes 802.11n technology and optimized hardware and software to achieve maximum throughput and connections for mesh networking. The dual-radio device features 3x3 MIMO and supports data rates up to 300Mbps. It provides robust mesh routing and fast handoffs for mobile applications. The AP 7181 is designed for flexible mounting and easy deployment to minimize costs.
The AP 7131 is a tri-radio 802.11n access point that provides simultaneous wireless connectivity, security, and management capabilities. It offers high-speed 802.11n wireless connectivity at up to 600 Mbps per radio, gap-free security with 24/7 wireless intrusion protection sensing on two radios, and flexible operation as either a standalone access point or centrally-managed device. The AP 7131 provides a low-cost networking solution for a variety of business environments.
This document summarizes the services of a company that specializes in technical engineering for wireless telecommunications networks. The company supports network design, installation, commissioning, and optimization. It has experience in various wireless technologies and holds licenses to issue certificates for microwave links. Key services include network planning, field engineering, testing, maintenance, and technical support. The company has represented various software and hardware brands and provided services to major operators and regulators in Mexico.
The document describes the features and capabilities of the Motorola AP 8122 3x3 MIMO 802.11n access point. It delivers high throughput to support enterprise applications including voice and HD video using 802.11n technology with standard 802.3af PoE. It has advanced features like load balancing, pre-emptive roaming, and dual band radios to increase network reliability, resilience, and security. The access point also supports advanced wireless capabilities such as voice over wireless, location services, and guest access controls.
The document discusses a carrier grade wireless LAN solution for 3G offloading. It includes network components from Altai for the radio access, backhaul and management and charging/offload components from ANTLabs including a service selection gateway and radius system. The network components include various base stations, access points, and customer premise equipment. It then provides details on the specifications and use cases for each component and discusses deployment considerations and designs for different environments.
Distributed Antenna Systems and Compact Base Stations: When to Use Which?Frank Rayal
Distributed Antenna Systems grew from the need to provide wireless coverage and capacity to areas of highly concentrated users. More recently, as capacity and coverage demands expanded and some municipalities passed strict edicts against constructing towers, DAS systems got deployed along streets to provide service in the urban and suburban outdoors. Another solution to add capacity and coverage uses compact base stations which are getting large attention from both a cost and performance perspective. From a deployment perspective, they provide similar network architecture to DAS, which raises the question on how these two solutions compare. This application note will highlight the areas where each solution makes economic and technical sense.
BreezeMAX 3650 is a 802.16e-based WiMAX solution for the US FCC 3.65-3.70 GHz frequency band allocated for wireless broadband, which includes macro and micro
base stations. Incorporating Alvarion’s field-proven and mature WiMAX technology,
which is one of the market’s most popular 802.16e-based, WiMAX solutions,
BreezeMAX 3650 provides superior coverage and capacity that results in fewer cell
sites for reduced CAPEX and OPEX and an improved business case. Furthermore, as
an 802.16e-based solution, BreezeMAX 3650 offers a future-proof network with
optimized value of investment.
Das small cells_view_leading_edge_wp-111425-enSaurabh Verma
This document discusses distributed antenna systems (DAS) and small cells as two technologies for providing indoor wireless coverage and capacity. DAS is well-suited for large venues with high user density and multiple wireless carriers, while small cells are better for smaller buildings. A new technology called C-RAN small cells combines aspects of DAS and small cells, eliminating interference and simplifying planning. The document outlines the advantages and disadvantages of each solution for different indoor environments and use cases.
The Bluegiga Access Server enables wireless networking between multiple devices and networks. It supports Bluetooth, Ethernet, Wi-Fi and GSM/GPRS connectivity. The device is easy to deploy, manage and remotely upgrade. It is targeted at system integrators and OEMs wanting to deploy a secure, low power wireless network for Bluetooth-enabled devices in applications like marketing, medical devices, and machine-to-machine systems.
IEC61850: Use of IEC61850 to telecontrol MV grids (Article)iGrid T&D
This document discusses using IEC-61850 standards to remotely control medium voltage grids. It describes how TCP/IP networks allow integration of both private networks like Ethernet and TETRA, as well as public networks like GPRS and UMTS. IEC-61850 provides benefits for remote control by enabling data sharing between devices using common protocols. The document focuses on how IEC-61850 can be applied to remotely monitor and control MV switchgear using MMS, as well as for over-current fault detection. Short term challenges include retrofitting existing facilities and Control Centers supporting many IEC-61850 connections.
The document discusses various wireless technologies including their history, standards, applications, and comparisons. It covers early wireless technologies using radio waves for communication. It then discusses wireless local area network standards including IEEE 802.11, Bluetooth, WiFi, WiMAX, ZigBee, and their uses in providing flexible network connectivity. Mobile communication standards from 1G to 3G are also summarized.
Cisco Unified Wireless Network and Converged access – Design sessionCisco Russia
This document discusses Cisco's unified wireless network and converged access design session. It provides an overview of wireless standards past and present, including expected developments. Cisco's unified access vision is described, bringing wired and wireless onto a single policy and management framework. The document highlights Cisco's leadership in wireless networking and reviews Cisco's wireless product portfolio, including new access point models. Key capabilities such as RF management and advanced mobility services are also summarized.
802.11n technology promises higher data rates and improved performance for outdoor mesh networks. However, the unique challenges of the outdoor environment require specific design considerations to maximize the benefits of 802.11n. Motorola has developed technologies and products like their AP 7181 access point that leverage key 802.11n enhancements such as MIMO and high transmit power to deliver stronger connections, higher capacity, and better coverage for outdoor networks. Their ADEPT antenna system overcomes limitations of traditional designs and enables the dual data streams and high throughput necessary for 802.11n's full advantages.
802.11n technology promises higher data rates and improved performance for outdoor mesh networks. However, the unique challenges of the outdoor environment require network planners to understand how 802.11n capabilities apply differently than in indoor settings. Motorola's new AP 7181 access point is designed to maximize the benefits of 802.11n for outdoor networks by utilizing a high-powered, integrated antenna system that supports dual spatial streams and polarization diversity to achieve strong client connections and high-capacity mesh backhaul.
Robulink is a leading supplier of advanced metering infrastructure (AMI) solutions using its independently developed RobuNet mesh network technology. Robulink provides mesh network modules, devices, and aggregators that have been deployed in over 3.5 million electricity meters across
Gi-Fi is a new wireless technology that offers faster data transfer rates than Wi-Fi and WiMax. It uses 60GHz frequency and can transfer data at rates up to 5 gigabits per second, which is 10 times faster than current wireless technologies. Gi-Fi uses an integrated transceiver chip developed in Australia that operates at low power. It allows quick transfer of large files like videos within seconds over short ranges. Gi-Fi is expected to become the dominant wireless technology for applications like wireless home networks and high-speed transfer between devices.
Module 4 emerging wireless technologies and standardsnikshaikh786
The document discusses emerging wireless technologies and standards covered in Module 4. It provides an overview of Wireless Local Loop (WLL) technology, including its need and architecture. WLL uses radio connectivity to provide telephone network access, replacing wired connections. It has advantages like lower costs and faster deployment compared to installing cables. The document also covers the IEEE 802.11 standard for Wireless Local Area Networks (WLANs), including the development of different standards, network architectures, and equipment.
This document summarizes a study that designed an integrated WiFi/WiMAX network using the QUALNET simulator. WiFi provides high data rates but short range, while WiMAX has lower data rates but much longer range. The study developed a coupler device that can receive WiMAX signals and convert them to WiFi, allowing seamless connectivity across both networks. This provides continuous coverage for users in high-rise buildings that may be outside WiFi range. The integrated network was analyzed in QUALNET and was found to provide high throughput, low delay, and consistent performance.
This deck introduces the Panduit Signature Core Fiber Optic Cabling System, a complete end-to-end solution for high speed applications that enables users to implement 40G in virtually any data center using multimode optics.
4G wireless technology provides fully IP-based integrated wireless networks that use OFDM and are capable of speeds between 100 Mbps to 1 Gbps for both indoor and outdoor use. 4G networks are based on IPv6 and use technologies like OFDM, UWB, and smart antennas to transmit large amounts of digital data over radio waves. 4G aims to support a wide variety of multimedia applications through a single integrated terminal with global mobility, service portability, and higher bandwidth than 3G networks.
Wi4 wi max_access_service_network_asn_gateway_data_sheet_copyIbrahimoviczapa
The Motorola ASN Gateway provides a carrier-class WiMAX network solution that supports both fixed and mobile applications. It delivers subscriber services, security, and seamless handovers through BRAS, authentication, and mobility functions. A single gateway can support up to 1000 WiMAX sites and allows operators to offer wholesale services.
The document discusses two network protocols, GTP and PMIP, that help mobile operators support IP mobility across heterogeneous radio access networks to maintain session continuity. GTP was originally developed for GPRS networks while PMIP is a more recent IETF standard. The document focuses on the technical and economic attributes of GTP and PMIP-based mobility solutions for optimizing interworking between Wi-Fi and other mobile networks in 3G and EPC environments. Operators must choose between these protocols based on their goals and the standards supported by clients.
The document provides information on 3G IP architecture including definitions of network nodes in GSM, UMTS, and 3G, as well as schematics of the GSM, GPRS, and 3G network architectures. It also includes sections on network vendors, telecommunication companies, and sample careers including a job posting for a Network Engineer role at Ericsson.
El documento describe los diferentes aspectos del sistema de patentes, incluyendo patentes de invención, modelos de utilidad, diseños industriales, y los requisitos para solicitar cada uno. Explica que las patentes de invención protegen inventos nuevos, no obvios y aplicables industrialmente, mientras que los modelos de utilidad protegen mejoras funcionales a objetos existentes. Los diseños industriales protegen la apariencia externa de los productos.
Joseph A. Ciccone has over 15 years of experience in regulatory affairs and quality assurance roles in the medical device and pharmaceutical industries. He is currently a Senior Manager of Regulatory Affairs at Church & Dwight Co., Inc., where he manages regulatory projects and submissions, ensures regulatory compliance, and acts as a liaison with government agencies. Previously, he held quality assurance and regulatory roles at Inverness Medical and Musculoskeletal Transplant Foundation, where he applied quality systems, reviewed submissions, and ensured compliance with FDA and ISO regulations. He has a Bachelor of Science in Biology from Elizabethtown College and has authored multiple successful FDA 510(k) submissions.
The document discusses how to use the Splitter component in Mule applications to split an incoming message into fragments based on an expression. The Splitter can split a message into parts that are then processed asynchronously and later reassembled using an Aggregator. An example flow is provided that splits an XML payload containing order items by item title and logs the results.
Social Media Tools & Strategies: Final ProjectPayton Bailey
The document summarizes Payton Bailey's work on various social media tools and strategies for their final presentation in their MULT 1103 course. It provides screenshots and descriptions of Payton setting up profiles and accounts on WordPress, Twitter, Facebook, LinkedIn, Pinterest, Flickr, YouTube, Delicious, Digg, HootSuite, and engaging with classmates' blog posts and on the course D2L site. It concludes by reflecting on what Payton learned in the course about new online tools and looking forward to continuing to utilize their new social media accounts and blog.
This document is a curriculum vitae that outlines the personal and professional experience of Petar Tsvetanov Dimitrov. It includes his contact information, work history as an aircraft maintenance engineer for various companies since 1990, training and qualifications, and languages spoken. He has extensive experience maintaining various aircraft including ATR 42, BAe 146, Embraer ERJ-190, Airbus A319/320, Diamond D40, and Antonov AN 26.
The Bluegiga Access Server enables wireless networking between multiple devices and networks. It supports Bluetooth, Ethernet, Wi-Fi and GSM/GPRS connectivity. The device is easy to deploy, manage and remotely upgrade. It is targeted at system integrators and OEMs wanting to deploy a secure, low power wireless network for Bluetooth-enabled devices in applications like marketing, medical devices, and machine-to-machine systems.
IEC61850: Use of IEC61850 to telecontrol MV grids (Article)iGrid T&D
This document discusses using IEC-61850 standards to remotely control medium voltage grids. It describes how TCP/IP networks allow integration of both private networks like Ethernet and TETRA, as well as public networks like GPRS and UMTS. IEC-61850 provides benefits for remote control by enabling data sharing between devices using common protocols. The document focuses on how IEC-61850 can be applied to remotely monitor and control MV switchgear using MMS, as well as for over-current fault detection. Short term challenges include retrofitting existing facilities and Control Centers supporting many IEC-61850 connections.
The document discusses various wireless technologies including their history, standards, applications, and comparisons. It covers early wireless technologies using radio waves for communication. It then discusses wireless local area network standards including IEEE 802.11, Bluetooth, WiFi, WiMAX, ZigBee, and their uses in providing flexible network connectivity. Mobile communication standards from 1G to 3G are also summarized.
Cisco Unified Wireless Network and Converged access – Design sessionCisco Russia
This document discusses Cisco's unified wireless network and converged access design session. It provides an overview of wireless standards past and present, including expected developments. Cisco's unified access vision is described, bringing wired and wireless onto a single policy and management framework. The document highlights Cisco's leadership in wireless networking and reviews Cisco's wireless product portfolio, including new access point models. Key capabilities such as RF management and advanced mobility services are also summarized.
802.11n technology promises higher data rates and improved performance for outdoor mesh networks. However, the unique challenges of the outdoor environment require specific design considerations to maximize the benefits of 802.11n. Motorola has developed technologies and products like their AP 7181 access point that leverage key 802.11n enhancements such as MIMO and high transmit power to deliver stronger connections, higher capacity, and better coverage for outdoor networks. Their ADEPT antenna system overcomes limitations of traditional designs and enables the dual data streams and high throughput necessary for 802.11n's full advantages.
802.11n technology promises higher data rates and improved performance for outdoor mesh networks. However, the unique challenges of the outdoor environment require network planners to understand how 802.11n capabilities apply differently than in indoor settings. Motorola's new AP 7181 access point is designed to maximize the benefits of 802.11n for outdoor networks by utilizing a high-powered, integrated antenna system that supports dual spatial streams and polarization diversity to achieve strong client connections and high-capacity mesh backhaul.
Robulink is a leading supplier of advanced metering infrastructure (AMI) solutions using its independently developed RobuNet mesh network technology. Robulink provides mesh network modules, devices, and aggregators that have been deployed in over 3.5 million electricity meters across
Gi-Fi is a new wireless technology that offers faster data transfer rates than Wi-Fi and WiMax. It uses 60GHz frequency and can transfer data at rates up to 5 gigabits per second, which is 10 times faster than current wireless technologies. Gi-Fi uses an integrated transceiver chip developed in Australia that operates at low power. It allows quick transfer of large files like videos within seconds over short ranges. Gi-Fi is expected to become the dominant wireless technology for applications like wireless home networks and high-speed transfer between devices.
Module 4 emerging wireless technologies and standardsnikshaikh786
The document discusses emerging wireless technologies and standards covered in Module 4. It provides an overview of Wireless Local Loop (WLL) technology, including its need and architecture. WLL uses radio connectivity to provide telephone network access, replacing wired connections. It has advantages like lower costs and faster deployment compared to installing cables. The document also covers the IEEE 802.11 standard for Wireless Local Area Networks (WLANs), including the development of different standards, network architectures, and equipment.
This document summarizes a study that designed an integrated WiFi/WiMAX network using the QUALNET simulator. WiFi provides high data rates but short range, while WiMAX has lower data rates but much longer range. The study developed a coupler device that can receive WiMAX signals and convert them to WiFi, allowing seamless connectivity across both networks. This provides continuous coverage for users in high-rise buildings that may be outside WiFi range. The integrated network was analyzed in QUALNET and was found to provide high throughput, low delay, and consistent performance.
This deck introduces the Panduit Signature Core Fiber Optic Cabling System, a complete end-to-end solution for high speed applications that enables users to implement 40G in virtually any data center using multimode optics.
4G wireless technology provides fully IP-based integrated wireless networks that use OFDM and are capable of speeds between 100 Mbps to 1 Gbps for both indoor and outdoor use. 4G networks are based on IPv6 and use technologies like OFDM, UWB, and smart antennas to transmit large amounts of digital data over radio waves. 4G aims to support a wide variety of multimedia applications through a single integrated terminal with global mobility, service portability, and higher bandwidth than 3G networks.
Wi4 wi max_access_service_network_asn_gateway_data_sheet_copyIbrahimoviczapa
The Motorola ASN Gateway provides a carrier-class WiMAX network solution that supports both fixed and mobile applications. It delivers subscriber services, security, and seamless handovers through BRAS, authentication, and mobility functions. A single gateway can support up to 1000 WiMAX sites and allows operators to offer wholesale services.
The document discusses two network protocols, GTP and PMIP, that help mobile operators support IP mobility across heterogeneous radio access networks to maintain session continuity. GTP was originally developed for GPRS networks while PMIP is a more recent IETF standard. The document focuses on the technical and economic attributes of GTP and PMIP-based mobility solutions for optimizing interworking between Wi-Fi and other mobile networks in 3G and EPC environments. Operators must choose between these protocols based on their goals and the standards supported by clients.
The document provides information on 3G IP architecture including definitions of network nodes in GSM, UMTS, and 3G, as well as schematics of the GSM, GPRS, and 3G network architectures. It also includes sections on network vendors, telecommunication companies, and sample careers including a job posting for a Network Engineer role at Ericsson.
El documento describe los diferentes aspectos del sistema de patentes, incluyendo patentes de invención, modelos de utilidad, diseños industriales, y los requisitos para solicitar cada uno. Explica que las patentes de invención protegen inventos nuevos, no obvios y aplicables industrialmente, mientras que los modelos de utilidad protegen mejoras funcionales a objetos existentes. Los diseños industriales protegen la apariencia externa de los productos.
Joseph A. Ciccone has over 15 years of experience in regulatory affairs and quality assurance roles in the medical device and pharmaceutical industries. He is currently a Senior Manager of Regulatory Affairs at Church & Dwight Co., Inc., where he manages regulatory projects and submissions, ensures regulatory compliance, and acts as a liaison with government agencies. Previously, he held quality assurance and regulatory roles at Inverness Medical and Musculoskeletal Transplant Foundation, where he applied quality systems, reviewed submissions, and ensured compliance with FDA and ISO regulations. He has a Bachelor of Science in Biology from Elizabethtown College and has authored multiple successful FDA 510(k) submissions.
The document discusses how to use the Splitter component in Mule applications to split an incoming message into fragments based on an expression. The Splitter can split a message into parts that are then processed asynchronously and later reassembled using an Aggregator. An example flow is provided that splits an XML payload containing order items by item title and logs the results.
Social Media Tools & Strategies: Final ProjectPayton Bailey
The document summarizes Payton Bailey's work on various social media tools and strategies for their final presentation in their MULT 1103 course. It provides screenshots and descriptions of Payton setting up profiles and accounts on WordPress, Twitter, Facebook, LinkedIn, Pinterest, Flickr, YouTube, Delicious, Digg, HootSuite, and engaging with classmates' blog posts and on the course D2L site. It concludes by reflecting on what Payton learned in the course about new online tools and looking forward to continuing to utilize their new social media accounts and blog.
This document is a curriculum vitae that outlines the personal and professional experience of Petar Tsvetanov Dimitrov. It includes his contact information, work history as an aircraft maintenance engineer for various companies since 1990, training and qualifications, and languages spoken. He has extensive experience maintaining various aircraft including ATR 42, BAe 146, Embraer ERJ-190, Airbus A319/320, Diamond D40, and Antonov AN 26.
Licensing parents is not feasible due to costs and implementation challenges, but childhood development is too important to ignore. Poor parenting practices can harm children and society. Educational programs for parents could help by teaching skills like discipline, communication, and different parenting approaches. Research shows parenting classes improve knowledge and attitudes. Mandatory classes between school years could refresh skills and prepare for each new developmental stage. Overall, education may better promote healthy child development than licensing alone.
802.11n technology promises to significantly increase data rates and network capacity for outdoor mesh networks compared to previous 802.11 standards. It introduces technologies like MIMO, channel bonding, and frame aggregation that are beneficial, but the outdoor environment poses unique challenges. To fully leverage 802.11n's advantages, network planners must understand how its capabilities apply differently outdoors than indoors, where the technology was originally designed for. Key considerations include utilizing multiple antennas to overcome challenges with signal separation outdoors and maximizing the benefits of 5 GHz spectrum for channel bonding.
802.11n technology promises to significantly increase data rates and network capacity for outdoor mesh networks compared to previous 802.11 standards. It introduces technologies like MIMO, channel bonding, and frame aggregation that are beneficial, but the outdoor environment poses unique challenges. To fully leverage 802.11n's advantages, network planners must understand how its capabilities apply differently outdoors than indoors, where the technology was originally designed for, and account for the environmental factors inherent to outdoor deployments.
The document provides product specifications for the AP 7161 outdoor 802.11n mesh access point. Key features include providing ruggedized outdoor performance, 24/7 intrusion protection, and supporting WiNG 5 mesh networking capabilities. The AP 7161 is optimized for applications such as industrial/enterprise campus deployments, video surveillance networks, public safety networks, and smart grid utilities.
The document provides product specifications for the AP 7161 outdoor 802.11n mesh access point. Key features include providing ruggedized outdoor performance, 24/7 intrusion protection, and supporting WiNG 5 mesh networking capabilities. The AP 7161 is optimized for applications such as industrial/enterprise campus deployments, video surveillance networks, public safety networks, and smart grid utilities.
The document discusses frequently asked questions about the Motorola AP 7181, a high-capacity outdoor 802.11n access point. It offers key differentiators like support for 300 Mbps connections, an integrated antenna system for improved coverage, and support within Motorola's wireless network management solutions. The access point achieves high capacity through dual-radio 3x3 MIMO technology and an antenna design that supports both vertical and horizontal polarization for improved performance. It also has features for mitigating interference and providing seamless connectivity between indoor and outdoor networks.
The document discusses frequently asked questions about the Motorola AP 7181, a high-capacity outdoor 802.11n access point. The AP 7181 offers maximum data rates of 300 Mbps using 3x3 MIMO and dual-polarization antennas. It achieves high capacity through its dual-radio design and advanced antenna technology. The AP 7181 can extend wireless networks outdoors and allows seamless roaming between indoor and outdoor networks. It is supported by Motorola's wireless network management tools.
The AP 7131 is an 802.11n wireless access point with three radios that allows it to simultaneously provide wireless client access, wireless backhaul/meshing, and wireless intrusion prevention system (IPS) functionality. It can operate as a standalone access point or be centrally managed. Key features include support for up to 600Mbps wireless speeds, self-healing mesh networking, integrated security capabilities, and flexible radio configuration.
The AP 7131 is a tri-radio 802.11n access point that provides simultaneous wireless connectivity, security, and management capabilities. It offers high-speed 802.11n wireless connectivity at up to 600 Mbps per radio, gap-free security with 24/7 wireless intrusion protection sensing on two radios, and flexible operation as either a standalone access point or centrally-managed device. The AP 7131 provides a low-cost networking solution for a variety of business environments.
The document describes the innovative features of the Motorola AP 8222 wireless access point. It has a sleek design suitable for retail, office, and other customer-facing spaces. It provides dual-band 802.11ac and 802.11n wireless connectivity at speeds up to 1.3Gbps. Key features include advanced beamforming, gap-free security, and support for bandwidth-heavy applications like video calling. The access point is centrally managed through Motorola's WiNG 5 networking operating system.
The document summarizes the key features and specifications of the AP-7131 tri-radio 802.11n access point. The AP-7131 is the first access point to support three radios, allowing it to simultaneously provide wireless client access, wireless mesh networking, and wireless intrusion prevention system (IPS) functionality. It offers high throughput wireless networking capabilities for voice, video, and data applications. Additional features include centralized management, wireless meshing, spectrum analysis tools, and integrated security functions like firewall, VPN, and wireless IPS. The document provides detailed specifications on the radio capabilities, operating environment, performance, management features, and security of the AP-7131.
The AP-7131 is an 802.11n access point with 3 radios that provides high-speed wireless data, voice, video, mesh networking, and wireless intrusion prevention system (IPS) functionality. It delivers maximum wireless network throughput of up to 600 Mbps. The tri-radio design allows the device to dedicate radios to different functions like client access, mesh networking, and 24/7 wireless IPS sensing. It can operate as either a standalone access point or centrally managed by a wireless switch. The multi-functionality reduces costs by eliminating the need for separate devices and infrastructure to support different network services.
The AP 8163 is a ruggedized outdoor mesh access point designed to withstand extreme weather conditions. It has three radios - two for client access across 2.4GHz and 5GHz bands, and a third radio that can be used for wireless intrusion prevention scanning or dynamic frequency selection to avoid radar interference. The advanced WiNG 5 operating system allows the access points to self-optimize the network for best performance. Key features include powerful antennas for extended range, mesh networking for redundancy, and security features like firewalls and wireless intrusion prevention.
The document discusses wireless local area networks (WLANs). It describes how an access point is used to connect wireless devices like laptops and desktops to a wired local area network. The access point bridges the wireless and wired networks. It also discusses the benefits of WLANs like providing mobility and reducing installation costs compared to wired networks.
The document is a product specification sheet for the AP 7161 WiNG 5-enabled outdoor 802.11n mesh access point. It has 3x3 MIMO tri-radio design for high throughput and capacity. It provides ruggedized outdoor performance for environments like industrial campuses. It also includes integrated perimeter security features like a dedicated wireless intrusion prevention system sensor for 24/7 rogue device detection and termination.
The document is a product specification sheet for the AP 7161 WiNG 5-Enabled Outdoor 802.11n Mesh Access Point. It has the following key points:
1) It is a ruggedized outdoor access point that provides mesh networking, wireless intrusion prevention, and wireless connectivity for applications such as surveillance cameras, rail/transportation systems, and smart grids.
2) It uses 802.11n 3x3 MIMO technology across 3 radios to provide high performance wireless access and mesh backhaul with a maximum data rate of 300Mbps.
3) It has an integrated wireless intrusion prevention system (IPS) sensor that allows one radio to monitor for rogues while the other
The document describes the innovative features of the AP 7532 wireless access point. It provides the highest wireless speeds available with 3x3 MIMO and 256 QAM modulation on both 2.4GHz and 5GHz radios. It has a dual radio 802.11ac/802.11n design that provides a upgrade path to 1.3Gbps 802.11ac speeds while maintaining support for existing devices. It offers various advanced features like load balancing, security, sensor support and quality of service for voice. The access point is designed to deliver maximum performance at a low cost.
The ORiNOCO AP-4000 is a high-performance, enterprise-grade wireless access point that delivers scalability for large Wi-Fi deployments. It supports tri-mode 802.11a/b/g and has features for enterprise security, management, and quality of service. The AP-4000 is suited for production-level Wi-Fi and metro-Wi-Fi networks due to its ability to communicate between access points for expanded coverage. It has advanced capabilities such as rogue device detection, VLAN support, and power over Ethernet.
The WIDHOP 900 Series point-to-point radio is designed for high capacity and easy integration with packet networks. It uses adaptive modulation up to 1024 QAM to achieve throughput up to 500 Mbps. The full outdoor solution has a small footprint and low power consumption. It provides flexibility through multiple configuration options and a capacity-license approach to minimize costs for network operators.
The document discusses the Motorola AP 7131 adaptive access point, which features three radios that allow it to provide multiple concurrent services on a single device. This reduces costs compared to using multiple single-radio access points. Key features include supporting client access, mesh networking, and dedicated wireless intrusion prevention system sensing using the radios. The access point can operate in standalone mode for small/medium businesses or be centrally managed by a wireless switch/controller in larger environments. It provides security, wireless coverage, and performance comparable to wired networks at a lower cost than alternatives.
The document is a specification sheet for the Motorola AP 8222 access point. It has a sleek design with internal antennas that allows it to be discretely installed in various environments. It provides dual-band 802.11ac and 802.11n wireless connectivity at speeds up to 1.3Gbps. It has advanced features such as beamforming, security, and quality of service to ensure robust and reliable connections for demanding applications. The AP 8222 is part of Motorola's WiNG 5 product line and can be easily managed through their controllers to seamlessly scale the wireless network.
Cambium Networks is an industry leader in point-to-multipoint and point-to-point wireless broadband solutions. They have shipped over 4 million nodes totaling over $1 billion to networks in more than 150 countries. Their ePMP product line provides affordable and scalable wireless access networks through features like GPS synchronization, high scalability and consistent performance, interference mitigation technology, and effective quality of service capabilities.
The VX 9000 virtualized software-based wireless LAN controller combines the power of virtualization with Motorola Solutions' WiNG Controller. It provides centralized management of wireless networks through a single interface with high scalability, flexibility and advanced wireless services. Key features include integrated network security, the advanced WiNG 5 operating system, plug-and-play deployment, simplified licensing and infinite scalability through virtualization. It supports all major hypervisors and public/private clouds for maximum deployment flexibility at low cost.
The NX 7500 integrated services platform provides comprehensive management of up to 2,048 network elements through a single interface. It allows all network infrastructure to intelligently route traffic for maximum speed and throughput without congestion. The NX 7500 offers advanced wireless LAN performance for mid-sized and campus environments with features such as plug-and-play installation, hierarchical management, smart routing, BYOD support, and integrated security services. It provides flexibility and investment protection through modular upgrades.
The document discusses the challenges retailers face in supporting increased wireless applications and next-generation Wi-Fi in stores. It introduces the Motorola AP 8200 Series as a solution that provides high-performance wireless connectivity for customers and staff. The AP 8200 Series allows easy access, security, support for 802.11ac Wi-Fi, bandwidth for applications, and performance for many users. It provides flexibility, a cost-effective upgrade to 802.11ac, and features for security, environmental monitoring, location services, and more.
The AP 7502 is a dual-band 802.11ac wireless access point designed for installation in small spaces like hotel rooms. It has a compact wall-mount design, supports the latest WiFi standards, and includes features to ensure reliable connectivity even in challenging environments. Setup and management are simplified through zero-touch provisioning and both standalone and controller-based operation modes.
The document describes the innovative features of the AP 7522 wireless access point. It provides dual-band 802.11ac and 802.11n radios for high performance WiFi. It offers internal or external antenna options and can function as both an access point and wireless sensor. The access point provides security, load balancing, and other features to support mission critical applications on the wireless network.
The document provides a snapshot of various access point models categorized by their functionality and features. It describes full service access points as premium models with the most features and highest bandwidth capabilities, suitable for large enterprises. It describes high performance access points as mid-tier models with robust features, suitable for small to mid-size businesses. It describes purpose built access points as models tailored for specific vertical markets. It also describes dependent access points as value-tier models that require a controller. For each access point, it lists key specifications and provides brief descriptions of suitable use cases in different vertical markets like retail, healthcare, transportation etc.
1. SPEC Sheet
Elevating Bandwidth to the Nth
Power: The Motorola AP 7181
The Motorola Mesh Wide Area Network (MWAN) portfolio includes the AP 7181, an outdoor high performance,
multi-radio 802.11n mesh access point that delivers exceptional network capacity and performance. By
embracing the 802.11n standard and optimizing radio hardware and software components, maximum
throughputs and connections for mesh networking are realized. The AP 7181 delivers fast, stable connections
and allows 802.11n capabilities to be extended outdoors. The AP 7181 is the result of years of customer
research and development and is designed specifically to meet the outdoor network needs of enterprises,
municipal agencies, and transit systems.
Superb Antenna Technology The AP 7181 features fast hand-offs, intelligent
Motorola’s exclusive intelligent ADEPT (ADvanced routing and seamless security, all key mobility
Element Panel Technology) antenna system was enhancements exclusive to Motorola. The AP 7181
developed specifically for the AP 7181. The ADEPT enables a true mobile office in the field, keeping
system allows the AP 7181 to achieve maximum data highly mobile workers connected to key office
rates by enabling dual data stream communication applications, resulting in improved response times
via dual polarization antennas. Leveraging multiple and greater process efficiencies.
transmit and receive RF chains, dual polarized
antennas and software configurable down tilt, the Mesh Wide Area Network Management and
AP 7181 achieves excellent coverage without the Deployment
self-shadowing caused by multiple dipole antennas. The AP 7181 has been designed to provide added
flexibility in both mounting location and software
High Capacity configuration to help minimize deployment and
About Motorola The AP 7181 features 2.4 GHz and 5.x GHz radios installation costs, maximize ROI and provide for a
Wireless Broadband that support 3x3 MIMO (Multiple Input Multiple lower total cost of ownership (TCO). From a mounting
Motorola’s comprehensive perspective, the AP 7181 has been designed for easy
Output) technology reaching a maximum data rate of
portfolio of reliable and installation on buildings, roof tops and light poles,
cost-effective wireless
300 Mbps. This results in additional capacity, which
delivers improvements at both the client and backhaul reducing the time required for deployment.
broadband solutions, together
with our WLAN solutions, level. The MIMO technology is combined with high
The unit’s deployment process offers a clear work
provide and extend coverage performance radios designed by Motorola to maintain
flow and organized menu options for configuration.
both indoors and outdoors. high power transmissions at some of the highest
The Motorola Wireless Coupled with network wide management through
data rates. These radios, coupled with the ability
Broadband portfolio offers One Point Wireless Manager, one application can be
to use 40 MHz channel widths, allows the added used to monitor and maintain AP 7181 configuration
high-speed Point-to-Point,
Point-to-Multipoint, Mesh, capacity of the AP 7181 to be leveraged for advanced consistency throughout a deployed network, and
WiFi and WiMAX networks applications. further assist with post deployment optimization via
that support data, voice templates and discovery of installed nodes.
and video communications, Excellent Mesh Routing
enabling a broad range of The AP 7181 offers robust data connections
fixed and mobile applications
One Company. One Network. One Complete
throughout the network by leveraging Motorola’s Solution.
for public and private
systems. With Motorola’s
leading routing technology, MeshConnex™. Only Motorola delivers mobility and agility inside the
innovative software solutions, MeshConnex provides efficient routing, low latency, enterprise, between locations and out to end-user
customers can design, deploy low routing overhead, high-speed handoffs and devices. The AP 7181, together with the AP-7131
and manage a broadband proven scalability. The Opportunistic Radio Link indoor access point, creates one of the only seamless
network, maximizing uptime Adaptation (ORLA) is a key decision-making element indoor/outdoor mesh network solutions in the
and reliability while lowering within MeshConnex™, designed to select data rates
installation costs. industry, ensuring contiguous coverage throughout
that will provide the best throughput at any given city or campus environments.
time. ORLA helps ensure Motorola mesh networks
deliver sustained throughput at the highest possible
data rate.