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Cambium/Xirrus Acquisition Customer FAQ
August 2019 Cambium/Xirrus Acquisition Customer FAQ Q: Who is Cambium Networks? A: Cambium Networks (NASDAQ: CMBM) is a global wireless infrastructure company formed in 2011 as a spin out from Motorola Solutions. We deliver a comprehensive wireless fabric of connectivity solutions, including point-to-point (PTP) for broadband backhaul infrastructure, point-to-multipoint (PMP) for wide area distribution, and Wi-Fi + switching for indoor and outdoor access. We sell to enterprises, industrial operators and service providers, connecting business and users across a myriad use cases. We have shipped over 5 million radios to customers in over 145 countries via a network of channel partners. Q: Why is this a positive deal for Xirrus? A: Xirrus has a long history of producing best-in-class enterprise wireless solutions while Cambium Networks is a best-in-class provider of wireless broadband solutions. With this acquisition, Xirrus is more closely aligned with an organization focused on delivering quality wireless connectivity solutions. Q: Why is this a positive deal for Cambium Networks? A: Cambium Networks solutions today provide a wireless fabric that ranges from long distance broadband backhaul to indoor Wi-Fi access. Xirrus extends this portfolio and the market reach for Cambium Networks with a proven set of enterprise Wi-Fi solutions that complement what we have today. Q: Why did Riverbed sell Xirrus? A: Riverbed strategy is focused on ensuring digital performance for its customers via its digital experience management and digital networking infrastructure solutions. Wireless was positioned as a part of the infrastructure play, however the sales motion for wireless did not synergize well Riverbed’s other solutions. -
Small-Cell Backhaul Application Brief
TM SMALL-CELL BACKHAUL APPLICATION BRIEF SMALL-CELL BACKHAUL: FIBER CAN’T BE EVERYWHERE, BUT CAMBIUM CAN Cambium NLOS, High-Capacity Wireless Is Your Answer to LTE Small-Cell Backhaul. As the demand for everywhere mobility has continued to skyrocket, carriers and mobile network operators are under increasing pressure to relieve their overburdened networks. Despite the migration to 3G, 4G, LTE and WiMAX, the proliferation of cellular devices and applications requires network operators to take additional steps that will increase capacity and coverage. As a result, virtually all network operators are employing small cells to increase capacity in urban areas and provide coverage where gaps exist. BACKHAUL DECISIONS Formerly part of Motorola Solutions, Cambium Networks’ Many large service providers Most carriers are focused on deployment plans in which Wireless Broadband solutions deliver reliable, high- have benefited from our NLOS and interference the majority of small cells will be backhauled using fiber or performance connectivity in some of the most challenging problem-solving technology, copper. While physical connectivity works in the majority environments on earth. So, we can help you design the including: of cases, total coverage requires backhaul that can connect right backhaul solution for your multi-technology, small-cell • AT&T where fiber and copper are not available, where fiber network such as UMTS, HSPA, and LTE. • Bell Mobility • BTiNet may be cost prohibitive as may occur when spanning long Billions – USD • China Mobile 7 distances, or where time-to-deploy is excessive. $6.4B • Clearwire 6 Microwave • Sprint $4.8B Small-Cell 5 • Telus In such cases, wireless technology provides the ability Backhaul $3.6B 4 • Verizon to rapidly deploy reliable small-cell backhaul solutions. -
Multibeam- Smart Antenna Systems for Wless Communications
MULTIBEAM- SMART ANTENNA SYSTEMS FOR WLESS COMMUNICATIONS XIAOMING W, M.Eng. (Tsinghua University) B .Eng.(Shanghai Jiaotong Universiw) A Thesis Submitted to the School of Graduate Studies in Partial Fulfilment of the Requirernents for the Degree PhD McMaster University @ Copyright by Xiaoming Yu, November 17, 1999 National Library Bibliothèque nationale du Canada Acquisitions and Acquisitions et Bibliographie Services services bibliographiques 395 WeUington Street 395. rue WeUington Ottawa ON KtA ON4 Ottawa ON KIA ON4 Canada Canada The author has granted a non- L'auteur a accordé une licence non exclusive licence dowing the exclusive permettant à la National Libmy of Canada to Bibliothèque nationale du Canada de reproduce, loan, distribute or sell reproduire, prêter, distribuer ou copies of this thesis in microform, vendre des copies de cette thèse sous paper or electronic formats. la fome de microfiche/nlm, de reproduction sur papier ou sur format électronique. The author retains ownership of the L'auteur conserve la propriété du copyright in this thesis. Neither the droit d'auteur qui protège cette thèse. thesis nor substantid extracts fkom it Ni la thèse ni des extraits substantiels may be printed or otherwise de celle-ci ne doivent être imprimés reproduced without the author's ou autrement reproduits sans son permission. autorisation. MULTIBEAM SMART ANTENNA SYSTEMS FOR WIRELESS COMMUNICATIONS PHD (1999) MCMASTER UNIVERSITY (Electrical and Computer Engineering) Hamilton, Ontario TITLE: Multibeam Srnart Antenna Systems for Wireless Communications AUTHOR: Xiaoming Yu M.Eng. (Tsinghua University) B .Eng.(Shanghai Jiaotong University) SUPERWSOR: Dr. John Litva NUMBER OF PAGES: xii, 123 ABSTRACT Smart antennas have emerged as one of the key technologies in wireless com- munications. -
PMP 450 and LTE in 3 Ghz
A COMPARISON PMP 450 and LTE in 3 GHz INTRODUCTION CUSTOMER EXPERIENCE The LTE (Long Term Evolution) standard provides for great Globally, the 3 GHz band has been a licensed performance and has (at some point on the roadmap) many frequency band that was defined for the WiMAX features that make it well-suited for any use case. The 3rd standard. It is not typically available to Service Generation Partnership Project (3GPP) originally came together Providers without having purchased or leased this as an industry group to create mobile standards that would frequency. However, some efforts have been made move mobile (cellular) infrastructure forward. This group has to make it more readily available in certain parts of continued to evolve the standard, and is backed by the largest the world. Specifically, in the United States and telecommunications groups in the world. The LTE standard has Canada, 50 MHz of this spectrum (3650-3700 MHz) been developed by this group and has had billions of hours had been available under a “lightly licensed” condition. and dollars poured into it to create the standard protocol for An operator needed to obtain a nationwide, non- mobile telecommunications. As it stands, the release definitions exclusive license at very low cost from the regulatory are frozen through Release 13, with Release 14 soon to come. body, then register any equipment that would be Chipset manufacturers are doing their best to keep up with the operating in that band. This propelled the use of release schedule, and incorporating features defined in these this band forward tremendously over the last releases in their latest offerings. -
American Broadcasting Company from Wikipedia, the Free Encyclopedia Jump To: Navigation, Search for the Australian TV Network, See Australian Broadcasting Corporation
Scholarship applications are invited for Wiki Conference India being held from 18- <="" 20 November, 2011 in Mumbai. Apply here. Last date for application is August 15, > 2011. American Broadcasting Company From Wikipedia, the free encyclopedia Jump to: navigation, search For the Australian TV network, see Australian Broadcasting Corporation. For the Philippine TV network, see Associated Broadcasting Company. For the former British ITV contractor, see Associated British Corporation. American Broadcasting Company (ABC) Radio Network Type Television Network "America's Branding Broadcasting Company" Country United States Availability National Slogan Start Here Owner Independent (divested from NBC, 1943–1953) United Paramount Theatres (1953– 1965) Independent (1965–1985) Capital Cities Communications (1985–1996) The Walt Disney Company (1997– present) Edward Noble Robert Iger Anne Sweeney Key people David Westin Paul Lee George Bodenheimer October 12, 1943 (Radio) Launch date April 19, 1948 (Television) Former NBC Blue names Network Picture 480i (16:9 SDTV) format 720p (HDTV) Official abc.go.com Website The American Broadcasting Company (ABC) is an American commercial broadcasting television network. Created in 1943 from the former NBC Blue radio network, ABC is owned by The Walt Disney Company and is part of Disney-ABC Television Group. Its first broadcast on television was in 1948. As one of the Big Three television networks, its programming has contributed to American popular culture. Corporate headquarters is in the Upper West Side of Manhattan in New York City,[1] while programming offices are in Burbank, California adjacent to the Walt Disney Studios and the corporate headquarters of The Walt Disney Company. The formal name of the operation is American Broadcasting Companies, Inc., and that name appears on copyright notices for its in-house network productions and on all official documents of the company, including paychecks and contracts. -
Smart Antenna Development
Smart Antenna Technology CUL/EM/030854/RP/06 Development of Smart Antenna Technology Final Report August 2006 http://www.vectorfields.co.uk A Cobham company © Copyright 2006 Smart Antenna Technology CUL/EM/030854/RP/06 Final Report (Issue 2) 2 Smart Antenna Technology CUL/EM/030854/RP/06 Final Report (Issue 2) Title Development of Smart Antenna Technology Customer Ofcom Customer ref. “Contract for the Provision of Development of Smart Antenna Technology for the Office of Communications” Contract 410000267 This document has been prepared for Ofcom under the above contract. Copyright © Copyright 2006 Reference number CUL/EM/030854/RP/06 Contact Name Dr K D Ward Vector Fields Ltd 24 Bankside Kidlington OXON, OX5 1JE Telephone: 01865 370151 Facsimile: 01865 370277 Document Control Number: CUL/EM/030854/RP/06 Date of Issue: August, 2006 Issue 2 Authorization Name Signature Position Prepared by Mr M Hook Project Manager Approved by Dr K D Ward Managing Director 3 Smart Antenna Technology CUL/EM/030854/RP/06 Final Report (Issue 2) Disclaimer This report was commissioned by Ofcom to provide an independent view on issues relevant to its duties as regulator for the UK communication industry, for example issues of future technology or efficient use of the radio spectrum in the United Kingdom. The assumptions, conclusions and recommendations expressed in this report are entirely those of the contractors and should not be attributed to Ofcom. Acknowledgements The authors would like to thank those people and companies in the wireless industry who have contributed information and advice during the course of the work presented in this report. -
Cnmaestro™Management System
PRODUCT BRIEF cnMaestro™ Management System quick look: cnMaestro is a simple, yet sophisticated cloud-first, next- generation network management solution for Cambium Networks wireless and wired solutions. cnMaestro offers elastic scalability and single-pane-of-glass management to deliver secure, end-to-end network and wireless lifecycle management with zero-touch provisioning, monitoring and troubleshooting capabilities. It simplifies operations and ongoing maintenance. Key Highlights To serve growing market demand for advanced management and services functionality, Cambium Networks offers cnMaestro in two management tiers: cnMaestro Essentials Unlicensed, free version of cnMaestro delivers the same experience as cnMaestro in the past. This license-free option delivers a disruptive Total Cost of Ownership (TCO) for organizations of all size. cnMaestro X Paid subscription offer that includes advanced management capabilities, Cambium Care Pro for 24x7 technical support, accelerated access to L2 engineers and regular software updates and upgrades for advanced features. This data sheet covers the highlights of the cnMaestro platform and cnMaestro Essentials features. ©2021 Cambium Networks, Ltd 1 cambiumnetworks.com PRODUCT BRIEF cnMaestro™ Management System Product Overview cnMaestro Essentials • Comprehensive cloud and on-premises management for Cambium Networks' wired and wireless portfolio is included with the hardware. • Zero-touch provisioning: Create, provision, monitor and manage the entire network of wireless and wired devices from a single dashboard login with key performance metrics, alarms and alerts. The cloud-first UI design is easy to learn and apply across the portfolio and helps network administrators simplify operations and deliver an optimal client experience. • With centralized visibility and control for Cambium Networks' wireless and wired products, network administrators can quickly • Provides a bird’s-eye view of network health with insights on and easily deploy networks with minimal training. -
Wireless Connectivity Solutions for Traffic Control
Wireless Connectivity Solutions for Traffic Control MODERN TRAFFIC CONTROL NETWORKS DEPEND Air Quality Sensor ON MULTIPLE SYSTEMS INTEROPERATING to optimize traffic flow and public safety. Leading transit authorities migrating Cloud to the digital age are choosing wireless IP connectivity as their Management communications infrastructure for monitoring, control, and video Bridge surveillance devices. Monitoring Wireless communications technology from Cambium Networks Wireless Video Surveillance is proven to provide flexible, rapidly deployable solutions that support affordable IP connectivity in noisy and demanding environments. Agencies select wireless backhaul, multipoint distribution, and indoor and outdoor Wi-Fi connectivity for the Trac confidence that their networks will work right the first time, Digital Control Signage continue to succeed over time, and in harsh seasonal conditions. Weather Station Applications: • Driver alert signs • Lane closures and control • Red light monitoring Benefits: • Rail crossing safety Complete solutions – Cambium Networks provides end-to-end solutions including high capacity/high density cloud-managed • Video surveillance/security and indoor & outdoor 802.11ac Wi-Fi access points, as well as • Work site Wi-Fi hotspots fixed wireless backhaul solutions. Highly configurable – Wireless networks can be designed to support a wide variety of applications all connected with one Cambium Networks Technology ensures IP-based network. outstanding traffic control connectivity Reliable – With millions of wireless -
XM Radio Smart Antenna (GXM-30)
GXM 30® XM Radio Smart Antenna owner’s manual © Copyright 2005 Garmin Ltd. or its subsidiaries Garmin International, Inc. Garmin (Europe) Ltd. Garmin Corporation 1200 East 151st Street, Unit 5, The Quadrangle, Abbey Park No. 68, Jangshu 2nd Road, Shijr, Taipei Olathe, Kansas 66062, U.S.A. Industrial Estate, Romsey, SO51 9DL, U.K. County, Taiwan Tel. 913/397.8200 or 800/800.1020 Tel. 44/0870.8501241 Tel. 886/2.2642.9199 Fax 913/397.8282 Fax 44/0870.8501251 Fax 886/2.2642.9099 All rights reserved. Except as expressly provided herein, no part of this manual may be reproduced, copied, transmitted, disseminated, downloaded or stored in any storage medium, for any purpose without the express prior written consent of Garmin. Garmin hereby grants permission to download a single copy of this manual onto a hard drive or other electronic storage medium to be viewed and to print one copy of this manual or of any revision hereto, provided that such electronic or printed copy of this manual must contain the complete text of this copyright notice and provided further that any unauthorized commercial distribution of this manual or any revision hereto is strictly prohibited. Information in this document is subject to change without notice. Garmin reserves the right to change or improve its products and to make changes in the content without obligation to notify any person or organization of such changes or improvements. Visit the Garmin Web site (www.garmin. com) for current updates and supplemental information concerning the use and operation of this and other Garmin products. -
Unrivaled Connectivity and Backhaul from the Industry Leader in Reliability and Performance
TM CAMBIUM PTP 650 SERIES UNRIVALED CONNECTIVITY AND BACKHAUL FROM THE INDUSTRY LEADER IN RELIABILITY AND PERFORMANCE UP TO 450 MBPS WITH SUB-6 GHZ, HIGH-CAPACITY, NON-LINE-OF-SIGHT POINT-TO-POINT BACKHAUL SOLUTIONS COMMUNICATE WITH MORE SPEED, RELIABILITY, VERSATILITY, AND SECURITY The last decade has seen massive growth in converged data, voice and video traffic globally. This growth has been, and continues to be, driven by escalating demands for video content, smart-device adoption and usage, advanced Long Term Evolution (LTE), and small-cell technologies. Tomorrow promises to bring an explosion of enterprise applications for smart phones and tablets. Designed to boost employee productivity and increase customer acceptance, these mission-critical applications will require high bandwidth, throughput, and security to efficiently support vital infrastructure. All signs indicate that data, voice, and video traffic will continue to grow exponentially as more and more devices share applications and information. The available spectrum is becoming scarce, and network operators are looking to sub-6 GHz solutions to fill the void. When deploying a sub-6 GHz solution for mission- critical applications, it is essential that the system be able to overcome a wide array of environmental challenges such as obstructions, interference, over-water fading, and severe weather conditions. At Cambium Networks, we are focused on supplying ultra-reliable solutions that accommodate ever-escalating requirements for reliability, speed, versatility, and security. Our Dynamic Spectrum Optimization, narrow channel operations, and high spectral efficiency make our Cambium PTP 650 Series wireless Ethernet bridges the lowest-risk approach to sub-6 GHz deployment. We have engineered PTP 650 systems to deliver industry-leading, rapid-deployment and future-proof connectivity and backhaul for high- performance networks. -
Radio Channel Measurements and Modeling for Smart Antenna Array Systems Using a Software Radio Receiver
Radio Channel Measurements and Modeling for Smart Antenna Array Systems Using a Software Radio Receiver William G. Newhall Dissertation submitted to the Faculty of Virginia Polytechnic Institute and State University in partial fulfillment of the requirements for the degree of Doctor of Philosophy in Electrical and Computer Engineering Committee Jeffrey H. Reed (Chairman) Warren L. Stutzman William H. Tranter Brian D. Woerner C. Patrick Koelling April 2003 Blacksburg, Virginia © 2003 William G. Newhall Keywords: Propagation Measurement, Channel Modeling, Vector Channels, Smart Antenna, Software Radio, Multipath, Wireless Communications. Radio Channel Measurements and Modeling for Smart Antenna Array Systems Using a Software Radio Receiver William G. Newhall Abstract This dissertation presents research performed in the areas of radio wave propagation measurement and modeling, smart antenna arrays, and software-defined radio development. A four-channel, wideband, software-defined receiver was developed to serve as a test bed for wideband measurements and antenna array experiments. This receiver was used to perform vector channel measurements in terrestrial and air-to-ground environments using an antenna array. Measurement results served as input to radio channel simulations based on three geometric channel models. The simulation results were compared to measurement results to evaluate the performance of the radio channel models under test. Criteria for evaluation include RMS delay spread, excess delay spread, signal envelope fading, antenna diversity gain, and gain achieved through the use of a two-dimensional rake receiver. This research makes contributions to the wireless communications field through analysis, development, measurement, and simulation that builds upon past theoretical and experimental results. Contributions include a software-defined radio architecture, based on object oriented techniques, that has been developed and successfully demonstrated using the wideband receiver. -
Beam Forming in Smart Antenna with Improved Gain and Suppressed Interference Using Genetic Algorithm
Cent. Eur. J. Comp. Sci. • 2(1) • 2012 • 1-14 DOI: 10.2478/s13537-012-0001-0 Central European Journal of Computer Science Beam forming in smart antenna with improved gain and suppressed interference using genetic algorithm Research Article T. S. Ghouse Basha1∗, M. N. Giri Prasad2, P.V. Sridevi3 1 K.O.R.M.College of Engineering, Kadapa, Andhra Pradesh, India 2 J.N.T.U.College of Engineering, Anantapur, Andhra Pradesh, India 3 Department of ECE, AU College of Engineering, Andhra University, Visakha Patnam, Andhra Pradesh, India Received 21 September 2011; accepted 18 November 2011 Abstract: The most imperative process in smart antenna system is beam forming, which changes the beam pattern of an antenna for a particular angle. If the antenna does not change the position for the specified angle, then the signal loss will be very high. By considering the aforesaid drawback, here a new genetic algorithm based technique for beam forming in smart antenna system is proposed. In the proposed technique, if the angle is given as input, the maximum signal gain in the beam pattern of the antenna with corresponding position and phase angle is obtained as output. The length of the beam, interference, phase angle, and the number of patterns are the factors that are considered in our proposed technique. By using this technique, the gain of the system gets increased as well as the interference is reduced considerably. The implementation result exhibits the efficiency of the system in beam forming. Keywords: smart antenna • beam forming • genetic algorithm (GA) • phase angle • main beam © Versita Sp.