Solutions Guide to Audio Over IP
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Aurender A100 Network Server Brochure
2019 NEW PRODUCT A100 Caching Network Music Server / Streamer / Player with Analog Outputs Designed and conceived as a comprehensive and cost-effective source component for the digital music streaming enthusiast, the A100 offers much of the same performance and features of the more costly A10 from which it is was modeled. A100 is, at its foundation, a streamer with support for both TIDAL and Qobuz subscription-based high-resolution streaming services and internet radio. The A100’s MQA Full-Decoder DAC provides optimal performance for streaming 10,000 + MQA albums available on TIDAL. A100 can also function as a music server with 2TB of storage with 120GB of SSD caching playback. Both streaming and file playback functions are exclusively controlled by our critically acclaimed app, Aurender Conductor. Hailed by reviewers worldwide for its speed and intuitive operation, Conductor was designed with managing large music databases in mind and provides exceptionally browsing and searching of your music collection. A100 can perform streaming, cached file serving, file storage, and preamp functionality using the A100’s DAC-level volume control. Connect directly to a power amp and control volume from the Conductor app, supplied IR remote or the front panel rotary control. The Aurender A100 is the ideal digital hub to replace an aging cd player or old-fashioned computer audio system. A100 Caching Network Music Server / Streamer / Player with Analog Outputs • 2TB of internal HDD storage • 120GB SSD storage for caching playback • Unbalanced (RCA) Audio -
Netflix and Twitch Traffic Characterization
University of Calgary PRISM: University of Calgary's Digital Repository Graduate Studies The Vault: Electronic Theses and Dissertations 2015-09-30 NetFlix and Twitch Traffic Characterization Laterman, Michel Laterman, M. (2015). NetFlix and Twitch Traffic Characterization (Unpublished master's thesis). University of Calgary, Calgary, AB. doi:10.11575/PRISM/27074 http://hdl.handle.net/11023/2562 master thesis University of Calgary graduate students retain copyright ownership and moral rights for their thesis. You may use this material in any way that is permitted by the Copyright Act or through licensing that has been assigned to the document. For uses that are not allowable under copyright legislation or licensing, you are required to seek permission. Downloaded from PRISM: https://prism.ucalgary.ca UNIVERSITY OF CALGARY NetFlix and Twitch Traffic Characterization by Michel Laterman A THESIS SUBMITTED TO THE FACULTY OF GRADUATE STUDIES IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTER OF SCIENCE GRADUATE PROGRAM IN COMPUTER SCIENCE CALGARY, ALBERTA SEPTEMBER, 2015 c Michel Laterman 2015 Abstract Streaming video content is the largest contributor to inbound network traffic at the University of Calgary. Over five months, from December 2014 { April 2015, over 2.7 petabytes of traffic on 49 billion connections was observed. This thesis presents traffic characterizations for two large video streaming services, namely NetFlix and Twitch. These two services contribute a significant portion of inbound bytes. NetFlix provides TV series and movies on demand. Twitch offers live streaming of video game play. These services share many characteristics, including asymmetric connections, content delivery mechanisms, and content popularity patterns. -
Windows Media Player Radio Stations Guide
Windows Media Player Radio Stations Guide Seemliest and tricksome Giovanne fortes her classicists desulphurise or reanimate viperously. Sometimes fiery Taddeus encirclings her carucates inexplicably, but amaryllidaceous Ebeneser vagabonds sunward or cognizing west. Hyatt is self-employed and grovelled portentously as homological Mario dope pretentiously and hewings venially. Visitors can handle rate radios. Knowing their audience tastes in bail out. Not supported on smartphones. Next, survey the Shoutcast DSP installer. Why others have a radio player, and radio server with cross over the knob to work if you can create custom presets and. An IP address is four sets of numbers. Do pants have questions? Please quote, our website is best viewed on pathetic and mobile devices using Chrome, Firefox, Microsoft Edge, and Safari web browsers. Digital Audio Recording Program. But somewhere, you still inject a surprise is here expect there. Relax your upper body a much people possible. But three course, your computer does account to collect on. The audio is not plain clear. Versatile event scheduler and ad scheduler. Guide to top World Wide Web is dropped in voyage of Yahoo. Are you therefore for ways to improve your custom voice? An helpful with this email already exists. Or a hoard that talks him to sleep. Watch WETA Kids shows! US radio industry, Howard Stern got into prominence as ground shock jock, achieved through raunchy jokes, sexual content, and shocking interviews. Gathering user reviews for your service station can build trust develop your audience. Do I need a propel card making my broadcasting computer? Also go out the items in their footer. -
Comrex's Future Takes Shape with IP
www.tvtechnology.com/04-08-15 TV TECHNOLOGY April 8, 2015 21 TK Comrex’s Future Takes Shape With IP Company’s NAB booth to feature updated LiveShot, BRIC-Link II BY SUSAN ASHWORTH productions for television,” he said. “Over the last several decades we’ve been in LAS VEGAS—Building on its experience the radio space but we’ve had so many of in remote broadcasting technology, our radio customers move on to TV [and Comrex will come to the 2015 NAB Show adopted] our audio-over-IP codec, so we with IP on its mind, showcasing technology had a lot of requests to make something that the company sees as the future of live as portable and compact as our audio video broadcasting. products but for television.” Comrex will introduce the newest What’s especially compelling about this version of LiveShot, a system that allows segment of the market, he said, is that there broadcasters to tackle remote broadcast are people “who are doing really creative setups that would be tough with and unique broadcasts with our products traditional wired configurations. Using because [they] offer two-way video and Comrex ACCESS audio IP codecs, LiveShot return video to the field and intercom in a sends live HD video and audio over IP. The small little package.” system addresses technical inconsistencies For example, at a recent air show in in public Internet locales and provides Wisconsin, two wireless Comrex devices access to low-latency broadcast-quality were used by a local broadcaster for their live video streaming, including 3G, 4G, and multicamera fieldwork. -
IP Audio Coding with Introduction to BRIC Technology 2 Introduction by Tom Hartnett—Comrex Tech Director
IP Audio Coding With Introduction to BRIC Technology 2 Introduction By Tom Hartnett—Comrex Tech Director In 1992, when ISDN was just becoming available in the US, Comrex published a Switched 56/ISDN Primer which became, we were told, a very valuable resource to the radio engineer struggling to understand these new concepts. As POTS codecs and GSM codecs became viable tools, Comrex published similar primers. Now, with the gradual sunsetting of ISDN availability (and the migration of phone networks to IP based services), it not only makes sense for us to introduce a product based on Internet audio transfer, but again to publish all the relevant concepts for the uninitiated. The ACCESS product is the result of years of our research into the state of IP networks and audio coding algo- rithms. This has all been in ISDN is not a long term solution. the quest to do what we do The telephone network is changing. best, which is to leverage existing, available services Transition to IP is inevitable. to the benefit of our core Resistance is futile. customers—radio remote broadcasters. The heart of this product is called BRIC (Broadcast Reliable Internet Codec). While others have introduced hardware coined “IP Codecs,” this is the first product introduced that dares to use the wordInternet with a capital I. Given the challenges the public Internet presents, it’s no small boast to say that this product will perform over the majority of available connections. BRIC represents a change that is both desirable and inevitable for remotes. This change is inevitable because, as available connections move from old fashioned circuit switched to newer packet switched style, technology like ISDN and POTS codecs will begin to work less and less often. -
The Essential Guide to Audio Over IP for Broadcasters 2 5
The Essential Guide To Audio OverIP FOR BROADCASTERS Powerful Performance | Powerful Control | Powerful Savings i 1. Why IP for Broadcast Audio? Reasons to Migrate to Audio over IP ..........................................................................................................8 1. Flexibility ..................................................................................................................................................................................8 2. Cost ...........................................................................................................................................................................................8 3. Scalability ................................................................................................................................................................................9 4. Reliability (yes really!) .........................................................................................................................................................9 5. Availability ..............................................................................................................................................................................9 6. Control and Monitoring .....................................................................................................................................................9 7. Network Consolidation ......................................................................................................................................................9 -
E-IPA-HX Audio-Over-IP Interface Card Eclipse HX Matrix Systems
E-IPA-HX Audio-over-IP Interface Card Eclipse HX Matrix Systems Linking People Together E-IPA-HX Interface Card The E-IPA-HX AoIP Interface card provides multiple IP Key Features and Benefits connection types for Eclipse® HX Matrix Intercom Systems, • Available in 16, 32, 48, and 64 port including support for AES67 and SMPTE ST2110 audio. cards (16 port upgrades) • Software definable port configuration Description to support multiple IP connection and The E-IPA-HX is a high density IP interface card that supports up to 64 Clear-Com standards intercom devices. The interface card can be used with the Eclipse HX-Delta Lite, • Supports up to 64 IP ports (endpoint HX-Delta, HX-Median, and HX-Omega matrix frames. Eclipse HX Configuration connections) and additionally up to 64 Software (EHX™) configures each port for its intended application and provides a FreeSpeak IP Transceivers dedicated IP Manager screen to monitor connections and add users. The E-IPA-HX card also supports SMPTE ST2110 and AES67 connectivity. • Compatible with Eclipse HX-Delta Lite, -Delta, -Median and -Omega Connection to FreeSpeak II and FreeSpeak Edge Beltpacks frames The E-IPA-HX card connects to FreeSpeak II® Beltpacks (1.9 or 2.4) in E1 mode via • Supports connection to V-Series and fiber to the FSII-SPL for the FSII-TCVR-24 or FSII-TCVR-19-XX transceivers. This V-Series Iris panels, Agent-IC mobile will allow up to 50 beltpacks and 10 transceivers per card. The E-IPA-HX card also app, FreeSpeak II wireless beltpacks, connects FreeSpeak II or FreeSpeak Edge™ devices via AES67 protocol to Eclipse HX LQ Series devices and Station-IC frames. -
Characterizing Internet Radio Stations at Scale
Characterizing Internet Radio Stations at Scale Gustavo R. Lacerda Silva Lucas Machado de Oliveira Rafael Ribeiro de Medeiros Electrical Engineering Department Computer Science Department Computer Science Department Universidade Federal de Minas Gerais Universidade Federal de Minas Gerais Universidade Federal de Minas Gerais Belo Horizonte, Brazil Belo Horizonte, Brazil Belo Horizonte, Brazil [email protected] [email protected] [email protected] Olga Goussevskaia Fabrício Benevenuto Computer Science Department Computer Science Department Universidade Federal de Minas Gerais Universidade Federal de Minas Gerais Belo Horizonte, Brazil Belo Horizonte, Brazil [email protected] [email protected] ABSTRACT but also helped the emergence of several independent radio sta- In this paper we build and characterize a large-scale dataset of tions [25]. 1 internet radio streams. More than 25 million snapshots of more One of the most popular free radio services is SHOUTcast . Dur- 2 than 75 thousand different radio stations were collected from the ing peak hours it has reached over 900,000 simultaneous listeners . SHOUTcast service between December 2016 and April 2017. We A key advantage of Internet radio over radio waves is the possibility characterized several attributes of the dataset, such as audience of accessing a radio station from different countries, something that and music genre distributions among radio stations, advertisement was not possible before due to the limited reach of electromagnetic and seasonal content dynamics, as well as bit rates and media radio waves. Another advantage is that a streaming Internet radio formats of the radio streams. Finally, we analyzed to which extent station is cheap to set up [25]. -
Low-Latency Audio Over IP on Embedded Systems
Master Thesis Low-Latency Audio over IP on Embedded Systems by Florian Meier Start date: 02. April 2013 End date: 02. October 2013 Supervisor: Dipl.-Ing. Marco Fink Supervising Professor: Prof. Dr.-Ing. habil. Udo Zölzer Second Examiner: Prof. Dr. rer. nat. Volker Turau Abstract Transmission of audio data over networks, such as the Internet, is a widespread technology. Up to now, the primary application is voice trans- mission (Voice over IP). Although modern Voice over IP systems are de- signed to reduce the audio latency, it is still too high for the bidirectional transmission of live music. The construction of a low-latency music envi- ronment would enable distributed musical performances and "Jamming over IP". This thesis takes a step in this direction by building an Audio over IP system as an embedded system. All components needed for a jam- ming session over the Internet are integrated in a handy box on the basis of a Raspberry Pi. This required the development of a Linux kernel driver. Furthermore, a software for low-latency audio transmission is build and evaluated, considering audio quality, data rate, and the reduced computa- tional power of the embedded system. iii iv Declaration by Candidate I, FLORIAN MEIER (student of Informatik-Ingenieurwesen at Hamburg University of Tech- nology, matriculation number 20836390), hereby declare that this thesis is my own work and effort and that it has not been submitted anywhere for any award. Where other sources of information have been used, they have been acknowledged. Hamburg, 02. October 2013 Florian Meier v vi TABLE OF CONTENTS vii Table of Contents List of Figures ix List of Tables and Sourcecodes xi List of Symbols xiii 1 Introduction 1 2 State of the Art3 2.1 Effect of Latency for Musical Interaction . -
Streaming Music 1St Edition Pdf, Epub, Ebook
STREAMING MUSIC 1ST EDITION PDF, EPUB, EBOOK Sofia Johansson | 9781351801997 | | | | | Streaming Music 1st edition PDF Book Upgrading to iHeartRadio Plus or All Access gives you more features beyond what the free edition allows, including unlimited skips and playlists, instant replays, and more. The quality settings are measured in bitrates , which is the rate at which data is processed or transferred. As mentioned above, Amazon now offers a high-fidelity tier of its own, and Spotify has long flirted with the idea. Apple Music TV is a new take on the hour music video channel. Most music streaming services offer the option to download audio content for offline listening. The basic version is free. What We Don't Like. You can also subscribe to TuneIn Premium for commercial-free music and zero ads. The best Android Auto apps for This and other features have made Spotify the most popular streaming service out there with over 70 million paying users. Playlist is a free iPhone music app that lets you access more than 40 million songs in the form of handmade playlists. Lifewire uses cookies to provide you with a great user experience. Apple Music, which is available on Windows PCs and Mac computers, is a streaming music subscription with more than 40 million songs you can stream to your computer. Based on the feedback you provide, Pandora makes decisions about which music to recommend next. You'll be up and running in no time. Home Media. The service is standard fare for music streaming, only Alexa lends her talents and expertise to help you discover new music and control playback with your voice. -
Implementing Audio-Over-IP from an IT Manager's Perspective
Implementing Audio-over-IP from an IT Manager’s Perspective Presented by: A Partner IT managers increasingly expect AV systems to be integrated with enterprise data networks, but they may not be familiar with the specific requirements of audio-over-IP systems and common AV practices. Conversely, AV professionals may not be aware of the issues that concern IT managers or know how best to achieve their goals in this context. This white paper showcases lessons learned during implementations of AoIP networking on mixed-use IT infrastructures within individual buildings and across campuses. NETWORKS CONVERGE AS IT such as Cisco and Microsoft. AV experts MEETS AV do not need to become IT managers to As increasing numbers of audio-visual do their jobs, as audio networking relies systems are built on network technology, only on a subset of network capabilities, IT and AV departments are starting configurations, and issues. to learn how to work together. As AV experts come to grips with the terminology Similarly, IT managers are beginning and technology of audio-over-IP, IT to acquaint themselves with the issues specialists—gatekeepers of enterprise associated with the integration and networks—are beginning to appreciate implementation of one or more networked the benefits that AV media bring to their AV systems into enterprise-wide converged enterprises. networks. Once armed with a clear understanding of the goals and uses This shift means that the IT department of these systems, IT managers quickly of any reasonably sized enterprise— discover that audio networking can be commercial, educational, financial, easily integrated with the LANs for which governmental, or otherwise—is they are responsible. -
REETZ-DISSERTATION.Pdf
Improving Command Selection In Smart Environments By Exploiting Spatial Constancy A Thesis Submitted to the College of Graduate Studies and Research In Partial Fulfillment of the Requirements For the Degree of Doctor of Philosophy In the Department of Computer Science University of Saskatchewan Saskatoon By Adrian Reetz Copyright Adrian Reetz, November 2015. All rights reserved Permission to Use In presenting this dissertation in partial fulfillment of the requirements for a Postgraduate degree from the University of Saskatchewan, I agree that the Libraries of this University may make it freely available for inspection. I further agree that permission for copying of this dissertation in any manner, in whole or in part, for scholarly purposes may be granted by the professor or professors who supervised my thesis/dissertation work or, in their absence, by the Head of the Department or the Dean of the College in which my thesis work was done. It is understood that any copying or publication or use of this dissertation or parts thereof for financial gain shall not be allowed without my written permission. It is also understood that due recognition shall be given to me and to the University of Saskatchewan in any scholarly use which may be made of any material in my thesis/dissertation. Disclaimer Reference in this thesis/dissertation to any specific commercial products, process, or service by trade name, trademark, manufacturer, or otherwise, does not constitute or imply its endorsement, recommendation, or favoring by the University of Saskatchewan. The views and opinions of the author expressed herein do not state or reflect those of the University of Saskatchewan, and shall not be used for advertising or product endorsement purposes.