Podcasts about ofdm

We went deep into r/CableTechs, pulled the most‑asked DOCSIS questions, and tackled them on air—now you can watch the full replay! I'm Brady Volpe, joined by cable legend John Downey, breaking down everything from upstream ingress hunts and OFDM migraines to T3/T4 storms and mid‑split mysteries.

Join Brady Volpe and Ron Hranac as they take a technician-level look into DOCSIS 3.1 downstream OFDM field measurements. Learn what to measure, how to measure it, and what those measurements really mean — from subcarrier spacing to RxMER and everything in between. If you're a cable tech, broadband engineer, or just a DOCSIS The post DOCSIS 3.1 OFDM Field Measurements appeared first on Volpe Firm.

There are many textbooks to choose between when learning the basics of wireless communications. In this episode, Erik G. Larsson and Emil Björnson discuss the recent book “Introduction to Multiple Antenna Communications and Reconfigurable Surfaces” that Emil has written together with Özlem Tugfe Demir. The conversation focuses on ten subtopics that are covered by the book and differentiates it from many previous textbooks. These are related to the dimensionality of physical constants, the choice of performance metrics, and the motivation behind OFDM signaling. Various system modeling characteristics are discussed, including how the antenna array geometry impacts the channel, dual-polarized signals, carrier frequency dependencies, and the connection between models for small-scale fading and radar cross-sections. The role of non-orthogonal multiple access, hybrid beamforming, and reconfigurable intelligent surfaces are also covered. The textbook is meant for teaching an introductory course on the topic and can be freely downloaded from https://www.nowpublishers.com/NowOpen Music: On the Verge by Joseph McDade. Visit Erik's website https://liu.se/en/employee/erila39 and Emil's website https://ebjornson.com/

rWotD Episode 2870: Orthogonal Time Frequency Space Welcome to Random Wiki of the Day, your journey through Wikipedia’s vast and varied content, one random article at a time.The random article for Thursday, 13 March 2025 is Orthogonal Time Frequency Space.Orthogonal Time Frequency Space (OTFS) is a 2D modulation technique that transforms the information carried in the Delay-Doppler coordinate system. The information is transformed in a similar time-frequency domain as utilized by the traditional schemes of modulation such as TDMA, CDMA, and OFDM. It was first used for fixed wireless, and is now a contending waveform for 6G technology due to its robustness in high-speed vehicular scenarios.This recording reflects the Wikipedia text as of 00:16 UTC on Thursday, 13 March 2025.For the full current version of the article, see Orthogonal Time Frequency Space on Wikipedia.This podcast uses content from Wikipedia under the Creative Commons Attribution-ShareAlike License.Visit our archives at wikioftheday.com and subscribe to stay updated on new episodes.Follow us on Mastodon at @wikioftheday@masto.ai.Also check out Curmudgeon's Corner, a current events podcast.Until next time, I'm standard Emma.

Proactive Network Maintenance: Precision Impairment Location with OFDM & OFDMA Channel Estimation Are you ready to revolutionize your network maintenance approach? In this video, we explore how advanced OFDM and OFDMA channel estimation techniques are driving precision impairment location, setting a new standard in Proactive Network Maintenance (PNM). What You'll Learn: • Precision Fault The post Precision Impairment Location with OFDM & OFDMA Channel Estimation appeared first on Volpe Firm.

Foundations of Amateur Radio As you might know, a little while ago I started a new project. "The Bald Yak project aims to create a modular, bidirectional and distributed signal processing and control system that leverages GNU Radio." In embarking on this adventure I've been absorbing information as I go whilst explaining what I've learnt to anyone who will sit still long enough. Credit to Glynn VK6PAW and Charles NK8O for their patience. For most people, me included, the introduction to GNU Radio happens via a graphical user interface where you build so-called flowgraphs. These are made up of little blocks that you wire together to get from a Source, where a signal originates, to a Sink, where it terminates. Each of these blocks does something to the signal, it might be a filter, an amplifier, it might encode or decode a signal like FM, AM, Wideband FM, or some other modulation like Phase Modulation or OFDM, Orthogonal Frequency Division Multiplexing, a way of transmitting digital information using multiple channels. It's used in places like WiFi, ADSL and DSL, Digital Television as well as modern cellular systems. Those blocks generally expect a specific type of input and generate some particular output. After you save your design you can run the flowgraph and behind the scenes some magic happens. Your visual representation of signal flow is translated into either Python or C++ and the resulting application is what is actually run, which is why the user interface that you design your flowgraph in is cunningly named, GNU Radio Companion. So, what if you want to do something that doesn't yet exist? As it happens, that's where I came across a YouTube video by John VE6EY called "GNURadio Embedded Python Block" which neatly describes a fundamental aspect of how the GNU Radio framework actually operates. One of the blocks available to you is one called "Python Block", which you can add to your flowgraph just like any other block. What sets it apart from the others is that you can open it up and write some Python code to process the signal. When you first insert such a block, it's already populated with some skeleton code, so it already does something from the get-go and that's helpful because if you break the code, you get to keep both parts. Seriously, it allows you to figure out what you broke, rather than having to worry immediately about how specifically the code is wired to the outside world, which let's face it, is not trivial. If you're a programmer, think of it as the "Hello World" of GNU Radio. If not much of that means anything, think of it as a variable electronic component. If you need it to be a capacitor, it can be that, or a transistor, a whole circuit, or just a filter, all in software, right there at your fingertips and no soldering required. Now I'm under no illusion that everybody is going to want to get down and dirty with Python at this point, and truth be told, I have a, let's call it "special" relationship with the language, but that is something I'm just going to have to get over if this project is going to go anywhere. For my sins this week I attempted to recreate the intent of John's video on my own keyboard and discovered that debugging code in this environment might be tricky. It turns out that you can actually print out Python variables within your code and in the GNU Radio environment they'll show up in the console inside the companion window, which is handy if you committed one of many Python sins, like say attempting to compare an integer against a list. Don't ask me how I know. One thing I'm planning to attempt is to get the same thing going for C++ output. By default GNU Radio Companion uses Python, but you can change it so instead of generating Python, it can generate C++. Whilst I have no immediate need for that, I do know that at some point it's likely that I will, like say when I want to run something on an embedded processor, or some other contraption. So, whilst I have nothing to lose, I want to try out the boundaries of my new toy, besides, I have form, in testing boundaries that is. I'm Onno VK6FLAB

Thomas Keller is the Director of Platforms and Core Technology at u-blox. He learned early in his career that technology development does not always progress in a perfectly straight line. During his PhD studies, he worked on Orthogonal Frequency-Division Multiplexing (OFDM) as a candidate technology for 3G cellular network deployment. OFDM lost that initial tech battle to Code-Division Multiple Access (CDMA) but later returned in LTE cellular systems. In this fascinating conversation, Keller discusses the challenges facing the industry today as low-power, low-bandwidth, low-cost IoT devices attempt to connect to a 5G network focused on high-power, high-bandwidth, low-latency applications. Interestingly, much of our current 5G networks are still relying upon an LTE backend. What happens when LTE goes away? In this Moore's Lobby podcast with our host, Daniel Bogdanoff, Keller offers his thoughts on what should come next and guidance for developers who need to navigate the phase-out of LTE worldwide. This interesting topic deserves thoughtful consideration and impacts system designers and companies across a wide range of industries.

Want to send DMs that prospects respond to right away? Then join us to get a few cold DM + follow-up frameworks that are consistently getting replies today. We'll walk through the 6 elements every good cold DM must have (and how to incorporate them in your strategy).You'll Learn:How to start conversations they'll want to be a part ofDM value creations that “grease the wheel”Non-spammy follow-ups to stay top of mindThe Speakers: Will Aitken, Jed Mahrle and Alan RuchteinIf you want to catch The Daily Sales Show live, join hereFollow Sell Better to get the latest actionable tactics from sales pros at the top of their gameExplore our YouTube ChannelThank you to our sponsors: Gong and Magical

DOCSIS 3.1 extended with an eye on DOCSIS 4.0 :: Watch Brady Volpe – the founder of The Volpe Firm and the Chief Product Officer at OpenVault. By his side, the legendary John "Data Dynamo" Downey, a CMTS Guru whose knowledge of cable systems bends the very fabric of the internet. Together, they're diving deep The post DOCSIS 3.1 Deep Dive: OFDM vs. SC-QAM, Upstream Bonding, and Troubleshooting Tips appeared first on Volpe Firm.

Join us in this insightful episode of Get Your Tech On, where we delve deep into the intricacies of DOCSIS 3.1. Hosted by Brady Volpe, founder of VolpeFirm and Chief Product Officer at OpenVault, and featuring John Downey, Industry Technical Expert on DOCSIS, this livestream is a must-watch for anyone in the cable and telecommunications The post DOCSIS 3.1 Deep Dive: OFDM vs. SC-QAM, Upstream Bonding, and Troubleshooting Tips appeared first on Volpe Firm.

Robert Cote founded COTE Capital with a mission of finding, funding, and scaling breakthrough innovations that can have an impact in the world for people and bring advanced manufacturing back to America. We talk about: -What is IP Capital? - How is IP Capital different from Venture Capital? - What's broken about Venture Capital? - How the IP investing model works? - How IP Capital turns Venture Capital and Big Tech in Silicon Valley on its head? - How's IP capital recession-proof? - Robert's story of investing in PCR, OFDM, and other breakthrough innovations and how that produced over $3 billion dollars, 112% annual return Links mentioned: COTE Capital website: https://www.cotecapital.com/ Follow Robert on Linkedin: https://www.linkedin.com/in/therobertcotechannel/ Follow Robert on Twitter: https://twitter.com/therobertcote Subscribe to COTE Capital Youtube: https://www.youtube.com/@cotecapital9399 Hosted by Prashant Choubey: https://twitter.com/ChoubeySahab Full episode video at https://vc10x.com/cote-capital

On this episode of Embedded Insiders, Brandon and Associate Editor, Taryn Engmark,  speak with Abhijit Grewal, Director of Marketing Smart Cities Business at Silicon Labs, about the company's new flagship sub-Ghz SoC, the FG25. Designed for long-range, low-power transmissions in Smart City IoT applications, the SoC is the first in  Silicon Labs' portfolio to support orthogonal frequency-division multiplexing (OFDM) modulations.Next, Rich Nass and Vin D'Agostino are back with the next installment of Dev Talk with Rich and Vin where this week the two are answering the question, “Should companies be investing and integrating in AI technology into their solutions?” But first, Brandon and Rich discuss the popular and widely used computer-on-module standard, COM Express. Currently, the standard can be licensed at a membership cost but once the information is collected, it's often shared to other parties for free. Which bring us to the question, “should COM Express be free?”

Information theory is the research discipline that establishes the fundamental limits for information transfer, storage, and processing. Major advances in wireless communications have often been a combination of information-theoretic predictions and engineering efforts that turn them into mainstream technology. Erik G. Larsson and Emil Björnson invited the information-theorist Giuseppe Caire, Professor at TU Berlin, to discuss how the discipline is shaping current and future wireless networks. The conversation first covers the journey from classical multiuser information theory to Massive MIMO technology in 5G. The rest of the episode goes through potential future developments that can be assessed through information theory: distributed MIMO, orthogonal time-frequency-space (OTFS) modulation, coded caching, reconfigurable intelligent surfaces, terahertz bands, and the use of ever larger numbers of antennas. The following papers are mentioned: “OTFS vs. OFDM in the Presence of Sparsity: A Fair Comparison” (https://doi.org/10.1109/TWC.2021.3129975) , “Joint Spatial Division and Multiplexing”(https://arxiv.org/pdf/1209.1402.pdf), and “Massive MIMO has Unlimited Capacity” (https://arxiv.org/pdf/1705.00538.pdf). Music: On the Verge by Joseph McDade. Visit Erik's website https://liu.se/en/employee/erila39 and Emil's website https://ebjornson.com/

Episode 207 features my favorite DJ duo in the game - the boys of Broken Future!! I caught up with these Canadian legends a few weeks back and had such a blast chatting and getting their full story.

The most commonly used computer in the world is surely the one in your hand. Mobile or cellular telephony is nowadays hardly about telephony at all, but about communication in its broadest sense. Companies and governments have fallen and risen due to the use of mobile phones and in many countries without a phone you cannot transact with society. The smartphone is therefore a, if not the, pivotal innovation of this century.A lecture by Richard HarveyThe transcript and downloadable versions of the lecture are available from the Gresham College website:https://www.gresham.ac.uk/lectures-and-events/cell-phonesGresham College has been giving free public lectures since 1597. This tradition continues today with all of our five or so public lectures a week being made available for free download from our website. There are currently over 2,000 lectures free to access or download from the website.Website: http://www.gresham.ac.ukTwitter: http://twitter.com/GreshamCollegeFacebook: https://www.facebook.com/greshamcollegeInstagram: http://www.instagram.com/greshamcollege

La migración a DOCSIS 3.1 y el cambio a redes de acceso distribuido DAA, presentan nuevos desafíos a las empresas, obligándolas a buscar formas distintas de encontrar fallas en la red.Una de las principales herramientas siempre ha sido la detección de fugas, pero ahora surgen dudas cómo:¿Cómo insertar señales de monitoreo cuando tenemos portadoras OFDM?¿Qué hacer cuando las señales RF son llevadas al nodo?¿Es importante detectar fugas en frecuencias arriba de 1 GHz?Acompáñenos en este seminario para encontrar juntos soluciones a estos retos. Visita https://go.viavisolutions.com/latam-digital-xperience-3/p/1 para ver el video original. Si te interesa alguno de nuestros productos mándanos un Whatsapp al: +52 55 8069 4245

In this episode Brady Volpe of Nimble This and The Volpe Firm, and John Downey of Cisco discuss interpreting Full Band Capture (FBC) and RxMER which is the MER of the subcarriers in the OFDM channel. Cable is a technology business and we seem to always come up with new terms and new things The post Interpreting Full Band Capture and RxMER appeared first on Volpe Firm.

By now OFDM is old hat to most of us, but OFDMA is finally being tapped to help get more capacity form every precious Hz of upstream spectrum. In this episode, VIAVI experts will share what we've learned from supporting MSO OFDMA deployments around the globe.

Another power hour of cable with Brady Volpe and John Downey CMTS Technical Leader at Cisco, explore 204 MHz in OFDMA deeper with a brief overview of the differences between OFDMA and OFDM.  Also with a discussion on LEO satellites Starlink by SpaceX and answer more questions from our listeners. The discussion is on The post OFDMA 204 MHz Upstream appeared first on Volpe Firm.

In this episode of The Broadcast Storm, you'll learn the difference between OFDM (Orthogonal Frequency Division Multiplexing) and OFDMA (Orthogonal Frequency Division Multiple Access), which is used by Wi-Fi 6. Also, if you enjoy these brief trainings in The Broadcast Storm, you'd love our monthly membership program called IT Insider. Get more information here: https://kwtrain.com/itinsider  

Tony H (Opening Set) 1) Andy Clockwork - Fall Deep (Anthony Kalahati Remix) [forthcoming to Late Night Munchies]2) Guigak - Down [SUB 49]3) Lazy Ants, MAGNVM! - Slap & Beans (Eric Mark Remix) [OFDM]4) Tony H - Simple Directions (Plus Size Models Remix) [Dirtybird Birdfeed]5) Lewis Funktion - Warning! (SageThaCat Remix) [forthcoming to Late Night Munchies]6) Tony H - BRB (Skonka Remix) [forthcoming to OFDM]7) Tony H - Handle With Care [forthcoming to Cream Dance Records]8) Luxo - Work & Temptation [OKNF] Tastiest Track of the Week:Sabb & Zenbi - Nasty Girl (Nelski Remix) Ft. Born I Music Shannon O (Guest Mix) 1) Maceo Plex, Josh Wink - Destination Mars2) Rebel Boy - Cerebral Mass 3) Sara Simonit - 13 Guns4) Layton Giordani - Chrome5) Dino Lenny - Guilty Officer (Maceo Plex Remix)6) Nick Curly, Audiojack - The Voodoo (Audiojack Remix) www.facebook.com/djtonyh507www.facebook.com/latenightmunchiesmusicwww.twitter.com/djtonyh507www.twitter.com/lnmmusic Presented and Produced by Tony H

Ещё один разговор про WiFi, на этот раз шестого поколения — 802.11ax. Мы настолько много напланировали засунуть в один выпуск про WiFi, что всего не успели. Оставили на ещё один. Кто: Павел Катлеров, представитель по продажам в России и Восточной ЕвропеАндрей Порабкович, инженер технической поддержки по продукции BCA и STBПро что: Broadcom и WiFi6 Постараемся следующие темы осветить: Про Broadcom Как производятся чипсетыWIFI 6 802.11axУлучшения скорости в WiFi6 (QAM1024, новая схема OFDM, Short guard interval)OFDMAMU-MIMOШирина канала 160 MHzTWTПреимущества WiFi6 для старых устройств (WiFi5/4)Безопасность WPA3WiFi6 vs 3GPP 5GКогда же WiFi6 пойдёт в массы?WIFI 6EКанал в телеграме: t.me/linkmeup_podcast Канал на youtube: youtube.com/c/linkmeup-podcast Подкаст доступен в iTunes, Google Подкастах, Яндекс Музыке, Castbox Сообщество в вк: vk.com/linkmeup Группа в фб: www.facebook.com/linkmeup.sdsm Группа в linkedin: https://www.linkedin.com/groups/5076111​ Скачать все выпуски подкаста вы можете с яндекс-диска. Добавить RSS в подкаст-плеер. Пообщаться в общем чате в тг: t.me/linkmeup_chat Поддержите проект:

Ещё один разговор про WiFi, на этот раз шестого поколения — 802.11ax. Мы настолько много напланировали засунуть в один выпуск про WiFi, что всего не успели. Оставили на ещё один. Кто: Павел Катлеров, представитель по продажам в России и Восточной ЕвропеАндрей Порабкович, инженер технической поддержки по продукции BCA и STBПро что: Broadcom и WiFi6 Постараемся следующие темы осветить: Про Broadcom Как производятся чипсетыWIFI 6 802.11axУлучшения скорости в WiFi6 (QAM1024, новая схема OFDM, Short guard interval)OFDMAMU-MIMOШирина канала 160 MHzTWTПреимущества WiFi6 для старых устройств (WiFi5/4)Безопасность WPA3WiFi6 vs 3GPP 5GКогда же WiFi6 пойдёт в массы?WIFI 6EКанал в телеграме: t.me/linkmeup_podcast Канал на youtube: youtube.com/c/linkmeup-podcast Подкаст доступен в iTunes, Google Подкастах, Яндекс Музыке, Castbox Сообщество в вк: vk.com/linkmeup Группа в фб: www.facebook.com/linkmeup.sdsm Группа в linkedin: https://www.linkedin.com/groups/5076111​ Скачать все выпуски подкаста вы можете с яндекс-диска. Добавить RSS в подкаст-плеер. Пообщаться в общем чате в тг: t.me/linkmeup_chat Поддержите проект: Url podcast:https://dts.podtrac.com/redirect.mp3/https://fs.linkmeup.ru/podcasts/telecom/linkmeup-V085(2020-03).mp3

Ещё один разговор про WiFi, на этот раз шестого поколения — 802.11ax. Мы настолько много напланировали засунуть в один выпуск про WiFi, что всего не успели. Оставили на ещё один. Кто: Павел Катлеров, представитель по продажам в России и Восточной ЕвропеАндрей Порабкович, инженер технической поддержки по продукции BCA и STBПро что: Broadcom и WiFi6 Постараемся следующие темы осветить: Про Broadcom Как производятся чипсетыWIFI 6 802.11axУлучшения скорости в WiFi6 (QAM1024, новая схема OFDM, Short guard interval)OFDMAMU-MIMOШирина канала 160 MHzTWTПреимущества WiFi6 для старых устройств (WiFi5/4)Безопасность WPA3WiFi6 vs 3GPP 5GКогда же WiFi6 пойдёт в массы?WIFI 6EКанал в телеграме: t.me/linkmeup_podcast Канал на youtube: youtube.com/c/linkmeup-podcast Подкаст доступен в iTunes, Google Подкастах, Яндекс Музыке, Castbox Сообщество в вк: vk.com/linkmeup Группа в фб: www.facebook.com/linkmeup.sdsm Группа в linkedin: https://www.linkedin.com/groups/5076111​ Скачать все выпуски подкаста вы можете с яндекс-диска. Добавить RSS в подкаст-плеер. Пообщаться в общем чате в тг: t.me/linkmeup_chat Поддержите проект: Url podcast:https://dts.podtrac.com/redirect.mp3/https://fs.linkmeup.ru/podcasts/telecom/linkmeup-V085(2020-03).mp3

With OFDMA in 802.11ax, the size of the subcarriers has been divided by 4. Going from 312.5KHz wide with OFDM to 78.125KHz wide. The symbol duration has been increased by 4 times in the meantime. Going from 3.2 microseconds with OFDM to 12.8 microseconds. View the full image here Advantages of having more subcarriers Allow […] The post CTS 162: 802.11ax OFDMA Subcarriers appeared first on Clear To Send.

802.11ax (Wi-Fi 6) brings OFDMA to wireless. It’s an enhancement over OFDM which was a single-user transmission.  When a signal is sent or received it is done with one device. In OFDMA, it allows multiple access which means simultaneous transmissions to/from multiple devices. There is a downlink multi-user operation and an uplink multi-user operation. In […] The post CTS 160: 802.11ax OFDMA Resource Units appeared first on Clear To Send.

In ihrer Jubiläumsepisode sprechen Mädness & Döll, die IUMB CEOs, mit der Untergrund-Macht T9 alias Torky Tork und Doz9. Es geht um Streit, die Cricket-Europameisterschaft, unveröffentlichte Alben, limitierte Platten und die Wahrheit über OFDM.

Next Generation TV, ANGACOM, DOCSIS 3.1, PNM and review Episode 13 Hosted by Brady Volpe was joined by John Downey discussing Next Generation TV, smart TV, OFDM, WiFi issues in the home and how they impact the cable operator, operational changes requires to be proactive and not reactive in the cable plant, DOCSIS 3.1 & other cable topics from The post ANGACOM, DOCSIS 3.1, PNM, Wifi and Next Generation TV review appeared first on Volpe Firm.

Второй год жизни подкаста начинает гость из Иркутска — Илья Черников. Основная тема подкаста — WiFi. Обсуждаем его версии, технологии, лежащие в основе и некоторые детали протоколов. Если вам незнакомы слова MIMO, OFDM, WiFi-контроллер, то просим в подкаст. Новости выпуска: 1. Крупнейшая DDoS-атака в истории сетей (400 Гб/с от NTP серверов) (link). 2. Рекорд скорости передачи данных в реальной среде — 1.4Tбит/с — поставила Alcatel-Lucent в сети British Telecommunications (link). 3. Скатываемся в прошлый век. Четверо из ларца хотят запретить в России иностранное оборудование связи (link). 4. MDIF хочет запустить в космос тысячи маленьких кубических спутников и покрыть сетью WiFi всю планету (link). Скачать файл подкаста. Добавить RSS в подкаст-плеер. Если у вас есть какие-то вопросы, что-то непонятно из подкаста, милости просим в комментарии. Под катом вы найдёте презентацию по подкасту. К сожалению, Slideshare перестал подгружать звук, поэтому на этот раз слайды будут отдельно, подкаст отдельно. Читать дальше

Второй год жизни подкаста начинает гость из Иркутска — Илья Черников. Основная тема подкаста — WiFi. Обсуждаем его версии, технологии, лежащие в основе и некоторые детали протоколов. Если вам незнакомы слова MIMO, OFDM, WiFi-контроллер, то просим в подкаст. Новости выпуска: 1. Крупнейшая DDoS-атака в истории сетей (400 Гб/с от NTP серверов) (link). 2. Рекорд скорости передачи данных в реальной среде — 1.4Tбит/с — поставила Alcatel-Lucent в сети British Telecommunications (link). 3. Скатываемся в прошлый век. Четверо из ларца хотят запретить в России иностранное оборудование связи (link). 4. MDIF хочет запустить в космос тысячи маленьких кубических спутников и покрыть сетью WiFi всю планету (link). Скачать файл подкаста. Добавить RSS в подкаст-плеер. Если у вас есть какие-то вопросы, что-то непонятно из подкаста, милости просим в комментарии. Под катом вы найдёте презентацию по подкасту. К сожалению, Slideshare перестал подгружать звук, поэтому на этот раз слайды будут отдельно, подкаст отдельно. Url podcast:https://archive.org/download/linkmeup-V012/linkmeup-V012.mp3

Второй год жизни подкаста начинает гость из Иркутска — Илья Черников. Основная тема подкаста — WiFi. Обсуждаем его версии, технологии, лежащие в основе и некоторые детали протоколов. Если вам незнакомы слова MIMO, OFDM, WiFi-контроллер, то просим в подкаст. Новости выпуска: 1. Крупнейшая DDoS-атака в истории сетей (400 Гб/с от NTP серверов) (link). 2. Рекорд скорости передачи данных в реальной среде — 1.4Tбит/с — поставила Alcatel-Lucent в сети British Telecommunications (link). 3. Скатываемся в прошлый век. Четверо из ларца хотят запретить в России иностранное оборудование связи (link). 4. MDIF хочет запустить в космос тысячи маленьких кубических спутников и покрыть сетью WiFi всю планету (link). Скачать файл подкаста. Добавить RSS в подкаст-плеер. Если у вас есть какие-то вопросы, что-то непонятно из подкаста, милости просим в комментарии. Под катом вы найдёте презентацию по подкасту. К сожалению, Slideshare перестал подгружать звук, поэтому на этот раз слайды будут отдельно, подкаст отдельно. Url podcast:https://archive.org/download/linkmeup-V012/linkmeup-V012.mp3

Mario Huemer, Alexander Onic, Christian Hofbauer

Mario Huemer, Christian Hofbauer, Johannes B. Huber

Mario Huemer, Christian Hofbauer, Johannes B. Huber

Mario Huemer, Christian Hofbauer, Alexander Onic, Johannes B. Huber

Mario Huemer, Alexander Onic, Christian Hofbauer

Mario Huemer, Christian Hofbauer, Johannes B. Huber

Mario Huemer, Christian Hofbauer, Johannes B. Huber