John Howard’s Post

In the world of broadcasting, radio and TV stations set a high bar for audio excellence. Despite having access to the finest studios, brilliant broadcasters, perfectly produced songs and music, cutting-edge transmission technology, and teams of highly skilled producers, these media giants still rely on advanced tools like the Optimod processor to ensure their audio quality is second to none. Their commitment is to deliver unparalleled listenability for audiences and premium sound for advertisers. So why do many media organizations, podcast producers, and creators hesitate to embrace this professional broadcast audio post-production processing level in the burgeoning podcast landscape? The hurdles may be cost, complexity, lack of awareness, and a focus on content over technical production quality. This has led to a noticeable gap in sound quality between professional broadcasts and podcasts, a missed opportunity for podcasters to attract listeners and advertisers by aiming for the highest audio standards. Enter Audyllic – our innovative solution designed to bridge this divide. By integrating the sophisticated audio processing technology of Optimod, Audyllic offers podcasters the chance to apply that final, crucial polish to their audio files. Our mission? To make exceptional sound quality accessible to all, without the need for a hefty investment. Try Audyllic now – where innovation meets audio perfection. 🌟 To ensure the best results, please use uncompressed and unlimited audio files with Audyllic, harnessing the full potential of the Optimod processing capabilities. This taps into the full prowess of Optimod processing, engineered for not just clarity but also a pleasing acoustic experience, even in noisy environments.

I have decided to jump on this trend, I won't be left behind, Never! I am a Broadcast Engineer, and you better believe I've got gadgets galore! 📡🎥💻🤖 From cameras to control boards to livestreaming gear, I’m the tech wizard behind the scenes making sure your favorite shows come to life. 💯 I'm a Broadcast Engineer, and I'm like a conductor in the world of live broadcasts. 🎻📺 I'm keeping tabs on every detail from audio to lighting to video, making sure the show goes on without a hitch! I'm a Broadcast Engineer, and I'm the tech whisperer for all things live. 🎤🎹 Whether it’s a live concert, sports game, or breaking news event, I’m the one in the control room making sure everything runs smoothly. I’m a Broadcast Engineer, and I’m the broadcast master. 👑🎙️ Whether it’s radio, TV, or online, I’m the one behind the scenes making sure the signal is strong and clear. I'm a Broadcast Engineer, and I'm the wizard of connectivity. 🧙♂️🔌 From HD-SDI to IP streaming, I make sure your content reaches your audience smoothly, no matter where they are. I’m a Broadcast Engineer, and I’m the troubleshooting king. 💡🔧 Whether it’s a faulty camera or a broken cable, I’m the one on the front lines, fixing issues and keeping things running smoothly. I’m a Broadcast Engineer, and I'm the picture-perfectionist. 📷💯 From color correction to graphics, I make sure your visuals are stunning, no matter the platform or format. I'm a Broadcast Engineer, and I'm the Live Event Guru. 🎤🎬 From concept to execution, I'm the mastermind behind live events that make your heart race and your eyes pop. I'm a Broadcast Engineer, and I'm the tech ninja. 🥷🏻⚡️ From setting up encoders to tweaking routers, I’m the one sneaking into the tech setup and making sure everything works without a glitch. I’m a Broadcast Engineer, and I’m the stream master. Whether it’s HD or 4K, I'm the one ensuring your streams are flawless and your viewers are thrilled. Don't be left out, add yours P:S video from Strategy Mastermind with Ezekiel Solesi Ola Brown, MFR

Nick Mannion from Nielsen discusses the innovative shift to software-based PPM encoding, allowing integration into third-party broadcasting equipment. This game-changer enhances the accuracy of audience measurements by embedding watermarks directly into audio streams. Discover more in the latest Radio World ebook on the evolving broadcast air chain! #Broadcasting #NielsenPPM #RadioTechnology

🗓️On June 27, 1967, "Our World," the first live, international satellite television broadcast, airs.  🌎 The historic event was a two-hour program that linked five continents and featured segments from 14 countries. The goal was to showcase global unity and technological progress through satellite communication. 'Our World' was created to demonstrate the capabilities of satellite broadcasting by showing live footage from around the world. The British Broadcasting Corporation (BBC) produced the program in collaboration with broadcasters from various countries. Each participating country presented segments that illustrated their culture, accomplishments, and daily life. One of the most memorable segments included a live performance of 'All You Need Is Love' by the Beatles from a studio in London. The program reached over 400 million people and demonstrated the potential of live satellite transmission for global communication and bringing together large groups of people through the use of technology.    🛰️Ah, the optimism of the 1960s. Well, so much for that. In today’s hyper-connected world, technology SHOULD have the potential to bring people closer than ever before. And yet we remain as divided, and technology as divisive, as ever. Here are a few reasons why: ☮️Miscommunication in the Digital Age. The lack of Non-Verbal Cues in Digital interactions means we often miss the nuances of body language and tone ,which are crucial for understanding context. ☮️Digital Overload and Burnout. Information Overload is a real, daily experience. The sheer volume of online information can be overwhelming. Prolonged screen time can lead to fatigue, reducing the quality of interactions. ☮️Reduced Interpersonal Skills. Heavy use of digital tools can erode important interpersonal skills. You may have noticed last time you attempted a conversation with a stranger younger than you are. ☮️Generational Gaps. Varying communication styles across generations can create barriers. And older generations might resist new technologies, leading to disconnects. ☮️Echo Chambers and Polarization. Algorithm Bias means you see more of what you like or agree with. Social media algorithms often create echo chambers, limiting exposure to diverse viewpoints. Online communities can intensify polarization, reducing tolerance for differing perspectives. 🎸Modern investors should pay special attention to the last. Talking to the same people about the same things day after day may be entertaining. However, it is not the way to grow and evolve as an investor. As John, Paul, Ringo, and George likely realized decades ago, you actually need a bit more than love. Getting out of your comfort zone, turning off the echo chamber of mass media and keeping an open mind are keys to recognizing and evaluating new opportunities. 

Achieving clear and professional audio for radio broadcasting relies heavily on proper microphone placement techniques.

TV Audio Challenges Rise as Number of Channels, Formats Increase Audio monitoring has, as would be expected, changed dramatically since the days of mono sound and peak program and volume unit meters (PPM/VU), but development is now continuing at a rapid rate. Manufacturers have responded to how the broadcast market has broadened, with streaming and distribution to multiple platforms and devices bringing a whole new set of parameters to be monitored...

There is always something! Let me introduce you to the worst enemy of a great broadcast production. Perfectionism! To work in our industry is a humbling experience since day 1. The mix between people and technology creates a complicated environment where issues are around the corner. As a result, achieving a perfect show is one of the hardest tasks you can pursue. In more than 25 years in this industry, I still don’t remember a single day where ALL things have gone as planned. There is always something. However, I learned early in my career that the more you cry over certain things, the more miserable you are going to be in broadcasting. You need to look for perfection and plan to achieve it, but you cannot create a storm in your mind every time things don’t go as they were supposed to. Furthermore, it is crucial that you learn how to talk with your team about those “details” that did not look as you imagined them. Do you need to have a meltdown if an angle did not make it on air, even when your team covered all the important shots of a specific play? No. Pick your battles. Give feedback to your team but don’t be obsessive over details that won’t make a difference in the final result. Be focused on growing your team to provide better storytelling to your fans, but make sure not to destroy your crew while trying to achieve “greatness”. ☎ My newsletter is read by camera operators, directors, producers, audio engineers, and MCR technicians. You can join our community too. Subscribe using the link in my bio.

Achieving clear and professional audio for radio broadcasting relies heavily on proper microphone placement techniques.

🎦 Over the past five years, the popularity of REMI (Remote Integration Model) broadcast production has surged, primarily due to advancements in technology that have made remote production more feasible and efficient. The proliferation of high-speed internet, improved compression algorithms, and the rise of cloud computing have been pivotal in this shift. These technological improvements have enabled higher quality video and audio transmission over long distances without significant delays, making REMI a viable option for many broadcasters. With REMI, video and audio content is captured at remote event locations using sophisticated camera setups and audio equipment. The feeds are then transmitted to a central control room, possibly located miles away, equipped with all the necessary broadcast technology to produce a live event. This workflow is supported by a variety of transmission methods. High-capacity fiber optic cables, satellite links, and IP-based streaming solutions can carry the high-bandwidth data required for live broadcast, with the choice among them depending on the specific requirements and budget constraints of the production. The applications of REMI are diverse, extending across various domains such as sports, news, and entertainment. This model facilitates the broadcasting of events with fewer on-site personnel, which not only reduces costs but also minimizes the logistical complexity of production. Advantages of REMI production include: 💰 Cost-Effectiveness: Streamlining the production process reduces the need for extensive on-site crews, thus cutting down travel and setup costs. 💪 Efficiency: Centralized control has led to improved coordination within production teams and consistency in the quality of broadcasts. 🌎 Flexibility and Reach: There are fewer geographical limitations to where productions can take place, broadening the scope of events that can be broadcast live. 🎥 Technical Quality: With the right equipment and infrastructure, REMI maintains the high standards expected of broadcast quality. The evolution of REMI in the realm of cloud-based and virtualized technologies marks a significant milestone. Physical control rooms are increasingly giving way to virtualized ones, hosted in the cloud. This transition further boosts the flexibility and scalability of REMI production, permitting production staff to manage broadcasts from anywhere, provided they have internet connectivity. In conclusion, REMI broadcast production, bolstered by recent technological advancements, represents a paradigm shift in live broadcasting, aligning technological innovation with practical efficiency. It has rapidly become a favored choice in the broadcasting industry for its cost benefits, operational flexibility, and the high-quality production values it supports. At Intavision Media we are already working in this way. Have you worked this way these days? #remiproduction #sportsproduction #tvproduction

The term “#radiostationequipment” typically involves the studio equipment used for recording sounds and creating #audio documents, and the broadcasting station equipment used for transmitting #radio waves. #electronicsnews #technologynews