Akshay Patil’s Post

Amplifiers And Mixers Global Market Report 2024  . It will grow from $1.08 billion in 2023 to $1.12 billion in 2024 at a compound annual growth rate (CAGR) of 3.7%. The growth in the historic period can be attributed to audio recording and production, live sound reinforcement, consumer electronics, broadcasting and radio, professional and commercial av. The amplifiers and mixers market size is expected to see steady growth in the next few years. It will grow to $1.27 billion in 2028 at a compound annual growth rate (CAGR) of 3.1%.  Read More @ https://lnkd.in/eV7x55pt .

In the dynamic broadcast and media landscape, TSL’s audio monitoring solutions stand out for their ability to simplify complex workflows and improve operational efficiency. Our products, including multichannel audio level metre displays, loudness measurement, and audio metadata monitoring, are foundational to our offerings. As we continue to innovate, we remain closely aligned with our customers' evolving needs, developing solutions that not only meet technical challenges but also enhance workflows. Discover how our audio monitoring solutions can transform your operations by visiting our website: https://bit.ly/4b8ZQhP #TSL #AudioMonitoring #BroadcastingSolutions #OperationalEfficiency #InnovativeTech #StreamlineWorkflows #RemoteOperation #QualityControl #ContentQuality #TechnicalExcellence

It was great to see Digital Radio Mondiale take a big step forward in adoption at the IBC Show, with many cost-effective receivers now in full production. DRM is technology designed to deliver high-quality audio and digital services to the 3 billion of us who aren’t yet internet connected. It’s massively more energy efficient than internet terminals and infrastructure. And because it uses radio spectrum reclaimed from legacy broadcast services, small numbers of transmitters can cover huge land areas and populations.     Cambridge Consultants is proud to have partnered with CML Micro and Gospell Digital Technology Co., Ltd. in the development of the lowest-cost receiver on the market. Green Tech is an important part of the work we do, and the chance to help people less fortunate than ourselves has also been a great motivator for our team!    The revolution in digital radio has begun, and the potential for global connectivity to bridge the digital divide has never been more promising. Now, the call is for others to seize this golden opportunity to create affordable, accessible DRM receivers and contribute to the development of a truly accessible broadcasting service.  Find out more about the DRM1000 module and our mission to connect the unconnected with affordable digital radio - https://lnkd.in/emU-zAju  #deeptech #radio #digitalradio #greentech #audio #connectivity #broadcast #digital #telecommunications Digital Radio Mondiale by CML Micro

“Outside Broadcasting” is one of the most exciting but demanding parts of Radio/TV production and broadcast. In outside broadcasting, all the required installations, equipment, and devices are set up and prepared in the exact place of the event for recording or contributing the live streams to the main Radio/TV control room or the on-air antenna. Any important event that is impossible to be held and captured inside the central studio location, can be considered and planned for outside broadcast like sports events, direct on-site reports, music concerts, seminars, and political meetings, … But what is inside that mysterious OB vehicle?! You can find many things in for the staff, as they usually travel near or far; but from the broadcast point of view, there are high-quality video cameras of various types, camera control units (CCU), video production switchers (vision mixers), Microphones and booms, audio mixers, Intercom Systems, Multiviewer, media storage servers, signal processing and contribution modules like up/down/cross converters and SDI over Fiber transceivers, … By Samim's professional solutions and products, you can efficiently equip your OB systems and create a resilient broadcast production infrastructure upon your specific needs and requirements. Samim can be everywhere in the SDI signal chain; from ingest to delivery, and makes the production workflows efficient and reliable. Our wide range of products includes modular distributors, converters, processors, IP gateways, audio communication means, Fiber Optic contribution platforms, signal switchers and routers, control panels, and lots of other hardware.   #OB_van #outside_broadcast #live_production #samim_group

Audio-Video Signal Distribution is an important process in every broadcast production infrastructure. During the process, input signals are duplicated into one or more identical copies, using distribution modules. Radio/TV production signals are in digital or analog formats or combinations of both. Broadcast centers need to process various input signals by dozens of different equipment and devices; and exactly here is where distributor modules come into play to generate similar copies of an original signal to be used by multiple broadcast devices. SAMIM DVD-3214 is a 12G/3G/HD/SD-SDI/ASI and video distribution amplifier operating as single-channel or dual-channel modules. A re-clocker for jitter removal and an equalizer for cable loss compensation are the main capabilities of the module. For reliability in the signal chain and in the case of power failure, the main input signal line is routed to the output by the bypass relay tool. DVD-3214 is one of our best-seller products which helps broadcasters provide as many signal lines as they need for their various production and broadcast workflows. #sdi #broadcast #production #samim_group

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In computer networks, data is transmitted using different communication modes - multicast, unicast, and broadcast. Let's break them down! 💻 🔹 Unicast: One-to-One Communication  When you send an email or visit a website, you're using unicast mode. Data packets are transmitted from a single source to a single destination, establishing a direct communication channel. 📨 🔹 Broadcast: One-to-All Communication Broadcast mode is like shouting in a crowded room 📣 - a single source sends data packets to all devices on the network. It's commonly used for network discovery and specific system broadcasts. 🔹 Multicast: One-to-Many Communication Multicast strikes the perfect balance 🤝 by transmitting data packets from one source to a specific group of recipients. It's efficient for streaming multimedia content or hosting online conferences. 🎥📺 These modes optimize network performance, conserve bandwidth, and ensure secure and reliable data transmission. Choose wisely based on your communication needs! 💪 #NetworkCommunication #Multicast #Unicast #Broadcast #ComputerNetworks #TechExplained Rahul Maheshwari

Recently, we have published a blog post about #MCR, or Master Control Room, on our website. In that post, we have pointed out the essential role of MCR in broadcast centers and listed the most-used equipment MCR operators work with. Let’s have a short look at the article. At the core of every live broadcast center or TV site lies the Master Control Room (MCR), the nerve center where all audio-video signals converge, get monitored, and then distributed to their intended destinations. MCR ensures seamless on-air or pre-recorded signals management across regional, national, or international broadcasting platforms, maintaining stringent technical standards to uphold broadcast integrity. Divided into two key sections, MCR often comprises the machine room, housing essential hardware like racks and video patch panels, and the operational room equipped with large displays and control panels. These components facilitate precise control over signal quality and distribution, bolstered by advanced tools such as Multiviewer processors for comprehensive monitoring. MCR features a diverse array of broadcast production equipment including up/down/cross converters, audio processors, audio and video delayers, signal processing and frame synchronizer modules, Terrestrial/satellite receivers and IP gateways, signal routers, and intercom systems. Designed for scalability and resilience, MCR operates within strict environmental parameters, ensuring uninterrupted functionality through robust infrastructure, and redundancy in power systems. Central to its mission, MCR continually feeds TV transmitters with high-quality content while adhering to regulatory standards. Additionally, it facilitates seamless video feed switching and archival ensuring accessibility and reliability for global audiences. #MCR #LiveBroadcast #LiveProduction #Multiviewer #AudioVideo #SamimGroup

Bridge Technologies develop unique PTS-PCR checks and alarms NAB Show Xpresso Communications | PR & Marketing for Technology Innovators Building upon their market-leading understanding of IP broadcast, packet behaviour and timing, Bridge Technologies today announce the development of two new PTS/PCR time checks, which will provide even more in-depth analysis of misalignment and timing slippage, and allow for detection of hard-to-identify buffer timing issues, which – under traditional PTS/PCR comparison checks included in as part of the standard TR 101 290 checks  – might previously have been missed. These checks will be available as part of the new version 6.2 upgrade, available for all Bridge Technologies’ probes, include their flagship VB330 IP monitoring probe. Whilst IP-based broadcast delivers innumerable benefits in terms of audio-visual delivery, the complexity of timing issues associated with IP can cause issues in terms of sync, not only between audio and video, but also additional elements such as subtitles. These individual assets generally maintain their own PTS (Presentation timestamp) within each stream, which can then be referenced against the PCR (Program Clock Reference) to ensure alignment. Whilst clock slippage necessarily constitutes a part of most major IP monitoring systems by virtue of the mandatory PTS Repetition check that forms part of the ETSI TR 101 290 specification, its analysis generally only goes as far as indicating presence of slippage. As such, it lacks diagnostic or predictive power. In SFN-based terrestrial networks or in head-end satellite ingest systems particularly, conventional clock slippage monitoring methods may often prove insufficient. #nabshow2024 #nabshow #ip #broadcast #audio #video #ipbroadcast #audiovisual https://lnkd.in/eWwJpJgN