James Meier

🎉 News Update!  Netskrt Systems, a Vancouver-based company specializing in content delivery network (CDN) solutions, secured a significant $10 million CAD in Series A financing to revolutionize internet video streaming!💰 💡Netskrt's innovative edge-native CDN technology focuses on improving streaming speeds, particularly for over-the-top (OTT) video content. Their solution operates at the network edge, reducing latency and enhancing streaming performance, especially in underserved areas with limited infrastructure.📽️ With this funding, Netskrt aims to expand its eCDN footprint internationally, improving streaming experiences for users worldwide, including in Europe and South America. Their target markets include internet-service providers, content providers, and transportation sectors, ensuring high-quality streaming even at 30,000 feet in the air!🌐 🤝Join us in congratulating Netskrt Systems on their exciting journey ahead! 🎉 🔄Keep connected for the latest insights into the world of VC and stay ahead of industry trends. 💼💡 #StreamingInnovation #CDNTechnology #Connected #DigitalTransformation #TechInvestment #TechStartups #Technology #Canada #seedFunding #Venturecapital #ALTVC #SeriesA #Funds #Growth #Innovation

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When it’s better to show and tell, send a video. Utilize Panopto’s Multicamera video recording features to easily capture content through several sources – ad-hoc or scheduled. Click here to learn more: https://panop.to/4eHCv9i

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Avid Sibelius 2024.6 introduces native Apple silicon support for the first time. Other improvements in this release include updates to MIDI copy and paste; ManuScript updates; and a number of bug fixes in the areas of clefs, ties, score subsets, and house styles.

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In this next Omniscope video I cover two tools: the Sat/Lum scope and the Channel Plot graph. The Sat/Lum scope is essential for spotting colour dominance and saturation in your highlights and shadows, which is why I have it set up in most of my Omniscope layouts. The Channel Plot is like a cross section of the 3D Color Cube scope - it gives you a clear representation of colour intensity within the primaries and allows for easy balancing and matching using colour wheels. Check it out: 

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Learn everything you need to know (and probably a little more) about phenomenal THX Interconnect HDMI cables!

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best canada iptv provider in 2025. In Canada, the demand for IPTV services is growing fast. Soon, there will be more IPTV providers than ever before. They will offer lots of channels, high-definition streaming, and easy-to-use services. The top IPTV provider in 2025 will meet Canada’s needs and set new standards. It will focus on delivering great content and making customers happy As we wrap up our look at Canada’s IPTV scene, one thing is clear. Picking a trustworthy and legal IPTV provider is key. Services like IPTV Stellar show they care about quality and follow Canadian laws. https://webstellar.online/

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Wondering how to embed 608/708 closed captioning in your video files for broadcast? Check out our blog article to learn more about embedded captioning, and what tools are available. https://lnkd.in/gENDsWmt #closedcaptioning #videoediting #broadcasting #embeddedcaptions #608/708

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Here's why I think the Raspberry Pi Pico / RP2040 could do with a fixed-mul instruction in its next revision. Here's some disassembled C++ that does a fixed-point multiply a*b a and b each 16.16 fixed-point, into 64-bit intermediate result followed by a shift of 16 to restore the fixed-point to the right place : 2000036c <_Z12testFixedMul12ellaFix16_16S_>: 2000036c: 000b    movs r3, r1 2000036e: b570    push {r4, r5, r6, lr} 20000370: 2800    cmp r0, #0 20000372: db19    blt.n 200003a8 <_Z12testFixedMul12ellaFix16_16S_+0x3c> 20000374: 2201    movs r2, #1 20000376: 2400    movs r4, #0 20000378: 2900    cmp r1, #0 2000037a: da01    bge.n 20000380 <_Z12testFixedMul12ellaFix16_16S_+0x14> 2000037c: 0014    movs r4, r2 2000037e: 424b    negs r3, r1 20000380: 141d    asrs r5, r3, #16 20000382: 002a    movs r2, r5 20000384: 1406    asrs r6, r0, #16 20000386: 041b    lsls r3, r3, #16 20000388: 4372    muls r2, r6 2000038a: 0c1b    lsrs r3, r3, #16 2000038c: 0400    lsls r0, r0, #16 2000038e: 0c00    lsrs r0, r0, #16 20000390: 435e    muls r6, r3 20000392: 4345    muls r5, r0 20000394: 4358    muls r0, r3 20000396: 0412    lsls r2, r2, #16 20000398: 1992    adds r2, r2, r6 2000039a: 1952    adds r2, r2, r5 2000039c: 1400    asrs r0, r0, #16 2000039e: 1810    adds r0, r2, r0 200003a0: 2c00    cmp r4, #0 200003a2: d000    beq.n 200003a6 <_Z12testFixedMul12ellaFix16_16S_+0x3a> 200003a4: 4240    negs r0, r0 200003a6: bd70    pop {r4, r5, r6, pc} 200003a8: 2200    movs r2, #0 200003aa: 2401    movs r4, #1 200003ac: 4240    negs r0, r0 200003ae: e7e3    b.n 20000378 <_Z12testFixedMul12ellaFix16_16S_+0xc> Yes, there is a bit of function wrapping here, but this COULD go fixmul r1,r2,16 This would benefit so many applications, particularly audio and signal processing. Back when I was doing OpenGL ES evangelisation, before mobile CPUs had floating-point, the chips that had this kind of instruction KILLED the opposition in 3D transform and lighting throughput.

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How to Analyze Audio Files with SignalScope This video shows how to use the MultiTool in SignalScope X to analyze data in an audio file (WAV, AIF, or CAF) using SignalScope’s File Player and Octave Analyzer tools. As an example, a file containing gunshot recordings is analyzed as part of a project to measure the directional nature of gunshot sounds. (Some features shown in this video require the Pro Tool Set.) https://lnkd.in/g4852qZU

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I developed and open sourced a script that runs ffmpeg and uploads the result to an S3 bucket. By making this available as a service in Eyevinn Open Source Cloud you can benefit from this and use it to for example extract a section of a large video file without having to writing a single line of code. In this blog post I provide a step-by-step tutorial for this use case. https://lnkd.in/dxcsz2UJ

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On Episode 91 of WebRTC Live, Jim Rand, Founder and CEO of Synervoz Communications Inc. delved into the application of audio effects in real-time communication to enhance user experience. He showed us a demo of how their Switchboard SDK handles this for audio processing scenarios such as karaoke, watch parties, and gaming. You can watch the full episode on the WebRTC.ventures blog, where you'll also find episode highlights and key insights: https://lnkd.in/djqXsw8H “For the purpose of this demo, that's just a file playing a guitar on loop. But that could easily be a WebRTC node, and I could be playing my guitar live, and maybe I'm building a guitar effects app. So, what effect might I add? Let's say I'm trying to add a flanger. We've got a really simple one that we built here. So maybe you can hear the difference when I switch to this. Or there's another one. Maybe you don't like that flanger. There's another third-party one from SuperPowered, so I could kind of swap this out. Swap that one in. I don't know how well you can hear the difference in effect there, but… Yeah, really nice. So this is all happening in real-time. You're hearing it. You can play with the sliders and sort of get the effect that you want.” #webrtc #audioprocessing #audiostreaming #audioeffects #switchboardSDK #watchparties #gaming

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Unlock video noise suppression without the need to import external libraries with the latest Vonage Video JavaScript Client SDK release - now including the noise suppression audio filter. Hello, basic implementation! 👋 Dwane Hemmings shows you how. #mycompany https://gag.gl/a9QhQL

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Introducing Artisto by On-Hertz: The Ultimate Audio-First Production Software for Broadcast & Media! 🎙️ Artisto is fully software-based, relying on no DSP or FPGA, simplifying interoperability, integration, and automation. It's more than just a mixer—it's a comprehensive toolbox with interconnectable nodes for audio routing, shuffling, mixing, processing, and monitoring. With Artisto, broadcasters can break free from legacy hardware limitations, turning any browser into a powerful production platform. 💻 Its comprehensive API ensures seamless integration into larger workflows, including with orchestrators and third-party hardware or software. Scalable and distributed, Artisto can be deployed on-premises or in the cloud, on bare-metal or hypervisor, traditionally or containerized. It meets both creative and economic demands, catering to modern and future industry needs. 🎵 Discover the future of audio production with Artisto. Learn more and book a demo on our website: https://hubs.li/Q02z4Qvk0 #BroadcastTechnology #AudioProduction #Innovation #OnHertz #Artisto #FutureOfAudio #AppliedElectronics

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Curious about the pros and cons of live audio mixing software? 🔉 Michael Curtis is here to demystify it all, addressing common concerns like: • “Aren’t hardware desks more stable? What if my computer crashes?” • “Isn’t latency too high for computer-based systems, especially for in-ear monitoring?” •  “Can I really work efficiently with just a keyboard and mouse?” Michael also highlights how LAMA - Lean And Mean Audio Mix is revolutionizing the game, tackling these challenges head-on and proving that live audio mixing can be powerful, reliable, and intuitive and how #NDI for Audio - our plug-and-play, interoperable IP connectivity technology - is perfect for seamless, flexible on-premises and remote audio setups. • Watch the full video here: https://lnkd.in/dj3EH57Y • Learn more about Lama Mix here: https://lnkd.in/eFUrp8uQ • Discover the power of NDI for Audio here: https://lnkd.in/dWnHjW46 #videoconnectivity #AvoIP #audioproduction

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