Unified Streaming’s Post

🌟 Understanding Dependency Injection (DI) 🌟 Dependency Injection (DI) is a design pattern that promotes loose coupling by providing an object’s dependencies externally, rather than creating them itself. This enhances flexibility and simplifies testing. Example: Think of a universal remote controlling multiple devices (TV, DVD, streaming). The remote (DI) handles connections between devices, letting you switch easily between them without reconfiguring each one. DI makes systems more adaptable, allowing easy addition or replacement of components without disrupting the whole system. Embrace DI for cleaner, maintainable code! 💡✨ #DependencyInjection #DesignPatterns #CleanCode #SoftwareDevelopment

Think 100x faster than 4G—that’s the power of 5G. ⚡ This means downloading a high-definition movie could take mere seconds, and data-intensive applications will run seamlessly. 🤩 Learn more about the key features of 5G in this blog: https://lnkd.in/ejWxCgyY #Phonecheck #5G #MobileTips

Hi, here is a simple way to change video codec for smooth playback and sharing...

Our latest whitepaper provides certain deeper insights and a refreshed perspective on video encoding infrastructure and requirements, focusing on encoding costs, visual quality, and encoded bitrates. This whitepaper elaborates on: 📍 The strengths and weaknesses of x86 and ARM for video encoding. 📍 Real-world examples of where ARM processors excel in video encoding workflows. 📍 Exclusive benchmarks comparing encoding performance and cost-efficiency between x86 and ARM. 📍 Data-driven insights to help one make the ideal ROI decision for specific use cases. T𝗵𝗲 𝘄𝗵𝗶𝘁𝗲𝗽𝗮𝗽𝗲𝗿 can be downloaded from: https://lnkd.in/gU6G6fug

Introducing ImPulseV, Calrec's NEW cloud-based DSP processing software. 🚀Why? Cloud-based virtualised processing allows broadcasters to deploy audio mixing instances as needed to meet the demands of a range of events. It maximises production coverage and content creation by making workflows more efficient so broadcasters can do more, for less. 🚀Premium audio quality: Suitable for broadcast audio production workflows, ImPulseV delivers Calrec’s full broadcast feature set, providing real-time responsive, efficient and deterministic audio processing control, routing and mixing, hosted in a public cloud environment. 🚀Easy to use: ImPulseV uses the same intuitive interfaces that Calrec users are already familiar with and can be controlled either through Calrec’s web UI or a Calrec Argo console. Talk to us about how ImPulseV can transform your virtualised workflows! #calrec #audio #broadcastcontrol #tvproduction

From Livestreams to Revenue Streams: Dual Tech SEPs (Video codecs) 📽 Do you know the true value of your video codec Standard Essential Patents (SEPs). 📽 Some of the fundamental technologies are implemented across multiple codecs. Here is one such case study. 📽 Let us know if you want to know about your Dual Tech SEPs. #standardessentialpatents #VP9 #HEVC #SEPs #patentlicensing

Meet #Ringo: Revolutionizing Broadcast #Contribution Management In the dynamic world of #broadcasting, #scalability and "efficiency are paramount. Enter Ringo, the latest addition to our powerful #Artisto suite. People are already familiar with our built-in SIP client, which simplifies contributions with just a click or API call, eliminating the need for costly hardware that sits idle. Whether you have 5 or 100 codecs, Ringo takes it a step further. This operational interface dynamically scales to meet your needs, providing MCR/NOC end users with unparalleled control over SIP connections and routing. Fully web-based, Ringo highlights the distributed, flexible nature of our solutions and can be deployed on both bare metal servers and VMs. With Artisto, enjoy the only broadcast SIP solution with #HLS support and media #encryption, while effortlessly converting signals between various protocols. Request your #free #trial and discover how Ringo can elevate your broadcast production to new heights: https://lnkd.in/er_mRYs8 #audio #software #SIP #AoIP #VoIP

SE2017 SDI/HDMI Encoder & Recorder *Record, stream and capture multi-function three-in-one *HDMI and SDI inputs and loopout *Line audio input embedded *Encoding bit rate up to 32Mbps *USB/SD card recording, MP4 and TS file format, up to 1080P60 *Multiple streaming protocols: HTTP, RTSP, RTMP, RTP, UDP, Multicast, Unicast, SRT *USB-C capture, support up to 1080P60 *Supports POE and DC power

The QIP-DVX can decode MPEG2/H.264 streams up to 1080p, and incudes a full suite of capabilities for local and remote operation, display control, POE power, and network control and management. Start with a few rooms with an IR remote for streaming and display control, and scale into a facility-wide IPTV system. The decoder supports a programmable channel list of multicast/unicast IPTV streams, accessed by front-panel buttons, IR remote, onboard Web pages, and commands over Ethernet. The HDMI port can scale video up to 2160p, and analog and optical outputs send audio to a room’s sound system. In addition to CEC power commands, RS-232 and IR ports enable control of a display’s power and inputs. Control codes for most makes and models are already onboard, selectable from the Web page or remote control. True power status is available from sensing the display’s SPDIF output or an optional power sensor. Installation and management is supplied by CR Toolbox Windows software, which can scan the network for QIP-DVX decoders, setup and control each unit, and download firmware updates to all. System integration begins with the IP-DXL Display Control Center, which hosts onboard graphic Web control pages for up to 128 decoders, providing live and scheduled stream and power control for one, a group or all units. Ethernet, RS-232, USB, and contact inputs act as a facility-wide control point for custom control systems. PC-based Display Express software is available for large-scale systems. A key benefit is that the system can be fully tested and operational long before a control system is installed. Contemporary Research also manufactures QIP HDMI and SDI Encoders, providing an end-to-end AV over IP video and control distribution system. Learn More Here: https://lnkd.in/g7a5PsJP Have any questions email us at: contact@crwww.com

The QIP-DVX can decode MPEG2/H.264 streams up to 1080p, and incudes a full suite of capabilities for local and remote operation, display control, POE power, and network control and management. Start with a few rooms with an IR remote for streaming and display control, and scale into a facility-wide IPTV system. The decoder supports a programmable channel list of multicast/unicast IPTV streams, accessed by front-panel buttons, IR remote, onboard Web pages, and commands over Ethernet. The HDMI port can scale video up to 2160p, and analog and optical outputs send audio to a room’s sound system. In addition to CEC power commands, RS-232 and IR ports enable control of a display’s power and inputs. Control codes for most makes and models are already onboard, selectable from the Web page or remote control. True power status is available from sensing the display’s SPDIF output or an optional power sensor. Installation and management is supplied by CR Toolbox Windows software, which can scan the network for QIP-DVX decoders, setup and control each unit, and download firmware updates to all. System integration begins with the IP-DXL Display Control Center, which hosts onboard graphic Web control pages for up to 128 decoders, providing live and scheduled stream and power control for one, a group or all units. Ethernet, RS-232, USB, and contact inputs act as a facility-wide control point for custom control systems. PC-based Display Express software is available for large-scale systems. A key benefit is that the system can be fully tested and operational long before a control system is installed. Contemporary Research also manufactures QIP HDMI and SDI Encoders, providing an end-to-end AV over IP video and control distribution system. Learn More Here: https://lnkd.in/g7a5PsJP Have any questions email us at: contact@crwww.com