Discover the power of fast and efficient codecs and get optimized solutions to boost multimedia performance across Windows, macOS, and Linux.
Media codecs significantly impact our daily lives. Whether you’re watching a streaming video, joining a video call, or listening to a podcast, codecs ensure smooth, fast, and reliable content delivery. These technologies make digital communication and entertainment more efficient and accessible. By compressing and decompressing audio and video files, media codecs enable high-quality streaming across a wide range of devices and platforms—helping to reduce file sizes, save bandwidth, and maintain playback quality in today’s digital media landscape.
Media codecs significantly impact our daily lives. Whether you’re watching a streaming video, joining a video call, or listening to a podcast, codecs ensure smooth, fast, and reliable content delivery. These technologies make digital communication and entertainment more efficient and accessible. By compressing and decompressing audio and video files, media codecs enable high-quality streaming across a wide range of devices and platforms—helping to reduce file sizes, save bandwidth, and maintain playback quality in today’s digital media landscape.
Codecs are classified based on function and purpose. Some focus on audio or video, while others function as encoders, decoders, or both. They can be lossy, compressing files by permanently removing some data to reduce file size, or lossless, preserving all original data by removing only unnecessary metadata. Additionally, codecs can be software-based or hardware-based, with hardware codecs designed for optimized performance on dedicated devices.
The table on the left lists the main libraries for HW accelerated encoding/decoding.
Codecs are classified based on function and purpose. Some focus on audio or video, while others function as encoders, decoders, or both. They can be lossy, compressing files by permanently removing some data to reduce file size, or lossless, preserving all original data by removing only unnecessary metadata. Additionally, codecs can be software-based or hardware-based, with hardware codecs designed for optimized performance on dedicated devices.
The table on the left lists the main libraries for HW accelerated encoding/decoding.
Regarding accessibility, codecs can be open-source or proprietary, with licensing requirements that impact their integration into various products and services. Because of these differences, we offer a deep understanding of codec technology to help make the right choice for any multimedia application. For more details, please read our article on the Differences Between GPL and LGPL for Licensed Software.
We also developed Fluster, an open-source tool designed to streamline codec testing. Fluster is a Python-based framework for decoder conformance testing, making verifying codec compliance and functionality easier.
Regarding accessibility, codecs can be open-source or proprietary, with licensing requirements that impact their integration into various products and services. Because of these differences, we offer a deep understanding of codec technology to help make the right choice for any multimedia application. For more details, please read our article on the Differences Between GPL and LGPL for Licensed Software.
We also developed Fluster, an open-source tool designed to streamline codec testing. Fluster is a Python-based framework for decoder conformance testing, making verifying codec compliance and functionality easier.
Low-latency streaming protocols are essential for real-time applications, where minimizing delay is critical. With expertise in protocols like WebRTC and the newer WebTransport, we enable seamless, low-latency communication for interactive and live-streaming experiences.
Additionally, we specialize in HTTP-based streaming protocols such as HLS and DASH, which are widely used for delivering adaptive, high-quality media over the Internet. This blend of real-time and HTTP streaming protocol experience allows us to create solutions optimized for various streaming needs, from live broadcasts to on-demand content delivery, ensuring a smooth and responsive viewing experience.
Low-latency streaming protocols are essential for real-time applications, where minimizing delay is critical. With expertise in protocols like WebRTC and the newer WebTransport, we enable seamless, low-latency communication for interactive and live-streaming experiences.
Additionally, we specialize in HTTP-based streaming protocols such as HLS and DASH, which are widely used for delivering adaptive, high-quality media over the Internet. This blend of real-time and HTTP streaming protocol experience allows us to create solutions optimized for various streaming needs, from live broadcasts to on-demand content delivery, ensuring a smooth and responsive viewing experience.
The client needed a robust video management system (VMS) application to support real-time security monitoring and playback of surveillance footage from various locations—on-site, centralized, and mobile. The system architecture consisted of a C#-based graphical user interface (GUI) and a C/C++ multimedia backend, with a clear separation between the …
The recent surge in global teleworking intensified the market demand for robust DaaS & VDI solutions. A critical issue emerged from the continuous use of video conferencing applications (such as Zoom and Teams), which generated excessive bandwidth consumption, particularly when transmitting uncompressed, raw camera streams. This bandwidth …
In typical Virtual Desktop Infrastructure (VDI) and Desktop as a Service (DaaS) setups, the server handles all video processing—downloading, decoding, and rendering multimedia content before encoding and streaming the recorded display to the endpoint. This process resulted in high CPU/GPU load on the server, increased network bandwidth consumption, …
A major endpoint manufacturer faced a critical multimedia challenge when the browsers installed on the device were used for multimedia playback in a DaaS & VDI session, when accessing essential business tools, including SaaS platforms and collaborative applications. Most of the browsers included on the endpoints are Chromium-based, the …
VVC/H.266 Alpha Channel encoder and decoder with VVenc VVdec and GStreamer
Fluendo completes STREAM project under SPIRIT Open Call 1: Delivering key advances in real-time video streaming, browser compatibility, and immersive telepresence.
With the LCEVC-6G-XR project, Fluendo explores low-latency holographic communication using LCEVC, QUIC/WebTransport and WebAssembly, reinforcing its innovation roadmap.
Fluendo receives SPIRIT Open Call 2 grant, accelerating the evolution of avatar-based telepresence with next-gen codecs and AI-powered enhancements.