Video Streaming Server — Professional Video Delivery

Video streaming at a professional level requires infrastructure that can handle the entire delivery pipeline: ingest, transcoding, packaging, storage, and distribution. Each stage has specific hardware requirements, and a bottleneck at any point degrades the viewing experience for your entire audience. AnubizHost video streaming servers are configured to handle every stage efficiently on a single machine or distributed across multiple servers for larger operations.

Ingest performance depends on network and storage — our servers accept incoming streams at up to 10Gbps and write to NVMe storage that sustains multi-gigabyte-per-second write throughput. Transcoding leverages our multi-core CPUs to produce multiple bitrate renditions in real time. Packaging into HLS, DASH, or CMAF formats happens with minimal latency. And distribution uses our premium network connectivity to deliver the finished streams to your viewers with low latency and consistent quality.

For operations that separate these stages across multiple servers, AnubizHost provides the network infrastructure to connect them efficiently. Low-latency internal networking between your servers ensures that ingest, transcoding, and edge delivery communicate without bottlenecks. Our team helps you design the optimal topology for your specific video delivery workflow.

Modern video delivery requires adaptive bitrate (ABR) streaming to provide the best possible quality to each viewer based on their connection speed and device capability. ABR protocols like HLS and DASH deliver video in small segments at multiple quality levels, allowing the player to switch between qualities seamlessly as network conditions change.

Supporting ABR increases server requirements significantly. Instead of encoding one output stream, your server must produce multiple renditions — typically 3 to 7 quality tiers — for each input stream. This multiplies both CPU demand for transcoding and storage demand for segment files. Our video streaming servers are sized to handle this multiplication with headroom, ensuring ABR delivery runs smoothly without resource contention.

We also support low-latency variants of HLS and DASH that reduce glass-to-glass latency to under 3 seconds. These protocols use smaller segment sizes and chunked transfer encoding to minimize buffering, making them suitable for live events, sports, and interactive broadcasts where latency matters. Our servers and network are tuned for the specific traffic patterns these low-latency protocols produce.

Live video streaming adds real-time constraints that on-demand delivery does not face. Transcoding must keep up with the incoming feed without falling behind. Segment generation must happen fast enough that viewers do not experience gaps. And the distribution network must deliver segments to viewers before their playback buffer runs dry. Every component in the chain must operate within tight timing tolerances.

AnubizHost video streaming servers are tested and validated for live streaming scenarios. Our CPU configurations provide enough transcoding capacity to produce multiple ABR renditions of live feeds without frame drops. Our NVMe storage handles the rapid write-read cycle of live segment generation and delivery. And our network infrastructure delivers segments to viewers with consistently low latency.

For multi-camera live events, our servers can ingest and process multiple simultaneous feeds, switching between them or combining them into a single output. This is ideal for conferences, concerts, sporting events, and any production that uses multiple camera angles. Our infrastructure handles the additional processing load that multi-source live production demands.

Our video streaming servers are available in configurations optimized for different scales of operation. Entry-level VPS plans suit small video platforms and testing environments. Mid-range dedicated servers handle professional video operations with hundreds of concurrent viewers. High-end configurations with 10Gbps connectivity support large-scale video platforms serving thousands of simultaneous streams.

Every configuration includes our standard streaming-optimized tuning: TCP stack settings for high-throughput delivery, kernel parameters tuned for media workloads, and storage I/O scheduling optimized for the mixed read-write patterns of live streaming. These optimizations are applied at the OS level and benefit any streaming software you choose to deploy.

We support all major video streaming software including Wowza, Flussonic, Ant Media Server, nginx-rtmp, and custom FFmpeg-based solutions. Our team can recommend the best software for your specific use case and assist with installation and configuration. Whether you need a simple RTMP relay or a full-featured video platform with authentication, DRM, and analytics, our servers provide the foundation to build on.