Top 10 Best Video Conferencing Server Software of 2026

Mediasoup provides an SFU media engine that supports multi-party rooms by creating server-side producers for endpoints and server-side consumers for each receiving peer. Its topology centers on RTP packet forwarding, which pairs well with ICE negotiation using client-provided candidates and server-assisted connectivity via STUN and TURN. Application teams manage the room model in their own signaling layer while Mediasoup handles RTP forwarding, stream selection, and per-consumer configuration.

A key tradeoff is that Mediasoup does not include a complete meeting stack like an out-of-the-box room UI, so production systems must implement signaling, user presence, and admission logic around the mediasoup worker and router lifecycles. It fits situations where custom conferencing features are required, such as per-room media policies, tailored recording pipelines using separate ingest, or complex role-based flows that map to the server’s producer and consumer creation calls.

Element Call targets organizations that already use Matrix rooms to coordinate users, devices, and permissions, then want conferencing media inside that same room fabric. The server model supports provisioning conferences as room activities rather than as standalone sessions, which makes governance align with room membership and federation rules. Media handling is designed for multi-party scaling with an SFU topology so participants do not require full mesh bandwidth. Extensibility is driven by API access to room state and conference events so external systems can join, leave, and monitor meetings.

A key tradeoff is that PSTN breakout, SIP trunking, and H.323 interworking are not its primary focus, so phone dialing often needs a separate gateway or external dial-in architecture. Element Call fits best when conference rooms already exist or can be created as Matrix spaces, and when admin control is centered on Matrix accounts and roles rather than a separate telephony directory.

Nextcloud Talk runs as part of the Nextcloud deployment, so rooms, users, and access control follow the same authentication and permissions paths used for files and collaboration. Administration centers on Nextcloud’s existing controls, including user provisioning and group-based access to shared spaces, then applies those identities to Talk rooms. Call features include active speaker behavior, screen sharing, and meeting management options built around Nextcloud rooms rather than separate conference inventories.

A key tradeoff is that Nextcloud Talk inherits the operational scope of a full Nextcloud stack, so media scaling and storage behavior depend on how the underlying Nextcloud services are tuned. It fits organizations already standardizing on Nextcloud for identity, document links, and shared workspace access, such as internal teams that want meetings tied to team spaces. It is less suitable when the requirement is a dedicated high-throughput conferencing deployment with independent lifecycle controls for media and signaling.

Jitsi Meet provides video conferencing as open-source software that runs on customer infrastructure, which helps teams avoid vendor media bottlenecks. Core capabilities include browser-based WebRTC rooms, group calling, screen sharing, and conference controls that work without installing a dedicated client.

Admins can scale room capacity by tuning the deployment and by using the Jitsi subsystem components for signalling and media. Integration is strongest through the Jitsi Meet API for programmatic room creation and through extensible authentication and deployment configuration.

BigBlueButton runs as a self-hosted video conferencing server that renders in-browser meetings without separate desktop clients. Core capabilities include a built-in meeting room, multi-user audio-video, screen sharing, and in-room collaboration tools like chat, whiteboard, and polls.

Administration focuses on server-side configuration for media handling and user access, which supports governance for organizations that need control over where meeting traffic runs. Integration depth is strongest through its WebRTC-based browser client and the server’s extensibility points for room management and events.

OpenVidu is a WebRTC video conferencing server built around a room and participant model that stays easy to embed into custom applications. It focuses on server-side room orchestration and media routing, with room creation, joining, and event-driven control exposed through an API surface.

The project also provides practical hooks for automation and integration by pairing a Java-based control plane with client-side WebRTC SDKs. It is a strong fit for teams that need programmable conferencing behavior instead of only a managed meeting UI.

TrueConf Server is a self-hosted conferencing control plane that centers on TrueConf room and client interoperability. It manages conferences through a built-in bridge and can include gateway-style interworking for endpoints outside the TrueConf ecosystem.

Admin controls focus on managing endpoint registration, provisioning workflows, and conference policy settings. It is best suited for organizations that need on-prem deployment control and predictable media handling rather than browser-first calling.

Pion provides video conferencing server software built around media pipeline primitives such as WebRTC SFU routing and room-style conferencing logic. It focuses on control-plane integration and media handling that can be embedded into custom applications.

The server supports signaling and media transport configuration that targets interoperability with varied endpoints. Admin and governance typically come from how the integrating system provisions rooms, manages identities, and applies policy at the application layer.

Ant Media Server acts as a WebRTC conferencing server and media processing layer for rooms, distribution, and recording workflows. It supports SFU-style media routing with simulcast for scaling across heterogeneous client bandwidths.

It also provides REST APIs for room control and recording orchestration, plus extensibility for integrating custom signaling and media handling. Operationally, it includes administrative monitoring hooks for stream health and conference lifecycle management.

Asterisk turns SIP-based voice and conferencing into a configurable server role that can also host video via related media and gateway components. It centers on dial plan routing, conference bridges, and extensibility through loadable modules rather than a managed room service.

For video conferencing workloads, it typically fits alongside SIP endpoints or gateways and relies on external components for modern browser media paths. Deployment control is high because configuration, signaling, and media handling are expressed in the server’s runtime and module setup.