Purpose-built for IPTV streaming

IPTV Servers

From ingest to viewers.

Dedicated IPTV server configurations for live channel delivery, relays, middleware hosting, VOD plus live workloads, and traffic patterns where concurrency changes quickly.

Traffic terms

Unmetered port

Port range

10-100 Gbps

Middleware

Xtream UI / XUI.one

Rights

Required

From

€69/mo

Configurations

Sized for your platform.

IPTV 10G

10 Gbps · Unmetered port

CPU
Intel Xeon E-2388G
RAM
32 GB DDR4
Storage
2x2 TB NVMe
Middleware-ready serverLive-relay friendlyIPMI/KVM available
69/mo
Configure

IPTV 20G

20 Gbps · Unmetered port

CPU
AMD Ryzen 9 7950X
RAM
64 GB DDR5
Storage
2x4 TB NVMe
Middleware-ready serverLoad-balancer friendlyPrivate network option
159/mo
Configure

IPTV 40G

40 Gbps · Unmetered port

CPU
AMD EPYC 7443P
RAM
128 GB DDR4
Storage
4x4 TB NVMe
Large relay nodePrivate network optionCustom routing review
399/mo
Configure

IPTV 100G

100 Gbps · Unmetered port

CPU
Dual AMD EPYC 9654
RAM
1 TB DDR5
Storage
8x8 TB NVMe
High-concurrency relayBGP on requestEngineering review
1799/mo
Configure

Direct streaming and transcoding are different workloads. Viewer capacity depends on bitrate and whether streams are transcoded. Multiply bitrate by expected concurrent viewers, then add headroom for overhead, retries, and peak demand before choosing a port.

Use cases

IPTV workloads need lawful scale.

Live channel relay

Workload: Forward channels from ingest or middleware to viewers and downstream nodes.

Sizing: Bitrate, channel count, and peak concurrency determine bandwidth needs.

Fit: IPTV tiers are organized around 10-100 Gbps port choices and live-session pressure.

Limit: Unauthorized streaming and stolen content are prohibited.

Configure IPTV Infrastructure

Middleware host

Workload: Run account, playlist, API, and session-control software close to streaming nodes.

Sizing: Database, storage, backups, and application security need careful setup.

Fit: Dedicated hardware avoids noisy shared environments for control-plane services.

Limit: BryskBits does not assume responsibility for third-party middleware licensing.

Talk Through Middleware

VOD plus live platform

Workload: A mixed service serving live channels and on-demand titles from one fleet.

Sizing: Separate hot storage, live relay, and transcode roles where possible.

Fit: Combine IPTV servers with Media Servers or Bandwidth Pool as the platform grows.

Limit: A single node may not be the right reliability design for commercial service.

View Related Products

Direct stream vs transcoding

Direct streaming passes encoded video through at its source bitrate — network-bound, low CPU. Transcoding re-encodes on the fly — CPU/GPU-bound, and the same viewer count costs far more compute. We size your server around which one you actually do.

Questions

Customers can run common IPTV middleware and streaming stacks on standard server builds, including XUI.one, Flussonic, Nimble Streamer, and custom RTMP/HLS systems. BryskBits does not provide licenses for third-party software.

Multiply expected concurrent viewers by stream bitrate, then add headroom for protocol overhead, retries, and peak demand. Viewer capacity changes sharply if streams are transcoded instead of direct-forwarded.

No. Customers must have the rights needed to ingest, host, relay, and distribute all streams and media. Privacy-oriented infrastructure is for lawful privacy, not copyright evasion.

Related paths

Explore related infrastructure.

Compare adjacent bandwidth, media, and pooled-capacity routes before choosing a configuration.

Launch your platform

Configure an IPTV server