Hardware-assisted transcoding
Choose GPU-equipped or higher-core servers when live encoding and multi-bitrate transcoding are part of the workflow.
Run legitimate live and VOD streaming on high-bandwidth offshore dedicated servers.
Compare hardware, bandwidth, traffic and location options, then choose the streaming server that fits your lawful media workload.
Clear a filter or try another processor, location or delivery profile.
Use single-tenant hardware for lawful IPTV, live video, VOD and media delivery while choosing the CPU, storage and network profile that fits the audience.
Give each stage of your media workflow the resources it needs, from ingest and transcoding to storage and delivery. Choose the software and protocols that work for your platform.
Choose GPU-equipped or higher-core servers when live encoding and multi-bitrate transcoding are part of the workflow.
Build around common streaming protocols such as RTMP for ingest, HLS or DASH for playback, and SRT/WebRTC where your software supports them.
Use SSD or NVMe for media caches, VOD libraries, thumbnails, temporary segments and frequently accessed assets.
Select 10Gbps or 25Gbps profiles when viewer traffic and origin throughput require more than standard connectivity.
Use the dedicated server as an origin or ingest node and connect it to the CDN architecture of your choice.
Run Linux or Windows streaming software, control panels and your own automation stack on compatible servers.
Place the origin closer to ingest sources, major audience regions or upstream network partners.
Monitor processes, storage, traffic and stream services directly with administrator-level access.
Choose hardware and bandwidth around the way content enters, is processed and reaches viewers.
Build a live workflow for sports, events, channels or creator broadcasts using your preferred streaming software and delivery protocol.
Use dedicated storage and network capacity for VOD, clip libraries, media archives and CDN origin traffic.
Support live broadcasts, video libraries and business media with a dedicated platform you control. Choose resources around the content you are authorized to deliver.
Run channel, middleware and origin components on dedicated infrastructure with configurable network capacity.
Support bursty audience demand for live sports, conferences, concerts and other authorized broadcasts.
Host VOD libraries, segment caches and origin services on SSD/NVMe-backed bare metal.
Distribute live gameplay, replays and related media from dedicated network resources.
Serve live classes, recorded training and webinar platforms from infrastructure you administer.
Run internal or customer-facing media portals with dedicated server control and custom software.
Tell us your streaming software, target bitrate and expected audience size. We will help you compare server resources, locations and bandwidth options.
veltrix@check:~$ verify_before_order [OK] CPU / GPU transcoding need [OK] Storage cache / VOD layout [OK] Network port + traffic [OK] Protocols software stack [OK] Location audience region [OK] Delivery inventory status
Estimate concurrent viewers and bitrate, then allow headroom for peaks. Match that traffic to network capacity and leave enough CPU or GPU power for your encoding workload.
VeltrixHost streaming dedicated servers are built for authorized IPTV, OTT, VOD and live-video workloads that need dedicated CPU, storage and predictable network capacity.
Choose 1Gbps, 10Gbps or 25Gbps dedicated servers according to expected audience traffic, bitrate, origin load and transfer requirements. Customers are responsible for having the rights required to distribute their content.
Get the details you need to choose your server with confidence.
It is a physical server reserved for one customer and configured for media ingest, processing, storage or delivery workloads.
You can run lawful IPTV and OTT software that complies with VeltrixHost terms, licensing requirements and the rules of the server location.
Common software stacks can support RTMP, HLS, DASH, WebRTC and SRT. Exact protocol support depends on the applications you install.
Yes. The catalog includes high-bandwidth configurations and the network filter shows the currently listed port speeds.
Dedicated servers are intended for full administration. Linux deployments normally use root access and Windows deployments use administrator access.
GPU-capable builds can be requested when your workflow needs hardware-accelerated encoding, inference or other accelerated media tasks.
Some stock is marked for fast delivery while other configurations require confirmation or build time. The plan row shows the current delivery status.
Yes. You are responsible for having the permissions or distribution rights required for the media you deliver. Illegal streaming and copyright infringement are not permitted.
Choose the network profile based on expected transfer volume, traffic bursts and application throughput. Standard workloads may fit 1Gbps, while streaming, large transfers and high-throughput services can benefit from 10Gbps or 25Gbps options.
Yes. Prices are monthly for the server configuration shown. Your order summary includes any selected software, licenses, additional IPs or network upgrades.
Supported operating systems and control-panel choices depend on the server and provisioning workflow. Confirm the required OS or license before deployment when it is important to your workload.
Check the delivery estimate beside your chosen server. Ready-to-deploy hardware is usually faster to prepare than a custom build; our team can confirm the schedule before you order.