Concurrent traffic and headroom
20 Gbps Servers
Dedicated 20 Gbps server configurations for growing streaming platforms, live-event delivery, regional CDN nodes, and workloads that need more headroom than a single 10 Gbps server.
Port
20 Gbps
Traffic terms
Unmetered port
Plan count
4 configs
Best for
Live peaks
Review
Before invoice
From
€89/mo
Configurations
| Model | CPU | RAM | Storage | Port | Price | |
|---|---|---|---|---|---|---|
| Stream 20G-S1 | Intel Xeon E-2388G | 32 GB DDR4 | 2x1 TB NVMe | 20 Gbps | €89/mo | Configure |
| Stream 20G-S2POPULAR | AMD Ryzen 9 7950X | 64 GB DDR5 | 2x2 TB NVMe | 20 Gbps | €179/mo | Configure |
| Stream 20G-S3 | AMD Ryzen 9 7950X | 128 GB DDR5 | 4x2 TB NVMe | 20 Gbps | €279/mo | Configure |
| Stream 20G-S4 | AMD EPYC 7443P | 256 GB DDR4 | 4x4 TB NVMe | 20 Gbps | €449/mo | Configure |
A 20 Gbps port is the next step when 10 Gbps would sit too close to saturation during the busiest hour. It is useful for live events, growing IPTV relays, and regional cache nodes with uneven demand.
The public page intentionally does not assume the physical delivery model. Interface details, bonding, routing, and handoff terms are confirmed in the configuration review before invoice.
Use cases
Workload: One node serving a city, country, or ISP-heavy audience from cached content.
Sizing: Cache hit ratio and storage size decide whether traffic is mostly outbound or also origin-heavy.
Fit: 20 Gbps gives meaningful headroom without moving into a large 40 Gbps footprint.
Limit: If cache misses are frequent, origin capacity matters as much as edge capacity.
Workload: Predictable bursts around matches, broadcasts, launches, or scheduled streams.
Sizing: Concurrency rises quickly; stream bitrates should be modeled before buying.
Fit: The extra headroom above 10 Gbps reduces peak-hour pressure.
Limit: For unpredictable spikes, pooling or 40 Gbps may be a better fit.
Workload: One server handling media delivery, API/static assets, and occasional transcoding.
Sizing: Separate disks for hot media and system work help keep the node responsive.
Fit: 20 Gbps suits mixed workloads where the port must not be the first bottleneck.
Limit: CPU-heavy transcode farms should be sized from compute first.
20 Gbps is the middle step for platforms with real concurrency: enough headroom for multiple traffic groups, but still a focused single-server buy rather than a full enterprise design.
The public page does not assume a physical delivery model. The exact interface, bonding, optics, and routing details are confirmed during configuration and documented on the order.
Look at your busiest hour, not your monthly transfer. If 10 Gbps would sit near saturation during normal peaks, 20 Gbps gives room for traffic bursts, cache misses, and growth.
Related paths
Compare adjacent bandwidth, media, and pooled-capacity routes before choosing a configuration.
