Enterprise CDN and media
100 Gbps Servers
Dedicated 100 Gbps server configurations for enterprise CDN origin, large IPTV platforms, broadcast delivery, high-volume archives, and custom infrastructure builds.
Port
100 Gbps
Traffic terms
Unmetered port
Plan count
5 configs
Best for
CDN / broadcast
Review
Required
From
€1,299/mo
Enterprise configurations
Compute
Dual AMD EPYC 7443 · 48 Cores
Memory
512 GB DDR4
Storage
8x4 TB NVMe
Network
100 Gbps · Unmetered port
Compute
Dual AMD EPYC 9654 · 192 Cores
Memory
1 TB DDR5
Storage
12x8 TB NVMe
Network
100 Gbps · Unmetered port
Compute
Dual AMD EPYC 9654 · 192 Cores
Memory
2 TB DDR5
Storage
12x15 TB NVMe
Network
100 Gbps · Unmetered port
Compute
Quad AMD EPYC 9654 · 384 Cores
Memory
3 TB DDR5
Storage
24x15 TB NVMe
Network
100 Gbps · Unmetered port
CPU, RAM, storage, network, BGP, IP allocation, and multiple ports — built to your exact specification.
A 100 Gbps request is not a quick small-server checkout. It is an infrastructure review: expected sustained throughput, traffic type, storage design, routing needs, operating system, IP requirements, and launch window should be agreed before invoice.
The instrumentation above is illustrative, not a published benchmark. Real benchmarks should be added only after BryskBits has a documented test method, test endpoint, and result history.
Use cases
Workload: A high-capacity origin feeding many edge nodes or multiple CDN providers.
Sizing: Origin shielding, cache-fill behavior, disk reads, and route quality all affect real delivery.
Fit: 100 Gbps is appropriate when cache-fill peaks or direct origin delivery would overwhelm smaller ports.
Limit: A single origin can become a reliability risk; plan redundancy for critical platforms.
Workload: High-concurrency live streaming with many simultaneous channels and viewer groups.
Sizing: Bitrate ladders, middleware overhead, ingest redundancy, and failover capacity should be modeled.
Fit: A 100 Gbps node gives room for heavy egress or backbone relay work.
Limit: Unauthorized streaming is prohibited; customers must have rights to distribute all content.
Workload: Event delivery, ingest fanout, archive push, or parallel stream distribution.
Sizing: Schedule, redundancy, test windows, and rollback plans matter as much as headline bandwidth.
Fit: 100 Gbps allows parallel flows without compressing every workflow into a small port.
Limit: The service scope must be confirmed in writing before production events.
100 Gbps is for workloads where the infrastructure plan matters: large IPTV platforms, CDN origin, broadcast delivery, major VOD archives, and custom routing or IP requirements.
No. 100 Gbps orders should go through configuration review so port delivery, storage, routing, operating system, IP needs, and abuse-risk controls are documented before invoice.
Yes, on custom-scoped configurations. Availability, eligibility, and routing policy are confirmed during engineering review.
Share expected sustained and peak Gbps, traffic type, region or audience, storage shape, direct-play versus transcode mix, IP/BGP needs, and launch window.
Related paths
Compare adjacent bandwidth, media, and pooled-capacity routes before choosing a configuration.
Share your peak traffic model, storage shape, IP/BGP needs, and production window. We will scope the build before invoice.
Request 100G configuration