[PLEU-ULTRA]
80 GbpsDedicated
- Processor
- 2 × Gold 6152
- Memory
- 128 GB DDR4
- Storage
- 1 TB NVMe
- Est. setup
- 2–3 days
€4,999 / mo
OrderEnterprise CDN and media
100 Gbps Servers
100 Gbps dedicated servers
Move sustained traffic from an origin or distribution node. Specify outbound Gbps, the number of simultaneous destinations and your read workload so the server is sized for more than its interface.
Workload illustration, not live server measurements.
- Ports listed
- 80 Gbps / 100 Gbps / 200 Gbps
- Offshore networks
- 1
- Plan count
- 3 configs
- Best for
- CDN / broadcast
- Review
- Required
- From
- €4,999 /mo
Server configurations
100 Gbps Servers
3 packages EUR monthly
The port is the server connection speed. It does not specify a minimum sustained rate, a monthly transfer allowance or an overage price. Ask for these terms for the exact package before ordering.
Offshore Network I
3 packages[PLEU-APEX]
100 GbpsDedicated
- Processor
- 2 × Gold 6152
- Memory
- 256 GB DDR4
- Storage
- 1 TB NVMe
- Est. setup
- 2–3 days
€5,999 / mo
Order[PLEU-BEAST]
200 GbpsDedicated
- Hardware
- Configured to order
- Est. setup
- 2–3 days
On quote
Request quoteSustained throughput
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 panel illustrates parallel streams; it is not a measured benchmark. For an acceptance test, agree on the endpoints, duration and workload, and record throughput at both ends.
Use cases
100 Gbps workloads need review.
At 100 Gbps, the raw line rate is 12.5 GB/s. A fast interface does not establish that a disk array, application or single remote client can sustain that rate. Review the network test requirements.
Enterprise CDN origin
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.
Large IPTV platform
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.
Broadcast infrastructure
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.
Calculate the port budget for sustained origin traffic
Provisioning
Choosing an operating system
For sustained delivery, check the NIC firmware and driver combination, PCIe layout and CPU locality. Agree on an OS build before running acceptance tests.
Check installation, driver and licensing requirements
Debian stable
Ubuntu Server LTS
AlmaLinux
Rocky Linux
Fedora Server
Windows ServerQuestions & answers
100 Gbps Servers: buying questions
Browse all topicsDoes every enterprise package include 100 Gbps?
No. Read the port on the package: an 80 Gbps configuration, a 100 Gbps configuration and a custom 200 Gbps request are different orders. A quote-only package has no published monthly rate.
Can a single NVMe drive feed a 100 Gbps origin?
A full 100 Gbps represents 12.5 GB/s before overhead. Do not assume one drive can sustain the required reads. Measure storage, cache hit rate, PCIe bandwidth and CPU load together at the intended concurrency.
What should a 100 Gbps acceptance test record?
Agree on source and destination, direction, duration, stream count and packet size. Record throughput and retransmissions at both ends, then repeat with your application. A short parallel-stream test is not proof of sustained video delivery.
Is the animated throughput chart a customer benchmark?
No. It illustrates how parallel streams contribute to aggregate throughput. For an order decision, ask for a test method and results specific to the hardware and path you intend to use.
How do I plan for maintenance at this capacity?
Decide how much traffic must survive losing an origin. A standby with less bandwidth than the active server may require traffic shedding, a CDN cache strategy or a scheduled reduction in load.
Related paths
Explore related infrastructure.
Compare adjacent bandwidth, media, and pooled-capacity routes before choosing a configuration.
Configure 100 Gbps
Share your peak traffic model, storage shape, IP/BGP needs, and production window. We will scope the build before invoice.
Request 100G configuration