Dedicated hardware, measured bandwidth

1-5 Gbps Servers

Start with the right port.

Dedicated server configurations for smaller streaming, media, backup, software distribution, and private delivery workloads that need predictable 1 to 5 Gbps bandwidth without buying a 10 Gbps port.

Port range

1-5 Gbps

Traffic terms

Quoted transfer

Plan count

3 configs

Best for

Smaller peaks

Review

Before invoice

From

On quote

Configurations

Dedicated servers before 10G.

Stream 1G

1 Gbps · Quoted transfer terms

CPU
Intel Xeon E-2388G
Cores
8 Cores
RAM
32 GB DDR4
Storage
2x1 TB NVMe

On quote

Configure

Stream 2.5G

2.5 Gbps · Quoted transfer terms

CPU
AMD Ryzen 7 / Xeon class
Cores
8-12 Cores
RAM
64 GB DDR4/DDR5
Storage
2x2 TB NVMe

On quote

Configure

Stream 5G

5 Gbps · Quoted transfer terms

CPU
AMD Ryzen 9 / EPYC class
Cores
12-16 Cores
RAM
64-128 GB DDR4/DDR5
Storage
4x2 TB NVMe

On quote

Configure

Measure before you overbuy.

Lower-bandwidth dedicated servers are useful when the project has real infrastructure needs but does not yet need a 10 Gbps port. They keep the buying decision close to measured traffic instead of aspirational capacity.

For streaming and media, size from peak bitrate and concurrency first. If the normal busy hour is already close to 5 Gbps, review 10 Gbps before launch.

Use cases

Where 1 to 5 Gbps fits.

Private media library

Workload: Plex, Jellyfin, Emby, or VOD delivery for a known audience size.

Sizing: Direct-play bitrate, storage layout, and concurrent viewers decide whether 1, 2.5, or 5 Gbps is enough.

Fit: A smaller dedicated port can be more economical than a 10 Gbps server when peaks are controlled.

Limit: Heavy public delivery or many simultaneous 4K viewers can outgrow this range quickly.

Configure 1-5 Gbps Server

Small origin or mirror

Workload: A download mirror, update server, or origin feeding a limited cache footprint.

Sizing: Measure peak requests, object sizes, and retry behavior before selecting a port.

Fit: The range suits steady transfer workloads that need dedicated hardware and manageable port cost.

Limit: If cache-fill traffic is bursty, compare 10 Gbps before launch.

Compare 10 Gbps

Backup and archive delivery

Workload: Outbound archive restores, private backup retrieval, or controlled data distribution.

Sizing: Storage reliability and restore windows matter more than headline port speed.

Fit: 1 to 5 Gbps can provide predictable restore throughput without oversizing network capacity.

Limit: This page does not replace a backup policy; retention and replication need separate design.

Discuss Storage Shape

Questions

Choose this range when you need dedicated hardware and predictable outbound capacity, but measured peak traffic sits well below 10 Gbps. It can be a better fit for early streaming projects, private media delivery, smaller software mirrors, and backup distribution.

The public page uses quote-based pricing until BryskBits confirms commercial rates for these lower-bandwidth builds. Pricing can be entered once in the admin panel when approved.

Yes. The intended upgrade path is 5 Gbps to 10 Gbps, then 20, 40, or pooled capacity if the traffic model grows.

Related paths

Explore related infrastructure.

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

Configure the starting port

Send the expected peak Gbps, monthly transfer estimate, storage shape, and launch window.

Configure 1-5 Gbps Server