Choosing a dedicated server with unmetered 1 Gbps bandwidth is a long term commitment to a server that will carry your traffic for months and years to come. Getting the spec right is critical to building a good, predictable and high-throughput platform.
Get it wrong with unmetered dedicated servers and you'll end up paying for unmatched performance levels you simply can't fully utilize and, worse, hit hidden soft limits buried in the contract terms. Unmetered plans grant full control over traffic patterns without worrying about usage caps or throttling mechanisms that could disrupt operations during peak demand periods.
We have been providing unmetered dedicated servers and bare metal infrastructure for over 12 years now in 10 locations across Europe, North America and Asia. We run our own AS6206 backbone with a network of 2.4 Tbps+ connectivity. Each data center location is equipped with redundant power, climate control, and physical security to ensure maximum uptime for our unmetered infrastructure. Our infrastructure includes enterprise-grade backup systems and encrypted storage solutions to keep your data safe across all deployment locations. This distributed infrastructure provides clients with strategic positioning and global reach for latency-sensitive applications requiring proximity to end users.
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Our AS6206 backbone operates as a premium network with direct peering relationships to major internet exchanges, ensuring optimal routing and minimal latency for all client traffic. Our commitment to infrastructure excellence translates directly into reliable uptime, with redundant network paths and failover systems designed to maintain continuous service availability. This robust network architecture ensures stable connections through multiple redundant pathways, minimizing packet loss and maintaining consistent performance even during traffic surges or localized network disruptions.
We'll also cover how to choose the right port speed and bandwidth based on data usage patterns for workloads like streaming, gaming, VPNs, and high-traffic websites.
Furthermore, we explain the relevant hardware specifications, network quality indicators. SLA terms as well as the corresponding service support for unmetered dedicated servers and explain how to use this information to compare different services and to choose the right configuration for the corresponding traffic profile. Storage configurations such as HDD SATA drives should also be evaluated alongside network specifications to ensure the server can handle sustained read/write operations at speeds matching the available bandwidth.
What Are Unmetered Dedicated Servers With 1Gbps Bandwidth?
Dedicated Server 1Gbps unmetered features a 1 Gbps network port with an 'unlimited' usage billing policy, split into two components. Each can be evaluated against your requirements on an individual basis.
Dedicated Server Port Speed vs. Transfer Volume for Video Streaming
Your port speed limits your maximum throughput. 1 Gbps means you can transfer up to 1,000 Mbps of data per second. Transfer volume is the amount of data that actually gets transferred over the port at a given network speed during a billing cycle. For community perspectives, see Need Dedicated Server with Unlimited, unthrottled bandwidth.
Metered plans charge by the gigabyte or terabyte, while unmetered plans don’t charge for bandwidth usage. There are no overage charges, no additional fees for bandwidth consumption, and no throttling to account for total bandwidth usage. Transparent pricing structures ensure clients understand exactly what they're paying for without worrying about hidden fees that can unexpectedly inflate monthly costs.
Bare Metal Dedicated Servers and the Unmetered Model
With bare metal dedicated servers you have the full port at your disposal. Rather than sharing a bandwidth pool and fighting noisy neighbors, your single 1 gbps unmetered connection means unlimited data transfer up to the physical connection's limit. This architecture gives you full control over resource allocation and network utilization without competing for bandwidth with other tenants.
The predictable monthly costs, combined with high speed connectivity, make this tier ideal for high traffic volumes including video streaming, large software distribution, backup replication, and proxy services.
Fair Usage in Practice on a Dedicated Server Hosting Plan
Unmetered bandwidth is usually offered subject to a fair-usage policy which aims to stop serious abuse of the kind 1 Gbps continuous stream 24/7/365 rather than a high volume of usage of a reasonable kind. Such bandwidth limits are almost always far in excess of the amounts likely to be consumed by typical users of high-volume bandwidth connections. These need to be checked against the usage policy before ordering unmetered servers or connections with unusually aggressive network capacity demands.
You then have to determine whether your workload actually requires you to buy unmetered dedicated servers with unlimited throughput versus buying a metered plan and paying for the actual amount of throughput that you use. Organizations with predictable high-volume workloads often find that unmetered dedicated servers deliver better cost efficiency than metered alternatives, especially when monthly transfer consistently exceeds 50 TB.
High Performance Workloads That Avoid Bandwidth Charges With Unmetered Dedicated Servers
When traffic spiky turns into traffic continuous, a bandwidth cap soon becomes a hard ceiling on growth. For such use cases, 1 Gbps of unmetered port space is no longer a luxury but a necessity. Businesses facing growing demands for content delivery or real-time data processing find that unmetered bandwidth eliminates the constant need to forecast and adjust capacity limits.
Unmetered bandwidth provides the infrastructure stability essential for long term growth without the constraints of usage caps that can stifle expansion. Unmetered plans eliminate the anxiety of monitoring usage dashboards during high traffic periods, allowing teams to focus on scaling applications rather than managing bandwidth quotas.
Workloads That Need Dedicated Server Gbps Unmetered Throughput
Video streaming services with very high numbers of concurrent viewers can quickly exhaust shared resources. A single 1 Gbps connection on unmetered servers can handle approximately 330 TB of transfer per month, assuming fully loaded resources. Online gaming requires low latency and consistent bandwidth. Services such as VPN and proxy providers continuously transfer large volumes of data, which can result in severe penalties from metered dedicated server plans rather than unmetered hosting solutions.
Low latency connections are critical for gaming platforms, as reducing delays ensures responsive gameplay and maintains competitive advantage for players across distributed geographic regions. Content delivery networks and media distribution platforms handling high volumes of simultaneous requests depend on unmetered infrastructure to maintain service quality during peak usage windows.
As SaaS platforms experience unpredictable traffic spikes, such as with a product launch or a viral event. It can suddenly multiply the typical baseline load by 10 or more within minutes, and unmetered dedicated servers remove both the billing shock and the risk of being throttled. Organizations processing big data workloads benefit significantly from unmetered connections, as analytics pipelines often generate sustained high-throughput transfers that would trigger costly overage charges on metered plans. Development teams deploying containerized applications or virtual environments also benefit from unmetered bandwidth, as these architectures frequently involve continuous synchronization and image transfers across distributed infrastructure.
E-commerce platforms experiencing seasonal surges or flash sales rely on unmetered infrastructure to accommodate high traffic volumes without service degradation or unexpected bandwidth charges that could erode profit margins. Real-time collaboration tools and content management systems handling high volumes of concurrent users depend on unmetered infrastructure to maintain responsiveness during peak activity without bandwidth restrictions. Financial trading platforms and algorithmic trading systems require low latency infrastructure to execute transactions within microseconds, making unmetered bandwidth essential for maintaining competitive execution speeds without usage restrictions.
Dedicated Server High Performance for High Traffic Websites by Workload
| Workload | Key Requirement | Why Shared/Metered Fails |
|---|---|---|
| Video streaming | Sustained 1 Gbps+, 99.9% uptime | Buffering under concurrent viewer load |
| Online gaming | Sub-5 ms jitter, low latency routing | Shared contention spikes ping |
| VPN / proxy | Unlimited traffic, always-on throughput | Metered caps trigger overages daily |
| SaaS / enterprise applications | Burst headroom, dedicated resources | Shared neighbours consume burst capacity |
| Big data pipelines | High-throughput I/O, multi-core CPU | Throttling stalls ingestion windows |
Where Netrouting Dedicated Server Solutions Deliver for Demanding Workloads
The server that each of our dedicated servers run on has been designed specifically for server usage and the 10 Gbps of unmetered bandwidth (standard across all servers) is utilized at less than 40% of maximum port usage. Meaning that when your server workload requires high performance, you will receive it, allowing high traffic websites and demanding applications to run smoothly without experiencing the problems of contention.
This infrastructure design ensures consistent performance even during peak demand periods, eliminating the variability that often plagues shared hosting environments. Our servers feature enterprise-grade components including NVMe storage options and traditional HDD SATA configurations, providing flexibility to match storage performance requirements with budget considerations.
Identifying which applications require unmetered bandwidth is only half the battle. Unmetered dedicated servers and metered dedicated servers are two distinct offerings, and it is essential to establish what exactly the difference is and how either option could be of benefit.
Unmetered vs Metered Dedicated Server: Key Differences
| Provider / Option | Performance | Network | Uptime SLA | Support | Best For |
|---|---|---|---|---|---|
| Netrouting | Latest-gen Intel Xeon and AMD EPYC; up to 2 TB RAM, up to 24 drives | Unmetered 10 Gbps standard; up to 40 Gbps available. 2.4 Tbps+ backbone, AS6206, dense IX peering across EU, NA, and APAC | 99.9% SLA; same-business-day hardware replacement | 24/7 NOC; 1-hour ticket guarantee | High-throughput unmetered dedicated servers across 10 global locations |
| Budget bare-metal providers | Older-gen hardware; limited RAM and drive options | 1 Gbps unmetered on shared uplinks; limited IX peering | 99.9% typical; slower hardware replacement | Business-hours only or outsourced NOC | Cost-sensitive, low-traffic unmetered server hosting |
| Hyperscaler cloud compute | Flexible vCPU/RAM; shared tenancy by default | Metered egress; no true unlimited bandwidth | 99.9%-99.99% per service; complex SLA structure | Tiered; premium support costs extra | Variable, bursty workloads, not unmetered dedicated hosting |
| Regional colocation + transit providers | Customer-owned hardware; performance varies | Dedicated transit available; IX peering depends on facility | Facility uptime SLA only; server SLA is customer-managed | Remote hands available; NOC coverage varies | Enterprises bringing their own unmetered servers into colo |
We take a look at the dedicated server hosting offers that come with real, unlimited bandwidth and find that Netrouting is the strongest contender. Their unmetered dedicated servers run with up to 10 Gbps of bandwidth and are scalable to 40 Gbps. With their own 2.4 Tbps+ backbone, their dedicated server hosting is clearly in a different league than providers who would throttle your shared uplink.
Netrouting offers unmetered server hosting across 10 data centers worldwide with identical specs for all servers, a 24/7 NOC, guaranteed network speed, and a 1-hour resolution guarantee. Hyperscalers charge by the gigabyte for egress, making them unsuitable for large data volumes, while dedicated server infrastructure on Netrouting's network delivers cost-predictable hosting with no egress charges.
The comparison table outlines the main differences between providers.
How to Evaluate a 1 Gbps Unmetered Dedicated Server Offer
Evaluating offers properly does not only include the headline of the port speed like “1 Gbps unmetered”. Behind the port there is a network.
Dedicated Server Premium Network Quality and Fair Usage Policies
Note that unmetered bandwidth does not mean unlimited bandwidth, most providers enforce fair usage policies and will throttle sustained high-volume traffic. While many providers advertise unmetered plans, the actual implementation of fair usage policies varies significantly, so review specific terms before committing to a contract.
Unmetered bandwidth only makes sense if you have sufficient uplink quality.
Unmetered dedicated servers will guarantee you consistent throughput (depending on the density of IXes in the area), while shared or virtual options will not be able to provide this even if they promised it to you. Netrouting operates AS6206, a 2.4 Tbps+ network with connections consistently running below 40% of their total bandwidth. This physical headroom is what actually turns unmetered bandwidth into a real commitment, not into just another marketing claim.
L3/L4 DDoS Protection (Always-on) should be included by default, and if offered as an Add-on, factor the cost into your comparison.
Dedicated Server Data Center Carrier-Neutrality and Uptime
A carrier-neutral data center allows for selection of best upstream for transit and failover in case of a failure. Single-carrier data center facilities create single points of failure. Verify SLA guarantee for 99.9% or better uptime for production workloads.
Dedicated Server Hardware Specifications and Operating Systems
Dedicated hardware means dedicated resources, no noisy neighbors. As for storage, HDD SATA is ideal for big amounts of sequential data, whereas SSD SATA is faster with random I/O for databases and application servers.
Full root access is a requirement for our production servers. I would like to know what Operating Systems are supported within the server environment and which Linux distributions and Windows Server versions are available from the hosting provider. I would also like to know how long it takes to provision bare metal servers, understand the associated bandwidth costs, and confirm that provisioning takes less than 60 minutes rather than days.
Once you have confirmed the contract terms and the hardware specifications, you can also verify the network. Port speed and backbone quality can be two completely different things.
Why Choose Netrouting for a Dedicated Server 1Gbps Unmetered
Netrouting's bare metal dedicated servers ship standard with unmetered 10 Gbps connectivity, already ten times the 1 Gbps unmetered baseline most buyers are comparing. Need more? Ports scale to 40 Gbps. No overage fees, no surprise fees, no fair usage policies buried in the contract. Just predictable monthly costs and full root access to your hardware.
- Bandwidth that exceeds the brief. Unmetered dedicated servers at 10 Gbps standard handle high traffic websites, video streaming, and traffic spikes without bandwidth charges or metered plans.
- Always-on DDoS protection. L3/L4 mitigation is included on every server, no additional costs, no configuration required.
- Fast deployment. Bare metal provisioned in under 60 minutes on Dell and Supermicro hardware running Intel Xeon and AMD EPYC platforms.
- Complete control. Full root access, custom configurations, and free private networking between your resources.
- Multiple locations, one network. Ten data centers across Amsterdam, Frankfurt, The Hague, Rotterdam, Stockholm, Bucharest, Miami, New York, Hong Kong, and Singapore, low latency to every major region.
- Certified reliable hosting. ISO 9001, ISO 27001, SOC 2, and a 24/7 NOC with a one-hour ticket guarantee.
Compare our dedicated server hosting configurations or contact sales to discuss the right fit for your workload.
A 1 Gbps unmetered dedicated server removes bandwidth as a variable, but port speed alone doesn't guarantee performance. In dedicated server hosting, the quality of the upstream network, peering density, and hardware generation determine whether that gigabit actually delivers. Unmetered dedicated servers can mean different things on different platforms; fair-use caps and oversold ports are common traps worth scrutinizing before you sign.
Netrouting's unmetered dedicated servers ship with 1 Gbps as standard, backed by a 2.4 Tbps+ backbone on AS6206 with dense IX peering across Europe, North America, and Asia. Hardware runs on current-generation Intel Xeon and AMD EPYC platforms, provisioned in under 60 minutes. If your workload demands consistent throughput without surprise fees, explore Netrouting's dedicated server configurations or contact the sales team to spec a custom build.
