We specialize in high-bandwidth dedicated servers and premium
network transit across 4 continents.
Our 30 Tbps+ network currently spans 24 data centers globally. Be it in Europe, Asia, or the Americas, we always guarantee efficient data delivery.
Peering with local ISPs in each of our locations minimizes the distance your data has to travel. This ensures a flawless end-user experience and leaves very little room for network errors.
Our network is capable of sustaining low latencies, zero packet loss, and no saturation – especially during peak times. We achieve this through real-time network monitoring, daily routing adjustments, and the use of Tier 1 carriers coupled with 70+ private peerings.
Our European locations are interconnected by multiple 100GE private backbone circuits, allowing us to provide carrier-level network performance in terms of latency, packet loss, and routing quality.
Our monitoring system constantly checks whether your traffic is being routed through the best performing path, ensuring low-latency data delivery all the way to your end users.
Each DataPacket server is deployed with either 1 x 10GE, 2 x 10GE, or 2 x 40GE unshared uplinks. Higher up the infrastructure chain, we connect to our transit providers via multiple 100GE ports.
to Tier 1 carriers and major ISPs worldwide
Thanks to direct access to a diverse mix of Tier 1 carriers at major internet hubs, we guarantee premium IP transit worldwide.
In order to achieve optimal network performance, our routing policy couples Tier 1 connectivity with over 70 private peerings.
To support your infrastructure environment, we provide the following set of features.
Each DataPacket server comes with IPMI for convenient remote management. To provide enhanced security, our IPMI interface is only accessible via our internal VPN.
DataPacket provides a private unmetered connection between your servers within the same data center. This service is free and available in all of our locations.
Available in all of our 24 locations, our proprietary DDoS protection solution comes with 1-click deployment and is capable of mitigating attacks of all types and sizes.
If you have your own IP space, you can use the addresses with our servers via a BGP session.
Our browser-based client panel provides a friendly interface for managing your service on all of your devices.
We offer a range of CPUs to satisfy all types of workloads. By default, we use Intel E-2236s and dual Silver 4210s. For your heaviest lifting, we can deploy AMD’s 64-core EPYC 7702P.
Looking for a custom CPU model, extra NVMe drives or an HDD array for mass storage? No problem – just let us know!
Our standard servers are built using the components listed below.
Intel® Xeon® E-2236 Processor
6 cores, 12 threads
3.4 GHz, 12 MB Intel® Smart Cache
Samsung 16 GB, 2666 MHz,
ECC UDIMM, DDR4
HDD — WD Gold, 10 TB
SSD — Crucial MX500, 2 TB
NVMe SSD — Intel DC P4500, 1 TB
No matter if there’s an emergency or you just need a RAM upgrade, we’re there – 24/7, all year round, ready to respond to any situation over multiple channels.
All support tools and resources are available to you completely free of charge, regardless of your monthly spend.
The data is based on user ratings at g2.com
Industry average: 8.6
Industry average: 8.3
Industry average: 8.5
If there’s an emergency or you’re in a hurry, you can reach us 24/7 on Slack or live chat for real-time assistance. Support tickets are usually answered within 30 minutes, with the maximum waiting time not exceeding2 hours in most cases.
Besides providing technical assistance, there’s a lot more we can do for you – and that’s where our Sales team comes in. Whether you need to upgrade your bandwidth plan or ship a custom server halfway around the world, we always deliver.
Even with an 99.99% uptime SLA, outages happen. When they do, we make them less of an inconvenience by immediately informing you about what exactly is going on, what we’re doing to fix it, and how we’ll prevent it from happening again.
Preparation is the best defense, which is why we keep enough spare components in each data center. Thanks to that, the average time frame for a replacement is under 120 minutes.
