- V10G XS
- 6.99€
monthly billing
- 2 TB HDD RAID0 storage
- I/O: Standard (100)
- 10 Gbps networking
- 2 CPU cores · Standard (100)
- 1 GB RAM
- 2 000 GiB traffic/mo
- Token multiplier ×2.5
- Sign Up!
Available: 0
- V10G S
- 9.99€
monthly billing
- 4 TB HDD RAID0 storage
- I/O: Standard (100)
- 10 Gbps networking
- 8 CPU cores · Standard (250)
- 4 GB RAM
- 4 000 GiB traffic/mo
- Token multiplier ×2.5
- Sign Up!
Available: 0
- V10G M
- 17.99€
monthly billing
- 8 TB HDD RAID0 storage
- I/O: Standard (250)
- 10 Gbps networking
- 16 CPU cores · Performance (500)
- 8 GB RAM
- 8 000 GiB traffic/mo
- Token multiplier ×2.5
- Sign Up!
Available: 0
- V10G L
- 31.99€
monthly billing
- 16 TB HDD RAID0 storage
- I/O: Performance (500)
- 10 Gbps networking
- 24 CPU cores · High (1000)
- 16 GB RAM
- 16 000 GiB traffic/mo
- Token multiplier ×2.5
- Sign Up!
Available: 0
Every box runs in our own datacenters in Finland (EU).
What a user on this plan gets
Storage per user
2.84 TiBaverage user 3.73 TiBThe server's disk space divided by the users on it.
Drives per user
0.40average user 0.51The server's physical drives divided by its users. 0.5 means two users share each drive.
Network share per user
909 Mbit/saverage user 1 198 Mbit/sThe plan's port speed divided by the users on the server.
I/O pressure
4.4%average user 6.6%Share of the week when every busy process on the user's server waited for the disks at once. Lower is better.
Disk response time
16.2 msaverage user 19.3 msHow long a disk read on the user's server takes, over the past week. Lower is better.
Read speed per user
20 MB/saverage user 33 MB/sMeasured read speed of the server's disks divided by its users, from a tested sample of servers.
Typical server (median): 7 users, 32.6 TiB, 4 drives.
The big number is the median user: the user in the middle of everyone on this plan, so a server with 40 users counts 40 times. The small line is the average user. Storage, drives, network and read speed are the server's capacity divided by the users on it: what is there for one user, not what users use. Servers that run as virtual machines also share the physical host's uplink. Measured on our live servers, refreshed hourly. Updated 6 Nov 2026, 19:37 UTC. Compare the plans side by side. Raw data (JSON).
Long Term Discounts: 5% 1 Year, 10% 2 Years, 15% 3 Years.
Superb Value seedbox series; Good balance on throughput performance and capacity.
Instant activation, your service will be ready to be used within minutes of signup.
RAID0 Maximal capacity, non-redundant storage array makes certain that you get absolute the maximum storage to use. RAID0 combines multiple disks into single filesystem, joining their capacity and performance together. However RAID0 does not offer redundancy, so if one drive of the array files, the whole filesystem fails. If you would prefer an redundant storage array where single drive failure does not take all the data with it, please check our M10G and Dragon-R series offers, which ranges from 16.67% up to 50% drive redundancy factors. Annualized chances of array failure is expected to potentially be as high as 24.43% with this Value10G series of seedboxes. These are not suitable where high data reliance and redundancy is a requirement. (More information)
Typical servers: CPU Xeon 6core, I/O 4x7200rpm HDD, RAM 36 to 72 GB, Model 2 Dual CPU Xeon 6core, I/O 12x7200rpm HDD RAID5, RAM 72 to 144 GB.
Bandwidth on all servers is 10Gbps Full Duplex, which is shared among all users of the server. Traffic limit counts all upload (including HTTP/HTTPS) but only limits external (internet) upload speed of all protocols to 100Mbps - datacenter internal bandwidth remains unlimited and allows full server link speed to be utilized. Traffic usage is calculated from past 30days - and is not set by calendar month or service renewal date, always rolling past 30 days.
RAM amount is the plan's per-account memory target and it is enforced: above it the server starts reclaiming your memory, and a somewhat higher hard ceiling allows short bursts. You will want to average around that amount of RAM usage to maintain top performance; especially with applications such as Deluge.
Diskspace in TB is multiples of 910 GiB. The difference is due to hard drive manufacturers using SI-units (1000), and computing systems utilize kibibytes (exponents of 2. 1024) plus a small reservation for system and maintenance reasons. 1 TB comes to 931.322 Gibibytes. This means for example 1 TB = 910 GiB, 2 TB = 1820 GiB, 3 TB = 2730 GiB, 4 TB = 3640 GiB, 6 TB = 5460 GiB of capacity.