Dream has Too Much Money - Dream Server Build
Linus Tech Tips・2 minutes read
Dream built a top-notch server with 1.2 petabytes of storage using Kyogsi-sponsored SSD and 45 Drives hardware. The setup includes RAID configurations, hot spares, and automatic backups for optimal performance and data protection, potentially making it the best on YouTube or Twitch.
Insights
- Dream's server setup, sponsored by Kyogsi and built by 45 Drives, features cutting-edge components like a 1.2 petabyte hard drive storage server with a 200 terabyte NVMe SSD, showcasing a top-tier technological infrastructure.
- The meticulous planning of Dream's server includes considerations for RAID configurations, SSDs with power loss protection, and automatic backups between servers, highlighting a comprehensive approach to data storage, performance optimization, and redundancy.
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Recent questions
How did Dream build a storage server?
Dream built a 1.2 petabyte hard drive storage server with a 200 terabyte NVMe SSD. Kyogsi sponsored the SSD, and 45 Drives constructed the server. Dream purchased 60 20 terabyte hard drives for raw storage, with server hardware including a Xeon Gold processor, 512GB RAM, and 4 LSI HBAs.
What network setup did Dream use?
Dream utilized a dual 25 gigabit network card from 45 Drives with a Ubiquity switch for 50 gigabit aggregation. This setup allowed for high-speed data transfer and efficient network performance for storing and accessing gameplay footage.
How much usable space does Dream's server have?
Dream's server setup provides 120 terabytes of usable space with two parity drives and a hot spare. This configuration ensures data protection and redundancy in case of drive failures, allowing for uninterrupted storage and access to gameplay footage.
What RAID configurations did Dream consider?
Dream considered different RAID configurations for optimal performance and data protection. RAID Z2, similar to RAID 6, allows for the loss of two drives without data loss. The debate included the possibility of using hot spares for added redundancy and the choice between RAID Z1 with a hot spare versus RAID Z2 configuration for optimal performance.
Why is automatic backup important for servers?
Setting up automatic backups between servers is crucial for data redundancy and protection. In case of hardware failures or data corruption, automatic backups ensure that gameplay footage and other important data are securely stored and can be easily recovered. This practice enhances data security and minimizes the risk of data loss.
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Summary
00:00
"Ultimate Gaming Server: 1.2PB Storage Dream"
- Dream needed a server for unlimited gameplay footage storage on a budget.
- Building a 1.2 petabyte hard drive storage server with a 200 terabyte NVMe SSD.
- Kyogsi sponsored the SSD, 45 Drives built the server.
- Dream purchased 60 20 terabyte hard drives for 1.2 petabytes of raw storage.
- Server hardware provided by 45 Drives with a Xeon Gold processor, 512GB RAM, and 4 LSI HBAs.
- Dual 25 gigabit network card from 45 Drives to be used with a Ubiquity switch for 50 gigabit aggregation.
- Dream's server setup is top-notch, possibly the best on YouTube or Twitch.
- Expansion room thanks to high-density drives like the CM6 from Kyogre.
- Dream will have 120 terabytes of usable space with two parity drives and a hot spare.
- SSDs have power loss protection with capacitors for data flushing before power down.
14:32
"Optimizing server setup for data protection"
- The server contains 60 functioning drives presently.
- The server setup involves considering different RAID configurations for optimal performance and data protection.
- RAID Z2 is similar to RAID 6, allowing for the loss of two drives without data loss.
- The discussion includes the possibility of using hot spares for added redundancy.
- The server setup involves utilizing SSDs and NVMe drives for storage.
- The debate over RAID Z1 with a hot spare versus RAID Z2 configuration for optimal performance.
- The importance of setting up automatic backups between servers for data redundancy and protection.
