Mark Rober! I Built You a Computer! - Double NAS Build
Linus Tech Tips・32 minutes read
Mark Rober addressed storage issues with two identical servers for remote syncing, utilizing the OWC Thunder Bay Flex 8 and DIY Nas for flexibility and efficiency. The setup included AMD Epic platform, ASRock Rack motherboards, Micron RAM, and Sabrent SSD for optimal performance, with off-site backup, email alerts, and Cable Mod's cables for enhanced aesthetics.
Insights
- Mark Rober addressed his team's storage challenges by constructing two identical storage servers with remote syncing capabilities, utilizing cost-effective AMD Epic platforms and ASRock Rack Rome D8-2T motherboards for reliability and extensive IO capabilities.
- The workflow involved utilizing a DIY Nas for future flexibility, incorporating Micron RAM for read caching, and configuring ZFS arrays with VDEV size of six and two drives for parity data, enhancing data security through off-site backups and email alerts while maintaining a non-encrypted copy for faster restoration if needed.
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Recent questions
How did Mark Rober solve his team's storage issues?
Mark Rober addressed his team's storage problems by building two identical storage servers with remote syncing capabilities. These servers, equipped with OWC Thunder Bay Flex 8 and a smaller Daz box, allowed for direct connections to computers. By utilizing an AMD Epic platform, specifically the Epic 7302P 16-core processor and ASRock Rack Rome D8-2T motherboards, Rober ensured cost-effectiveness and reliability. Additionally, Micron provided 128GB of DDR4 RAM for read caching, and a Sabrent Gen 4 NVMe SSD was used for level 2 read caching. The setup included strategic fan placement for airflow, HBA for more SATA ports, and Seasonic Prime Platinum 1300W power supply. The configuration involved ZFS arrays, email alerts, data sets, user accounts, and remote sync with Tailscale, ensuring efficient workflow and data security.
What components were used in Mark Rober's storage servers?
Mark Rober's storage servers were built using components like the OWC Thunder Bay Flex 8 and a smaller Daz box for direct connections to computers. The servers featured an AMD Epic platform with an Epic 7302P 16-core processor, ASRock Rack Rome D8-2T motherboards, and Micron-provided 128GB of DDR4 RAM for read caching. A Sabrent Gen 4 NVMe SSD was utilized for level 2 read caching, along with fans for airflow, HBA for more SATA ports, and a Seasonic Prime Platinum 1300W power supply. The setup included Micron 5400 Pro Series drives as boot drives, ZFS arrays with VDEV size of six, and Level 2 Arc cache for performance enhancement.
Why did Mark Rober choose the components for his storage servers?
Mark Rober selected components like the OWC Thunder Bay Flex 8 and Daz box for direct connections, ensuring efficient workflow. The choice of an AMD Epic platform with an Epic 7302P 16-core processor and ASRock Rack Rome D8-2T motherboards was driven by cost-effectiveness and reliability. Micron's provision of 128GB of DDR4 RAM for read caching and the use of a Sabrent Gen 4 NVMe SSD for level 2 read caching balanced performance and RAM usage. The setup also included strategic fan placement for airflow, HBA for more SATA ports, and a Seasonic Prime Platinum 1300W power supply for power delivery.
How did Mark Rober ensure data security in his storage setup?
Mark Rober ensured data security in his storage setup by configuring ZFS arrays with VDEV size of six and two drives for parity data. The addition of Level 2 Arc cache enhanced performance, while email alerts, data sets, user accounts, and remote sync with Tailscale facilitated efficient management. Rober also demonstrated off-site backup capabilities for data security and peace of mind, retaining an old non-encrypted copy on a remote server for restoration purposes. By transferring data at 40 megabytes per second, scheduling syncs, and considering on-site syncing for faster speeds, Rober prioritized data safety and accessibility.
What were the key features of Mark Rober's storage server setup?
Mark Rober's storage server setup featured components like the OWC Thunder Bay Flex 8 and Daz box for direct connections, ensuring seamless workflow. The use of an AMD Epic platform with an Epic 7302P 16-core processor, ASRock Rack Rome D8-2T motherboards, and Micron-provided 128GB of DDR4 RAM for read caching highlighted cost-effectiveness and reliability. The setup also included a Sabrent Gen 4 NVMe SSD for level 2 read caching, strategic fan placement for airflow, HBA for more SATA ports, and a Seasonic Prime Platinum 1300W power supply for efficient power delivery. Configuration with ZFS arrays, email alerts, data sets, user accounts, and remote sync with Tailscale showcased a comprehensive approach to data management and security.
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Summary
00:00
Efficient Storage Solution for Mark Rober's Team
- Mark Rober sought help for his team's storage issues, including towers of external hard drives and editing videos off Dropbox.
- Two identical storage servers were built for Mark Rober with remote and secure syncing capabilities.
- The OWC Thunder Bay Flex 8 and a smaller Daz box were chosen for their direct connection to computers.
- The workflow required only one computer to access raw footage and generate low-quality proxy footage for remote editors.
- A DIY Nas was recommended for future flexibility and upgradeability, allowing access to footage from any computer on the network.
- The storage servers were built with an AMD Epic platform due to cost-effectiveness and platform advantages.
- The Epic 7302P 16-core processor was chosen for its suitability for hard drive-based storage workloads.
- ASRock Rack Rome D8-2T motherboards were selected for their reliability and extensive IO capabilities.
- Micron provided 128GB of DDR4 registered ECC RAM running at 3200 MT/s for read caching purposes.
- A Sabrent Gen 4 NVMe SSD was used for level 2 read caching, balancing performance and RAM usage.
15:36
"Enhancing HP Server for Optimal Performance"
- Fans placed strategically for fresh airflow to GPU or accelerator card.
- Modification of HP with coolant, ensuring proper sizing.
- Addition of HBA for more SATA ports, passive airflow from server fans.
- Selection of Seasonic Prime Platinum 1300W power supply for 16 SATA power connectors.
- Use of mini SAS HD to connect HBA to SATA drives.
- Installation of Micron 5400 Pro Series drives as boot drives.
- Configuration of ZFS array with VDEV size of six and two drives for parity data.
- Addition of Level 2 Arc cache for performance.
- Setup of email alerts, data sets, user accounts, and remote sync with Tailscale.
- Demonstration of off-site backup capabilities for data security and peace of mind.
28:50
Efficient Data Management and PC Aesthetics
- Retain an old non-encrypted copy on a remote server to enable restoration to a pre-encrypted state, potentially faster than re-copying, ensuring data safety during shipping by removing hard drives and providing remote assistance if needed.
- Transfer data at 40 megabytes per second, schedule syncs after 9:00 PM, consider on-site syncing for faster speeds, and reminisce about past video projects like "watermelon smoothie."
- Utilize Cable Mod's 12-volt high-power replacement cables for a cleaner PC look, supporting up to 600 watts of power delivery, available for various power supply brands like Sea Sonic, EVGA, and Corsair, enhancing your build aesthetics.
