I Built the Jonsbo N3 NAS ($599 Intel i9 Erying TrueNAS SCALE Build) - Better Than Synology/QNAP?

NASCompares・2 minutes read

The video details the components and build process of a Johnb N3 build featuring an i912 gen Intel processor and SRLD D3 motherboard with Intel 12900 HK processor. Various drives, adapters, and components are carefully installed and connected, emphasizing proper alignment and cable management for a smooth hardware setup.

Insights

The decision was made to proceed with the build without waiting for all parts to arrive, showcasing a proactive approach to the project despite delays in component deliveries.
The build process involves meticulous steps for CPU cooling, memory installation, and drive configurations, emphasizing the importance of proper assembly techniques and cable management for optimal performance and functionality.

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Recent questions

What components are used in the build?
Various components like Intel processor, motherboard, memory, and PSU.
How is the CPU cooling process detailed?
Proper installation with thermal paste and fan securing.
What is the significance of the PSU choice?
Crucial for efficiency and power loss impact.
How are M.2 drives installed in the system?
Using screwdriver for installation and secure attachment.
What is the setup process for the hardware?
Detailed steps from CPU cooling to cable management.

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Summary

00:00

"Johnb N3 Build: Intel 12900 HK Processor"

The video is not the promised Johnb N3 build, but the components are in the studio.
The decision was made to proceed with the build without waiting for all parts to arrive.
AliExpress delivered the case after a delay, accompanied by a letter and a song.
The video transitions to the actual Johnb N3 build with an i912 gen Intel processor.
The motherboard is an SRLD D3 board with an Intel 12900 HK processor.
The CPU has 14 cores, 20 threads, and Intel Iris XE onboard graphics.
The motherboard features full DIMM memory support and multiple M.2 slots.
An M.2 to SATA adapter is used to add additional SATA ports.
32GB of DDR4 memory and a Thermalite SI00 CPU cooler are included.
A First Player SFX Gold PSU with modular cables and a 7-year warranty is chosen for the build.

14:58

Efficient PSU choice crucial for PC build.

The power supply unit (PSU) choice is crucial for efficiency, with gold, platinum, and higher ratings impacting power loss.
Components for the build are outlined, with a focus on the exclusion of storage costs due to the need for additional media.
Specific SSDs are mentioned, like the War 525 Naas SSD, costing around 50-60 nicker for 1TB, but cheaper options are available.
The build includes two parallel RAID setups, with NAS hard drives costing $30-$40 per terabyte.
M.2 NVMe drives for the OS are discussed, priced at around 50 nicker per terabyte, but not included in the overall pricing.
The choice of TR Ascal is explained for its benefits in Linux applications and flexibility.
The build process begins with CPU cooling, emphasizing the need for proper installation of cooling components.
Detailed steps for applying the CPU cooler, including the use of thermal paste and securing the fan, are provided.
The importance of fan direction and placement in relation to other components like PCIe slots and memory is highlighted.
Installation of memory modules and M.2 NVMe drives is detailed, ensuring proper alignment and secure attachment.

28:37

"Installing Multiple M.2 Drives in PC"

The setup includes multiple M.2 drives, with a Gen 4 * 4 slot and a Gen 3 slot for drives, along with a SATA adapter.
A unique Star Wars-themed drive, the FireCuda 530, and the Seagate IronWolf 525 are part of the configuration.
The process involves using a screwdriver to install the M.2 drives, including a PCIe Gen 4 M.2 NVMe 2280 SSD.
A Mandalorian-themed drive, the Bestar Ingot Drive, is also installed in the system.
A SATA card adapter is mentioned, highlighting its rarity and usefulness for ITX motherboards lacking SATA ports.
An M.2 to small factor M.2 adapter is included with the motherboard, providing dual M.2 support.
The installation process involves a specific order to avoid issues, starting with removing the top panel and rear fans.
The PSU is installed in the top quadrant of the case, requiring a modular PSU for proper cable management.
SATA cables are connected using Molex connectors, with attention to cable numbering and alignment.
The motherboard is carefully installed, ensuring proper alignment and attachment of accessory cables like the front panel connectors.

43:31

Efficient Cable Integration for Mitx Boards

Mitx boards often remove extra features, so focus on integrating cables.
Connect SAS 1 through 6 to the SATA m.2 and use the last two SATs on the board.
F panel cables need to be connected based on the motherboard layout.
PSU must be connected to the motherboard using specific connectors.
Cable management is crucial due to limited space in the case.
Storage in the case requires using plastic handles for drive installation.
Attach rubber washers to drives and use rubber clips for installation in drive bays.
Utilize different drives in SATA and SAS bays for testing purposes.
Connect front panel and power supply to complete hardware setup.
Install TrueN scale using Rufus tool on a USB drive for system setup.

58:59

Efficient PCIe System with High Performance

Two drives can be assigned and filled with data easily
Command line can be used to explore the layout of the PCIe system
The system includes 2.5 GB Ethernet running smoothly
Fire Cuda 520 and 530 drives are present in individual bays
PCIe lanes are assigned with Gen 4 speeds, offering good performance
The system is ready for use with an 8B n system, featuring a 12th gen I9 processor and multiple M2 NVMe slots.

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