The summary of ‘The Best CPU+Motherboard Combo for Your NAS Build (2024 Edition)’

This summary of the video was created by an AI. It might contain some inaccuracies.

00:00:0000:21:24

The YouTube video discusses various CPU motherboard combos suitable for DIY NAS builds, focusing on internal power, efficiency, and bandwidth. Key points include the importance of motherboards with ample storage capacity, integrated graphics for CPU selection, and specific motherboard features like Gen 4 M.2 support and 10Gb Ethernet. Recommendations are made for budget-friendly yet efficient combos, with mentions of specific CPUs and motherboards available in the market. The video also covers a range of motherboards with different features, including network ports, memory options, and pricing comparisons. The speaker provides insights into suitable configurations for MITX NAS builds and hints at upcoming content related to modifications and new builds with different boards.

00:00:00

In this segment of the video, the host discusses three CPU motherboard combos for a DIY NAS build. These combos are chosen for their excellent internal NAS power, power efficiency, or external NAS bandwidth. The focus is on systems that come with CPUs pre-installed to avoid the hassle of installing one manually. The host highlights the importance of selecting motherboards that are not limited in storage capacity for NAS usage. The discussion also excludes ATX motherboards, focusing on mitx or ITX options for the build.

00:03:00

In this segment of the video, the focus is on selecting components for a NAS build. Key points include the difficulty in finding traditional ATX NAS cases that support motherboards without requiring modifications. The importance of choosing CPUs with integrated graphics is emphasized to avoid the need for a separate graphics card during setup or troubleshooting. The video highlights certain CPUs, like some i9 models, offering great processing power but lacking integrated graphics. Commercial-grade motherboard combos are not considered due to limited availability and high prices. The segment also touches on specific motherboards with features like Gen 4 M.2 support and 10Gb Ethernet, but notes challenges in availability and potential software/hardware limitations. The recommended motherboard for a DIY NAS build is the n305, which is currently popular in the market.

00:06:00

In this segment of the video, the speaker discusses a motherboard with an Intel 8-core i3 processor and four 2.5G Gigabit Ethernet ports offering a combined 10-gigabit network bandwidth. The motherboard features two M.2 NVMe slots but has limitations with the PCIe slot being x1 and shared with the second M.2 NVMe slot. Despite this, the system offers six SATA bays and two M.2 slots. It is highlighted that this system is available at an attractive price point and can be purchased with CPU and memory options for around $280 to $290. The system performed well during Plex testing, demonstrating its capabilities with 4K files and transcoding tasks. This combo is praised for its affordability, performance, and efficiency, making it a popular choice for DIY NAS builds on a budget.

00:09:00

In this part of the video, the speaker highlights a motherboard suited for business use despite having an older CPU. The motherboard offers good internal and external bandwidth, storage capabilities, and supports ECC memory. It features 10 SATA ports and 6 2.5g ethernet ports, making it ideal for file servers. However, it lacks integrated graphics, focusing more on file transmission than graphical tasks. The CPU, released in 2016, still performs decently with a CPU Benchmark score.

00:12:00

In this segment of the video, a 14-core 28-thread processor with a boosted speed of 3.3 GHz is discussed, emphasizing its high TDP but also its impressive performance. The video notes the importance of getting the V4 version for serious performance. Additionally, a motherboard with eight 2.5 GB Ethernet ports is highlighted for users seeking a balance between frequency, capacity, and storage capability in a NAS switch build. This motherboard offers flexibility in network management and can be utilized for both NAS and router purposes.

00:15:00

In this segment of the video, the speaker discusses a motherboard with 8 gig and 128 gig GBE MVME, which features eight network ports and a CPU capable of sufficient performance. The motherboard is rare for having 8 network ports on the rear and limited storage options, but it can be expanded with additional ports. The speaker compares this motherboard with a 12900 HK motherboard, mentioning its unique features and physical build. Later, the speaker introduces the 13900 H motherboard, highlighting its better value with support for multiple MVME slots, PCI e upgrade slot, and improved pricing compared to the 12900 HK.

00:18:00

In this part of the video, the speaker discusses a motherboard with two network interface ports, one being 2.5 gig and the other 100. It features a powerful CPU, support for DDR5 memory, and can come with 4GB of memory at no additional cost depending on the configuration. The speaker recommends the H version over the HK version due to personal experience and benchmark scores. They suggest the H version has been more established in the market. For an MITX NAS build, the motherboard provides everything necessary. The speaker notes that the HK version may offer more options for overclocking. Overall, the speaker recommends four CPU motherboard combos for an MITX NAS build and advises viewers to consider factors like internal performance, external performance, and power efficiency. Prices and additional offers may vary among different retailers.

00:21:00

In this segment of the video, the speaker mentions that there are links in the description to other videos, articles, and guides related to builds. They also hint at upcoming content, including a modification of the usty and a new build with a 3900 H board. The speaker thanks viewers for watching and hints at more content in the future.

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