This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:20:14
The video provides an in-depth look at various motherboards tailored for AMD's forthcoming Threadripper 7000 series CPUs, categorized under the TX50 and WX90 chipsets, each supporting different CPU types. Major brands like ASRock, Gigabyte, Supermicro, and Asus are spotlighted, emphasizing their unique features and designs. Key points include advanced VRM setups for efficient power delivery and cooling solutions, robust PCIe connectivity, and extensive memory and storage options. Enhanced networking capabilities with high-speed Ethernet and Wi-Fi standards are also highlighted.
ASRock's TX50 WS motherboard, noted for its simpler design and extensive IO options, and Asus's Pro WS TRX 50-Sage WiFi motherboard with its exceptional VRM phase configuration, are discussed. Gigabyte's aesthetically pleasing TX50 AOR motherboard and Supermicro's specialized H13SR-TF server board stand out for their unique feature sets catered to different user needs.
Key terms include VRM phases, IPMI remote management, PCIe slots (Gen 5 and Gen 4), and DIMM configurations. Networking and connectivity features include 10 GB and 2.5 GB LAN ports, Wi-Fi 7, and multiple USB configurations. The segment underscores the importance of choosing motherboards based on specific user requirements, like IO support and remote management capabilities, particularly for high-end desktop and server applications. The speaker concludes by inviting viewers to follow ongoing reviews and updates, reflecting excitement around the return of high-end desktop products despite increased costs compared to past generations.
00:00:00
In this part of the video, several new Threadripper motherboards aligning with the TX50 and WX90 chipsets for AMD’s upcoming Threadripper 7000 launch are discussed. The speaker provides an overview of the specs and photos of the ASRock, Gigabyte, and Supermicro motherboards, noting that MSI is not participating in this launch. Key details include the differentiation between the WX90 platform (supporting only Threadripper Pro CPUs) and the TX50 platform (supporting both Pro and non-Pro CPUs). The segment features a brief mention of a sponsorship by Thermal Grizzly and then delves into specifics: the ASUS pro WS TRX 50-Sage WiFi motherboard, highlighting its doubled 18-phase VRM, totaling 36 phases.
00:03:00
In this part of the video, the focus is on the design and features of the Threadripper 7000 CPUs and their compatible motherboards. The CPUs have a rated TDP of 350 watts, which is considered low compared to the VRM capability of the discussed motherboard. This robust VRM design ensures efficiency, especially under sustained workloads and heavy overclocking conditions. Key details include multiple power connectors (four CPU 8 pins, two 24 pins, and two PCIe power plugs) and the provision for a second power supply, enhancing overclocking potential and making dual power supply setups viable.
Additionally, the video highlights the importance of managing VRM heat with substantial heat sinks and fans surrounding the CPU socket. The motherboard features a one DIMM per channel configuration, which, while beneficial for stability and speed, limits memory capacity. To achieve up to 1TB of RAM, users would need to invest in high-capacity 256GB DDR5 modules, which are costly. The segment also underscores the cooling and structural efficiency designed to support serious workstation needs.
00:06:00
In this part of the video, the speaker discusses the relaunch of the website “Gamers access.net” and highlights a BIOS bug issue on the Threadripper 5000 CPUs that caused only seven out of eight DIMMs to work, stressing the importance of checking the Qualified Vendor List (QVL) for memory compatibility. The TX50 Sage motherboard’s key features are outlined, including IPMI remote management support, PCIe connectivity with three Gen 5 and two Gen 4 slots, varied storage options, and a mix of USB ports. Networking capabilities include 10 GB and 2.5 GB LAN ports with built-in Wi-Fi 7. Additionally, Asus’s new Pro WS WX9E-Sage SE motherboard is introduced, boasting seven PCIe 5.0 slots, enhanced cooling, dual 10 GB LAN, built-in IPMI, and BMC.
00:09:00
In this part of the video, the focus is on the ASRock TX50 WS motherboard. Key points highlighted include its numerous small fans, which might generate extra noise. The motherboard has a simpler design compared to the Asus board, and a metal back plate for heat dissipation. It features an 18+3+3 phase power delivery system with 110 amp phases and is compatible with dual power supplies via an adapter cable. The memory layout supports DDR5 7600, and the board offers extensive IO capabilities with five PCIe slots (three Gen 5 and two Gen 4). Storage options include two M.2 slots (one ‘blazing’ and one ‘hyper’) along with four SATA, two slim SAS, and one MCI slot.
00:12:00
In this segment, various ASRock and Gigabyte motherboards are discussed. The “Mini Cool Edge IO” is introduced, designed to transmit PCIe signals over a cable, capable of PCIe 6.0. The “Rear IIO” includes multiple USB ports, LAN ports, Wi-Fi 6E, and basic audio connectivity, but lacks USB 4 support. ASRock reveals the “WRX 9WS Evo” motherboard with eight DIMM slots for Threadripper Pro CPUs, upgraded LAN, and ample PCIe slots. Gigabyte’s aesthetically focused “TX50 AOR” for Threadripper 7000 features a silvery aluminum design, a robust VRM phase setup, fewer PCIe slots, multiple M.2 slots, and emphasizes desktop usage without enterprise storage connectivity.
00:15:00
In this part of the video, the speaker discusses the features of a particular motherboard geared towards users who need high-speed data transfer capabilities. Key features include eight SATA ports, multiple Ethernet options (10 GB and 2.5 GB), Wi-Fi 7, various USB ports (4 USB 3.2 Gen 2, 4 USB 3.2 Gen 1, 2 USB 4 Type-C), and M.2 support. The board could be ideal for users involved in tasks like video transcoding and frequent large file transfers. A DisplayPort on the rear I/O could be utilized with USB 4 for monitors requiring Type-C input, though this is speculative.
The video then highlights Supermicro’s H13SR-TF motherboard, noted for its functionality over aesthetics, prevalent in server and high-end builds. It is the smallest true ATX-size board, featuring IPMI, dual 10 GB LAN, a COM port, and a VGA port. The board is designed for serious work motherboards with additional specs such as four SATA ports, a mix of PCIe 5.0 and 4.0 slots, and an MCIO connector. It is particularly suited for server solutions, offering remote access and monitoring capabilities through its own interface, valuable for home or small business servers.
00:18:00
In this segment of the video, the speaker discusses their approach to reviewing new Threadripper CPUs, highlighting their preference for using Asus boards due to familiarity with the BIOS, which helps ensure consistent testing. They mention the possibility of also testing Gigabyte and MSI boards if available. The key factors for choosing a motherboard are IO support and features like IPMI, emphasizing the importance of users knowing their specific needs before making a purchase. The segment also touches on the excitement around the return of high-end desktop (HT) products, despite higher prices compared to earlier Threadripper generations. Finally, the speaker mentions that reviews will be published around the launch, encourages viewers to subscribe, and promotes their website and merchandise for additional support.