ASUS PRIME H670-PLUS D4 ATX motherboard is designed to support latest 12th Gen Intel CPU’s with LGA 1700 socket, Pentium Gold and Celeron Processors with H670 Intel Chipset.
The board is built with PCIe 4.0 Ready supporting 4 x DIMM, up to 128GB DDR4 5000MHz(OC) of memory and Intel Turbo Boost Technology to push your experience to its peak.
Equipped with the next-gen Turbo boost max technology of PCIe 4.0, Three M.2 slots(PCIe 4.0), Realtek 2.5Gb Ethernet, USB 3.2 Gen 2 Type-C, Two USB 3.2 Gen 2 Type-A, Three USB 3.2 Gen 1 Type-A ,Two USB 2.0 Type-A, Four SATA 6Gb/s, HDMI, DP, D-Sub support.
Comes with most comprehensive cooling options ever that are configurable via Fan Xpert 4 or the UEFI BIOS. It employs VRM heatsink, PCH heatsink and hybrid fan headers. We adapted our SMT manufacturing process for the faster SafeSlot, to ensure the highest data speeds. SafeSlot is a reinforced metal sheath added to a PCIe slot to keep a card firmly installed.
PRIME H670-PLUS D4 programmed with Q-LED Core display, that produces light patterns by power LED during the Power-On Self-Test (POST) that can help users troubleshoot potential issues. It is also have a handful features like Overvoltage Protection, DRAM Overcurrent Protection, Stainless-Steel Back I/O and LANGuard.
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Specification: ASUS Prime H670-PLUS D4 Intel H670 (LGA 1700) ATX Motherboard with 8 Power Stages, PCIe 4.0 Slots, Three M.2 Slots, Realtek 2.5Gb Ethernet, Rear…
Brand
‎ASUS
Memory Technology
‎DDR4
Series
‎PRIME H670-PLUS D4
Item Height
‎26 Centimeters
Item Width
‎32 Centimeters
Product Dimensions
‎5 x 32 x 26 cm, 1 Kilograms
Item model number
‎PRIME H670-PLUS D4-CSM
Processor Type
‎Pentium
Processor Socket
‎LGA 1700
Manufacturer
‎Asus
Maximum Memory Supported
‎128 GB
Computer Memory Type
‎DIMM
Memory Clock Speed
‎5000 MHz
Graphics Card Interface
‎PCI Express
Connectivity Type
‎Wi-Fi
Number of HDMI Ports
‎1
Number of Ethernet Ports
‎1
Included Components
‎Cables 2 x SATA 6Gb/s cables Miscellaneous 1 x I/O Shield 1 x M.2 Rubber Package 2 x M.2 SSD screw packages 1 x M.2 Key E screw package Installation Media 1 x Support DVD Documentation 1 x User guide
Country of Origin
‎China
Item Weight
‎1 kg
1 review for ASUS Prime H670-PLUS D4 Intel H670 (LGA 1700) ATX Motherboard with 8 Power Stages, PCIe 4.0 Slots, Three M.2 Slots, Realtek 2.5Gb Ethernet, Rear…
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cranky –
I am not actually using this board, read why at the end of this ‘preview’. Thus, this is only a guide to the layout and usability of the motherboard.
The H670 offers 4 more PCIe 4 lanes than the B660, plus some extra USB ports and SATA ports. In this motherboard Asus chose to not expose the additional SATA connectors, probably due to cost considerations. Also missing is the front USB 3.1 connector, replaced with a second front USB 3 connector. This would be useful if you want a few extra ports at the back with a bracket (not supplied). As it is the 8 rear ports is quite generous.
The extra PCIe 4 lanes are available on a full length x16 socket, and would be handy to add TB expansion. However since TB cards require a USB 2.0 connection as well, Asus lopped off one USB port from the headers so you get 3 USB ports instead of 4, and this connection is a little dicey to make because only half the connector is present on the PCB, and looks a bit discombobulated.
This motherboard lacks any heatsinking over the SoC VRM, and the little heatsink on the VRMs is unlikely to help much with VRM temperatures. Likely my i5-12500 would have been close to the limit of what the VRM can handle. Since the board never powered up, I’ll never actually know. The first SSD slot has a heatsink, which has captive screws, and this is what will cause your early death due to stress. Since you can’t see the holes you’ll never be able to align the screws correctly, and the thermal pad sticks to the SSD, causing it to move around in its socket while you are hunting for the thread. I did a test mount and noped out in two minutes. I guess I’m lucky I received a dead board, and whatever I actually end up buying, it’s not going to be an Asus unless they have a different system for SSD heatsinks, or even none at all.
My board arrived completely bent and with the packaging destroyed, like a very rotund person had sat on it. It has probably happened at some earlier point in time, so the seller marked the price down and sold it as non-returnable. I had purchased multiple items from this seller (guess who?) since Amazon started in India, and did not expect such duplicitous behaviour. The HDMI socket and some of the components were unbelievably damaged.
Thankfully, Amazon did eventually process a refund and I will use the board for desoldering practice.
cranky –
I am not actually using this board, read why at the end of this ‘preview’. Thus, this is only a guide to the layout and usability of the motherboard.
The H670 offers 4 more PCIe 4 lanes than the B660, plus some extra USB ports and SATA ports. In this motherboard Asus chose to not expose the additional SATA connectors, probably due to cost considerations. Also missing is the front USB 3.1 connector, replaced with a second front USB 3 connector. This would be useful if you want a few extra ports at the back with a bracket (not supplied). As it is the 8 rear ports is quite generous.
The extra PCIe 4 lanes are available on a full length x16 socket, and would be handy to add TB expansion. However since TB cards require a USB 2.0 connection as well, Asus lopped off one USB port from the headers so you get 3 USB ports instead of 4, and this connection is a little dicey to make because only half the connector is present on the PCB, and looks a bit discombobulated.
This motherboard lacks any heatsinking over the SoC VRM, and the little heatsink on the VRMs is unlikely to help much with VRM temperatures. Likely my i5-12500 would have been close to the limit of what the VRM can handle. Since the board never powered up, I’ll never actually know. The first SSD slot has a heatsink, which has captive screws, and this is what will cause your early death due to stress. Since you can’t see the holes you’ll never be able to align the screws correctly, and the thermal pad sticks to the SSD, causing it to move around in its socket while you are hunting for the thread. I did a test mount and noped out in two minutes. I guess I’m lucky I received a dead board, and whatever I actually end up buying, it’s not going to be an Asus unless they have a different system for SSD heatsinks, or even none at all.
My board arrived completely bent and with the packaging destroyed, like a very rotund person had sat on it. It has probably happened at some earlier point in time, so the seller marked the price down and sold it as non-returnable. I had purchased multiple items from this seller (guess who?) since Amazon started in India, and did not expect such duplicitous behaviour. The HDMI socket and some of the components were unbelievably damaged.
Thankfully, Amazon did eventually process a refund and I will use the board for desoldering practice.