The ASRock X399 Phantom Gaming 6 Motherboard Assessment: $250 Sixteen Core Stunner
The ASRock X399 Phantom Gaming 6 is among the least expensive X399 motherboards out there in the marketplace at this time, bringing the identify Phantom Gaming to the high-end desktop market. This entry degree threadripper choice makes use of a 2.5 Gigabit Ethernet controller and is among the few boards to do that. It additionally provides a trio of M.2 slots, a full x16 / x16 / x16 for a number of GPUs, however its design solely helps thread-ripper processors with as much as 16 cores.
Different AnandTech Ryzen Thread Ripper Report
Overview of the ASRock X399 Phantom Gaming 6
One of many criticisms usually talked about on the high-end desktop market is the value of motherboards. So as to use extra cores, extra reminiscence slots, and extra options, customers usually needed to improve their motherboard choice and pay $ 1,000 or extra for processor and reminiscence. At some motherboard firms, there are some forces to carry the marketplace for high-end desktop motherboards to one thing cost-sensitive, and that is what ASRock has produced within the X399 Phantom Gaming 6 at a listing value of solely $ 250. That is extraordinarily useful when many motherboards on this phase begin at $ 320. ASRock has additionally enhanced this motherboard with some distinctive options, reminiscent of 2.5 Gigabit Ethernet, and superior options reminiscent of Triple M.2 for storage. The X399 Phantom Gaming 6 is the most affordable of ASRock's 4 thread ripper motherboards beneath $ 400. The others are the X399 Taichi ($ 320), the X399 Fatal1ty Skilled Gaming (US $ 390) and the Micro ATX X399M Taichi ($ 300).
Being cheaper than regular doesn’t have an effect on the performance. Along with Realtek Gaming's 2.5 Gigabit Ethernet, the board provides two DIMMs per reminiscence channel (as much as DDR4-3400), three full-size PCIe slots related to the CPU, and area for one M.2 WLAN module. PCB separate improved audio and two community connections.
The X399 Phantom Gaming 6 is among the least expensive boards that gives processor help: ASRock has developed this motherboard for AMD thread ripper with a thermal design level of as much as 180W, which suggests it could solely be supported as much as to 16 core processors just like the AMD Threadripper 2950X . With ASRock giving customers an entry-level path to the high-end desktop, it is a good compromise.
For ASRock, it was a sensible transfer to interrupt away from the outdated Fatal1ty branding. The brand new Phantom Gaming collection from ASRock has a subtler shade theme with black metallic heatsinks. The X399 chipset heatsink options built-in RGB LEDs and ASRock, two common RGB headers and a single addressable RGB header. Customers can use the device inside the UEFI firmware or with the ASRock Polychrome RGB software program.
The ASRock X399 Phantom Gaming 6 differs barely in PCIe slots from our examined ASRock X399 Taichi. It has three full-length PCIe Three.zero x16 slots supporting Three-way NVIDIA SLI and AMD Crossfire multi-graphics card configurations. There are not any PCIe Three.zero x1 slots, however there’s a trio of M.2 slots that help all NVMe boot drives and the individually bought ASRock U.2 equipment. The eight SATA ports present help for RAID zero, 1, and 10 arrays.
In our checks, the ASRock X399 Phantom Gaming 6 together with a Threadripper 2950X Processor proved higher and carried out higher than the primary technology Threadripper 1950X . The system checks confirmed that it was quicker with our take a look at bench when POSTing in Home windows than the mannequin MSI MEG X399 Creation however removed from different examined boards. Then again, latency interval efficiency was a lot better for delayed procedures, which is as a lot because of processor change because the board. We additionally intend so as to add an addendum with some 1950X checks within the close to future. There’s little distinction in efficiency between 1950X and 2950X, and Whole Battle: WARHAMMER nonetheless has the identical indicators of multi-core optimization points we had with the 1950X. Aside from that, the efficiency is in the identical stadium we had been hoping for.
It's comprehensible why the ASRock X399 Phantom Gaming 6 helps solely 180 watts as a result of energy output of 6 + 2 phases. The facility draw contains six Intersil ISL69147 60 An influence phases for the V-Core with out doubler. It's greater than sufficient for 180 W CPUs, however with 250 W it could possibly be difficult, and the choice to dam help is suitable. The overclocking efficiency with the Ryzen Threadipper 2950X was very aggressive and VDroop was nothing to fret about. From Three.9GHz to four.2GHz on our guide overclocks, VDroop was optimistic at about zero.zero.1V between the CPU core voltage within the BIOS and beneath load. This has reversed at four.2 GHz when it was underdriven by zero.02 V at full load. By default, the ASRock X399 doesn’t totally apply Phantom Gaming 6 Precision Increase Overdrive to computerized tuning. When this selection is activated, the rise in efficiency on the expense of temperature and efficiency appears to be fairly compromise.
The ASRock X399 Phantom Gaming 6 shouldn’t be solely the most affordable thread ripper board for the value of $ 250 but in addition brings gaming-specific options such because the Realtek 2.5 GbE Gaming NIC at a better value level .. ASRock targets the entry degree for lovers who wish to have enjoyable and excessive efficiency at 180 W, however provides quite a few premium options which might be normally a part of the value level. Twin NIC, Triple M.2 and three-way SLI help at $ 250 are spectacular. ASRock desires to make the entry level in thread ripper extra reasonably priced with out compromising performance and total high quality.
Pages on this Assessment
Overview [this page]
Visible inspection : Evaluation of the plate parts
BIOS and Software program : Consideration of the non-hardware part
Board Options and Take a look at Mattress : The complete specs and the way we take a look at
System Efficiency : Element take a look at, z. Efficiency, startup occasions, and DPC latency