Friday, July 5th 2019
ASRock Officially Launches X570 Series Motherboards
The leading global motherboard manufacturer, ASRock, is pleased to officially announce the launch of the new AMD X570 motherboard series, previewed during Computex 2019. The series offers ten motherboard models for every role from affordable performance to gaming to content creation to power users. ASRock's X570 boards get the most from the next generation PCIe 4.0 interface and from the newest, most powerful AM4 processors, including the AMD Ryzen 2000 and 3000 Series. These new boards continue the tradition of trusted ASRock names such as Taichi and Phantom Gaming.
The new design for ASRock's X570 motherboards is a huge step forward. ASRock has combined both aesthetics and functionality to create a board that not only looks fascinating, with its bold angular lines, but performs as good as it looks. The stunning full coverage aluminum heatsink cools and protects the PCIe 4.0 NVMe M.2 SSDs as well as the chipset. The neatly designed color LED system is eye-catching but also classy. If you need even more enhanced RGB effects, you can customize your PC with Polychrome SYNC full-color RGB LED lighting, which provides both 3-pin addressable RGB headers and traditional 4-pin RGB LED headers which allow users to connect RGB strips directly to the motherboard and sync their lighting system using the app provided.
Connectivity and performance: WiFi 6 (802.11ax) and PCIe 4.0
ASRock's X570 series brings users the benefits of the next generation PCI Express 4.0 that can offer twice the speed and performance of the older 3rd generation. ASRock's revolutionary, exclusive Steel Slot design with extra anchor points protects signal stability and ensures that heavy graphics cards are safely installed - even if the system is moved. ASRock X570 motherboards include the revolutionary new Wi-Fi 6 (802.11ax) high-efficiency wireless network interface, giving even faster WiFi connection speeds up to 2.4Gbps and making next generation wireless technology such as MU-MIMO readily available for improved coverage and range.
Rock-solid reliable motherboard design
As well as the stunning design, ASRock's new X570 motherboards feature Dr. MOS, Premium 60A Power Chokes and Nichicon 12K Black Caps. This means that the X570 motherboard not only provides rock solid reliability no matter the task, but also keeps your system stable when overclocking. For extra performance, whether you're gaming or rendering professional content, the beautifully-designed pre-installed I/O shield reserves extra space for fitting tolerances and its position can be adjusted while installing, to make sure it fits the chassis perfectly. Unlike most so-called pre-mounted I/O shields that are only decorated with fancy color schemes, ASRock's easily-adjustable design truly improves the PC building experience and helps prevent installation difficulties or damage.
ASRock: the obvious choice for AMD X570 and Ryzen
With outstanding features, breathtaking aesthetics, and a range of boards for everyone, ASRock motherboards are the obvious choice for your new AMD570 system.
The new design for ASRock's X570 motherboards is a huge step forward. ASRock has combined both aesthetics and functionality to create a board that not only looks fascinating, with its bold angular lines, but performs as good as it looks. The stunning full coverage aluminum heatsink cools and protects the PCIe 4.0 NVMe M.2 SSDs as well as the chipset. The neatly designed color LED system is eye-catching but also classy. If you need even more enhanced RGB effects, you can customize your PC with Polychrome SYNC full-color RGB LED lighting, which provides both 3-pin addressable RGB headers and traditional 4-pin RGB LED headers which allow users to connect RGB strips directly to the motherboard and sync their lighting system using the app provided.
ASRock's X570 series brings users the benefits of the next generation PCI Express 4.0 that can offer twice the speed and performance of the older 3rd generation. ASRock's revolutionary, exclusive Steel Slot design with extra anchor points protects signal stability and ensures that heavy graphics cards are safely installed - even if the system is moved. ASRock X570 motherboards include the revolutionary new Wi-Fi 6 (802.11ax) high-efficiency wireless network interface, giving even faster WiFi connection speeds up to 2.4Gbps and making next generation wireless technology such as MU-MIMO readily available for improved coverage and range.
Rock-solid reliable motherboard design
As well as the stunning design, ASRock's new X570 motherboards feature Dr. MOS, Premium 60A Power Chokes and Nichicon 12K Black Caps. This means that the X570 motherboard not only provides rock solid reliability no matter the task, but also keeps your system stable when overclocking. For extra performance, whether you're gaming or rendering professional content, the beautifully-designed pre-installed I/O shield reserves extra space for fitting tolerances and its position can be adjusted while installing, to make sure it fits the chassis perfectly. Unlike most so-called pre-mounted I/O shields that are only decorated with fancy color schemes, ASRock's easily-adjustable design truly improves the PC building experience and helps prevent installation difficulties or damage.
ASRock: the obvious choice for AMD X570 and Ryzen
With outstanding features, breathtaking aesthetics, and a range of boards for everyone, ASRock motherboards are the obvious choice for your new AMD570 system.
45 Comments on ASRock Officially Launches X570 Series Motherboards
Context was meant as in there are no known issues in what would amount to something noteable/problematic with a real reason to be concerned.
PS2 over time has proven itself reliable but like anything else it's not perfect.
I'll also say straightup the USB controller MADE the board unuseable because it always threw a USB error code right upon POST and could not get around it.
To answer the other, yes I would have RMA'ed it if it had died - Board was only 3 weeks old at the time so yeah - You betcha I would.
Yeah, mouse ofc.
capture card?, why aint that PCI-e?
Hard drive docking?, why not a NAS?, DAS?
Pixel wants USB C though, doesnt it?, why not use the front panel header for that instead?
Eh, controller i guess yeah, for those that use those! :)
why would a VM require usb?
Use your network port instead of USB for networking?
Yeah, thumb drives are nice for front pors, but those are on headers, like the type c would be, for front port, at least.
I dont know man, either you make it needlessly complicated so you feel like you have to use that many USB ports, or im some sort of wizard, but a much lesser wizard than the wizard, of course!
LOL,PCIe card needs driver,do you have that kind of support from cheap ass chinese OEM card? For roughly same price,I got better spec'd in USB and driverless.
Harddrive docking are used to transfer image files and copying data from imminent failure harddrive.I don't need NAS,already had 12TB storage :p
Ever flashing your phone or sending command shell through your front panel?If not you might to try it :rolleyes:
The reason I'm using two network and KVM is for convenient.I don't like to be interrupted while on gaming and streaming session,just turn my finger a bit,type on different keyboard, and BAM... back in the game right after respawn :D
PCI-e cards are better though, arent they - i for one cant recall anyone who said they used USB capture cards, not that i check it much
Eh, backups > Recovery, 12TB aint a whole lot
Flashed phone plenty of times through front panel, worked just the same as rear panel.
Why not get a mobo with 2 NICs then?, or a pci-e network card for less clutter and better performance?
PCIe card are better,in what department? Have you paying attention,Razer Ripsaw HD are in USB and nearly 80% Avermedia SKUs are USB?
I know that golden rules,so I made images,read my statement above.Unless you confused about restoring images = recovery.My storage are sufficient,thank you.
If you using front panel to flash your phone and its worked,then good for you.I had worst experience when using android kitchen,Odin Samsung,LG UP, SP Flash tool, MiFlash or Terminal.Every XDA dev recommend to use USB back panel.
MAC in physical NICs are hard to change,if you running multiple virtual machine it's easier to address virtual device to work in multiple platform rather than physical device.But of course,if you build a computer for that single purpose only it would be less clutter, but performance doesn't change.
It might looks idiotic,but it works :rolleyes:Hmmm..I was hoping Asus could take that, on second thought it goes to MSI...nah ASRock would fit.Oh wait...
On the flashing part, i can recommend minimalADB and do it that way, worked for me every time so far, but then again so did Odin and heimdal