ASRock X670E Motherboard Series Launches Ready for AMD AM5 CPUs

[btarunr]

Leading global motherboard manufacturer, ASRock, is proud to announce its X670E motherboard series, ready for new AMD Ryzen 7000 Series processors. This first wave of AMD Socket AM5 motherboards includes Special Edition X670E Taichi Carrara, flagship X670E Taichi, high-end X670E Steel Legend, mainstream X670E PRO RS, and entry X670E PG Lightning.

"With the AM5 platform we're investing in the next generation of high-performance computing and gaming," said David McAfee, Corporate Vice President and General Manager, Client Channel Business Unit, AMD. "With the continued support of best-in-class partners like ASRock, AMD is bringing the most advanced features and technologies to desktop. The X670 Extreme is designed to bring the best connectivity and ultimate overclocking with PCIe 5.0 support."



ASRock X670E Taichi & X670E Taichi Carrara
Echoing the strength and beauty of Italian Carrara marble, the 20th Anniversary Special Edition X670E Taichi Carrara showcases a beautiful, marbled cover design, and bundles a matching cooling fan with same marbled design.

"The X670E Taichi Carrara is a special edition motherboard to celebrate the 20th Anniversary of ASRock, "Taichi Carrara" resembles the high strength and the esthetic of Carrara marble, which are also the key elements we used while developing this motherboard", Said Chris Lee, Vice President of ASRock motherboard & gaming monitor business unit.

ASRock went all-out on its VRM design by designing with a 24+2+1 phase Smart Power Stage (SPS) Dr.MOS on the X670E Taichi series, providing users with the most powerful AM5 platform it can offer ready to unlock maximum CPU performance.

The new flagship ASRock X670E Taichi motherboards are equipped with many exciting features and technologies such as PCIe 5.0 16x GPU slot & DDR5 with Reinforced Steel Slots, an incredible IO that includes the latest USB4, plus four M.2 slots including a specially designed Blazing M.2 Gen5 heatsink and fan to help chill the latest ultra-high speed PCIe 5.0 M.2 SSDs. Other features include integrated Killer Wi-Fi 6E, Killer 2.5G Ethernet, ESS Saber DAC, Nahimic Audio, and BIOS Flash Back.

ASRock X670E Steel Legend & X670E Pro RS
Designed for enthusiasts, the ASRock X670E Steel Legend and X670E Pro RS both use premium 8-layer PCBs that improve OC capability and help keep the motherboard cooler even when using powerful hardware. The 16+2+1 (Steel Legend) and 14+2+1 (Pro RS) Smart Power Stage VRMs are ideal for any Socket AM5-based Ryzen 7000 Series processor; SPS VRMs improve efficiency, run cooler and help keep the system more stable.

Both motherboards include PCIe 5.0 16x GPU slot & DDR5 with Reinforced Steel Slots, four M.2 slots including Blazing M.2 Gen5 SSD, AMD RZ616 Wi-Fi 6E, Dragon 2.5G Ethernet for maximum expandability and functionality.

ASRock X670E PG Lightning
Targeting the best mix of high quality and great features at an affordable price, the motherboard includes PCIe 5.0 16x GPU slot & DDR5 capability, four M.2 slots including PCIe 5.0 M.2 SSD, Dragon 2.5G Ethernet, convenient integrated IO shield and offers a premium 8 layer PCB design with 14+2+1 SPS power phases that's ideal for every AMD Ryzen 7000 Series processor.

View at TechPowerUp Main Site

 

[big_glasses]

ah, sounds like fake marble

 

[Jimmy_]

those white board graphics are looking sicks dude

 

[Chaitanya]

Along with Gigabyte, Asrock also has provides manuals for their X670 offerings.

 

[DeathtoGnomes]

ah, sounds like fake marble

I prefer solid colors.

 

[agatong55]

no itx boards?

 

[InVasMani]

I'm not phased at all by the Taichi's VRM's... , but much wow!

 

[maxfly]

Tha taichi compared to Asus and Gigabyte is cheeeep but still far from reasonable. The carrara is butt ugly until you see the steel legend, bleh.

 

[TechLurker]

I wish the Carrera used a white PCB. It would look better, IMO, and for the RGB fans, it would be a better reflector within the case.

In fact, I wish there was an mATX version of the Carrera or a similarly white-heavy AMD mobo, for build thematic purposes.

 

[RegaeRevaeb]

On another two notes:

1) I'd love for Asrock -- and others -- to ditch the Realtek LAM chips on premium offerings. I225 isn't too much to ask for.

2) I lament the loss of PCIe slots on many new 'high-end' boards. I know some of you will immediately say 'but all you need to plug in is your GPU', to which I say I'll show you where you can plug your... er... Anyway, until 10GbE ports become standard on board, for just one example, I'd like to have multiple slots (populated with at least one 3.0 x 4 in a 16 on ATX boards). The best X570s boards provided great flexibility to choose four NVMes, or slot-use choices, or SATA port usage. Newer CPUs add lanes over time as well, so having to choose won't be as much an issue if manufacturers don't just dump everything into rear IO, too. It'd be nice not to have to take the so-called bottom teir products just to get slots, right (yes, I know some manufacturers have better about this in the past (I'm looking at you, Gigabyte))?

 

[maxfly]

On another two notes:

1) I'd love for Asrock -- and others -- to ditch the Realtek LAM chips on premium offerings. I225 isn't too much to ask for.

2) I lament the loss of PCIe slots on many new 'high-end' boards. I know some of you will immediately say 'but all you need to plug in is your GPU', to which I say I'll show you where you can plug your... er... Anyway, until 10GbE ports become standard on board, for just one example, I'd like to have multiple slots (populated with at least one 3.0 x 4 in a 16 on ATX boards). The best X570s boards provided great flexibility to choose four NVMes, or slot-use choices, or SATA port usage. Newer CPUs add lanes over time as well, so having to choose won't be as much an issue if manufacturers don't just dump everything into rear IO, too. It'd be nice not to have to take the so-called bottom teir products just to get slots, right (yes, I know some manufacturers have better about this in the past (I'm looking at you, Gigabyte))?

We are reaching that point in hardware production where we get as little as possible for as much money as possible.