Motherboards News - Page 1

A new report at Wccftech indicates that the launch of entry-level A620 motherboards for AM5 Ryzen 7000 CPUs is happening this week, with an MSI A620 motherboard set to launch with a price point under USD 90.

And yeah, that's what we'd call entry-level and affordable, and something that will open the door to more budget-conscious Ryzen builds using the lower, more efficient SKUs of the Ryzen 7000 Series. Like, say, the AMD Ryzen 5 7600.

Of course, lowering the price does mean reducing the capabilities, with PCB images of the MSI A620 board showcasing a 6+2+1 VRM design and a single 8-pin power connector for the AM5 socket. Still, the board will feature VRM heatsinks and, per the AM5 spec, support DDR5 memory (with AMD EXPO overclocking) via two slots.

Cheap AM5 motherboards are right around the corner, with the entry-level A620 boards for Ryzen 7000 CPUs set to launch soon. And we might be seeing prices drop below the USD 100 barrier, making them excellent options for budget-conscious gamers putting together a new build.

Retail listing for the new MSI Pro A620M-E motherboard, image credit: Momomo_US

Two overseas (or local, depending on where you're reading this) retailers have listed the new MSI Pro A620M-E motherboard - Polish site BuyIT and the Slovakian-based Edis Computers. The listings arrive via @Momomo_US.

With the price conversion to USD, you're looking at roughly $80 for the budget AM5 motherboard. No images or details for the MSI Pro A620M-E motherboard were listed, so we can only speculate based on our knowledge.

Thanks to VideoCardz.com, we've got our first look at an entry-level A620 motherboard for AMD's new AM5 platform introduced with the new Ryzen 7000 CPU range. A620 will be the affordable entry-level option below B650 and X670 series offerings.

ASRock A620 motherboard for Ryzen, image credit: VideoCardz

A620 boards will greatly interest those looking to create a new Ryzen build that doesn't break the bank.

With the first shots of the upcoming ASRock A620 motherboard (A620M-HDV/M.2), we've also got some idea of what's being cut to pave the way for a more affordable range of AMD-compatible boards.

Recently we reported on ASUS's new BTF motherboard range, where the physical design put all the primary connections on the underside for improved cable management. It's part of the company's DIY-APE design. In fact, it's the sort of design that we'd love to see become standard - the only real catch being that, as of now, only a limited number of cases support the design.

MSI B650 motherboards with new powerr-connector design, Image Credit: Bilibili

That is, cases with suitable holes and space so these new motherboards can be mounted in the first place. But with one of the largest manufacturers of motherboards, ASUS, creating motherboards like the TUF GAMING B760M-BTF WIFI D4, we've also got word that another big player is looking to do the same.

With new reports coming in, it's looking like MSI is prepping its own AMD B650 motherboards with the main power connectors on the underside. And Maxsun too. On the MSI front, we'd love to see the design as part of the company's iconic Tomahawk range.

AMD's Ryzen 7000 CPUs had their sales momentum hampered by the cost of upgrading initially, with expensive motherboards being part of the problem right off the bat - but now truly affordable AM5 options are arriving.

This ASRock B650M board is the most affordable AM5 product so far (Image Credit: ASRock)

Enter stage left the ASRock B650M-HDV/M.2 motherboard, which Newegg is offering for US$125 right now, a US$15 discount on the recommended price (US$140).

We say Newegg is offering it, although at the time of writing, it's still officially on pre-order, but it goes on sale today (March 10), so should be available in a matter of hours (probably by the time you read this).

ASUS has revealed its new TUF GAMING B760M-BTF WIFI D4 motherboard, and it features a rare physical design in that the BTF series is all about hiding the connectors on the underside of the motherboard. ASUS notes this will allow clean cable management for that cable-free minimalist look.

ASUS TUF GAMING B760M-BTF WIFI D4 motherboard

BTF stands for "Back To (the) Future" for reasons we assume relate to ASUS engineers being huge fans of the 1980s time-travel classic Back to the Future rather than the cryptic "new era for all PC DIY gamers." Hiding the connections on the underside of the motherboard is something we've seen briefly in the past from the likes of MSI, but it looks like ASUS is set to follow up with the concept, with this new motherboard being the first of more BTF motherboards.

In addition to the main power connectors, the underside houses USB connectors for front panels, fan headers, and an M.2 PCIe Gen 4 slot for additional storage. Of course, this motherboard will require a compatible case, as only a few PC cases provide access to where the underside connectors are placed.

A new report covering motherboard shipments from four of the biggest names in the game - ASUS, GIGABYTE, MSI, and ASRock - has revealed that 2022 was a devastating year. According to DigiTimes (via Tom's Hardware), citing supply-chain sources, there was a decline of around 10 million in motherboard shipments compared to the previous year.

The usual suspects of economic downturns and a post-pandemic slump are listed as the reasons, which is in line with recent reports about overall PC shipments seeing a similarly massive decline in 2022.

Even though 2022 saw the release of new CPUs from Intel and AMD, with the latter introducing a new motherboard chipset in the form of AM5, it wasn't enough to cover the shortfall in demand for new PC hardware.

GIGABYTE's new mid-range B760 AORUS Elite motherboard has been spotted, the first custom B760-based motherboard so far... check it out:

The new GIGABYTE B760 AORUS Elite motherboard isn't a high-end board, with no support for DDR5 memory and in its place DDR4 memory... so it is the perfect motherboard for someone who is looking at a new CPU like Intel's mid-range Core i5-13600K processor, but didn't want to buy DDR5 memory, too.

AMD has been struggling to sell its new Ryzen 7000 series CPUs given that consumers need to buy a higher-end X670 or B650 motherboard, which require DDR5 memory for the most part... but if you're waiting to upgrade to Intel's new 13th Gen Core "Raptor Lake" CPUs and didn't want to invest in DDR5, there are new motherboards on the way.

GIGABYTE has just announced that its "Instant 6GHz" feature is now available for their Z690 motherboards with a simple BIOS update, ready to boost performance on Intel's Core i9-13900K and Core i7-13700K processors.

The new Instant 6GHz feature on GIGABYTE's fleet of Z690 motherboards will add another 3% performance for single-core on the Core i9-13900K and Core i7-13700K processors. This new Instant 6GHz feature is great for Z690 motherboard owners who have the new Core i9-13900K or Core i7-13900K, without needing to buy a new Z790 motherboard to hit 6.0GHz.

GIGABYTE Z690 motherboard owners will simply need to upgrade to the latest BIOS on their motherboard to enjoy the Instant 6GHz feature, with the system automatically tweaking CPU voltage and Vcore Load Line Calibration of the Intel Core i9-13900K and Core i7-13700K processors, detecting the two most optimized cores to handle 6.0GHz, providing an additional 3% of single-core performance, just like the Z790 motherboards easily do.

Intel is reportedly gearing up for a February 2023 reveal of its next-gen HEDT platform in the form of the upcoming Sapphire Rapids "Fishhawk Falls" Xeon CPUs... but with it we'll see the W790 chipset, and now, we have a Canadian retailer listing pricing for a W790 motherboard real, real early.

Intel's upcoming 4th Gen Xeon Scalable CPU will be based on the Sapphire Rapids CPU architecture, which will be unveiled on January 10 according to the latest rumors... meanwhile, Canadian retailer ATIC has listed -- very early, very, very early I might add -- the SuperMicro X13SWA motherboard which is based on the upcoming W790 chipset.

SuperMicro X13WSA-TF motherboard based on the W790 chipset (source: ATIC)