Excitement is building as new images of AMD’s forthcoming B850 motherboard have been unveiled. These snapshots provide us with a glimpse into what we can expect from AMD’s next wave of budget-friendly motherboards. Traditionally, AMD has made a habit of releasing its premium products followed by more affordable alternatives. However, breaking away from this norm, the company delayed its 800-series affordable chipset motherboards to 2025, leaving a temporary gap in the market.
The latest images of the Gigabyte B850M AORUS ELITE WIFI6E ICE variant suggest that the B850 series is gearing up for arrival in the supply chain. Featuring a sleek all-white design adorned with the recognizable AORUS branding across its VRM heatsinks, this motherboard offers four DIMM slots, promising enhanced performance for budget-conscious users.
Digging into the specifics, the B850 chipset offers impressive Gen5 and Gen4 functionalities. Specifically, Gen5 is tapped for NVMe storage, while Gen4 caters to graphics. Notably, motherboard manufacturers can elect to allocate the Gen5 lanes to discrete graphics cards, adding a layer of customization. Perhaps the most appealing aspect of the B850 motherboards is their support for memory and CPU overclocking—an area where they stand out against competing Intel offerings.
The much-talked-about B850 and B840 motherboards are slated for a CES 2025 release, promising to provide consumers with expanded options for pairing with Ryzen 9000 series CPUs. As AMD gears up for this launch, buyers can look forward to options that strike a balance between performance and affordability.
To give perspective on where these new chipsets stand among AMD’s lineup, the B850 chipset boasts PCIe lanes for NVMe and is versatile with configurations such as 1×16, 2×8 options, alongside extensive USB 3.2 support. All these features are nestled within a design that aims to elevate the budget motherboard market.
Keep your eyes peeled as AMD prepares to roll out these exciting new offerings, which may very well redefine expectations for budget-friendly computing hardware.
