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| AMD X370 | |
|---|---|
| Name | AMD X370 |
| Manufacturer | AMD |
| Launch | 2017 |
| Socket | AM4 |
| Chipset family | Promontory |
| Form factor | Motherboard |
| Predecessors | 900 series |
| Successors | X470, X570 |
AMD X370
The AMD X370 chipset was launched by Advanced Micro Devices in 2017 as a high-end chipset for the AM4 platform. It served desktop computing, enthusiast gaming, workstation, and content-creation markets alongside CPUs such as the Ryzen 1000 series and later compatible processors. The chipset positioned AMD to compete with contemporaries from Intel and to revitalize partnerships with motherboard vendors and component manufacturers.
The X370 chipset targeted the high-performance segment and enabled multi-GPU configurations, advanced storage, and extensive I/O. It supported features promoted by AMD, motherboard partners, and ecosystem contributors, and appeared on products from ASUS, Gigabyte, MSI, ASRock, and Biostar. The product lifecycle intersected with industry events like Computex and CES and influenced design decisions by OEMs and system integrators.
X370 is part of AMD’s Promontory family and integrated southbridge-like functions including PCI Express lanes, USB controllers, SATA ports, and chipset-managed features. It worked in tandem with AM4 processors which provided direct CPU-attached lanes for PCIe and memory controllers. Key supported technologies included PCI Express multi-lane aggregation for discrete graphics, SATA 6Gb/s for RAID configurations used in storage arrays, NVMe support for M.2 SSDs leveraged by brands such as Samsung and Western Digital, and USB 3.1 Gen1 connectivity implemented by controller vendors. The chipset’s firmware ecosystem involved UEFI implementations from Phoenix Technologies and AMI, while driver stacks were developed by companies such as Microsoft and Linux distributions like Ubuntu and Fedora for compatibility.
AMD positioned X370 above the B350 and A320 chipsets to provide premium features comparable to Intel Z-series offerings from competitors such as Intel Z270 and Z370. Compared with X399 for HEDT platforms and B450 from later refreshes, X370 prioritized enthusiast features including overclocking headroom and multi-GPU support used in configurations referencing NVIDIA SLI and AMD CrossFire. Market positioning involved coordination with retailers like Newegg and Scan, review outlets including Tom's Hardware, AnandTech, and TechSpot, and competitive analysis versus Intel offerings promoted by Intel’s marketing teams.
Major motherboard manufacturers released X370 boards across product tiers: flagship models with extensive VRM designs, midrange boards with balanced feature sets, and compact ITX variants. Notable vendors included ASUS Republic of Gamers, Gigabyte AORUS, MSI Gaming series, ASRock Phantom Gaming, and Biostar Racing. Design attributes varied: multi-phase voltage regulators from suppliers such as Infineon and International Rectifier were paired with heatsinks and PCB layers from manufacturers like Foxconn and TSMC-supplied silicon in companion controllers. Enthusiast-focused models integrated RGB solutions from companies like Corsair and NZXT, audio codecs from Realtek and Creative, and networking from Intel and Killer Networking.
When paired with first-generation Ryzen CPUs, X370 motherboards demonstrated competitive single-thread and multi-thread performance in workloads benchmarked by Cinebench, Blender, and 3DMark, with thermal performance analyzed using AIDA64 and Prime95 stress tests. Memory compatibility with DDR4 modules from G.Skill, Corsair, and Kingston depended on PCB trace layouts and memory controller revisions, with QVLs published by vendors and validated by testing labs. Platform support extended across operating systems including Microsoft Windows 10, Windows 11 (on qualified boards), and major Linux kernels maintained by kernel.org, with driver contributions from Broadcom, Realtek, and AMD.
X370 motherboards were marketed for overclocking and featured robust VRMs designed by OEMs, employing components from Vishay and On Semiconductor and thermal solutions from Cooler Master and Noctua. BIOS/UEFI utilities offered by vendors allowed voltage, multiplier, and memory timing adjustments used by enthusiasts and competitive overclockers participating in events like Intel Extreme Masters and DreamHack. Power delivery robustness affected sustained boost behavior under workloads such as Prime95 small FFTs and AIDA64 system stability tests used by overclockers documented on enthusiast forums like Overclock.net and Hardware Canucks.
The X370 chipset received positive reviews for restoring competitiveness to AMD’s desktop platform and enabling the Ryzen ecosystem, as chronicled by outlets including PC Gamer, Ars Technica, and Linus Tech Tips. It influenced successor chipsets (X470, X570) and helped re-establish relationships with board partners and component suppliers. In historical context, the X370 era is associated with AMD’s resurgence that paralleled developments involving Zen microarchitecture, CCD/CCX design discussions, and market shifts documented in analyses by Gartner and IDC. Many X370 boards remain in use in enthusiast and legacy systems managed by system builders, independent software vendors, and academic labs.
Category:AMD chipsets