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Portfolio of connectivity, monitoring, control, and power-management solutions helps enable rack-level control-plane architectures for AI, cloud, enterprise, and edge infrastructure.
MaxLinear, Inc. (NASDAQ: MXL) has introduced RackCommander™, a portfolio of connectivity, monitoring, control, and power-management products that help enable modern rack-level control-plane architectures for AI, cloud, enterprise, and edge infrastructure.
Building on MaxLinear’s recently announced Coronado™ and Laguna™ USB-UART solutions for AI data center control-plane connectivity, RackCommander brings together products across the key functions needed to manage increasingly complex rack-scale infrastructure. With Full- and High-Speed USB UARTs, RS-485 transceivers, GPIO expanders, power management, and power protection technologies, MaxLinear offers a comprehensive silicon portfolio for rack management and console-port applications. These solutions are designed to support control-plane and console-access requirements for AI infrastructure, including Universal Baseboards (UBBs), multi-node systems, and rack-scale architectures.
As AI infrastructure transitions from server-centric architectures to rack-scale systems, the management challenge is changing dramatically. A modern AI rack may include multiple compute trays, dozens of accelerators, power shelves, liquid-cooling subsystems, sensors, service processors, and multiple management controllers. Traditional server-centric management approaches were not designed to efficiently manage these increasingly complex rack-scale environments.
Industry analysts project datacenter semiconductor revenue to reach approximately $843 billion by 2030. Independent market surveys also project sustained growth for rack-controller and rack-management infrastructure as operators deploy increasingly dense AI systems. Future AI racks require a control plane that spans console access, infrastructure communications, monitoring, telemetry, protection, and rack-level serviceability.
RackCommander helps customers address these requirements with MaxLinear products that can support:
Together, these technologies help customers:
For hyperscalers, OEMs, ODMs, and infrastructure providers, RackCommander highlights MaxLinear products that help enable next-generation AI rack-control systems. This differentiation is increasingly important as AI infrastructure evolves toward rack-level architectures that require a more capable control plane for visibility, connectivity, monitoring, and control across the rack.
“AI infrastructure is creating a new control-plane architecture that extends far beyond the traditional BMC,” said Amit D. Bavisi, Ph.D., Senior Vice President and General Manager of MaxLinear’s Analog Mixed-Signal Business Unit. “Future AI racks must securely connect compute nodes, power shelves, cooling systems, sensors, and service processors into a unified management domain. MaxLinear has assembled a comprehensive silicon portfolio for this transition, spanning full- and high-speed USB-UARTs, RS-485 communications, GPIO expansion, eFuse, monitoring, telemetry, power management, and protection. With RackCommander, MaxLinear is helping customers build the control-plane foundation required for next-generation rack-scale AI infrastructure.”
“We are excited to work with MaxLinear and a top-tier cloud service provider on RackCommander,” said Jack Tu, Senior Vice President and Chief Product Marketing Officer of WPI Group. “As AI infrastructure evolves toward rack-scale architectures, customers are looking for proven technologies that accelerate development and deployment while simplifying management of increasingly complex AI infrastructure. RackCommander brings together a broad range of MaxLinear products that help simplify rack management, improve system visibility, and bring next-generation AI infrastructure solutions to market faster.”
More information about the RackCommander™portfolio of connectivity, monitoring, control, and power-management products