MaxLinear: MaxLinear, Inc. Unveils Rushmore Low-Power 1.6T PAM4 DSP for AI/ML and Data Center Networks

MaxLinear, Inc. announced the sampling and commercial availability of its 1.6T (200G/lane) PAM4 SERDES (Serializer/Deserializer) and DSP, Rushmore. Built on Samsung's CMOS technology, this DSP delivers a substantial boost in performance, power efficiency and density, enabling 1.6T optics and active copper cables, and paves the way for the next generation of high-speed, efficient networking. Key Features and Benefits of Rushmore: High-Speed: Capable of up to 200G per lane, compatible with Ethernet and InfiniBand® protocols. Power Efficiency: Designed to support the next generation of 25W DR/FR optical modules, adhering to OIF, IEEE, and IBTA standards. Low Latency Architecture: Optimized for the low latency demands of AI/ML clusters. Low Power Modes: Includes special features and modes to optimize link power budgets. Advanced Diagnostics: Equipped with MPI detection and localization, full 8x8 crossbar, and pre-FEC BER monitor for comprehensive link health monitoring. Automated DPD (Digital Pre-Distortion): Optimizes transmitter performance across all laser technologies, including EMLs and silicon photonics. Integrated Driver Option: Offers an integrated driver optimized for high-output swing and reduced system power consumption. Best-in-Class DSP + TIA: Co-designed to partner with MaxLinear?s Washington TIA to provide the best performance on the market. MaxLinear, Inc. announced the sampling and commercial availability of its 1.6T (200G/lane) PAM4 SERDES (Serializer/Deserializer) and DSP, Rushmore. Built on Samsung's CMOS technology, this DSP delivers a substantial boost in performance, power efficiency and density, enabling 1.6T optics and active copper cables, and paves the way for the next generation of high-speed, efficient networking. Key Features and Benefits of Rushmore: High-Speed: Capable of up to 200G per lane, compatible with Ethernet and InfiniBand® protocols. Power Efficiency: Designed to support the next generation of 25W DR/FR optical modules, adhering to OIF, IEEE, and IBTA standards. Low Latency Architecture: Optimized for the low latency demands of AI/ML clusters. Low Power Modes: Includes special features and modes to optimize link power budgets. Advanced Diagnostics: Equipped with MPI detection and localization, full 8x8 crossbar, and pre-FEC BER monitor for comprehensive link health monitoring. Automated DPD (Digital Pre-Distortion): Optimizes transmitter performance across all laser technologies, including EMLs and silicon photonics. Integrated Driver Option: Offers an integrated driver optimized for high-output swing and reduced system power consumption. Best-in-Class DSP + TIA: Co-designed to partner with MaxLinear?s Washington TIA to provide the best performance on the market.