极致轻量，算力降维释放 Ultra-Lightweight by Design
专为存储与算力受限的嵌入式芯片设计，内存开销较通用求解器降低 50%+。 Designed for memory- and compute-constrained embedded chips, with memory overhead reduced by 50%+ versus general-purpose solvers.
突破算力边界，让模型预测控制（MPC）与高动态控制在低成本 MCU / DSP 上平民化落地。 Break through compute limits and make model predictive control (MPC) and high-dynamic control feasible on low-cost MCU and DSP platforms.
专为存储与算力受限的嵌入式芯片设计，内存开销较通用求解器降低 50%+。 Designed for memory- and compute-constrained embedded chips, with memory overhead reduced by 50%+ versus general-purpose solvers.
即使运行于单精度浮点或小算力主控，仍可保持极高数值稳定性与解算精度。 Retains exceptional numerical stability and solution accuracy, even on single-precision floating point and low-compute controllers.
零动态内存分配、无外部库依赖，100% 符合 MISRA-C 规范，轻松移植至 MCU、DSP 及 RTOS 平台。 Malloc-free and library-free, with 100% MISRA-C compliance for straightforward deployment on MCU, DSP, and RTOS platforms.
汽车底盘控制 Automotive Chassis Control
在低成本 MCU 上实现毫秒级约束优化，提升车身动态响应与安全性。 Achieve millisecond-scale constrained optimization on cost-effective MCUs for greater vehicle response and safety.
高性能执行器 High-Performance Actuators
突破微秒级控制周期，消除电机高频响应下的转矩脉动与饱和过载。 Meet microsecond-scale control cycles while reducing torque ripple, saturation, and overload under high-frequency motor response.
智能装备控制 Intelligent Equipment Control
以极低 RAM 占用完成实时优化，大幅降低主控芯片 BOM 成本。 Deliver real-time optimization with minimal RAM use and substantially lower main-controller BOM cost.
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