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Empower Chip Design Innovation with RISC-V and ACL Digital’s Semiconductor Engineering Expertise

Comprehensive RISC-V Solutions for High-Performance SoC and Chip Development

ACL Digital’s RISC-V partnership program accelerates organizations to drive innovation in open-standard, high-performance processor architectures. With deep expertise and proven SoC design capabilities, we help businesses unlock the potential of RISC-V to deliver scalable, efficient, and secure semiconductor solutions. Our RISC-V Center of Excellence expedites development cycles and ensures optimal performance for complex semiconductor applications.

By collaborating with ACL Digital, enterprises gain a trusted technology partner with a strong foundation in RISC-V design, verification, and integration. From concept to silicon, we deliver tailored solutions across AI/ML, Automotive, IoT, and HPC domains. Together, we can shape the next generation of intelligent, energy-efficient systems that redefine performance, flexibility, and cost efficiency.

RISV overview

RISC-V Solutions Driving Semiconductor Innovation and System Performance

ACL Digital delivers end-to-end RISC-V design, development, and verification services, helping enterprises innovate faster, optimize performance, and achieve scalability across AI, Automotive, IoT, and High-Performance Computing through advanced semiconductor engineering expertise.

Partnership Benefits with ACL Digital

The combined strengths of RISC-V and ACL Digital deliver a decisive advantage to organizations building next-generation semiconductors and embedded solutions. This collaboration enables enterprises to innovate faster, reduce development risk, and bring differentiated silicon and systems to market with greater confidence.

Accelerated IP Integration Across Heterogeneous Systems

Streamlined integration of RISC-V cores with 3rd-party IP, accelerators, security blocks, and custom peripherals speeds up SoC assembly.

Consistent Performance Tuning Across the Compute Stack

Joint optimization of micro-architecture, memory hierarchy, and interconnect protocols ensures consistent throughput and lower latencies.

Reliability, Safety, and Functional Compliance Support

Support for ISO 26262, ASIL-level flows, and robust verification frameworks helps meet automotive and mission-critical reliability targets.

Early Architecture Modeling & Simulation

Cycle-accurate and performance modeling enables early bottleneck identification, reducing post-silicon surprises.

Power Optimization for Edge and Embedded Devices

Architectural tuning, clock gating, and low-power design methodologies help achieve aggressive power and thermal targets.

Flexible Customization Without Vendor Lock-In

The open RISC-V model, combined with ACL Digital engineering, allows fine-grained customization while avoiding proprietary constraints.

Rapid Bring-Up Through Emulation & FPGA Validation

Comprehensive emulation and FPGA prototyping capabilities shorten the validation loop before tape-out.

Scalable Support for Future RISC-V Extensions

Future-proof architectural planning ensures compatibility with upcoming RISC-V ISA extensions and evolving ecosystem tools.

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