Accelerating Tech Success with Silicon Validation and Embedded Engineering Solutions
Silicon validation and embedded system engineering services are indispensable in tech enterprises today and can directly impact a company’s success. A partner must be committed to delivering chip validation services and embedded system engineering services, which encompass critical aspects such as silicon engineering solutions, sustenance and quality engineering, technical support, and more.
At ACL Digital, our focus extends to turnkey semiconductor design services and platform and solution engineering, encompassing specifications, validation, and catering to the needs of semiconductor companies and OEMs. Our extensive industry experience allows us to provide pro-technical and FAE support to ensure the success of our end customers.
Accelerate
Time-to-Market
Reduce
Rigorous
Scale to
Comprehensive Silicon Embedded Engineering Services for Smart Devices and Complex Systems
Pre-Silicon & Post-Silicon Validation
We cover hardware/software design, verification, test automation, SoC/IP functional validation, device driver validation, and EDA tool validation.
Platform Software Engineering
We provide low-level firmware development, integration, optimization, testing, board support, platform bring-up, drivers, boot, BSPs, SDKs, build system, etc.
Solution Engineering
Our complete silicon engineering solutions include designing and developing cutting-edge chips to meet rapid development demands and industry scalability requirements.
Sustenance & Quality Engineering
We ensure the continuous functionality of Embedded SDK/BSP, facilitate seamless SDK upgrades, provide support for legacy chipsets, and deliver customer-specific releases.
Technical Customer Support
We provide FAE (Field Application Engineer) support for customer design success, with dedicated L1 customer support and personalized L2/L3 technical assistance, including architecture and design expertise.
Pro-Support/IDH
We ensure professional support for MPU and MCU solutions. Our manufacturing-ready form factor designs cater to OEMs and are backed by collaboration with Independent Design House partners.
Silicon Embedded Engineering Services for Emerging Technology Innovations
Industries We Serve
Client Impact
How a US-Based Semiconductor Company Enhanced their Occupancy Sensing Solution
The client wanted to enhance their existing solution by incorporating SiLabs BLE SoC support for BLE connectivity to meet the high demands of one of their valued customers.
The Challenges
- Need for features to meet the end-customer requirement.
- Lack of support for SiLabs BLE SoC to enhance the chipset
The Outcomes
- ACL Digital assisted the client in migrating the BLE System On Chip (SoC) from Nordic to SiLabs SoC, supporting their occupancy sensing solution chipset.
- The customer was able to offer an optimum solution to their valuable customers to win a high-volume long-term contract for an occupancy sensing solution chipset.
Driving Connectivity: Optimized Chipset Solutions for Seamless Wireless Performance
Comprehensive engineering support enhanced the reliability and performance of wireless connectivity chipsets, enabling seamless operations, accelerated time-to-market, and cost-efficient solutions for a leading semiconductor manufacturer.
The Challenges
- Ensuring the reliability and scalability of wireless chipsets amidst evolving technological demands.
- Addressing performance optimization and troubleshooting for enhanced connectivity solutions.
- Meeting aggressive timelines while maintaining high-quality standards in engineering and technical support.
The Outcomes
- Delivered end-to-end engineering solutions, optimizing chipset performance and reliability.
- Enabled faster time-to-market for wireless solutions.
- Reduced operational costs through efficient support strategies and streamlined processes.
Seamlessly Migrating from Nordic BLE Chipset to Silicon Labs SoC for Enhanced IoT Solutions
This migration project involved replacing a Nordic BLE chipset with a Silicon Labs SoC for a client in the IoT domain, ensuring superior performance, reduced costs, and seamless compatibility.
The Challenges
- Ensuring smooth transition without disrupting the existing architecture.
- Maintaining backward compatibility to avoid hardware redesign.
- Reusing legacy test cases and utilities while implementing the new solution.
- Avoiding field-related issues during the migration process.
The Outcomes
- Successfully delivered a robust migration with zero field issues.
- Reduced time and cost by reusing existing test cases and utilities.
- Maintained compatibility with the previous architecture while incorporating advanced features from the Silicon Labs SoC.
