A: During the R&D phase, we offer engineering prototype rental and in-depth debugging support. Our test systems help design teams accurately characterize IC performance limits, while our programming systems assist with early firmware iteration and reliability verification. Our engineers participate throughout the process, providing data analysis and troubleshooting to accelerate development.

A: Our equipment features the following core strengths:
Ultra-high speed: Adopting cutting-edge UFS 4.1 and USB 4.0 technologies, UFS programming speed reaches up to 3000 MB/s, greatly shortening production time for mass manufacturing.
Strong productivity: Supporting 8-channel simultaneous programming on a single unit, or multi-unit networking for synchronous programming of up to 128 IC, with monthly capacity easily exceeding 1.5 million units.
Offline / online dual mode: Equipped with universal offline programmers as well as online programmers supporting JTAG/SWD and multiple other protocols.
Wide compatibility: Supports various MCUs, Flash and storage IC, and adapts to different packages by replacing Pin Cards.
Intelligent integration: The automatic programming system (AT3 Series) is equipped with 3D vision and linear motors, achieving precision of ±0.01mm, and supports networking with MES systems to realize unmanned automatic production.
Extreme cost-effectiveness: Equipment investment and operating costs are much lower than competing products (as low as 1/15), helping customers achieve efficient output with a lower entry barrier.

A: Absolutely. All our mainstream equipment comes with standard communication protocol interfaces and supports customized mechanical and electrical interfaces. Our engineering team provides full support from single-machine integration to full-line debugging, ensuring seamless integration into your smart factory ecosystem, with real-time production data upload and MES system control.

A: Its core advantages lie in full protocol stack support and extreme performance. We not only fully support the UFS4.1 command set (with backward compatibility), but also push programming speeds close to the theoretical interface limit through hardware acceleration engines, greatly shortening production cycle times. Meanwhile, built-in intelligent verification and error recovery mechanisms ensure 100% data accuracy and process reliability even at high speeds — something that general-purpose programmers cannot match.

A: Our optical inspection system is mainly used for the appearance inspection of packaged finished products and the monitoring of key processes, efficiently detecting defects including lead coplanarity, warpage, reverse mounting, marking errors, surface scratches and foreign contaminants. With a maximum detection accuracy of ±3 microns, it integrates AI vision algorithms for continuous learning and optimization to reduce false alarms and enhance yield in high-end manufacturing.

A: The core advantage of our programmers lies in their open architecture and powerful algorithm development engine. We have built a mature algorithm library covering tens of thousands of IC from major manufacturers. For new IC, supported by our cross-strait R&D teams, we can deliver fully validated programming solutions within 1–4 weeks after confirming demand, delivering industry-leading response speed especially in high-end storage interfaces such as UFS 4.1.