成功案例

Customer Requirements

Fully automatic dicing machines require real-time processing of critical data—such as cutting paths, process parameters, and equipment status—alongside high-speed computations for blade breakage detection, non-contact height measurement, and precision slot detection. These demanding tasks place stringent requirements on the storage system, where any performance shortfall can directly impact cutting accuracy and operational reliability. Key challenges include:

• Low Latency & High Throughput: Micron-level precision demands real-time read/write responses to prevent trajectory deviations.
• High Reliability: 24/7 operation requires resistance to temperature/humidity variations, long service life, and robust interference immunity.
• Flexible Compatibility: Must seamlessly integrate with embedded systems and OSs like Linux, ensuring no data loss or corruption during continuous operation to support smart manufacturing analytics.

ADATA Industrial Solution

The ADATA Industrial SATA ISSS31CP Series SSD is the ideal choice for wafer dicing machines. The product offers the following key features:

• DRAM Buffer for Accelerated Real-Time Data Processing
  Built-in DRAM cache significantly enhances 4K random read/write speeds, enabling low-latency data transfer to meet the demands of processing large volumes of real-time data.
• Power Loss Protection for Data Security
  Integrated power protection mechanisms and anti-power-loss firmware effectively handle sudden voltage fluctuations or power outages, ensuring data being written is safely saved and preventing recording interruption or corruption due to power abnormalities.
• Industrial-Grade Endurance & Stable Recording Capability
  ADATA Industrial SSDs offer excellent continuous write performance and strong data retention, fully adapting to the harsh environments of 24/7 uninterrupted operation. They effectively withstand wear from high-frequency data writing, achieving continuous, stable, and lossless data recording.

ADATA Industrial SSDs have successfully empowered the client's equipment, achieving simultaneous leaps in precision and efficiency. We have not only solved the real-time data storage challenges in high-precision manufacturing but also provided strong support for the client's digital transformation in the field of semiconductor smart manufacturing through stable storage performance.