Deployment and Upgrade for Semiconductor Marketing Content

Semiconductor marketing content data mainly comes from fab process documents, customer custom requirement forms, industry technical white papers, and

What the data for this category looks like

Semiconductor marketing content data mainly comes from fab process documents, customer custom requirement forms, industry technical white papers, and product specifications. Update rhythm adjusts with new product launches and process iterations, with concentrated updates when new products go live, and routine parameter calibration quarterly. Document structure includes fields such as chip model, process node, power consumption parameters, package type, and applicable application scenarios. Units are mostly nanometers (nm), watts (W), number of pins, etc. There are both single-page selection quick reference sheets and dozens of pages of full wafer test reports.

The multi-type document characteristics of semiconductor marketing content impose multiple constraints on the deployment and upgrade link. Long documents such as wafer test reports require longer parsing timeout to avoid parsing interruptions. The structure with multiple fields and exclusive units requires configuring custom field extraction rules to adapt to industry-specific units such as nanometers and watts, avoiding parameter parsing errors. The non-fixed-cycle update rhythm requires the upgrade process to support rapid adaptation to newly added process and package type fields, and hard-coded field mapping logic should not be used. The number of batch-processed documents fluctuates greatly, so the parallel running thread threshold needs to be adjusted to adapt to marketing content generation tasks of different scales.

How to set the configurations

Configuration ItemRecommended ValueRationale
PARSE_FILE_TIMEOUT_SECONDS600–900 secondsSemiconductor marketing documents include long-form wafer test reports, requiring sufficient time to complete full parsing
UPLOAD_FILE_MAX_SIZE2000 MBSome individual wafer process documents can reach 1.5 GB in size, requiring adaptation to large file upload requirements
BATCH_PARALLEL_LIMIT5–8 parallel tasksSemiconductor marketing document parsing has high CPU resource usage, to avoid resource overload
CUSTOM_FIELD_MAPPINGCalibrated based on actual testingSemiconductor fields include industry-specific fields such as process nodes and package types, requiring custom mapping rules to adapt to industry terminology
MAX_CONTEXT_LENGTH8000–12000 charactersSemiconductor marketing content requires complete retention of process parameter context to avoid truncation of key information
RECALL_CHUNK_SIZE1000–1500 charactersSemiconductor parameters have strong correlations, requiring sufficient context fragments to be retained for accurate recall

The parameter values provided on this page are common recommended starting points for configuration. Actual values are affected by material form, data volume and business rules. Specific issues require specific analysis, and it is recommended to test on your own samples before finalizing settings.

Three common mistakes

  • The phenomenon is that when deploying version 4.9.9 locally via Docker, database connection errors occur at intervals of several hours. Recovery requires deleting the PostgreSQL container and redeploying. The cause is that no database persistent storage volume is configured, and locally stored metadata is lost after the container restarts, leading to connection abnormalities.
  • The phenomenon is that task execution times out when generating marketing content in batches. The cause is that the PARSE_FILE_TIMEOUT_SECONDS parameter is not adjusted, and the long document parsing time exceeds the default threshold.
  • The phenomenon is that semiconductor parameter units are missing or incorrect in the generated marketing content. The cause is that the CUSTOM_FIELD_MAPPING rule is not configured, and the extraction logic for industry-specific units such as nanometers and watts is not adapted.

How to confirm the configuration is correct

  • A typical semiconductor wafer test report should be uploaded, and the parsed fields checked to confirm whether they include preset content such as process nodes and power consumption, verifying that the custom field mapping rules take effect.
  • More than 5 semiconductor marketing documents should be submitted simultaneously, and parallel task execution checked to confirm alignment with the configured quantity, with no resource overload error messages present.
  • Deployment logs should be reviewed to confirm there are no persistent database connection abnormalities or periodic interruption prompts.
  • A piece of marketing content should be generated, and its parameter units checked to confirm consistency with the source document, verifying that the parsing rules adapt to industry terminology.

Question material comes from public community discussions. Configuration values are common starting points and should be measured against your own samples. Verified on 2026-09-14.