What the data for this category looks like
Optical module-related data mainly comes from public specifications of original communication equipment manufacturers, standard documents of optical communication industry alliances, carrier procurement tender announcements, and third-party industry monitoring databases. Data update rhythm adjusts with new product launches and industry standard iterations. Original manufacturer specifications have no fixed update cycle, while industry monitoring data is updated quarterly. The document structure includes fields such as model identifier, transmission rate, operating power consumption, operating temperature range, interface type, manufacturer, applicable link length, and more. Most field units use standardized communication industry units such as Gbps, W, ℃, km.
What constraints do these characteristics impose on the citation sources and traceability link
The multi-source and scattered nature of optical module data requires the traceability link to bind a unique model code as the associated identifier, to avoid model confusion across sources. The lack of a fixed update cycle requires traceability configuration to associate data version timestamps, ensuring that the latest valid specifications are cited. The differences in standardized unit expressions require the traceability link to add unit normalization verification logic, to avoid unit conversion errors from different data sources. The scenario-based applicable link length field requires synchronously marking the application scenario corresponding to the data source during traceability, to ensure citations comply with corresponding industry specifications.
How to Configure the Settings
| Configuration Item | Recommended Value | Rationale |
|---|---|---|
reference_max_count | Top 3-5 entries | Optical module data entries are compact. Excessive citations will lead to report redundancy, and core parameters are concentrated within 3-5 entries |
similarity_threshold | 0.75-0.85 | Optical module models and parameters have strong uniqueness. A threshold that is too low will introduce irrelevant data, while a threshold that is too high may miss valid homologous parameters |
reference_version_enable | Enabled | Optical module specifications have no fixed update cycle. Version timestamps must be used to filter outdated data, ensuring that the latest published manufacturer specifications are cited |
parse_chunk_size | 800-1200 characters | Parameters in a single optical module specification are concentrated. Too large a chunk size will easily lose associated parameters, while too small a chunk size will split the complete parameter group of the same model |
unit_normalization_switch | Enabled | There are subtle differences in unit expressions across different data sources. Automatic conversion to standardized communication industry units is required to avoid unit confusion during traceability |
source_tag_field | Manufacturer name + release date | Traceability of optical module data requires clear identification of the source subject and update time, to ensure that citations are traceable |
The parameter values provided on this page are conventional recommendations used as a starting point for configuration. Actual values are affected by material form, data volume and business rules. Specific issues require case-by-case analysis. It is recommended to conduct tests on your own samples before finalizing the settings.
Three Common Configuration Errors
- Unhidden [1][2]-style citation markers appear in the generated due diligence report body. The cause is failing to set
reference_display_modeto only display citations in the footer, and failing to embed markers in the body content. - Outdated optical module specification parameters are cited in the generated due diligence report. The cause is failing to enable the
reference_version_enableparameter, and failing to verify the release time of the data, resulting in the inclusion of old version specification data. - Unit mismatch verification failure occurs during traceability. The cause is failing to enable the
unit_normalization_switchparameter, and failing to unify unit expressions from different data sources, resulting in failure to associate different unit versions of the same parameter.
How to Confirm the Configuration is Correct
- Import at least two sets of same-model optical module data from different sources, trigger the generation of a due diligence report, and check whether the annotation of each citation includes the manufacturer name and release time.
- Check the footer area of the generated report, confirm that citation markers are only displayed in the footer and not embedded in the body content.
- Import an optical module specification marked with an old version release time, check whether the system automatically excludes this data and does not include it in the citation scope.
- Adjust the configuration value of
similarity_threshold, trigger a test query, and confirm that the number of recalled results matches the adjusted expectation.
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.