Has this component family been characterized before?
Review campaign history, tested date codes, and available evidence packages.
Component Evidence Database
The Orbital Veritas Component Evidence Database provides structured access to radiation evidence, campaign history, date-code characterization, and longitudinal component-family records for commercial, industrial, and automotive-grade semiconductor technologies used in New Space applications.
The database helps engineering teams understand what has been tested, how it was tested, which date codes have been characterized, what campaign history exists, and how evidence has evolved over time.
Rather than recommending technologies, the database documents characterization results, evidence history, and known limitations through a transparent and repeatable framework.
Radiation evidence is scattered.
Radiation characterization data is often distributed across conference papers, public reports, manufacturer documentation, independent studies, and isolated customer campaigns. Even when evidence exists, it can be difficult to answer fundamental questions about a component family.
Engineering teams frequently need to determine whether a component family has been characterized before, which date codes have been tested, how many campaigns exist, what radiation effects have been evaluated, how evidence has evolved over time, and what limitations are already known.
The Orbital Veritas Component Evidence Database organizes this information into a structured and traceable evidence framework built around component families rather than isolated reports.
The database connects component families, manufacturers, approved test boards, radiation campaigns, tested date codes, evidence packages, characterization history, and known limitations into a single source of truth for radiation evidence.
Common questions the database helps answer
Which date codes have been tested?
Track characterization activity across manufacturing periods and revisions.
What radiation effects have been evaluated?
See available TID, SEE, SEL, SEU, SET, displacement damage, and parametric drift coverage where applicable.
How much evidence exists today?
Review campaign counts, characterization history, evidence maturity, and known limitations.
How has understanding evolved over time?
Follow longitudinal evidence across multiple campaigns and date-code characterizations.
What evidence still does not exist?
Identify characterization gaps and areas where future campaigns may expand the evidence base.
Every component-family record is built around evidence.
Each Component Evidence Database record provides a structured view of available characterization history, campaign activity, tested date codes, and known limitations. The objective is to make radiation evidence easier to discover, understand, and compare across commercially relevant semiconductor technologies.
Component Identity
Manufacturer, component family, package options, technology, function category, application domain, and supported device variants.
Characterization History
Campaign records, campaign dates, approved test boards, tested date codes, evidence packages, and characterization milestones.
Radiation Coverage
Available coverage for Total Ionizing Dose (TID), Single Event Effects (SEE), Single Event Latch-up (SEL), Single Event Upset (SEU), Single Event Transient (SET), Displacement Damage, and Parametric Drift where applicable.
Date-Code History
Tested date codes, characterization campaigns, manufacturing periods, process changes, and available PCN references.
Track how evidence evolves across time and multiple characterization events.
Evidence Confidence
Evidence maturity, campaign count, date-code coverage, repeatability, and known limitations.
This helps users understand how much characterization exists for a component family without implying qualification or endorsement.
Board Provenance
Approved test-board references, board revisions, participating organizations, and linked campaigns.
Every evidence package can be traced back to the characterization hardware and methodology used to generate it.
Characterization maturity, not approval status.
Orbital Veritas does not classify semiconductor technologies as preferred, approved, or recommended. Instead, the platform documents the current state of available characterization evidence and how that evidence has evolved through campaigns and date-code history.
As additional campaigns are completed and new date codes are characterized, the evidence base expands and confidence grows through accumulated understanding rather than approval labels.
The objective is to make evidence transparent without implying qualification, endorsement, or mission suitability. Component-family records help users understand how much characterization exists, how often the technology has been evaluated, and where evidence remains limited.
The platform connects component-family records directly to campaign history, approved test boards, evidence packages, and date-code characterization so users can follow the complete evidence trail from first campaign through longitudinal characterization.
Characterization Stages
Nominated
A component family has been proposed for future characterization and entered the Orbital Veritas ecosystem.
Board Development
A characterization board is being developed using documented methodology and manufacturer application expertise.
Board Approved
The characterization board has been reviewed and approved according to Orbital Veritas standards.
Campaign Planned
A radiation campaign has been defined and scheduled for execution.
Active Characterization
The component family is currently undergoing radiation characterization.
Evidence Published
Campaign results have been converted into structured evidence packages and entered into the database.
Date-Code Expansion
Additional date codes, manufacturing periods, or revisions are being characterized to expand evidence coverage.
Longitudinal Evidence Available
Multiple campaigns and date codes have created a growing body of characterization history for the component family.
Every component-family record can connect directly to the evidence objects behind its characterization history. These links help users move from a component-family record to campaign summaries, evidence packages, date-code records, and supporting references without rebuilding context.
Connected Evidence May Include
Built for evidence-driven engineering.
The Component Evidence Database is designed for organizations that need access to structured radiation characterization data, campaign history, and longitudinal evidence for commercially relevant semiconductor technologies.
The platform helps users understand what has been characterized, how it was characterized, and how evidence evolves over time.
Component Research
Explore characterization history, tested date codes, and available evidence before initiating customer-specific qualification activities.
Understand what evidence already exists for commercially relevant semiconductor technologies.
Technology Monitoring
Track how evidence develops across component families, campaigns, and manufacturing periods.
Follow the growth of characterization history as additional date codes and revisions are evaluated.
Campaign Participation
Identify component families currently undergoing characterization and participate in future evidence-generation activities.
Follow active programmes and emerging characterization efforts across the New Space ecosystem.
Radiation Characterization
Review available coverage for TID, SEE, SEL, SEU, SET, displacement damage, parametric drift, and other evaluated effects where applicable.
Understand what has been tested and what remains uncharacterized.
Manufacturer Programmes
Explore component-family characterization programmes supported by semiconductor manufacturers, approved test boards, and recurring campaign activity.
Understand how evidence is generated and expanded through structured programmes.
Longitudinal Evidence
Access historical characterization records across multiple campaigns and date codes.
Track consistency, variation, process evolution, and evidence maturity as understanding grows over time.
Building characterization history around technologies that matter.
Orbital Veritas focuses on semiconductor component families that appear repeatedly across New Space platforms, payloads, avionics, power systems, communication systems, and supporting electronics.