Network Architecture
Frame payload, link, coverage, beam, and platform questions before system design.
§1 — Definition
A canonical package namespace.
A shared public frame for five peer NTN capability concepts and representative Supporting Namespace context.
Unified NTN organizes package identity, relationships, buyer orientation, and evaluation without becoming another Capability Namespace. The guiding principle is deliberately modest: Publish the map, not the machine.
§2 — Enterprise Problem
Related decisions often begin with different vocabularies.
- Payload function placement
- Gateway-facing and user-facing link roles
- Coverage-extension context
- Beam behavior and geographic interpretation
- Platform alternatives and adjacency
- Standards, regulatory, commercial, and capital questions
§3 — What the Foundation Provides
An organized reference, ready to evaluate.
- A Canonical Package Namespace for Unified NTN
- Five structurally equal Capability Namespaces
- Representative Supporting Namespace context
- Visible package-to-capability relationships and honest publication status
- Five machine-readable reference artifacts
- Buyer-controlled implementation flexibility
- A public orientation and controlled evaluation path
Representative public package only. Detailed evidence, implementation work, and transaction scope are defined separately.
§4 — Capability Architecture
One canonical package above five peer capabilities.
Canonical Package Namespace ↓
Unified NTN
The organizing frame for package identity, relationships, buyer journey, and evaluation.
Capability Namespaces ↓
Transparent Payload
Relay-oriented payload architecture.
Regenerative Payload
Onboard-processing-oriented payload context.
NTN Feeder Link
Platform-to-gateway link context.
NTN Service Link
User-equipment-to-platform link context.
Supplemental Coverage From Space
Space-enabled coverage context.
Supporting Namespaces ↓
Earth-Fixed Beam
Geographically associated beam context.
Earth-Moving Beam
Moving beam context.
High-Altitude Platform Stations
Adjacent platform context.
All five Capability Namespaces are structurally equal peers. Supporting Namespaces are contextual, architectural, and educational—not peer capabilities, implementation dependencies, or required deployment stages.
§5 — Capability Crosswalk
Each capability, its question, and its boundary.
| Capability | Question owned | Boundary | Namespace | Publication status |
|---|---|---|---|---|
| Transparent Payload | How are relay-oriented payload functions framed? | Relay role and link relationships; no implementation prescription | transparentpayload.com | Published |
| Regenerative Payload | How may additional processing be associated with the platform? | Complementary concept; no universal ranking | regenerativepayload.com | Published |
| NTN Feeder Link | What is the platform-to-gateway relationship? | No protocol, frequency, interface, or performance claim | ntnfeederlink.com | Published |
| NTN Service Link | What is the user-equipment-to-platform relationship? | No service guarantee, protocol claim, or performance claim | ntnservicelink.com | Published |
| Supplemental Coverage From Space | How does space-enabled coverage enter the package? | No availability, entitlement, regulatory, deployment, or coverage guarantee | supplementalcoveragefromspace.com | Published |
All five domains are structurally equal peer Capability Namespaces within Unified NTN. Publication status identifies current release authority; it does not alter package role, canonical relationship, source-link readiness, or the availability of the local human-review artifact.
§6 — Operational Context
A conceptual NTN discussion path.
- Buyer objective and infrastructure question
- Payload function-placement context
- Feeder-link and service-link separation
- Coverage-extension context
- Representative beam and platform context
- Standards, regulatory, commercial, and diligence questions
- Buyer-controlled architecture and implementation
This sequence is educational and non-mandatory. It is not a protocol flow, network design, standards architecture, deployment order, or proprietary workflow.
§7 — Shared Foundation
From fragmented terms to an organized reference.
Before
- Disconnected payload terminology
- Link roles discussed in isolation
- Coverage confused with implementation
- Repeated translation between teams
With the foundation
- Shared definitions and roles
- Visible capability boundaries
- Context separated from implementation
- A stable starting point for diligence
Qualitative context only. It does not promise performance, compliance, deployment, cost savings, adoption, or commercial outcomes.
§8 — Buyer-Team Relevance
Useful to more than one function.
Product & Strategy
Relate technical concepts to portfolio, roadmap, and market questions.
Standards & Regulatory
Identify where authoritative standards and jurisdiction-specific analysis must take over.
Operators & Integrators
Establish a common vocabulary across infrastructure participants.
Corporate Development
Evaluate package scope and namespace relationships with a clear map.
Capital & Diligence
Separate public orientation from controlled evidence and transaction work.
Buyer examples are illustrative and imply no relationship, endorsement, or purchasing recommendation.
§9 — Namespace Files
Machine-readable reference artifacts.
- ontology.jsonldPackage, capability, Supporting Namespace, status, role, and approved authority relationships.
- namespace.jsonA minimal, versioned public namespace manifest with disclosures and resource mappings.
- llms.txtA concise machine-readable package summary for bounded public orientation.
- robots.txtStandard crawl directives referencing the package sitemap.
- sitemap.xmlThe canonical crawlable overview and Buyer Walkthrough locations.
Use these files to inspect the public map. They are not implementation specifications, APIs, protocols, or private engineering models.
§10 — Credibility Boundaries
What this package does not claim.
It is an implementation-neutral, vendor-neutral, standards-neutral, and regulatory-neutral public reference. It is not a network implementation, deployment plan, protocol, API, satellite platform, radio product, certification, standards interpretation, regulatory determination, procurement recommendation, performance guarantee, or disclosure of proprietary mechanisms. Architecture, implementation, standards interpretation, regulatory analysis, procurement, and deployment remain the buyer’s.
Unified NTN is LJP organizational terminology, not a standards-defined term. LJP is not affiliated with or endorsed by 3GPP, ETSI, ITU, GSMA, the FCC, or any other standards or regulatory body.
§11 — Acquisition & Evaluation
An organized starting point, with buyer control preserved.
Evaluate a structured semantic package while retaining complete architectural and implementation freedom.
AcquisitionLicensingOptionStaged transferPartnershipStructured strategic evaluation
Possible structures only—not standing offers. Scope, evidence, authority, participants, and terms are defined separately for each engagement.
§12 — Buyer Walkthrough
See the guided buyer journey.
Move from the enterprise problem through capability relationships, operational context, buyer control, transaction paths, and evaluation.
§13 — Evaluation
Start an evaluation.
Evaluation and package inquiries are handled directly by LJP Asset Group LLC.
Email: [email protected] · Published by LJP Asset Group LLC