Designer Hybrid Fiber Coax (DHFC) – Implementation Guide

Overview of the DHFC Environment
Security Considerations
Designer Hybrid Fiber Coax (DHFC) Data Dictionary
Step 1: Request a Tenant
Step 2: Configure Authentication
- Portal for ArcGIS
  - Tenant Provisioning
  - Portal Federation
Step 3: Perform Solution Center Configurations
Step 4: Configure the Geodatabase
- High-Level Architecture of the Geodatabase
- Autoupdaters
- Required Fields and Data Types
- Relationships
  - RFCoupler_RFCouplerPort
  - RFAmplifier_RFAmplifierPort
  - RFCable_Duct
  - RFCable_OverheadSpan
  - RFCable_UndergroundSpan
  - RFEqualizer_RFAmplifier_Fwd
  - RFEqualizer_RFAmplifier_Rtn
  - RFNode_RFNodeBoundary
  - RFNode_RFNodeCoaxPort
  - RFNode_RFSegmentableNodeBoundary
  - RFPad_RFAmplifier_Fwd
  - RFPad_RFAmplifier_Rtn
  - RFPowerInserter_RFPowerInserterPort
  - RFPowerSupplyBoundary_RFPowerSupply
  - UndergroundSpan_Duct
- Network Path
Step 5: Publish the Map Service to ArcGIS Server
Step 6: Configure the Schema
Step 7: Install the DHFC Client Application
- Rollout Plugin and DHFC Installer
- Layout Settings

RFNode_RFSegmentableNodeBoundary / RFNode_D_RFSegmentableNodeBoundary_D (RFNode_SegmentableNodeBoundaryData)

DHFC object name: RFNode_SegmentableNodeBoundaryData

GIS design table name: RFNode_D_RFSegmentableNodeBoundary_D

GIS built table name: RFNode_RFSegmentableNodeBoundary

GIS table type: RelationshipClassTable

Geometry type: Any

Fields

Name	Alias	Type	Domain	Length	Precision	Nullable	Field Role	Data Transfer
EsriId	OBJECTID	ObjectId				FALSE	Required	BiDirectional
NetworkId	NetworkId	String		200		FALSE	Required	BiDirectional
NodeNetworkId	NodeNetworkId	Guid				FALSE	Required	BiDirectional
SegmentableBoundaryNetworkId	SegmentableBoundaryNetworkId	Guid				FALSE	Required	BiDirectional

Relationships

None.

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