Wiring Diagrams
Internal power distribution and network connectivity reference for the EDC.
Overview
This section provides detailed wiring diagrams showing how the EDC components are internally connected. These diagrams are useful for:
- Understanding pre-wired connections between components
- Troubleshooting connectivity issues
- Planning network configurations
- Identifying available ports
Editions Covered:
- 📦 NUC Edition (detailed diagrams provided)
- 🔶 HR01-2 Edition (power distribution provided, network details TBD)
How to Use These Diagrams
Power Distribution Diagrams show:
- Which PDU outlets power which components
- Power cable routing from wall to devices
- Available outlets for future expansion
Network Connectivity Diagrams show:
- How compute nodes connect to keystone jacks
- Which keystone jacks connect to which switch ports
- Cable labeling for easy identification
- Available ports for additional devices
NUC Edition - Power Distribution
Power Flow Overview
Wall Outlet (120V NA / 220-240V INT)
↓
PDU Power Inlet (IEC C13 connector)
↓
PDU Internal Distribution
↓
PDU Outlets 1-6 (individually controlled)
PDU Outlet Assignments
| PDU Outlet | Connected Device | Power Type | Notes |
|---|---|---|---|
| Outlet 1 | NUC Node 1 | DC Power | Label "1" on node power input |
| Outlet 2 | NUC Node 2 | DC Power | Label "2" on node power input |
| Outlet 3 | NUC Node 3 | DC Power | Label "3" on node power input |
| Outlet 4 | EnGenius Switch | AC Power | ECS2510FP switch |
| Outlet 5 | Available | - | Future expansion |
| Outlet 6 | Available | - | Future expansion |
[IMAGE: NUC Edition power distribution diagram - wall to PDU to components]
Node Power Labels
The NUC nodes have DC power inputs labeled on the back:
- Node 1: Power input labeled "1" → PDU Outlet 1
- Node 2: Power input labeled "2" → PDU Outlet 2
- Node 3: Power input labeled "3" → PDU Outlet 3
These labels are visible when the compute drawer is pulled out.
[IMAGE: NUC node drawer showing power input labels 1, 2, 3]
Power Consumption Reference
Typical Power Draw (NUC Edition):
- Idle/Light Load: 200-300W
- Moderate Load: 300-450W
- Heavy Load: 450-600W
- Maximum (with PoE devices): ~600W
NUC Edition - Network Connectivity
Network Flow Overview
NUC Nodes (rear panel cables)
↓
Keystone Jacks (front panel)
↓
Internal Wiring
↓
Switch Ports (EnGenius ECS2510FP)
Node-to-Keystone Mapping
Each NUC node has 2 network cables labeled on the rear of the node:
| Node | Cable Label | Connects To | Notes |
|---|---|---|---|
| NUC Node 1 | Cable 1A | Keystone Jack 1 | Left NIC port |
| NUC Node 1 | Cable 1B | Keystone Jack 2 | Right NIC port |
| NUC Node 2 | Cable 2A | Keystone Jack 3 | Left NIC port |
| NUC Node 2 | Cable 2B | Keystone Jack 4 | Right NIC port |
| NUC Node 3 | Cable 3A | Keystone Jack 5 | Left NIC port |
| NUC Node 3 | Cable 3B | Keystone Jack 6 | Right NIC port |
[IMAGE: Rear of NUC nodes showing cable labels 1A, 1B, 2A, 2B, 3A, 3B]
Additional Device Connections
| Device | Cable Connection | Keystone Jack | Notes |
|---|---|---|---|
| IoT Device | Direct to switch | Keystone Jack 7 | PoE powered from switch |
| PDU Network | Direct to switch | Keystone Jack 8 | Management interface |
[IMAGE: Keystone panel showing jacks 1-8 labeled]
Keystone-to-Switch Port Mapping
The keystone jacks connect internally to switch ports:
| Keystone Jack | Switch Port | Device Connected | Port Type |
|---|---|---|---|
| Jack 1 | Port 1 | NUC Node 1 (Cable 1A) | 1GbE RJ45 |
| Jack 2 | Port 2 | NUC Node 1 (Cable 1B) | 1GbE RJ45 |
| Jack 3 | Port 3 | NUC Node 2 (Cable 2A) | 1GbE RJ45 |
| Jack 4 | Port 4 | NUC Node 2 (Cable 2B) | 1GbE RJ45 |
| Jack 5 | Port 5 | NUC Node 3 (Cable 3A) | 1GbE RJ45 |
| Jack 6 | Port 6 | NUC Node 3 (Cable 3B) | 1GbE RJ45 |
| Jack 7 | Port 7 | IoT Device (PoE) | 1GbE RJ45 |
| Jack 8 | Port 10 | PDU Network | 10GbE SFP+ (copper transceiver, rightmost) |
[IMAGE: NUC Edition network topology diagram showing complete node→keystone→switch flow]
Available Ports for Mako Gateway or Other Devices
These switch ports are reserved but empty until you deploy a wireless gateway:
| Switch Port | Port Type | Typical Use | Notes |
|---|---|---|---|
| Port 8 | 1GbE RJ45 | Mako WAN (PoE power only) | Network access must be disabled or VLAN isolated |
| Port 9 | 10GbE SFP+ (copper) | Mako LAN (data connection) | Normal network connectivity |
For Mako 5600 Gateway:
- WAN port → Switch Port 8 (PoE power, no network access)
- LAN port → Switch Port 9 (data connection)
For Other Gateways/APs:
- Typically use Port 8 for PoE power and data
- Port 9 available for additional devices
[IMAGE: Switch ports 8 and 9 highlighted as available for gateway deployment]
Uplink Ports
| Switch Port | Port Type | Use | Notes |
|---|---|---|---|
| Port 10 | 10GbE SFP+ (copper) | PDU Network (pre-wired) | Copper SFP+ transceiver installed |
| Port 9 | 10GbE SFP+ (copper) | Mako LAN or Uplink | Available if not using Mako |
Note: If not using Mako gateway, Port 9 can be used as an uplink port.
Complete Port Summary Table
| Port | Type | Status | Connected To | Notes |
|---|---|---|---|---|
| 1 | 1GbE RJ45 | In Use | NUC 1 (Cable 1A) | Via Keystone Jack 1 |
| 2 | 1GbE RJ45 | In Use | NUC 1 (Cable 1B) | Via Keystone Jack 2 |
| 3 | 1GbE RJ45 | In Use | NUC 2 (Cable 2A) | Via Keystone Jack 3 |
| 4 | 1GbE RJ45 | In Use | NUC 2 (Cable 2B) | Via Keystone Jack 4 |
| 5 | 1GbE RJ45 | In Use | NUC 3 (Cable 3A) | Via Keystone Jack 5 |
| 6 | 1GbE RJ45 | In Use | NUC 3 (Cable 3B) | Via Keystone Jack 6 |
| 7 | 1GbE RJ45 | In Use | IoT Device (PoE) | Via Keystone Jack 7 |
| 8 | 1GbE RJ45 | Available | Mako WAN (optional) | PoE capable, requires VLAN isolation for Mako |
| 9 | 10GbE SFP+ | Available | Mako LAN (optional) | Copper transceiver pre-installed |
| 10 | 10GbE SFP+ | In Use | PDU Network | Via Keystone Jack 8, copper transceiver |
[IMAGE: Switch front panel diagram with all ports labeled and color-coded by status]
HR01-2 Edition - Power Distribution
Power Flow Overview
Wall Outlet (120V NA / 220-240V INT)
↓
PDU Power Inlet (IEC C13 connector)
↓
PDU Internal Distribution
↓
PDU Outlets 1-6 (individually controlled)
PDU Outlet Assignments
| PDU Outlet | Connected Device | Power Type | Notes |
|---|---|---|---|
| Outlet 1 | HR-01 Node 1 | AC Power | High-performance server node |
| Outlet 2 | HR-01 Node 2 | AC Power | High-performance server node |
| Outlet 3 | EnGenius Switch | AC Power | ECS2510FP or ECS5512FP (if upgraded) |
| Outlet 4 | Available | - | Future expansion |
| Outlet 5 | Available | - | Future expansion |
| Outlet 6 | Available | - | Future expansion |
[IMAGE: HR01-2 Edition power distribution diagram - wall to PDU to components]
Power Consumption Reference
Typical Power Draw (HR01-2 Edition):
- Idle/Light Load: 300-450W
- Moderate Load: 450-650W
- Heavy Load: 650-800W
- Maximum (with PoE devices): ~800W
HR01-2 Edition - Network Connectivity
Note: Detailed network topology for HR01-2 edition will be added in a future update.
Preliminary Information:
- Each HR-01 node has 2× 2.5G RJ45 ports + 2× SFP+ ports (with copper transceivers pre-installed)
- Nodes connect to switch via 2× 2.5G RJ45 ports → Keystone Jacks 1-4 (2 connections per node)
- Direct DAC interconnect between HR-01 nodes using 1× SFP+ port on each node (bypasses switch)
- IoT device → Switch Port 5 (PoE powered)
- PDU network → Switch Port 6
- Remaining switch ports (7-10) available for uplink, wireless devices, gateway, Starlink, etc.
For detailed HR-01 node connectivity, refer to the node documentation or contact HiveRadar support.
Cable Identification Guide
NUC Edition Cable Labels
On NUC Node Rear Panels:
- Labels are printed or attached to cables
- Format:
1A,1B,2A,2B,3A,3B - First digit = Node number
- Letter = NIC port (A = left, B = right)
On Keystone Panel:
- Jacks numbered 1-8
- Labels may be printed on panel
- Check internal documentation for mapping
[IMAGE: Close-up of cable labels on NUC nodes]
[IMAGE: Keystone panel with numbered jacks]
Power Cable Labels
NUC Edition:
- Node power cables labeled "1", "2", "3"
- Labels visible on DC power input connectors
- Match to corresponding PDU outlet numbers
Troubleshooting with Wiring Diagrams
No Network Connectivity on a Node
-
Check keystone jack connection
- Verify cable is securely plugged into correct keystone jack
- Use diagram to confirm jack-to-port mapping
-
Check switch port status
- Verify switch port LED is lit
- Confirm port is not disabled in switch configuration
-
Verify cable labels
- Ensure cable labels match expected configuration
- Check for swapped or mislabeled cables
Node Not Powering On
-
Check PDU outlet status
- Verify correct PDU outlet is enabled
- Use power distribution diagram to confirm outlet assignment
-
Check power cable connection
- Ensure power cable firmly connected to node
- Verify PDU outlet is providing power (check PDU display)
-
Verify power label matching
- Confirm node power label matches PDU outlet number
Finding Available Ports
For adding devices:
- Refer to "Available Ports" section in network diagrams
- Check "Complete Port Summary Table" for port status
- Ports 8-9 typically available on NUC edition
Related Documentation
For configuration and management of these components:
- Switch Configuration: Switch Configuration
- PDU Configuration: PDU Configuration
- Network Overview: Network Overview
- Gateway Deployment: Gateway Deployment
For technical specifications:
- Specifications: Technical Specifications
- Port Reference: Network Port Reference