Additional Resources
You can find additional resources for download and reference in this section.
Downloads
HDK Mounting Tray Sample
Use these 3D sample mechanical files to print your own Cisco Aironet Developer Platform HDK mounting tray. This reference design file can be used as-is or modified with CAE tools to add custom features.
ABS print material is recommended for optimal strength. The mounting posts on the mounting tray are designed to accept M3 self tapping screws.
Note Depending on the printer, smaller M2.5 screws may be used to avoid splitting the printed mounting posts.
AP3800 EM interface - 3D Model
Use this 3D model of the Cisco Aironet AP3800 series expansion module interface. Please consult your Cisco SE for mechanical design review.
Sample Application Code
- Video analytics module utilizing a Cisco Aironet 3800 series AP, ADP HDK, Raspberry Pi, and OpenCV
- (Coming soon) IoT gateway utilizing a Cisco Aironet 3800 series AP, ADP HDK, Raspberry Pi, and a cloud-based dashboard for visualization
Certified ADP modules
Listed below are details of third party-developed modules:
| ADP partner | Product ID/model # | Contact for Support | Product Description |
|---|---|---|---|
| DeCurtis Corporation | DC-BR3800-01 | ModuleSupport@DeCurtis.com | DeCurtis BLE 5x Beacon Reader |
| S Net Systems Inc. | IP-BS-US | dcp2208@snetsystems.co.kr | USB Type BLE Scanner (Compatible with Cisco AP 2800 & 3800 series) |
| SES-imagotag | 18070032 | support.at@ses-imagotag.com | Electronic Shelf Labelling module for Cisco AP 3800 series |
| Hanshow | HS_C09988 | info@hanshow.com | Hanshow ESL Controller |
| AirQuay | QPEX (LBB-U700) | rnd@airquay.com | AirQuay BLE Scanner |
About Rev 1 ADP HDK
Figure: ADP HDK (Rev 1)
Specifications for the External SBC and Module Mounting Support
| Part | Rev1 HDK |
|---|---|
| Raspberry Pi 1/2/3 |  |
| BeagleBone Black | |
| Intel NUC | |
| Microcenter E100 Intel Gateway | |
| Arduino Uno/Mega |  |
| Cisco 3700 Extender Module | |
| Digi XBee radios | (1 radio) |
Approximate Dimensions
- 6.6" x 5.2" (LW)
Figure: HDK PCBA Block Diagram (Rev 1)
Figure: HDK Ports (Rev 1) - Top View
Figure: HDK Ports (Rev 1) - Bottom View
12 V DC Power Output
A single 4/2.35 mm female DC jack can used for powering third party modules that require 12VDC, such as the Intel NUC. The power output is efused at 5A. The output power can enabled/disabled usng the SW2 slide switch or the J9 jumper.
For convenience and least confusion, leave it enabled.
The actual maximum power output provided by the 12VDC jack depends on the power supplied to the board from the AP or the external 12VDC jack input. The values are given below.
| Maximum Power Output | Power Supplied to the Board from |
|---|---|
| 0.95 A | AP through Golden Finger connector giving 12 V input |
| 2.1 A | DC jack (J1) with 12 V at 2.5 A input |
| 4.6 A | DC jack (J1) with 12 V at 5 A input |
XBee Socket Headers and FTDI Control Pins
Figure 14: XBee Socket Header (J10/J11 2*10P 2.0mm)
Figure: XBee Socket Header Location
Figure: Signal Control Header and Power Switch location (No. 5)
External Modules for Rev 1 HDK Boards
Figure: Modules Placement on HDK (Rev 1) Board
Intel NUC Modules
The Intel NUC module power supply and power consumption vary greatly among available models. With uPoE AP power, the HDK can directly power 15W or less low-power NUC's that can run on 12VDC. Examples include Atom or Celeron-class NUC's.
Mounting Holes
3.00mm/6.0 mm
Intel NUC Board DE3815TYBE
Power Interface
- 12~19VDC back panel power connector
- 12~24VDC internal power header
Power Consumption
CPU TDP 5W
Figure: Intel NUC Module - DE3815TYBE
Intel NUC Boards NUC5i3MYBE and NUC5i5MYBE
Power Interface
- 12~19VDC back panel power connector
- 12~24VDC internal power header
Power Consumption
CPU TDP 15W
Figure: Intel NUC Module - NUC5i3MYBE and NUC5i5MYBE
Figure: Raspberry Pi 0 and 3
Terms and Conditions
Please review [Cisco's terms and conditions](/Cisco Aironet Developer Platform T&C.pdf) prior to developing prototypes based on the Cisco Aironet Developer Platform HDK. For guidelines on this program, please review the ADP product bulletin.