Joule 570x Developer Kit - Development Kit INTEL - Free user manual and instructions

Product Type	Developer Kit (Module + Expansion Board)
SoC	Intel Atom (specific model not disclosed)
Memory	4 GB LPDDR4 RAM (typical)
Storage	16 GB eMMC (typical)
Wireless Connectivity	Intel Dual Band Wireless-AC 8260 (Wi-Fi 802.11ac + Bluetooth 4.2)
Module Dimensions	Approx. 50 mm x 35 mm x 5 mm (including thermal shield)
Power Input	12 V DC via barrel jack (CUI PJ-002AH-SMT)
Display Interface	MIPI-DSI (Hirose FH19SC-24S-0.5SH connector)
Camera Interface	2x MIPI-CSI (Hirose BM14B(0.8)-50DP-0.4V(51) connectors)
USB Ports	USB 3.0 (Wurth 692122030100), USB-C OTG (Lotes AUSB0269), USB Serial (Tyco C-2173157-3)
Video Output	Micro HDMI (Molex 46765-1301)
Expansion Interfaces	2x 100-pin board-to-board connectors (Hirose DF40C-100DP-0.4V(51)) for expansion board
Breakout Connectors	2x Samtec SSM-120-S-DV-BE (20-pin headers)
Additional Features	SD card slot, RTC battery holder (MPD BK-916), 3-pin fan header (Tyco 292228-3)
Antenna Connectors	2x MHF4 (for Wi-Fi and Bluetooth)
Installation Method	Module attaches to expansion board via 4x M1.6 screws and 2x 100-pin connectors; audible clicks indicate proper engagement
Cooling	Heatsink recommended (reference design available); active fan via header
Operating System Support	Linux, Windows IoT Core (from Intel documentation)
Intended Use	Prototyping and development for IoT, robotics, computer vision, and edge computing
Maintenance and Cleaning	Keep dry and dust-free; clean with a soft, lint-free cloth; avoid liquids and electrostatic discharge
Safety Precautions	Do not immerse in water; use only specified power supply; avoid short circuits; handle connectors carefully to prevent wear
Spare Parts and Repairability	Module and expansion board are separate; replacement of thermal transfer shield or heatsink possible; connectors have limited life (multiple insertion/removal wears them out)

Frequently Asked Questions - Joule 570x Developer Kit INTEL

What is included in the Intel Joule 570x Developer Kit?

The kit includes the Intel Joule 570x module (with thermal shield) and an expansion board that provides I/O connectors, a fan header, an SD card slot, and an RTC battery holder. The module must be attached to the expansion board using screws and board-to-board connectors.

How do I install the module onto the expansion board?

Align the mounting holes of the module with the standoffs on the expansion board. Gently place the module onto the connectors, then press evenly on the top two holes until you hear a click for the first connector. Repeat for the bottom two holes to engage the second connector. Secure with four M1.6 screws at 0.1 N-m torque.

What power supply is required for the Joule 570x?

The kit requires a 12 V DC power supply with a 2.1 mm center-positive barrel jack (CUI PJ-002AH-SMT). The current rating depends on your workload, but a 3 A adapter is recommended.

Can I use an external heatsink or fan?

Yes. The module has a thermal transfer shield and a 3-pin fan header (Tyco 292228-3). A reference heatsink design is available at Intel's documentation site. Active cooling is recommended for sustained workloads.

How do I connect a camera or display?

The expansion board provides a MIPI-DSI interface for display (Hirose FH19SC-24S-0.5SH) and two MIPI-CSI interfaces for cameras (Hirose BM14B(0.8)-50DP-0.4V(51)). Use compatible ribbon cables.

What operating systems are supported?

The Intel Joule 570x supports Linux (e.g., Ubuntu, Yocto) and Windows 10 IoT Core. Intel provides BSPs and documentation for building custom images.

What is the maximum memory and storage?

The module comes with 4 GB LPDDR4 RAM and 16 GB eMMC storage. There is an SD card slot for additional storage.

Can I use the kit for IoT or robotics?

Absolutely. The kit includes Wi-Fi (802.11ac), Bluetooth, multiple USB ports, GPIO via breakout headers, and camera interfaces, making it suitable for IoT gateways, drones, and autonomous robots.

How do I update the firmware?

Firmware updates are available through Intel's reference software. Typically, you flash a new image to the eMMC via USB or SD card. Refer to the official user guide for detailed steps.

What precautions should I take during handling?

Avoid electrostatic discharge by using a grounded wrist strap. Handle the module by its edges and do not touch the connectors. The board-to-board connectors have a limited number of mating cycles; minimize removal and insertion.

USER MANUAL Joule 570x Developer Kit INTEL

INTEL® JOULE™ MODULE PLATFORM MECHANICAL INTERFACE DESCRIPTOR

Document 568978

Revision 1.0

August 2016

Contents:

1. General Overview
2. Module Mechanical Definition
3. Expansion Board Mechanical Definition
4. Module Installation Recommendation
5. Mechanical Attach and Heatsink Reference

SECTION 1

General Overview

1. General Overview

The Intel ^® Joule ^™ Module contains these major components:

1. General Overview

The Intel ^® Joule ^™ expansion board contains these features that provide access to features of the module.

1. General Overview

The Intel ^® Joule ^™ module attaches to the carrier board to create a fully functional compute device.

Illustration of an Arduino Uno board with various components and connectors, shown from two different angles (no text or symbols present)

SECTION 2

Module Mechanical Description

1. Module Mechanical Description
   

2. Module Interface Connectors

SECTION 3

Expansion Board Mechanical Description

1. Expansion Board Mechanical Description
   

2. Expansion Board Mechanical Description
   

SECTION 4

Module Installation Recommendation

4. Module Installation Recommendation

• Visually align the mounting holes of the module with the standoffs on the carrier board
• Lightly set the module in place, on the mating connectors, once all four holes/standoffs are aligned

Blue printed circuit board with multiple components and a 'intel' logo (no readable text or symbols beyond branding)

NOTE:

• Use caution to minimize damage to the 100p BTB connectors
• Take note that multiple installation and remove will wear out the 100p connectors

4. Module Installation Recommendation

• Using two fingers press evenly on the top two holes of the module
• This will engage the top 100p board to board (BTB) connector
• An audible "click" should be heard

NOTE:

• Use caution to minimize damage to the 100p BTB connectors
• Take note that multiple installation and remove will wear out the 100p connectors

Blue printed circuit board with Intel JOULE chip and various electronic components (no readable text or symbols)

4. Module Installation Recommendation

• Using two fingers press evenly on the bottom two holes of the module
• This will engage the bottom 100p board to board (BTB) connector
• An audible "click" should be heard

NOTE:

• Use caution to minimize damage to the 100p BTB connectors
• Take note that multiple installation and remove will wear out the 100p connectors

Blue printed circuit board with Intel JOULE chip and various electronic components (no readable text or symbols)

SECTION 5

Mechanical Attach and Heatsink References

5. Mechanical Attach Recommendations

Module to expansion board mechanical attach recommendations

• Electrical connections between the module and carrier board are completed through the twin, 100p board to board connectors
- Mechanical connection is required to be (4) M1.6 screws that pass through the thermal transfer shield (permanently attached to the module) and fasten into the expansion board threaded (SMT) standoffs at \~0.9 in-lbs (\~0.1 N-m) of torque.

3D illustration of an Arduino Uno board with visible components and soldered pins (no text or symbols)

Blue electronic circuit board with various components and no visible text or symbols

Cross-sectional diagram of a mechanical assembly with colored components (no visible text or labels)

5. Cooling References

• See the user guide for instructions on installing the reference heatsink (https://software.intel.com/en-us/node/672326)
• See the platform thermal management guide for workloads and module power settings

Blue printed circuit board with integrated components and a central chip labeled '570x', featuring Intel branding and no readable text beyond branding elements.