Shuttle DH410 Series Quick Guide

Product Overview

The Shuttle DH410 Series offers a compact and versatile computing solution. Below is a description of the front and rear panel ports and indicators.

Front Panel Ports and Indicators:

• 1. MIC-in (Optional): Microphone input.
• 2. Headphones (Optional): Audio output for headphones.
• 3. Power LED: Indicates system power status.
• 4. Hard Disk Drive LED: Indicates hard drive activity.
• 5. Power Button: Turns the system on or off.
• 6. SD Card Reader (Optional): Slot for SD memory cards.
• 7. USB 3.2 Gen 1 Ports: High-speed USB ports.
• 8. USB 2.0 Ports: Standard USB ports.
• 9. Power Jack (DC IN): Connects to the power adapter.
• 10. HDMI 2.0 Port: Video and audio output.
• 11. DisplayPort: Video and audio output.
• 12. LAN Ports: Network connectivity.
• 13. Clear CMOS & Power Button & +5V: Button for clearing CMOS settings, power on/off, and +5V output.
• 14. COM 1 Port (RS232/RS422/RS485): Serial communication port.
• 15. COM 2 Port (RS232 only): Serial communication port.
• 16. Kensington® Lock Hole: Security slot for a Kensington lock.

Hardware Installation

Follow these steps carefully to install hardware components.

A. Begin Installation

⚠️ For safety reasons, please ensure that the power cord is disconnected before opening the case.

1. Unscrew Chassis Cover: Unscrew the two screws securing the chassis cover. Slide the cover backwards and upwards to remove it.
2. Remove Rack Mount: Unfasten the rack mount screw and remove the rack assembly if present.

Note: The product's color and specifications may vary from the actual shipping product.

B. CPU and ICE Module Installation

❗ This CPU socket is fragile and can easily be damaged. Always use extreme care when installing a CPU and limit the number of times you remove or change the CPU. Before installing the CPU, make sure to turn off the computer and unplug the power cord from the power outlet to prevent damage of the CPU.

1. Remove ICE Module: Unfasten the four ICE module attachment screws and unplug the fan connector. Remove the ICE module from the chassis and set it aside.
2. Unlock Socket Lever: Unlock and raise the CPU socket lever.
3. Lift Metal Load Plate: Lift the metal load plate on the CPU socket.
4. Install CPU: Orientate the CPU correctly and align the CPU notches with the socket alignment keys. Ensure the CPU sits perfectly horizontal, then gently push it into the socket. ❗ Please be aware of the CPU orientation; DO NOT force the CPU into the socket to avoid bending of pins on the socket and damage of CPU!
5. Secure CPU and Lever: Tear off the protective membrane from the metal load plate. Close the metal load plate, lower the CPU socket lever, and lock it in place.
6. Apply Thermal Paste: Spread thermal paste evenly on the CPU surface. ⚠️ Please do not apply an excess amount of thermal paste.
7. Attach ICE Module: Screw the ICE module to the motherboard. Note to press down on the opposite diagonal corner while tightening each screw.
8. Connect Fan: Connect the fan cable to the appropriate header on the motherboard.

C. Memory Module Installation

ℹ️ This motherboard only supports 1.2 V DDR4 SO-DIMM memory modules.

1. Locate SO-DIMM Slots: Locate the SO-DIMM slots on the motherboard.
2. Align Memory Module: Align the notch of the memory module with the one of the relevant memory slot.
3. Insert Memory Module: Gently insert the module into the slot at a 45-degree angle.
4. Secure Memory Module: Carefully push down the memory module until it snaps into the locking mechanism.
5. Install Additional Module (Optional): Repeat the above steps to install an additional memory module, if required.

D. M.2 Device Installation

1. Locate M.2 Slots: Locate the M.2 key slots on the motherboard.
2. Install M.2 Device: Install the M.2 device into the M.2 slot and secure it with the provided screw.

E. HDD or SSD Installation

1. Mount Drive in Rack: Place an HDD or SSD in the rack and secure it with the four screws from the sides.
2. Install Rack and Connect Cable: Slide the rack back into the chassis and refasten the screws. Connect the Serial ATA cable to the HDD or SSD.

F. Complete

1. Re-attach Cover and Connect Power: Replace and affix the case cover with two screws, then connect the power cord.
2. Finish: Your hardware installation is complete.

▶️ Please press the "Del" key while booting to enter BIOS. Here, please load the optimized BIOS settings.

Motherboard Illustration

The illustration below shows the layout of the motherboard components and headers.

Jumper Settings

Details on jumper configurations for various functions.

J1: Fan connector (CPU_FAN1)

J2: AC auto power-on

Configures the system's behavior upon power restoration.

J3: Audio connector (optional)

Front panel audio header.

J4: USB connector

Front panel USB connectors.

J5: Debug header

For system debugging and diagnostics.

J6: COM port (RS232/RS422/RS485)

Serial port configuration.

J7: COM port (RS232)

Serial port configuration.

J8: COM 1 & COM 2 power switch

Configures power output for COM ports.

J9: VGA connector (optional)

Front panel VGA output header.

J10: Clear CMOS & power button & +5V

Header for Clear CMOS, Power Button, and +5V functions.

Safety Information

Please read the following safety information carefully before operating the system.

• ❗ Incorrectly replacing the battery may damage this computer. Replace only with the same or equivalent as recommended by Shuttle. Dispose of used batteries according to the manufacturer's instructions.
• ⚠️ This device is intended for use in non-tropical climates only. Use in tropical climates may pose a safety hazard.
• ⚠️ This device is intended for use at altitudes of 2000m or below. Use at altitudes above 2000m may pose a safety hazard.
• ⚠️ The maximum ambient temperature allowed for this product is 40℃.

• All bundled parts, including the power cord, shall not be used without this product.

• FCC Compliance: This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

• EU Conformity: This device meets the requirements for the EU conformity in accordance to the currently valid EU directives.