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{{GD Template Impl}}
{{GD Template Impl}}
[[File:X1017-IMG-0938.jpg|thumb|right|X1017 Interface]]
[[File:X1017-IMG-0929-4Pin-Function-Header.jpg|thumb|right|X1017 4Pin Function Header]]
[[File:X1017-IMG-1033-SATA.jpg|thumb|right|X1017 8-Port SATA]]
[[File:X1017-IMG-1037.jpg|thumb|right|X1017 PCB Layout]]
[[File:X1017-IMG-0927.jpg|thumb|right|X1017]]
[[File:X1017-IMG-0929.jpg|thumb|right|X1017]]
==Important Notes==
==Important Notes==
<font color=red>
<font color=red>
*Never connect both DC power and ATX 4-pin power simultaneously: mixing these two power supply methods will directly burn out the expansion board and hard drive.
* Never connect both a DC adapter and an ATX power supply to the board at the same time. Doing so will permanently damage the board and any connected devices.
* Automatic Drive Power Cut-off: Supported with DC jack power input only. Not available when using ATX 4-pin connector.
* Do not power your Raspberry Pi5 through its USB-C port while using this board. Use the X1017 as the sole power source for your Pi.
* Warning: Over-voltage will damage your HDD. Please use a stable 12V power supply within the specified range.
* Use a stable 12V power supply within the specified range. Over-voltage will damage your hard drives.
* The X1017 is designed for data storage purposes and does not currently support booting from HDD/SSD with the existing firmware.
* The X1017 is designed for data storage purposes and does not currently support booting from HDD/SSD with the existing firmware.
* The 4-pin functional fan connector only supports 12V PWM fans. Connecting a 5V fan will immediately burn it out.
* Auto Power Cut-off (for drives): This feature works only when powered via the DC jack. It is not available when using the ATX 4-pin connector.
* Do not apply power to your Raspberry Pi via the Type-C USB socket.</font>
* All SATA ports share the Pi 5's PCIe Gen3 x1 total bandwidth. No impact on HDDs; only affects multi-SSD full-load scenarios.</font>


==Overview==
==Overview==
Line 19: Line 26:


* '''Confusing power supply for multiple hard drives''':  
* '''Confusing power supply for multiple hard drives''':  
Equipped with dual 12V power input options (two standard DC power jacks and one 4-pin ATX power connector), eliminating the need for separate power supplies for the Raspberry Pi.
A single power supply can easily drive the Raspberry Pi 5 and all connected SATA devices. A built-in load switch completely cuts off power to SATA devices when the system is shut down, while a high-efficiency buck converter provides a stable 5V 12A output.


Supports simultaneous access to multiple hard drives and features a SATA 3.0 interface with bandwidth up to 5Gbps, ensuring fast and stable data transfer. Suitable for building home media centers, personal NAS, closed-circuit television video storage, and personal data backup servers.
Equipped with dual 12V power input options (two standard DC power jacks and one 4-pin ATX power connector), One single power supply powers both the Raspberry Pi 5 and all connected SATA drives — no separate Raspberry Pi power supply needed. High-power setups (e.g. 8×3.5" HDDs) require dual DC adapters; see technical specs for details.
 
Supports simultaneous access to multiple hard drives and features 8 SATA 3.0 interface with bandwidth up to 5Gbps, ensuring fast and stable data transfer. Suitable for building home media centers, personal NAS, closed-circuit television video storage, and personal data backup servers.


==Features==
==Features==
* '''8 x SATA 3.0 Ports''' : Connect up to eight SATA devices simultaneously to your Raspberry Pi 5  
* '''8 x SATA 3.0 Ports''' : Connect up to eight SATA devices simultaneously to your Raspberry Pi 5  
* '''High-Capacity Storage''' : Supports up to 176TB total capacity (22TB per drive).  
* '''High-Capacity Storage''' : Up to 176TB theoretical total (22TB per drive; compatibility varies)  
* Wide Drive Compatibility : Works with SATA 6G, 3G, and 1.5G hard drives
* Wide Drive Compatibility : Works with all SATA 6G, 3G, and 1.5G hard drives and SSDs
* Multi-Speed Support : Supports communication speeds of 5.0, 3.0, and 1.5 Gbit/s  
* Multi-Speed Support : Supports communication speeds of 5.0, 3.0, and 1.5 Gbit/s  
* Easy to use : Simple setup with LED indicators for drive status  
* HDD/SSD status LED: flashing: Solid light for device connected, flashing for read/write activity, off for no device connected.  
* Flexible Power Input : Accepts 12V power via DC jack or ATX 4-pin connector  
* Flexible Power Input : Accepts 12V power via DC jack or ATX 4-pin connector  
* '''Unified Power Delivery''' : High-efficiency DC/DC converter delivers up to 12A to power both Pi 5 and SATA drives from a single source  
* '''Unified Power Delivery''' : High-efficiency DC/DC converter delivers up to 12A to power both Pi 5 and SATA drives from a single source  
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* '''Automatic Drive Power Cut-off''' : Cuts power to SATA devices when Pi 5 shuts down '''(DC jack only; not supported with ATX 4-pin) '''
* '''Automatic Drive Power Cut-off''' : Cuts power to SATA devices when Pi 5 shuts down '''(DC jack only; not supported with ATX 4-pin) '''
* Splitter Cable Included : Comes with a power SATA splitter cable to support up to 8 drives  
* Splitter Cable Included : Comes with a power SATA splitter cable to support up to 8 drives  
* '''HAT-Friendly Design''' : Mounts on the bottom of the Pi 5, allowing you to use your favorite HATs alongside it
* '''HAT-Friendly Design''' : Mounts on the bottom of the Pi 5, allowing use of standard HATs with no protruding components on the bottom
* External Power Button Header : Easy DIY case integration
* '''12V PWM Fan Header''':  For custom case cooling solutions  
* '''12V PWM Fan Header''':  For custom case cooling solutions '''(⚠️ Only for 12V PWM fans; 5V fans will be damaged)'''
* Tested and supported operating systems: Raspberry Pi OS (64-bit), OpenMediaVault (OMV)  
* Tested and supported operating systems: Raspberry Pi OS (64-bit), OpenMediaVault (OMV)  
* Compatible Accessories: PA12V10A power adapter, X15-F10 8010 PWM-controlled fan
* Compatible Accessories: PA12V10A power adapter, X15-F10 8010 PWM-controlled fan
<font color=red>Note:
*The X1017 does not support SATA boot with the current Raspberry Pi5 firmware.
*The X1017 powers the Raspberry Pi 5 via pogo pins. Do not power the Raspberry Pi 5 through its USB-C port
</font>


==Technical Specification==
==Technical Specification==
{| class="wikitable"
{| class="wikitable"
|-
|-
|'''Power input'''||  12Vdc ± 5%<font color=red>(Warning: Over-voltage will damage your HDDs!)</font>
|'''Power input'''||   
* '''12Vdc ± 5%'''<font color=red>(Warning: Over-voltage will damage your HDDs!)</font>
*Intput Ripple & Noise: 200mVp-p Max   
*Intput Ripple & Noise: 200mVp-p Max   
|-
|-
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* 4 x SATA 3.5" HDD : '''12V 10A adapter x1'''
* 4 x SATA 3.5" HDD : '''12V 10A adapter x1'''
* 8 x SATA 3.5" HDD : '''12V 10A adapter x2'''
* 8 x SATA 3.5" HDD : '''12V 10A adapter x2'''
(two parallel DC jacks, can be used simultaneously)
(Note: 3.5" HDDs draw high inrush current on startup. 8×3.5" HDD setups require two identical-spec 12V DC adapters connected in parallel via the dual DC jacks.)
|-
|-
|'''Recommended power supply via 4-pin ATX connector'''||   
|'''Recommended power supply via 4-pin ATX connector'''||   
* '''12V 20A'''
* '''12V 20A'''
<font color=red>⚠️ WARNING: Do NOT connect both DC power and ATX 4-pin power simultaneously. Mixing these two power methods will permanently destroy the board and connected devices.</font>
<font color=red>⚠️ CRITICAL WARNING: Never connect a DC power adapter AND an ATX power supply to the board simultaneously.</font>


|-
|-
| '''Raspberry Pi Power Supply''' || 5.1V ±5%, maximum 12A (output via spring pin)
| '''Raspberry Pi Power Supply''' || 5.1V ±5%


|-
|-
| '''Ports & Connectors''' ||  
| '''Ports & Connectors''' ||  
*  '''2 × DC 5.5×2.1mm power input jacks''' (parallel design)
*  '''2 × DC 5.5×2.1mm power input jacks''' (parallel design)
*  '''1 × ATX 4-pin power input connector'''
*  '''1 × ATX 4-pin power in/out connector '''
(Input: powers the whole system when connected to an ATX power supply
 
Output: provides 12V for extra drives when powered via DC jacks)
*  1 × 16-pin 0.5mm pitch PCIe FFC connector
*  1 × 16-pin 0.5mm pitch PCIe FFC connector
*  8 × 7-pin SATA 3.0 data connectors
*  8 × 7-pin SATA 3.0 data connectors
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| '''4-pin Function Header Pinout'''||  
| '''4-pin Function Header Pinout'''||  
* Pin1 = external momentary power switch  
* Pin1 = external momentary power switch  
* Pin2 = fan PWM  
* Pin2 = fan PWM (Connecting to Raspberry Pi 5 Fan)
* Pin3 = ground
* Pin3 = ground
* '''Pin4 = 12V power output(⚠️ 12V ONLY, 5V devices will be destroyed)'''
* '''Pin4 = 12V power output
|-
|-
| '''PCB Size''' || 100mm × 86mm
| '''PCB Size''' || 100mm × 86mm
Line 81: Line 96:


|}
|}
==Install Guide==
[[File:X1017-IMG-1036.jpg|600px]]
==How to Power==
[[File:X1017-IMG-1035.jpg|600px]]


==Test & Reviews==
==Test & Reviews==
Line 92: Line 113:


[[File:X1017.png | 700px]]
[[File:X1017.png | 700px]]
Note:Test result is for single-drive sequential read. Multi-drive concurrent throughput is limited by the Pi 5's PCIe Gen3 x1 total bandwidth.


==Packing List==
==Packing List==
* X1017 V1.0 PCIe3.0 to 8-port SATA expansion board x1
* X1017 V1.0 PCIe3.0 to 8-port SATA expansion board x1
* Screw M2.5x5mm x4
* Screw CM2.5x5mm x4
* PCIe FFC cable 37mm x2  
* PCIe FFC cable 37mm x2  
* SATA power spillter cable x1
* SATA power spillter cable x1
[[File:X1017-IMG-0922-Packing-List-3.jpg|600px]]


==User Manual==
==User Manual==
* X1017 hardware description:[https://suptronics.com/Raspberrypi/Storage/x1017-v1.0_hardware.html X1017 Hardware]
* X1017 hardware description:[https://suptronics.com/Raspberrypi/Storage/x1017-v1.0_hardware.html X1017 Hardware]
* How to make it work:[https://suptronics.com/Raspberrypi/Storage/x1017-v1.0_software.html X1017 Software]
* How to make it work:Manual PCIe enable configuration is required. Full official tutorial:[https://suptronics.com/Raspberrypi/Storage/x1017-v1.0_software.html X1017 Software]


==FAQ==
==FAQ==
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[[Category:Product Manual]]
[[Category:Product Manual]]
[[Category:Raspberry pi]]
[[Category:Raspberry pi]]
[[Category:Knowledge]]
[[Category:Orange Pi]]
[[Category:Arduino]]
[[Category:Consumer Electronics]]
[[Category:DIY Electronics]]
[[Category:ESP32]]
[[Category:Jetson Nano]]
[[Category:LattePanda]]​
[[Category:Smart Home]]


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Latest revision as of 12:34, 20 July 2026

X1017 Interface
X1017 4Pin Function Header
X1017 8-Port SATA
X1017 PCB Layout
X1017
X1017

Important Notes

  • Never connect both a DC adapter and an ATX power supply to the board at the same time. Doing so will permanently damage the board and any connected devices.
  • Do not power your Raspberry Pi5 through its USB-C port while using this board. Use the X1017 as the sole power source for your Pi.
  • Use a stable 12V power supply within the specified range. Over-voltage will damage your hard drives.
  • The X1017 is designed for data storage purposes and does not currently support booting from HDD/SSD with the existing firmware.
  • Auto Power Cut-off (for drives): This feature works only when powered via the DC jack. It is not available when using the ATX 4-pin connector.
  • All SATA ports share the Pi 5's PCIe Gen3 x1 total bandwidth. No impact on HDDs; only affects multi-SSD full-load scenarios.

Overview

The X1017 is a PCIe 3.0 to 8-port SATA expansion board designed specifically for the Raspberry Pi 5, providing a one-stop solution for high-capacity, high-speed storage upgrades.

It addresses two major pain points in building multi-disk storage systems with the Raspberry Pi 5:

  • Insufficient native storage capacity:

Supports simultaneous connection of up to 8 SATA hard drives, with a maximum capacity of 22TB per drive and a total capacity of up to 176TB.

  • Confusing power supply for multiple hard drives:

Equipped with dual 12V power input options (two standard DC power jacks and one 4-pin ATX power connector), One single power supply powers both the Raspberry Pi 5 and all connected SATA drives — no separate Raspberry Pi power supply needed. High-power setups (e.g. 8×3.5" HDDs) require dual DC adapters; see technical specs for details.

Supports simultaneous access to multiple hard drives and features 8 SATA 3.0 interface with bandwidth up to 5Gbps, ensuring fast and stable data transfer. Suitable for building home media centers, personal NAS, closed-circuit television video storage, and personal data backup servers.

Features

  • 8 x SATA 3.0 Ports : Connect up to eight SATA devices simultaneously to your Raspberry Pi 5
  • High-Capacity Storage : Up to 176TB theoretical total (22TB per drive; compatibility varies)
  • Wide Drive Compatibility : Works with all SATA 6G, 3G, and 1.5G hard drives and SSDs
  • Multi-Speed Support : Supports communication speeds of 5.0, 3.0, and 1.5 Gbit/s
  • HDD/SSD status LED: flashing: Solid light for device connected, flashing for read/write activity, off for no device connected.
  • Flexible Power Input : Accepts 12V power via DC jack or ATX 4-pin connector
  • Unified Power Delivery : High-efficiency DC/DC converter delivers up to 12A to power both Pi 5 and SATA drives from a single source
  • Pogo Pin Power to Pi 5 : Powers your Raspberry Pi 5 directly via pogo pins; no separate power supply needed
  • Automatic Drive Power Cut-off : Cuts power to SATA devices when Pi 5 shuts down (DC jack only; not supported with ATX 4-pin)
  • Splitter Cable Included : Comes with a power SATA splitter cable to support up to 8 drives
  • HAT-Friendly Design : Mounts on the bottom of the Pi 5, allowing use of standard HATs with no protruding components on the bottom
  • 12V PWM Fan Header: For custom case cooling solutions
  • Tested and supported operating systems: Raspberry Pi OS (64-bit), OpenMediaVault (OMV)
  • Compatible Accessories: PA12V10A power adapter, X15-F10 8010 PWM-controlled fan

Note:

  • The X1017 does not support SATA boot with the current Raspberry Pi5 firmware.
  • The X1017 powers the Raspberry Pi 5 via pogo pins. Do not power the Raspberry Pi 5 through its USB-C port

Technical Specification

Power input
  • 12Vdc ± 5%(Warning: Over-voltage will damage your HDDs!)
  • Intput Ripple & Noise: 200mVp-p Max
Recommended power supply via DC jack
  • 8 x SATA 2.5" HDD/SSD : 12V 10A adapter x1
  • 4 x SATA 3.5" HDD : 12V 10A adapter x1
  • 8 x SATA 3.5" HDD : 12V 10A adapter x2

(Note: 3.5" HDDs draw high inrush current on startup. 8×3.5" HDD setups require two identical-spec 12V DC adapters connected in parallel via the dual DC jacks.)

Recommended power supply via 4-pin ATX connector
  • 12V 20A

⚠️ CRITICAL WARNING: Never connect a DC power adapter AND an ATX power supply to the board simultaneously.

Raspberry Pi Power Supply 5.1V ±5%
Ports & Connectors
  • 2 × DC 5.5×2.1mm power input jacks (parallel design)
  • 1 × ATX 4-pin power in/out connector

(Input: powers the whole system when connected to an ATX power supply

Output: provides 12V for extra drives when powered via DC jacks)

  • 1 × 16-pin 0.5mm pitch PCIe FFC connector
  • 8 × 7-pin SATA 3.0 data connectors
  • 1 × 4-pin function header
4-pin Function Header Pinout
  • Pin1 = external momentary power switch
  • Pin2 = fan PWM (Connecting to Raspberry Pi 5 Fan)
  • Pin3 = ground
  • Pin4 = 12V power output
PCB Size 100mm × 86mm
PCIe cable length 37mm


Install Guide

How to Power

Test & Reviews

Test Conditions

  • System board details: Raspberry Pi 5 Model B Rev 1.0 , 4G RAM
  • Interface board details: X1017 PCIe3.0 to 8-port SATA board
  • Operation system: Raspberry Pi OS with desktop (Debian13 (trixie), 64bit, Release date: 4 Dec 2025)
  • Storage details: Samsung EVO 750 2.5" SATA SSD

Testing disk drive read speed with hdparm

Note:Test result is for single-drive sequential read. Multi-drive concurrent throughput is limited by the Pi 5's PCIe Gen3 x1 total bandwidth.

Packing List

  • X1017 V1.0 PCIe3.0 to 8-port SATA expansion board x1
  • Screw CM2.5x5mm x4
  • PCIe FFC cable 37mm x2
  • SATA power spillter cable x1

User Manual

  • X1017 hardware description:X1017 Hardware
  • How to make it work:Manual PCIe enable configuration is required. Full official tutorial:X1017 Software

FAQ

Q1: Question 1

A: Place the answer here.