657
edits
Changes
Jump to navigation
Jump to search
'''CM5 carrier board Kit'''
==User Manual==
* Hardware Installation: [https://suptronics.com/Raspberrypi/cm5/x1500-v1.0_hardware.html X1500 Hardware]
* How to make it work: [https://suptronics.com/Raspberrypi/cm5/x1500-v1.0_software.html X1500 Software]
<!{{X150x-- 这里提供了一个Q&A的模板，增加Q&A时按照下面的格式写就可以了 --><div class="toccolours mw-collapsible mw-collapsed"><div style="font-weight:bold;line-height:1.0;">Q1: Question 1</div><div class="mw-collapsible-content">A: Place the answer here.</div></div>FAQ}}
{{GD Template Impl}}
[[File: X1500-IMG-9222-Interface.jpg | right |thumb|X1500 CM5 IO Board - Interface]]
[[File: X1500-IMG-9216-SSDs.jpg | right |thumb|X1500 CM5 IO Board - Support Dual NVMe SSDs]]
[[File: X1500-IMG-9227-Single-Board.jpg | right |thumb|X1500 CM5 IO Board]]
[[File: X1500-IMG-9236.jpg | right |thumb|X1500 CM5 IO Board - Assembly]]
[[File:X1500-IMG-9381.jpg|thumb|right|Support Hailo-8 AI Accelerator]]
[[File:X1500-X1501-compare.jpg|thumb|right|X1500 VS X1501]]
==Overview==
The '''X1500''' is a purpose-built '''IO board''' tailored '''for the Raspberry Pi Compute Module 5 (CM5)'''. It features '''two full-size M.2 NVMe slots''' and integrates a variety of peripherals into an ultra-compact design. This carrier board is meticulously engineered to streamline system development, allowing you to rapidly assemble solutions using readily available off-the-shelf components, such as existing Raspberry Pi HATs and M.2 NVMe devices.
For ease of integration, the board features a streamlined layout with major user connectors positioned along one edge, making enclosure design straightforward and efficient. Whether you're developing with the Compute Module 5 or deploying it as part of an embedded end product, the X1500 is designed to meet your needs with flexibility and performance.
{{CM5 IO Board}}
==Features==
|-
| '''Key Features''' ||
* '''Compact Design (87x87x25mm87x88x25mm)''': Combines a small footprint with a rich array of I/O peripherals for versatile applications. * '''Gigabit Ethernet Port''': Features '''1GbE with PoE+ support''' (for simplified power delivery, requires separate Raspberry Pi PoE+ HAT+)* '''Dual M.2 2280 NVMe SSD Slots''': Supports up to 8TB (4TB+4TB) via PCIe 2.0 (5Gbps) for fast data transfers and boot times, compatible with M.2 NVMe SSDs in '''2280, 2242, and 2230 form ''' factors.
* '''Dual HDMI 2.0 Ports''': Enables dual 4K display output for multimedia or industrial use cases.
* '''Dual USB 3.2 Gen 1 Ports''': delivering high-speed data transfer rates of up to 5 Gbps. <span class="tb_red">USB 3.0 = USB 3.2 Gen 1 (identical specs)</span> * '''Dual MIPI DSI/CSI-2 Connectors''': 22-pin FPC connectors (0.5mm pitch) compatible with Raspberry Pi 5 CSI and DSI modules for seamless camera and display integration.CAM/DISP 0 supports both displays or cameras. CAM/DISP 0 supports using a signal to power down the camera to save power. CAM/DISP 1 typically needs two jumpers fitting to '''J6''' to route the I2C signals from the GPIO connector to the camera connector. CAM/DISP 1 can be used with displays and cameras. If it is used with a camera, it isn’t possible to power down the camera. Also refer to [https://datasheets.raspberrypi.com/cm5/cm5io-datasheet.pdf Raspberry Pi Compute Module 5 IO Board datasheet (Page 5)]
* '''MicroSD Card Slot''': Supports Compute Module 5 Lite variants (without onboard eMMC)
* '''Raspberry Pi HAT+ Compatibility''': Reuse existing Raspberry Pi HATs to save time and reduce development costs.
* '''Convenient Power Button''': Easily wake or shut down the Compute Module 5 with a single press.
* '''RTC Battery Socket (CR1220coin battery is not included)''': Ensures accurate timekeeping during power interruptions.
* '''PWM Fan Support''': Includes a fan power connector for adjustable cooling in demanding environments.
* '''USB-C Port''': Handles both power delivery and OS image loading directly into the CM5’s eMMC. (<span class="tb_red">The OTG port is generally used for flashing the eMMC. If it's used for other purposes, power should be supplied via the 40-pin header—just like the official CM5 IO board.</span>)
* '''Configurable Jumpers''': Allows disabling features like wireless connectivity or EEPROM writing for customization.
* '''Streamlined Connector Layout''': USB, HDMI, Ethernet, and power ports are grouped along one edge for clean cable management and easy enclosure integration.
|-
| '''Technical Specification''' ||
<span class="tb_red">'''Power supply''': </span>* <span class="tb_red">5.1Vdc +/-5% 5A power via USB-C power supply</span>
'''Connectivity''':
* USB-C (Power in and OS image loading)
* 1Gigabit RJ45 Ethernet with PoE+ HAT+ support '''(requires separate Raspberry Pi PoE+ HAT+)'''
* 2 x USB3.0 Type-A
* 2 x USB2.0 Type-A
<span class="tb_red">For optimal performance, please use the official Raspberry Pi '''27W USB-C''' Power Supply or an alternative power supply capable of delivering '''5.1V at 5A'''. An incompatible power supply with a lower output voltage may fail to power on the system.</span>
|}
==User Manual==
* The hardware design refers to the official design, please refer to: https://datasheets.raspberrypi.com/cm5/cm5io-datasheet.pdf
* '''Hardware Installation: [https://suptronics.com/Raspberrypi/cm5/x1500-v1.0_hardware.html X1500 Hardware]''', <span class="tb_red">'''please click the left link to view it, it's very important!''' </span>
* '''How to make it work: [https://suptronics.com/Raspberrypi/cm5/x1500-v1.0_software.html X1500 Software]''', <span class="tb_red">'''please click the left link to view it, it's very important!''' </span>
* You can also refer to the [https://datasheets.raspberrypi.com/cm5/cm5io-datasheet.pdf official CM5 IO board] of the Raspberry Pi Foundation. The usage of X1500 is the same as it.
* https://smarthomecircle.com/how-to-install-os-on-raspberry-pi-compute-module-5-emmc-storage
* how to flash os into cm5 emmc, Refer to the following:
#https://smarthomecircle.com/how-to-install-os-on-raspberry-pi-compute-module-5-emmc-storage
#https://www.youtube.com/watch?v=SWv-WYlHJWQ
* Configuration steps for using an external antenna:
https://www.raspberrypi.com/documentation/computers/compute-module.html#antenna
==Packing List==
* X1500 V1.0 CM5 carrier board x 1
* M.2-A1 extension board x 2 (to fix M.2 2230 and 2242 SSDs)
* 2.54mm jumer cap x 2
* Screw pack M2*3 screw x 6[[File: X1500-Packing-List.jpg|800px]] ==Matching Case==According to user feedback, we have designed a metal case [[X1500-C1]] / [[X15-C1]] specifically for [[X1500]] / [[X1501]] IO boards. [[X15-C1]] and [[X1500-C1]] have different sizes, different appearances, and the same usage. Here is a detailed comparison: {| class="wikitable"! Model !! Compatible with !!compatibility!!Cooler / Heatsink|-| [[X15-C1]] V1.0 ||Raspberry Pi CM5||[[X1500]]/[[X1501]]/other low-profile expansion HATs||[[X15-F1]]|-| [[X1500-C1]] ||Raspberry Pi CM5||[[X1500]]/[[X1501]]||[[C519]]|} '''Please note''': The metal case will shield the wifi signal, so please use Ethernet when you use this case <gallery>X15-C1-IMG-9680.jpg|X15-C1X1500-C1-IMG-9275-NEW.jpg|X1500-C1</gallery> ==Installation Tips for C519 & X1500/X1501== Since both the C519 heatsink and PCB holes are threaded, proper alignment and minimal spacing are crucial during assembly. Carefully align the C519 with the PCB mounting holes, press down firmly until the heatsink touches the PCB, then tighten the screws. [[File:C519-IMG-9184-1-WiKi.jpg|900px]] [[File: X1500-IMG-9252-Installtion.jpg|900px]] [[File:X1500-C1-IMG-9379-Installaion.jpg|900px]]
==Matching Case=Video Guide===Installation Video: https://youtu.be/H1vgT2lrJQIX1500-C1 Metal Case will come soon{{#ev:youtube|https://youtu.be/H1vgT2lrJQI}}
==FAQ==
<!--Add review function! -->
[[Category:Product Manual]]
[[Category:Raspberry pi]]
[[Category:Knowledge]]