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        "title": "EP-0212",
        "rev_id": 14558,
        "updated_at": "2024-04-03T03:51:12+00:00",
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            {
                "title": "EP-0212",
                "rev_id": 14558,
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                "chunk_index": 0,
                "content": "# EP-0212",
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            {
                "title": "EP-0212",
                "rev_id": 14558,
                "heading_path": "M.2 2242 NVME SSD for RPi 5 NES-CASE",
                "chunk_index": 1,
                "content": "<figure>\n<img src=\"EP-0212.jpg\" title=\"EP-0212.jpg\" width=\"320\" alt=\"EP-0212.jpg\" \/>\n<figcaption aria-hidden=\"true\">EP-0212.jpg<\/figcaption>\n<\/figure>",
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            {
                "title": "EP-0212",
                "rev_id": 14558,
                "heading_path": "Description",
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                "content": "This is a hat board that supports PCIe expansion for Raspberry Pi 5. It can accommodate M.2 NVMe 2230\/2242 SSD drives and connects to the PCIe slot on the Raspberry Pi 5 using a PCIe FPC cable.\n\n    Support M.2 NVMe M-key 2230\/2242 SSD.",
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                "title": "EP-0212",
                "rev_id": 14558,
                "heading_path": "Features",
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                "content": "-   <strong>PCIe Expansion Capability:<\/strong>\n\nThe hat board extends the functionality of the Raspberry Pi 5 by providing PCIe expansion support. It allows users to connect additional peripherals and devices through the PCIe slot, enhancing the Raspberry Pi's versatility for various applications.\n\n-   <strong>M.2 NVMe SSD Compatibility:<\/strong>\n\nAccommodates M.2 NVMe 2230\/2242 SSD drives, offering high-speed storage solutions for increased data transfer rates and storage capacity. Users can seamlessly integrate NVMe SSDs for improved performance and efficient data handling.\n\n-   <strong>Flexible Connectivity:<\/strong>\n\nConnects to the Raspberry Pi 5 using a PCIe FPC (Flexible Printed Circuit) cable, ensuring a secure and reliable connection. The flexible cable design allows for convenient positioning and arrangement of the PCIe expansion board, offering flexibility in the physical setup.\n\n-   <strong>Enhanced Storage Options:<\/strong>\n\nProvides the ability to expand storage capacity by integrating M.2 NVMe SSDs, enabling users to store and retrieve data at faster speeds compared to traditional storage solutions.\n\n-   <strong>Compact Form Factor:<\/strong>",
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                "title": "EP-0212",
                "rev_id": 14558,
                "heading_path": "Features",
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                "content": "Designed as a hat board, the expansion module maintains a compact form factor that seamlessly attaches to the Raspberry Pi 5, without compromising the overall size and portability of the Raspberry Pi setup.\n\n-   <strong>High-Speed Data Transfer:<\/strong>\n\nEnables high-speed data transfer between the Raspberry Pi 5 and connected PCIe devices, ensuring efficient communication and reduced latency.\n\n-   <strong>Versatile Applications:<\/strong>\n\nIdeal for a wide range of applications, including data-intensive projects, edge computing, and scenarios where additional storage and peripheral connectivity are essential.\n\n-   <strong>User-Friendly Integration:<\/strong>\n\nOffers a user-friendly experience by providing a straightforward and hassle-free setup for connecting PCIe devices to the Raspberry Pi 5.\n\n-   <strong>Quality Construction:<\/strong>\n\nConstructed with high-quality materials and components, ensuring durability and reliability in operation.\n\n-   <strong>Open-ended Expansion Possibilities:<\/strong>\n\nProvides an open-ended platform for users to explore and expand the capabilities of the Raspberry Pi 5, making it suitable for diverse projects and applications.",
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            {
                "title": "EP-0212",
                "rev_id": 14558,
                "heading_path": "Gallery",
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                "content": "-   Product outook\n\n<img src=\"EP-0212-10.jpg\" title=\"EP-0212-10.jpg\" width=\"800\" alt=\"EP-0212-10.jpg\" \/>\n<img src=\"EP-0212.jpg\" title=\"EP-0212.jpg\" width=\"800\" alt=\"EP-0212.jpg\" \/>\n<img src=\"EP-0212-1.jpg\" title=\"EP-0212-1.jpg\" width=\"800\" alt=\"EP-0212-1.jpg\" \/>\n\\* Assembled with acrylic case <img src=\"EP-0212-2.jpg\" title=\"EP-0212-2.jpg\" width=\"800\" alt=\"EP-0212-2.jpg\" \/>\n<img src=\"EP-0212-3.jpg\" title=\"EP-0212-3.jpg\" width=\"800\" alt=\"EP-0212-3.jpg\" \/>\n\\* Product details <img src=\"EP-0212-4.jpg\" title=\"EP-0212-4.jpg\" width=\"800\" alt=\"EP-0212-4.jpg\" \/>\n\\* Pogopin must be contact with Raspberry Pi 5's GPIO soldering points <img src=\"EP-0212-5.jpg\" title=\"EP-0212-5.jpg\" width=\"800\" alt=\"EP-0212-5.jpg\" \/>\n<img src=\"EP-0212-6.jpg\" title=\"EP-0212-6.jpg\" width=\"800\" alt=\"EP-0212-6.jpg\" \/>\n===How to assemble it? ===\n\n-   Please follow the steps as following figure.\n\n<img src=\"EP-0212-7.jpg\" title=\"EP-0212-7.jpg\" width=\"800\" alt=\"EP-0212-7.jpg\" \/>\n\\* Step1. Paste thermal pads on top of Raspberry Pi 5's chipset and fix the copper pillars to Raspberry Pi 5.",
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            {
                "title": "EP-0212",
                "rev_id": 14558,
                "heading_path": "Gallery",
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                "content": "-   Step2. Connect the FPC cable to the slot and make sure it locked properly, and then put the top hat on Raspberry Pi 5.\n-   Step3. peel off the protectiong film from acrylic panel.\n-   Step4. Fix the acrylic panels with copper pillars and screws.\n-   Step5. Paste the anti-slipper pad on bottom of the acrylic case.\n-   Step6. Insert TF card and connect the power supply and keyboard & mouse.",
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            {
                "title": "EP-0212",
                "rev_id": 14558,
                "heading_path": "Package Includes",
                "chunk_index": 7,
                "content": "-   1 x 52Pi M.2 2242 NVMe SSD For RPi 5 NES-Case board\n-   2 x Acrylic panel\n-   1 x Custom FPC cable\n-   1 x Anti-slipper pad\n-   4 x Long copper pillar\n-   4 x Ball head nut\n-   4 x M2.5 screw\n-   1 x M2.5 screw driver\n-   4 x Copper pillar\n-   4 x Knurled nut\n-   2 x M2.5 screw\n-   1 x M2 screw\n\n<img src=\"EP-0212-8.jpg\" title=\"EP-0212-8.jpg\" width=\"800\" alt=\"EP-0212-8.jpg\" \/>",
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            {
                "title": "EP-0212",
                "rev_id": 14558,
                "heading_path": "How to enable PCIe on Raspberry Pi 5?",
                "chunk_index": 8,
                "content": "-   Modify \/boot\/firmware\/config.txt and adding following parameters:\n\n<!-- -->\n\n    dtparam=pciex1\n\nAnd the connection is certified for Gen 2.0 speed (5 GT\/sec), but you can force it to Gen 3.0 (10 GT\/sec) if you add the following line after:\n\n    dtparam=pciex1_gen=3\n\nYou can run devices at PCIe Gen 3.0 speeds if you test and they run stable.\n\n-   Enable auto detection PCIe and booting from NVME.\n\n<!-- -->\n\n    sudo rpi-eeprom-config --edit\n\nAdding following parts:\n\n    PCIE_PROBE=1\n    BOOT_ORDER=0xf416\n\nThe 6 means to enable booting from nvme. Reboot Raspberry Pi 5 and try to use \\`lsblk\\` or \\`lspci -vvv\\` to get more details of the PCIe device.",
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            {
                "title": "EP-0212",
                "rev_id": 14558,
                "heading_path": "Keywords",
                "chunk_index": 9,
                "content": "-   M.2 2242 NVME SSD for RPi 5 NES-CASE, PCIe device for Raspberry Pi 5.",
                "char_count": 73,
                "token_estimate": 19
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