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    "data": {
        "title": "SD_Cards",
        "rev_id": 3391,
        "updated_at": "2018-04-27T03:36:27+00:00",
        "chunk_count": 7,
        "chunks": [
            {
                "title": "SD_Cards",
                "rev_id": 3391,
                "heading_path": "",
                "chunk_index": 0,
                "content": "# SD Cards",
                "char_count": 10,
                "token_estimate": 3
            },
            {
                "title": "SD_Cards",
                "rev_id": 3391,
                "heading_path": "SD CARDS",
                "chunk_index": 1,
                "content": "The Raspberry Pi should work with any compatible SD card, although there are some guidelines that should be followed:",
                "char_count": 117,
                "token_estimate": 30
            },
            {
                "title": "SD_Cards",
                "rev_id": 3391,
                "heading_path": "SD card size (capacity).",
                "chunk_index": 2,
                "content": "For installation of NOOBS or the image installation of Raspbian, the minimum recommended card size is 8GB.\nFor Raspbian Lite image installations we recommend a minimum of 4GB.\nSome distributions, specifically LibreELEC and Arch, can run on much smaller cards.\nIf you're planning to use a card of 64GB or more with NOOBS, see this page first.",
                "char_count": 341,
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            },
            {
                "title": "SD_Cards",
                "rev_id": 3391,
                "heading_path": "SD card class.",
                "chunk_index": 3,
                "content": "The card class determines the sustained write speed for the card; a class 4 card will be able to write at 4MB\/s, whereas a class 10 should be able to attain 10 MB\/s.\nHowever, it should be noted that this does not mean a class 10 card will outperform a class 4 card for general usage,\nbecause often this write speed is achieved at the cost of read speed and increased seek times.",
                "char_count": 378,
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            {
                "title": "SD_Cards",
                "rev_id": 3391,
                "heading_path": "SD card physical size.",
                "chunk_index": 4,
                "content": "The original Raspberry Pi Model A and Raspberry Pi Model B require full-size SD cards.\nThe newer Raspberry Pi Model A+, Raspberry Pi Model B+, Raspberry Pi 2 Model B, Raspberry Pi Zero, and Raspberry Pi 3 Model B require micro SD cards.",
                "char_count": 236,
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            {
                "title": "SD_Cards",
                "rev_id": 3391,
                "heading_path": "Troubleshooting",
                "chunk_index": 5,
                "content": "We recommend buying the Raspberry Pi SD card which is available here, as well as from other retailers;\nthis is an 8GB class 6 micro SD card (with a full-size SD adapter) that outperforms almost all other SD cards on the market and is a good value solution.\nIf you are having trouble with corruption of your SD cards, make sure you follow these steps:\n\nMake sure you are using a genuine SD card.\nThere are many cheap SD cards available which are actually smaller than advertised or which will not last very long.\nMake sure you are using a good quality power supply.\nYou can check your power supply by measuring the voltage between TP1 and TP2 on the Raspberry Pi;\nif this drops below 4.75V when doing complex tasks then it is most likely unsuitable.\nMake sure you are using a good quality USB cable for the power supply.\nWhen using a lower quality power supply, the TP1-\\>TP2 voltage can drop below 4.75V.\nThis is generally due to the resistance of the wires in the USB power cable;\nto save money, USB cables have as little copper in them as possible, and as much as 1V (or 1W) can be lost over the length of the cable.",
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            {
                "title": "SD_Cards",
                "rev_id": 3391,
                "heading_path": "Troubleshooting",
                "chunk_index": 6,
                "content": "Make sure you are shutting your Raspberry Pi down properly before powering it off.\n\nType sudo halt and wait for the Pi to signal it is ready to be powered off by flashing the activity LED.\n\nFinally, corruption has been observed if you are overclocking the Pi.\nThis problem has been fixed previously, although the workaround used may mean that it can still happen.\nIf after checking the steps above you are still having problems with corruption, please let us know.",
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                "token_estimate": 116
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        ]
    }
}