Generic archive named after the Xiaomi Mi Note, a 1.68 MB RAR with no further description of its contents, revision or document type.

A 14.4 MB RAR archive labelled simply as Xiaomi M3, with no indication of what documents or files it holds.

Xiaomi Mi Play material packed in a 6.20 MB RAR archive. The name only states the phone model, so the exact contents, whether schematics, PCB layout pictures or service…

Xiaomi Mi MIX 2 smartphone documents in a 2.88 MB RAR archive. The name does not reveal whether it contains a schematic, a component layout or other service files, so…

Archive for the first Xiaomi Mi 1 smartphone, 518 KB in RAR format. The name identifies only the device, so the contents, whether a schematic, boardview or other service…

Archive for the Xiaomi Mi CC9 Pro smartphone, 1.03 MB in RAR format. The file name only gives the model and does not say whether it holds schematics, a boardview, block…

Xiaomi Mi A3 smartphone archive, 2.30 MB in ZIP form, with no indication in the name of whether it holds schematics, a board layout or other service data.

Xiaomi Mi 4 service archive in RAR format, about 1.32 MB, whose name differs from another file only by a trailing space, so the two are likely duplicates.

Archive for the Xiaomi Mi 4 smartphone, 1.34 MB in zip format. The name does not say whether it holds a schematic, a component layout or both, so extract it and check…

Zip archive of 882 KB for the Xiaomi CC9 smartphone. The name does not state whether it is a schematic, a layout or other service data, so unpack it and check the…

Archive tied to the Xiaomi Mi Note 8 Pro or a Redmi Note 8 Pro, whose name gives no detail on its contents.

Archive for the Xiaomi Mi Pad 2 tablet, codename latte, 2.03 MB in 7-Zip format. The name does not say what is inside, so extract it with 7-Zip and check the contents…

Xiaomi Mi 5 smartphone service archive in RAR format, roughly 953 KB. Nothing in the name indicates whether it contains a schematic, boardview or other repair data, so…

RAR archive of 5.95 MB labelled only with the Xiaomi Mi Note 3 model name. The name does not say what is inside, whether schematics, layout drawings, firmware or a mix…

RAR archive for the Xiaomi Mi 4 smartphone, 1.32 MB in size. The name does not state what is inside, so it may be a schematic, a component placement or block diagram, or…

A RAR file of about 953 KB intended for the Xiaomi Mi 5 smartphone. Beyond the model name, nothing indicates its contents, board revision or version, so extract it and…

A small RAR archive, about 506 KB, for the Xiaomi Mi 1S phone. The file name provides only the model, with no document type or board revision, so look inside before…

Compact 507 KB ZIP for the Xiaomi Mi 1S smartphone. The name states only the model, so the contents need checking after unpacking.

Xiaomi archive in zip format, 14.4 MB, labelled for a device called M3; the name carries a copy suffix and no further details about board, revision or contents.

RAR package of about 1018 KB for the Xiaomi Mi 4C smartphone. The name states the device but not what the archive holds, so check whether it is a schematic, boardview or…

RAR archive of 1.82 MB for the original Xiaomi Mi 2 smartphone. The name gives only the model, so whether it contains schematics, a boardview or other service files is…

An archive in RAR format, roughly 959 KB, for the Xiaomi Mi 4S phone. The name lists only the model, with no indication of document type, PCB number or revision, so…

An archive for the original Xiaomi Mi 1, in RAR format of about 518 KB. Nothing beyond the model is given in the name: no board number, revision or content type.

Archive labelled for the Xiaomi Mi 1S, 505 KB in 7z format; the name does not state what kind of documents it holds.

Xiaomi M3 archive in 7z format, about 14.4 MB, with no further detail in the name about its contents.

Compact 373 KB RAR archive related to the Xiaomi Mi Pad 1 tablet. Its name identifies only the device, so whether it holds a schematic, a boardview or other service data…

Archive for the Xiaomi Redmi Note 7 smartphone, a 1.34 MB RAR whose name says nothing about its exact contents.

RAR archive of 1.32 MB tagged for the Xiaomi Mi4 phone, with no indication in the name of whether it contains schematics, a layout or other service data.

A compressed RAR package of about 826 KB for the Xiaomi Mi 5S phone. The name gives only the model, with no document type, board number or revision.

A RAR archive of about 932 KB for the Xiaomi Mi 2S. The name carries no document type, board number or revision, so check the contents after extraction.

Service archive for the Xiaomi Mi 2 smartphone, packed as RAR and about 1.82 MB. Only the model is stated: no board number, revision or file type appears in the name.

A RAR archive of about 1.03 MB for the Xiaomi Mi CC9 Pro smartphone. The name states the model but not the contents, board revision or version, so extract it and…

ZIP archive of 2.30 MB labelled for the Xiaomi Mi A3, written in the name as Mia3. The name does not reveal what the archive contains, so it could hold schematics, a…

Archive covering the Xiaomi Mi A3 (laurel) and Mi CC9e (laurus), two closely related models listed together because they share much of their hardware; 2.20 MB in 7z…

Archive for the Xiaomi Mi 9T Pro, sold in some markets as the Redmi K20 Pro, packed as a 1.01 MB zip.

Service archive for the Xiaomi Mi 5S smartphone, packed in RAR at 826 KB. The name does not reveal what kind of document is inside, so expect to check the contents after…

RAR archive, 877 KB, for the Xiaomi Mi 5S Plus, the larger sibling of the Mi 5S. The file name lists the model alone, so the document type inside is unconfirmed and…

Xiaomi Mi 2S repair archive, 932 KB in RAR form. The file name names the phone model and nothing else, so the type of documentation inside is not stated and must be…

RAR archive of 1.03 MB covering the Xiaomi Mi CC9 and Mi CC9 Pro, with the document type not specified in the name.

Xiaomi utility archive described as a one-click fastboot tool that switches Qualcomm-based phones into 9008 mode, offered as a way to recover bricked devices.