Protected Novell Netware SMS Partition M2FS/M2CS XOSL File System Hibernation Linux RAID Fault-Tolerant mirrored Linux Kernel Advanced Disk Manager Swap native file system

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File system Indicator  Byte in Hexadecimal

Partition/ File system Description

64H

PC-ARMOUR protected partition
(64H is used by PC-ARMOUR disk protection by Dr. A. Solomon, intended to keep the disk inaccessible until the right password was given and then an INT 13H hook was loaded above top-of-memory that showed C-H-S = 0-0-2, with a copy of the real partition table, when 0-0-1 was requested).

65H

Novell NetWare 3.86, 3.xx or 4.xx

(Novell Netware 3.0 and later versions use one partition per drive. It allocates logical Volumes inside these partitions. The volumes can be split over several drives. The file system used is called Turbo FAT and it only very vaguely resembles the DOS FAT file system. Novell Netware used to be the main Network Operating System available. Netware 68 or S-Net (1983) was for a Motorola 68000, Netware 86 for an Intel 8086 or 8088. Netware 286 was for an Intel 80286 and existed in various versions that were later merged to Netware 2.2. Netware 386 was a rewrite in C for the Intel 386 which was later renamed to Netware 3.x (3.0, 3.1, 3.10, 3.11 and 3.12 etc) versions. Its successor Netware 4.xx had versions 4.00, 4.01, 4.02, 4.10 and 4.11. Then came Intranetware)

66H

Novell Netware SMS Partition
(SMS stands for Storage Management Services. It is not used now.)

67H

Novell

68H

Novell

69H

Novell Netware 5+ and Novell Netware NSS Partition
(NSS stands for Novell Storage Services.)

70H

DiskSecure Multi-Boot

71H

Officially listed as reserved

73H

Officially listed as reserved

74H

Officially listed as reserved

74H

Scramdisk partition
(Scramdisk is a disk encryption software. It supports container files, dedicated partitions type 74H and disks hidden in WAV audio files.)

75H

IBM PC/IX

76H

Officially listed as reserved

77H

M2FS/M2CS partition

77H

QNX 4.x

78H

XOSL File System 
(XOSL Boot loader file system)

78H

QNY 4.x

79H

QNZ 4.x

7EH

F.I.X.

7Fh

Alt-OS-Development Partition Standard

80H

Old MINIX, MINIX v1.1 to v1.4a

81H

MINIX 1.4b and Later
(MINIX is a Unix-like operating system written by Andy Tanenbaum and students at the Vrije University, Amsterdam, around 1989-1991. It runs on PCs (8086 and up), Macintosh, Atari, Amiga, Sparc.

81H

Early Linux

81H

Mitac Advanced Disk Manager

82H

Prime

82H

Solaris x86
(Solaris creates a single partition with ID 82H and then uses Sun disk labels within the partition to split it further.)

82H

Linux Swap partition

83H

Linux Native Partition or Linux native file system or Linux Ext2fs
(Linux is a Unix-like operating system written by Linus Torvalds and many others on the internet since 1991. It runs on PCs 386 and later and a variety of other hardware. It is distributed under GPL (General Public License) . Various file system types like xiafs, ext2, ext3, reiserfs, etc. all use ID 83H.)

84H

OS/2 hidden C: drive or OS/2-renumbered type 04 partition.
(OS/2-renumbered type 04h partition is related to hiding DOS C: drive)

84H

Hibernation partition
(Reported for various laptop models, e.g., used on Dell Latitudes (with Dell BIOS) that use the MKS2D utility.)

85H

Linux Extended partition

86H

Old Linux RAID partition super block

86H

FAT16 volume/stripe set (Windows NT) or NTFS volume set
(It is Legacy Fault Tolerant FAT16 volume.)

87H

HPFS Fault-Tolerant mirrored partition or NTFS volume set or NTFS volume/stripe set
(Legacy Fault Tolerant NTFS volume. HPFS Fault-Tolerant mirrored partition. )

8aH

Linux Kernel Partition
(It is used by AiR-BOOT)



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Data Recovery Book
 
Chapter 1 An Overview of Data Recovery
Chapter 2 Introduction of Hard Disks
Chapter 3 Logical Approach to Disks and OS
Chapter 4 Number Systems
Chapter 5 Introduction of C Programming
Chapter 6 Introduction to Computer Basics
Chapter 7 Necessary DOS Commands
Chapter 8 Disk-BIOS Functions and Interrupts Handling With C
Chapter 9 Handling Large Hard Disks
Chapter 10 Data Recovery From Corrupted Floppy
Chapter 11 Making Backups
Chapter 12 Reading and Modifying MBR with Programming
Chapter 13 Reading and Modifying DBR with Programming
Chapter 14 Programming for “Raw File” Recovery
Chapter 15 Programming for Data Wipers
Chapter 16 Developing more Utilities for Disks
Appendix Glossary of Data Recovery Terms
 
 
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