===================================================================
                    Maxtor's Diamond Max Family
                   3.5&quot; EIDE Drives Model Numbers
             85120A8, 83840A6, 82560A4, 82160A4, 81280A2 
===================================================================

KEY FEATURES:
  * 10 ms average seek              * ATA-3 Compliant 
  * Low power consumption           * PIO mode 4 / DMA 2 interface
  * ATA power saving commands       * Zone density recording 
  * Supports EPA Energy star        * S.M.A.R.T. Capability 
    standards (Green PC friendly)   * Superior data throughput 
  * >500,000 hours MTBF             * 256k Cache with MaxCache manager
                                       Algorithms                   
SPECIFICATIONS:
   +---------+-----------+---------+-----------+--------------+
   | Model   | Capacity  |  Disks  | Surfaces  | Sectors per  |
   | Number  |           |         | & Heads   | Drive        |
   +---------+-----------+---------+-----------+--------------+
   | 85120A8 | 5,120 MB  |    4    |     8     | 10,003,456   |
   +---------+-----------+---------+-----------+--------------+
   | 83840A6 | 3,840 MB  |    3    |     6     |  7,501,312   |
   +---------+-----------+---------+-----------+--------------+
   | 82560A4 | 2,560 MB  |    2    |     4     |  5,001,728   |
   +---------+-----------+---------+-----------+--------------+
   | 82160A4 | 2,160 MB  |    2    |     4     |  4,208,432   |
   +---------+-----------+---------+-----------+--------------+
   | 81280A2 | 1,280 MB  |    1    |     2     |  2,500,864   |
   +---------+-----------+---------+-----------+--------------+
   
Bytes per block :........................... 512
Integrated Controller/Interface: ........... ATA-3
Actuator type: ............................. Rotary Voice Coil
Data Zones per Surface: .................... 16
Servo: ..................................... Embedded
Tracks Per surface: ........................ 6,569 Clyinders
Track Density: ............................. 6,461 tpi  
Flux Density: .............................. 155.0 kfci 
Recording Density: ......................... 137.8 kbpi 
Encoding Method: ........................... RLL 8,9
Buffer Size: ............................... 256 k
Interleave: ................................ 1:1

PERFORMANCE:
Seek performance (including settling time and servo overhead)

Seek times :
     Track to track: ....................... 1  ms
     Average: .............................. 10 ms
     Maximum: .............................. 21 ms

Spindle speed (+-0.1%): .................... 5,400 RPM
Average latency: ........................... 5.56 ms
Controller overhead: ....................... 0.5 ms

Data transfer rate:
  To/From Media: ........................... 8 - 13.42 MBs
  To/from Host (without I/O CHRDY): ........ PIO Mode 3, 11.1 MBs
  To/from Host (with I/O CHRDY): ........... PIO Mode 4, 16.7 MBs
  DMA Transfers ............................ Mode 2, 16.7 MBs
                                                     
Start time (0 - Drive Ready) 
  Average .................................. <= 20.0 sec
Stop Time/Power Down: 
  Average .................................. <= 5.0  sec

Power Requirements(Average)

    Mode         +12VDC +-8%  +5VDC +-5%  Power/Duration
    ----         -----------  ----------  --------------
    Active         260 mA       420 mA         5.00 W
    Idle           260 mA       250 mA         4.50 W
    Read/Write     260 mA       450 mA         5.30 W
    Spin-up       1100 mA       450 mA         12.4 W             
    Sleep         2.00 mA       115 mA         0.60 W
    Standby       2.00 mA       154 mA         0.80 W
    

Power Mode Definitions:
-----------------------
Active	    The drive is spinning and most circuitry is powered on. 
	    The drive is capable of responding to read commands in
	    the shortest possible time. Read/Write heads are positioned
	    over the data area.

Idle	    The drive is spinning., the actuator is parked and powered
	    off, and all other circuitry is powered on. The drive is 
	    capable of responding to read commands within 40 ms.

Read/Write  Data is being read from or written to the drive.

Spin-up	    The drive is spinning up following initial application 
	    of power and has yet not reached full speed. Maximum
	    current draw lasts one second.

Sleep	    This is the lowest power state. The interface becomes 
	    inactive. A software or hardware reset is required to 
	    return the drive to Standby.

Standby	    The spin motor is not spinning. The drive will leave this
	    mode upon receipt of a command that requires disk access.
	    The time-out value for this mode is programmable. The
	    buffer is active to accept write data.




Physical:

    Height:  1.00"     25.4 mm
    Length:  5.75"    146.1 mm
    Width:   4.00"    101.6 mm
    Weight:  1.2 lb.    0.5 kg

Environmental:

Temperature
    Operating (stabilized).................. 5 C to 55 C                                           
    Non-operating/Storage .................. -40 C to 71 C
                                             MIL-STD-810E Method 501.3
Humidity
    Operating .............................. 5% to 95% non-condensing
    Non-operating/Storage .................. 5% to 95% non-condensing

Wet Bulb ................................... 27 C Maximum

Altitude (relative to sea level)
    Operating .............................. -200 to 10,000 feet
    Non-operating .......................... MIL-STD-810E Method 500.3
    
Reliability and Maintenance:

    MTBF ................................... >500,000 hours 
    AFR .................................... <=1.7%
    Preventative Maintenance ............... None
    Component design life .................. 5 years (minimum)
    Error Rate ............................. <1 per 10^13 bits read
    Start/Stop Cycles....................... >50,000
    Quality Acceptance Rate ................ 99.5% (<1,500 DPPM)

Shock & Vibration (typical):
          
    Operating Shock ........................ 20  Gs, 2ms (no errors)
    Non-Operating Shock .................... 150 Gs, 2ms (no damage)
    
    Operating Vibration (without non-recoverable errors)
     Per MIL-STD-810E Method 514.4
      10Hz ................................. 0.0125   G^2/Hz
      40Hz ................................. 0.0125   G^2/Hz
     500Hz ................................. 0.000125 G^2/hz

     Per MIL-STD-810E Method 514.4
      Non-operating Vibration (without non-recoverable errors)
      10Hz ................................. 0.015   G^2/Hz
      40Hz ................................. 0.015   G^2/Hz
     500Hz ................................. 0.00015 G^2/Hz

    Operating Swept Sine Vibration (1 octave/minute)
      5-20 Hz .............................. 0.049" (double amplitude)
      21-300 Hz ............................ 1.0 G peak amplitude

Acoustic Noise:
    Sound power (per ISO 7779) ............. 36 dBA (typical) 
	

              JUMPER DESIGNATION 
                                        |J50|J48|J46|J44|J42|
  +-------------------------------------+---+---+---+---+---+
  | Master/Slave                        |   |   |   |   |   |
  |  Only Drive in single drive system* | J |   |   |   |   |
  |  Master in a dual drive system*     | J |   |   |   |   |
  |  Slave in a dual drive system       | 0 |   |   |   |   |
  +-------------------------------------+---+---+---+---+---+
  | Cable Select                        |   |   |   |   |   |
  |  Disabled*                          |   | O |   |   |   |
  |  Enabled                            |   | J |   |   |   |
  +-------------------------------------+---+---+---+---+---+
  |  4092 Cylinder Option               |   |   |   |   |   |
  |  Disabled*                          |   |   | O |   |   |
  |  Enabled                            |   |   | J |   |   |
  +-------------------------------------+---+---+---+---+---+
  | Factory Reserved                    |   |   |   | O |   |
  +-------------------------------------+---+---+---+---+---+
  | Factory Reserved                    |   |   |   |   | O |
  +-------------------------------------+---+---+---+---+---+
                             
         J=Jumpered O=Open *=Default 
                     Pin 1
     J1 IDE Connector  |                J2 Power
   ___________ ________|_________________________
  | .................... || @ * *   o |/         \
  | .......... ......... || @ o o o o || O O O O |
  |______________________||___________||_________|
                            | | | | |    | | | |
                            | | | | |    | | | |
      J50 Master/Slave -----' | | | |    | | | `-+12V        (Yellow)
      J48 Cable Select -------' | | |    | | `---+12V Return (Black)
      J46 4092 Cyl Limitation---' | |    | `----- +5V Return (Black)
      J44 Factory Reserved -------' |    `------- +5V        (Red)
      J42 Factory Reserved ---------'

        @ = Default Jumped Positions
        * = "Spare" Jumper Position
        o = Default Open   Positions
 



                      CMOS Configuration:     
   +---------+-----------+-------+------+---------+-----------+
   | Model   | Cylinders | Heads | Wp   | Sectors | Capacity  |
   | Number  |           |       | & LZ |         |           |
   +---------+-----------+-------+------+---------+-----------+
   | 85120A8 |   9,924   |  16   |  0   |    63   |  5,120 MB |
   +---------+-----------+-------+------+---------+-----------+
   | 83840A6 |   7,443   |  16   |  0   |    63   |  3,840 MB |
   +---------+-----------+-------+------+---------+-----------+
   | 82560A4 |   4,962   |  16   |  0   |    63   |  2,560 MB |
   +---------+-----------+-------+------+---------+-----------+
   | 82160A4 |   4,185   |  16   |  0   |    63   |  2,160 MB |
   +---------+-----------+-------+------+---------+-----------+
   | 81280A2 |   2,481   |  16   |  0   |    63   |  1,280 MB |
   +---------+-----------+-------+------+---------+-----------+ 

             85120A8, 83840A6, 82560A4, 82160A4, 81280A2 are 
                      trademarks of Maxtor Corporation
               AT is a registered trademark of IBM Corporation
               Specifications subject to change without notice
                      Copyright 1996 Maxtor Corporation
                        Rev E    3/24/96 T. Gilmer
