7007-N40

194-062 IBM RISC System/6000 N40 Notebook Workstation
194-235 IBM RS/6000 Model N40 Features And Enhancements
194-324  IBM RISC System/6000 Sorage I/O (810MB drive)
294-114 IBM AIX For N40

Memory Specs
   LED PCB, Top
   LED PCB, Bottom
Keyboard
Hard Drive
7007-N40 Ports
PCMCIA Slot IDs
PCMCIA Flap
Install / Remove Memory

Hacking the SPARCbook



Memory Specs
It supports main memory sizes from 16 to 64MB.  SIMMs are 5v, 70 ns, Fast Page Mode operation, and are no more than 1-inch high.
Note:  Install SIMMs in pairs.
SIMM sockets are gold plated. Memory in mine are NEC 

MC-424000A36BD-70, PD is 67 and 69 shorted. 
ICs on both ends are 2x  NEC 4217400-70, 2x NEC 424100-70 in the middle, and a further 2x NEC 4217400-70 for a total of 6 chips per side of the SIMM.

Following chip IDs from Chiplist
4217400   4M*4 DRAM* fast page 2K ref (NEC)?
424100     4M*1 DRAM fast page



LED PCB, Top
LD1 Power LED
LD2 Battery Warning LED
SK1
SK2
SK3,4 Keyboard tapes
SK5 Trackpoint tape
SP1 Speaker
SW1 Power switch
U2 RTC 6413
U5 LCD
XL2 H15.6250B4 xtal
1

LED PCB, Bottom

U6 FC48 1.26 U8 Dallas DS1267S-010

Microcontroller module
Microcontroller Subsystem (H8-337) 

   A Hitachi H8/337 microcontroller is provided to offload system housekeeping tasks from the main CPU.  The microcontroller features  used in this design are: 

    32K internal ROM, 1K internal SRAM 
    Choice of mask ROM, or OTP EPROM 
    Sixteen bit timer 
    PWM outputs (Beeper) 
    Three 8-bit A-D converters (Internal Temp and Keyboard Pointer) 
    Two 8-bit D-A converters (LCD contrast / battery charging level) 
    Two serial ports (External Sun Keyboard and Mouse) 
    Sleep mode (for power saving) 

The microcontroller subsystem handles the following functions: 

    Internal keyboard and pointing device control 
    External Sun keyboard and mouse control 
    Serial communication channels to SLAVIO keyboard and mouse ports 
    PSU and battery energy management 
    System non-volatile storage (RTC and serial EEPROM) 
    Environmental Parameter control (display brightness / audio volume) 
    LCD status display (2 x 16 character) control (environmental and diagnostic functions) 
    System reset control 
    Power management control 

Keyboard
  Lexmark P/N 1403213, Model M6. The keyboard with embedded pointing device is sourced from Lexmark Inc., and is derived from the unit used in IBM's industry acclaimed ThinkPad 750 product.



Hard Drive
  Lots of luck with this. Check HERE for info.

Disks for 7007 (Used in Sun Voyager, Powerlite 170)

Toshiba
MK2326FB 340 MB 4200 RPM 7.5 ms 12 ms 19mm
MK2428FB 524 MB 4200 RPM 7.5 ms 12 ms 19mm
MK2526FB 524 MB 4200 RPM 7.14 ms 13 ms 19mm
MK2628FB 811 MB 4200 RPM 7.14 ms 13 ms 19mm

IBM
DPRS-20810  810 MB 4900 RPM 6.1 ms 12 ms 17.5mm
DPRS-21215 1215 MB 4900 RPM 6.1 ms 12 ms 17.5mm
DMCA-21080  1080 MB 4000 RPM 7.5 ms 13 ms 12.5mm + adaptor

   The 810MB Removable Disk Drive for the N40 provides significantly higher disk capacity than was previously available in a 2.5-inch disk.  This permits the Model N40 notebook system to accommodate larger data files and more applications than with the 540MB disk.
810MB SCSI-2 Removable Disk Drive FC #2519
810MB SCSI-2 Removable Disk Drive Select  FC #2520
 

Travelstar XP SCSI Jumper settings  Model: DPRS-20810 / -21215

SCSI address settings (J2 pins)

5(-ID1) 6(-ID2) 7(-ID4)  ID
 open    open    open    0
  GND    open    open    1
 open     GND    open    2
  GND     GND    open    3
 open    open     GND    4
  GND    open     GND    5
 open     GND     GND    6
  GND     GND     GND    7

    Note: The drive does not have termination or pull up resistors for the SCSI interface.



7007-N40 Ports Thanks to Stefan Tibus for helping me wade through the ports 'o call...

DC Power (2.1mm x 5.5mm) Radio Shack Type N Plug
12 volt DC 4.6 Amp. Tip positive.
SCSI Port (HDI-30)
  Allows you to connect external hard disks, tape drives, and CD-ROM drives.
 1 NC             11 ID(4)          21 REQ
 2 ID(0)          12 GND            22 GND
 3 GND            13 GND            23 BSY
 4 ID(1)          14 ID(5)          24 GND
 5 TERMPWR        15 GND            25 ATN
 6 ID(2)          16 ID(6)          26 CD
 7 ID(3)          17 GND            27 RST
 8 GND            18 ID(7)          28 MSG
 9 ACK            19 ID(PARITY)     29 SEL
10 GND            20 GND            30 ID

Parallel Port  (HDI-30)
   Allows for the connection of devices such as printers and scanners.
  1 GND            11 GND            21 DATA(4)
 2 STROBE         12 BUSY           22 DATA(6)
 3 GND            13 SLCT           23 GND
 4 DATA(1)        14 GND            24 ACK
 5 +5V(*)         15 ERROR          25 GND
 6 GND            16 SELECT-IN      26 PE
 7 DATA(3)        17 GND            27 GND
 8 DATA(5)        18 DATA(0)        28 AUTOFEED
 9 GND            19 DATA(2)        29 INIT
10 DATA(7)        20 GND            30 GND
(*) protected by internal fuse with automatic reset

Video Port (HDD15)
   Allows you to connect external displays. 
 1 red             6 GND            11 ID(0)
 2 green           7 GND            12 ID(1)
 3 blue            8 GND            13 HSYNC
 4 ID(2)           9 NC             14 VSYNC
 5 GND            10 GND            15 ID(3)

Mouse Port (6 pin mini-DIN)
   The mouse port allows you to connect a PS/2-compatible mouse. The external mouse operates simultaneously with the Pointing Stick.
 1 DATA            4 +5V
 2 SLAVETX         5 CLOCK
 3 GND             6 SLAVERX

LocalTalk (8 pin mini-DIN)

 1 HANDSHAKE OUT   5 RECEIVE-
 2 HANDSHAKE IN    6 TRANSMIT+
 3 TRANSMIT-       7 GPINPUT
 4 GND(chassis)    8 RECEIVE+

Keyboard/Mouse Port (6 pin mini-DIN)
   Allows you to connect a PS/2-compatible keyboard and mouse. The external keyboard operates simultaneously with the built-in keyboard. The external mouse operates simultaneously with the Pointing Stick.

 1 DATA            4 +5V
 2 SPEAKER+        5 CLOCK
 3 GND             6 SPEAKER-

Serial Port (8 pin mini-DIN)
The serial (or TTY) ports allow the connection of devices such as serial printers, terminals, and external modems.

Pin
Signal
Pin
Signal
1
DTR
5
RCV DATA
2
CTS
6
RTS
3
XMIT Data
DCD
4
Chassis Gnd
TX CLOCK

Headphones (1/8" stereo mini jack)
   Stereo headphone socket provided for personal listening. A  1/8-inch stereo speaker jack is provided for situations where additional amplification is necessary. 

Audio In/Out Port (8 pin mini-DIN)
   The audio interface provides stereo line-in and line-out connections. It allows stereo sound input from an external sound source, such as a microphone or CD player, to be recorded and stored by your Tadpole and then played out to external audio equipment.
   A full 16-bit audio function has been designed into the system.  Two audio ports are provided to complement the built-in microphone and speaker. The other audio port has a fan-out connector with four RCA-type jacks. Two of the jacks are for stereo inputs and two are for stereo outputs.

 1 LINE-OUT left   5 GND(audio)
 2 GND(audio)      6 LINE-IN right
 3 LINE-IN left    7 GND(audio)
 4 GND(audio)      8 LINE-OUT right

Ethernet Interface (DB15 AUI)
   The Ethernet interface allows connection to a wide variety of LANs via an external transceiver.
 1 GND             6 GND            11 GND
 2 COLLISION+      7 NC             12 RX-
 3 TX+             8 GND            13 +12V(*)
 4 GND             9 COLLISION-     14 GND
 5 RX+            10 TX-            15 NC
(*) protected by internal fuse with automatic reset

ISDN Interface (RJ-45)
   The ISDN interface allows connection to ISDN services provided by telephone companies.
 1 NC              5 TE IN-
 2 NC              6 TE OUT-
 3 TE OUT+         7 NC
 4 TE IN+          8 NC

Internal Modem Interface (RJ-11)
  The integrated modem is a V.32 bis data (300-14.4k)/V.17 FAX (300-14.4k) modem.  It is an auto-dialing/answer data/FAX modem.  It includes error-correction, data compression, data security, and power management functions.
 1 NC              4 TIP
 2 NC              5 NC
 3 RING            6 NC



PCMCIA Port Identity

Your Tadpole has two PCMCIA slots. Slot 1 is nearest the keyboard top, and Slot 0 (zero) is furthest from the keyboard top.


PCMCIA Port Flap

   The PCMCIA port's flap can be removed for convenience. This is useful if you wish to install an interface card, such as a modem, which uses a connecting cable. The door is retained by clips at its hinges. 

Remove PCMCIA port flap:
1. Open the door to an angle of about 60 degrees.
2. Pull firmly to release the hinge pins from the hinge clips.

Replace PCMCIA port flap:
1. Locate the hinge pins so that they both touch the hinge clips, with the door at an angle of about 60 degrees.
2. Apply a steady but firm pressure until the hinge pins clip into place under the springs.



Install / Remove Memory

Preparing to Remove the SIMMs
1. Ensure that your Tadpole is powered off by carrying out a system shutdown, as described in "Powering off using a system shutdown" and is not connected to an external power supply unit.
2. Close lid and place your computer upside down on a level surface.
3. Remove battery cover and battery.
4. Placing the forefinger of the left hand on the L symbol and the forefinger of the right hand on the R symbol on the SIMM cover, gently pull the SIMM cover toward yourself with your forefingers until the rearmost row of clips disengage from the base casting. Then, with your thumbs, press the cover towards the rear of the unit until the clips (normally) located beneath the battery disengage.

Removing the SIMMs
1 Gently press the latches of the first SIMM socket outward until the SIMM pops up (see views A and B). This frees the SIMM for removal.
3. Remove the SIMM.
4. Repeat for the second SIMM.

Installing SIMMs
1. Hold the SIMM with contact edge points away from you and the cut-out edge on the right. Place the SIMM's contact edge against the SIMM connector (see views C and D).
2. With contacts in position, gently press the SIMM downwards until latches click into place.
3. Repeat steps 3 and 4 with the second SIMM.
4. Replace the SIMM cover.
5. Replace the battery and battery cover.

Checking the SIMMs (pulled from SPARCbook, unk)
1. Power your N40 on.
2. When the OpenBoot greeting is displayed, press Pause-A.
3. Check that new memory capacity is correctly reported on display.
4. Power off by pressing Pause-O.



INTERNAL BATTERY PACK (10xAA NiMh 1,100mAh) (#7090)
   This is a rechargeable battery pack, made up of 10 AA-sized Nickel Metal Hydride (NiMH) cells, that fits inside the main unit covers (in a compartment under the keyboard).  It is also chargeable if fitted into the Internal Battery Pack Storage charger.  Energy capacity is approximately 1,100mAh.  The battery life under normal operation is approximately 45 minutes. incorporating temperature sensor and charge mechanism

Sunder wrote:
   From what I understand, there is a thermoresistor in there, so when you crack it open, be careful not to rip it out.  Just replace all ten cells with new NiMH AA's and you should be good.  You can probably even go to the higher capacity NiMH's that are 1800ma from say cyberguys.com

External Battery Pack and Cable (10xD NiCd 5700mAh) (#7091)
   A rechargeable battery pack, that is attached externally to the main unit. It can be connected either by a snap-on connection of the battery pack unit to the rear of the system, or it can be connected via cable, with the battery pack free-standing (not attached). It is made up of 10 D-sized Nickel Cadmium (NiCd) cells, and the charger for the battery pack with a capacity of approximately 5700mAh. The battery life with typical use scenarios is greater than 4 hours. 

 Power Supply:    External 60W, system input voltage 12V, 4.6A



 Interesting box, made by Tadpole of UK.

Unixguys sighs:
Yup .... but after IBM pulled the plug on Tadpole and decided to build their own risc laptop (820-60 later discontinued) Tadpole sent all the tooling back to IBM and threw everything else out. The only thing on their site are a few patches. There was a lot of bad blood over this exersize.

During the CeBIT I saw the N40 RISC-notebook from IBM with the Power-Chip inside. The machine had WABI as a beta installed and you could see the Windows Programmanager sitting on the AIX Motif desktop (showing a GPF ;)) .

The display was a normal 640*480 TFT(?) LCD screen. There was some sort of harware-zoom, you could magnify parts of the virtual 1280*1024 desktop and move it around on the display.

The machine could be equipped with 64MB of RAM and has a 300 MB harddisk. After the AIX and the paging space is gone you should have approx. 100MB free on the disk. Machine owns two PCMCIA-slots.

AIX is a special version, capable to do a freeze-state, everything dumps on disk, machine stops, all in 30 sec, and back on in 30 sec where you left.

Machine runs 45 min (yes sir, minutes!) with internal batterypack, runs 2 hours with external. No Powermanagement system included. They had a normal looking mce connected to control the X11, no signs of a trackball or other more travel oriented input device.

Robert Ryan wrote:
 > Does anybody know if I can configure an Iomega 100-meg Zip drive for AIX 3.2.5 (RS/6000) ?  According to IBM, they say that Iomega must supply a driver.  According to Iomega, they do not supply ANY Unix drivers.

: I don't know for certain, but I suspect you could simply hookup a SCSI  Zip, and then reformat the disk with a JFS.  (Probably no special drivers are needed to do that.)

Several months ago I experimented hooking up a ZIP drive to an N40 portable -- a PowerPC CPU running a mutation of AIX 3.2.5 with a VERY small hard drive and insufficient memory.  I grabbed the SCSI ZIP drive from my Linux machine, a Macintosh Powerbook SCSI cable, hooked it all up, and booted.  I might've had to kick smitty into acknowledging the new SCSI device, but I don't remember.  In any event, the device was seen, and I was able to throw JFS onto a ZIP cartridge with no trouble.

Now, if a mutation of AIX 3.2.5 on a VERY suboptimal portable can deal with a ZIP drive, it's probably safe to assume that larger systems can deal with it.  Then again, weirder things have happened with IBM products...



IBM N40 FAQ by Tadpole-Cycle

Power 7007 off: The Power switch is only configured to power on the system (default).  To save the current session for resume at the next power on, use the 0 key  sequence. To shutdown cleanly use the AIX shutdown command (ie; shutdown -F). 

What do the status codes in the LCD display panel mean? 
         Answer:  Most status codes are exactly the same as the RISC/6000 LED status/progress  codes detailed in the AIX 3.2.5 Messages Guide and Reference except for the counting codes displayed during a SAVE operation; these number represent the number of MBs saved. 

Boot off a cdrom or bootable mksysb tape
 Since there is no mode key switch like on the RISC/6000, the function was built into firmware. At power on, use the k key sequence as soon as the blue IBM logo appears. 
    After a few seconds, the maintenance Main Menu will appear: 
   Select option 7 (Soft Key Switch Settings) 
   Select option 3 (Service) 
   Enter "99" to return to the Main Menu then select option 10 (exit and boot) 
    The system will boot from the first available scsi device other that the internal hard disk. 

How do I tell what the hardware configuration is? 
Select option #4 (Show Hardware Configuration) from Main Menu (as above) 

Flashing "888" on LCD status panel as soon as the N40 is  powered on. 
Memory SIMM(s) loose or unseated. Reseat memory SIMM(s) 

I get an error status code and can't boot, how do I perform maintenance like fsck, etc.? The N40 can't boot off standard Service Boot diskettes. 
    Boot from the AIX 3.2.5 for N40 cdrom in Service mode (as described above) then Select option #4 (Open Limited Maintenance Shell) 
  At the # prompt, enter "getrootfs hdisk0 sh" Perform necessary maintenance. 

N40 keeps prompting for "Security Key" at boot up.
A disk security key can be entered from NCE 
   If the security key has been forgotten, then the customer must call Tadpole-Cycle  Customer Service to verify registered ownership and generate a maintenance key to bypass  the lost security key. 

Configure Appletalk interface LTALK lpp not loaded in default load. 
  Follow instructions in /usr/lpp/bin/README.N40 about how to install and configure  the port. 

Is ISDN supported? It's mentioned in /usr/lpp/BOS/README. 
 Never fully implemented. Not supported. But look HERE

Can I update to AIX version 4.1?  No update is available. 
  The latest patches to AIX 3.2.5 for N40, version A.2, are available via anonymous ftp HERE

How do I tell if NCE is installed? Do "lslpp -h NCE.user.obj". If present, this lpp will show the current release and status. 

When you bring up NCE Display panel, no display types listed. 
Cause:  The /etc/fbconfigurations file can get zero'd out when written back to disk from memory. Get fbconfigurations.N40 then make a copy just in case. 

Why won't NCE Connect or Location dial out the internal modem? 
 TTY1 is not defined (see AIX 3.2.5 for N40 Release Notes). 
Use "smit tty" then "Add a TTY" to define tty0 on sa0 and tty1 on sa1 (Internal  Modem). 

   Modem communications programs other than SLIP are Cu and ate. They are available from the installation cdrom (not preloaded). 
   Use "smit installp / Install software products..." to install either or both:
  bosext1.uucp.obj (provides cu and uucp) bosext2.ate.obj (provides ate) 

How can I tell if the save logical volume is active? 
Use the "saveon -l" command. 

Increase the size of save logical volume after adding more memory
Use the following commands to remove the savelv: 
             saveon -o 
             mksaveres -i -d /dev/hdisk0
             sysdumpdev -p /dev/sysdumpnull 
             rmlv -f savelv 

  Do this to recreate the save logical volume at correct size: 
             mksavelv 
             mksaveres -s /dev/hdisk0 
             saveon -d /dev/hdisk0 
             sysdumpdev (or reboot) 

Help screen were not implemented in the A.1 and A.2 cd releases. 
Help screens added to the A2plus updates available on the ftp site. Download the latest nce.tpn0002 and nce.tpn0003 



Ronald Laboch (100343.1744@compuserve.com) wrote:
: Here is my problem:
: I wanted to create some boot diskettes for our brand new AIX Notebook (: AIX 3.2.5), but couldn't configure the SCSI-1.44MB SCSI-Drive. After discussing this problem with IBM, I downloaded a patch from  tadpole.com. After I installed the patch, the N40 does not boot. It: only displays 299 at the LCD-Display. What to do know? IBM told me to: boot from CD-ROM with any Standard SCSI-Drive. I tried with a: HP-SCSI-Drive, but this doesn't seem to work.

Display 299 indicates "IPL ROM passed control to loaded code. The system halts if control transfer was not successful. Report the problem to hardware service as SRN 101-299 ..."

What I suggest is to try and get into the "Configuration and Diagnostics" menu. You can get there by interrupting the startup process by pressing Pause+K from the keyboard. At least if you can get there, you could examine/modify your boot device, perform built-in diags etc.

I hope this helps.

Varouj Vosguian (Varouj@Planmatics.com)

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