This page lists the coreboot status of the Nokia IP530 mainboard. It's maintained by Marc Bertens.
The Nokia IP530 is originally a Firewall that runs on the proprietary IPSO operating system of Nokia, it was based in the FreeBSD operating system. The original is only capable of starting a FreeBSD FS. There is as far as I known no CD support in the orginal BIOS.
The System has no VGA, all console activity must be done through a serial console.At the front the following can be found;
- Power LED
- Alert LED
- Fault LED
- Primary IDE activity LED
- Secondary IDE activity LED
- Two drive bays (primary IDE and secondary IDE)
- 2 Serial interfaces COM1 and COM2
- 4 Ethernet RJ45 sockets
- 2 PCMCIA slots
- Reset button
- 3 Compact PCI slots (industial PCI)
At the back the following can be found;
- Power supply
- EURO Power connector
- Power switch
- LED 'PWR OK'
- LED 'FAULT'
- LED 'OVR TEMP'
- two FANs for power supply cooling
- Dual FAN unit
- two FANs for mainboard cooling
The current development status is; Coreboot (Revision 6292) runs with seaBIOS (commit 89a1efd95c4f3ee349fa36c31526ae880820ce19). Linux 2.6.32 runs on the system, and most devices are supported. But there are still things to findout. Currently one IP530 runs as a server with Ubuntu 10.10.
The current coreboot works for board revision A of Nokia. Currently underway is the new release with autodetect support for board revision B and higher. Currently known the Nokia revisions go up to F. And revision F in known to work with coreboot implementation of revision B.
|CPU works||OK||PIII SL5DV (1000 / 256 / 133 / 1.75V)|
|L1 cache enabled||OK||CPU: L1 I cache: 16K, L1 D cache: 16K|
|L2 cache enabled||OK||L2 cache is standard for the P3-68X models|
|L3 cache enabled||N/A|
|Multiple CPU support||N/A|
|SDRAM||OK||upto 4 single sided 128Mb or 4 dual sided 256Mb|
|Dual channel support||N/A|
|ECC support||WIP||Not yet supported by the coreboot 440BX code, but it's on our TODO list.|
|On-board IDE 3.5"||OK||Primary and secondary controllers, the primary controller has a Compact Flash slot attached on board, as primary drive.|
|On-board IDE 2.5"||N/A|
|On-board USB||OK||The USB is not routed to any connector, u can be picked up from the board it self, there is an instruction below on this wiki-page how to do this|
|On-board Ethernet||OK||Four intel 21143PD controllers.|
|On-board Smartcard reader||N/A|
|On-board CompactFlash||OK||Is wrired are primary drive on primary IDE controller.|
|On-board PCMCIA||OK||Texas Instruments PCI1225 PCMCIA/Cardbus controller|
|On-board SD card reader||N/A|
|ISA add-on cards||N/A|
|Audio/Modem-Riser (AMR/CNR) cards||N/A|
|PCI add-on cards||OK||Tested: With 4 Ethernet adapter card of Nokia (Compact-PCI slots)|
|Mini-PCI add-on cards||N/A|
|Mini-PCI-Express add-on cards||Unknown|
|PCI-X add-on cards||N/A|
|AGP graphics cards||N/A|
|PCI Express x1 add-on cards||N/A|
|PCI Express x2 add-on cards||N/A|
|PCI Express x4 add-on cards||N/A|
|PCI Express x8 add-on cards||N/A|
|PCI Express x16 add-on cards||N/A|
|PCI Express x32 add-on cards||N/A|
|HTX add-on cards||N/A|
|Legacy / Super I/O|
|Serial port 1 (COM1)||OK|
|Serial port 2 (COM2)||OK|
|PS/2 keyboard||OK||Internal 4 pin connector J-KBD|
|Sensors / fan control||WIP|
|CPU frequency scaling||N/A|
|Other powersaving features||N/A|
|ACPI||No||There's no ACPI implementation for this board, but it's on our TODO list.|
|Nonstandard LEDs||OK||Special-purpose LEDs available on the board, Alert and Fault are controlled by the superio|
|High precision event timers (HPET)||N/A|
|Random number generator (RNG)||N/A|
|Wake on modem ring||N/A|
|Wake on LAN||N/A|
|Wake on keyboard||N/A|
|Wake on mouse||N/A|
|Flashrom||OK||Supported flashrom revision 1010 or higher.|
On board of the IP530 can be found the following:
- Pentium III.
- I440BX northbridge.
- 82371 southbridge.
- intel 21150 PCI to PCI bridge.
- 28F400, 512 Kbyte flashrom.
- SMSC FDC37B787 superio with 1024 bits SPI eeprom attached.
- LM78 power controller.
- 4 intel 21143PD ethernet controllers with KS8716 PHY interface, with each a 1024 bits SPI eeprom attached.
- Texas instruments PCI1225 PCMCIA/Cardbus controller with TPS22061 slot controller.
- 4 SD-RAM sockets.
Below the description is given for the connectors on the mainboard of the Nokia IP530, due missing documentation of the manufacturer.
The JDEBUG connector can be used for attaching an external ROM (flash chip) to the board for BIOS development.
|1||unknown||?||2||VCC +5 Volt||n/a|
|3||A16||Address line A16||4||A18||Address line A18|
|5||A15||Address line A15||6||A17||Address line A17|
|7||A12||Address line A12||8||A14||Address line A14|
|9||A7||Address line A7||10||A13||Address line A13|
|11||A6||Address line A6||12||A8||Address line A8|
|13||A5||Address line A5||14||A9||Address line A9|
|15||A4||Address line A4||16||A11||Address line A11|
|17||A3||Address line A3||18||OE#||Chip Enable Line OE#|
|19||A2||Address line A2||20||A10||Address line A10|
|21||A1||Address line A1||22||JP800.1||BIOSCS#|
|23||A0||Address line A0||24||D7||Data line D7|
|25||D0||Data line A0||26||D6||Data line D6|
|27||D1||Data line D1||28||D5||Data line D5|
|29||D2||Data line D2||30||D4||Data line D4|
|31||IOW#||Control line IOW#||32||D3||Data line D3|
|33||GND||Ground||34||IOR#||Control line IOR#|
For recovery there can be placed an flashrom board on the J-DEBUG connector. Belowe here the schematic in PDF can be used.
As wel the PCB layout in PDF, for this print it on a transparant paper in the highest quality (so it will be very black). From this a PCB can be made.
The 34 pin connector shoud be female 90 degres, so that the board is upright when attached to the IP530. you can select a 32 DIL socket, 32 PLCC socket, but not both flashroms inserted only one at the time.
The overview can be used to place the components and solder them in. The red lines in the overview are wires that need to be soldered in.
When ready flash the rom in a programmer and inserted it into a socket. Attach the board to the main board of the IP530 (notice the PIN 1 of both boards, when you put it wrong the flashrom on the option board will be blown-up.
Jumper JP800 - BIOSCS select
This jumper selected the on-board flash or the J-DEBUG connector where the BIOSCS# line is routed.
|1||JDEBUG.P22||This is connected to PIN 22 of the JDEBUG connection on the board|
|2||BIOSCS#||Connected to the ROMCS# line of the Northbridge|
|3||CS#||This is connected to CS# of the on-board flash chip.|
The WP# line of the on-board flashchip is controlled by Pin39 of the SMSC FDC37B787 Super I/O chip.
On the production boards the J800 is not present and the R814 (0 Ohm) is placed, remove this resistor and solder in the 3 pin-jumper for JP800. And place the jumper on position 2-3 to select the on-board flash chip.
This is a input signal on the Super I/O chip.
|1||GND||Ground of the system|
|2||GPIO16||Pin 4 of the SMSC FDC37B787 Super I/O chip.|
Pin 2 is pulled-up by resistor up VCC.
#define REG_GP1x 0xF6 #define REG_GP6x 0xYY #define JP900 0x20 #define JP901 0x08 sio_enter_config( 0x3F0 ); val = (sio_read( 0x3F0, REG_GP1x ) & JP900); val = (sio_read( 0x3F0, REG_GP6x ) & JP901); sio_leave_config( 0x3F0 );
This is a input signal on the Super I/O chip.
|1||GND||Ground of the system|
|2||GPIO67||Pin 90 of the SMSC FDC37B787 Super I/O chip.|
Pin 2 is pulled-up by resistor up VCC.
|1||VCC||VCC +5 volt|
|2||DATA||The DAT line of the PS2 keyboard (pin 70 SMSC FDC37B787)|
|3||CLOCK||The CLK line of the PS2 keyboard (pin 71 SMSC FDC37B787)|
|4||GND||Ground of the system|
#define REG_GP1x 0xF6 #define LED_FAULT 0x08 #define LED_ALERT 0x80 sio_enter_config( 0x3F0 ); val = sio_read( 0x3F0, REG_GP1x ); // To enable the ALERT led val &= ~LED_ALERT; // To disable the ALERT led val |= LED_ALERT; // To enable the FAULT led val &= ~LED_FAULT; // To disable the FAULT led val |= LED_FAULT; sio_write( 0x3F0, REG_GP1x, val ); sio_leave_config( 0x3F0 );
By using the sio_xxx() functions from flashrom, makes easy work dis-/en-abling the LEDs in the front.
EEPROM behide the SuperIO
|0x00-0x05||6 bytes||IP530\x00||Product name|
|0x24-0x29||6 bytes||-||Board number, sticker close to the PIII cpu|
|0x2A-0x37||14 bytes||-||Mfg. P/n (on the bottom side of the unit), filled out with spaces|
|0x3E-0x3F||2 bytes||0xYY,0x00||Mfg. rev. (on the bottom side of the unit), 0xYY = is the revision letter, where A = 0x41, B = 0x42|
|0x52-0x5D||12 bytes||-||Serial number (on the bottom side of the unit)|
|0x7E-0x7F||2 bytes||0xFF,0xFF||Unknown, probably the checksum value, but not used therefore filled 0xFFFF|
On coreboot startup the eeprom is read, to determine if its a IP530, otherwise it get signaled. And the revision of the hardware. When its reads an unknown (at that time) herdware revision, revision B will be assumed.
Be aware when accessing the data the addresses above are byte address, they need to be converted in word addresses.
This requires two wires to be soldered on the backside of the mainboard, pictures will be added later
Put the mainboard upside down, and the power connector facing you. Find the footprint of the 82371 southbridge. Locate the two pads; i directly above (about 1.5 mm) the F1 pin of the SB, and 1 to left (about 15mm) of the A5 pin of the SB.
Solder two wires to the two pads, be aware that the USB lines are polarity sensitive !!!
_____ USBPxP >---+---|_____|---+---------> USBPx+ to connector pin 3 | 27R | | --- * VCC 5 volt ----- 27pF | | 15K | ----- | | | | | | +-> to connector pin 1 | --- | | * GND >---+-------------+---------> to connector pin 4 | 27R | | --- ----- 27pF | | 15K ----- | | | | | | --- | _____ | USBPxN >---+---|_____|---+---------> USBPx- to connector pin 2 27R * pickup from somewhere on the board the power lines VCC 5 volt and GND (for instance on the JKBD connector pin 1 for VCC and pin 4 for GND)
With this you have succesful added the USB port on the Nokia-IP530. Below are the schematic and board layout in .PDF format for the USB interface.
Installing/booting the Nokia-IP530
The IP530 came with 8, 16 and 32Mb CF cards. There is available for download a 32Mb image that will start with the vendor bios. This image which can be placed on the standard CF card of the IP530.
#[sudo] dd of=/dev/<cf-card-device> if=./linux-nokia-ip530-coreboot.img
This is not a distrubution, but a lean and mean installation with a stable kernel. This image is intended to be used for upgrading, testing and developing coreboot on a x86 system.
Place the CF card in the slot of the IP530, connect a serial cross cable. get a terminal program (like putty) set the speed to 115200 Bps None, 8, 1 and boot up the IP530.
You must get a prompt.
When installing Linux on/for a Nokia-IP530, there are two ways; 1 use a donor PC or installation of a distro that uses the serial console for its installation. The kernel boot customation, must be something like this "apci=off console=ttyS0,115200n8" apci=off is nessary due that the Nokia-IP530 coreboot bios does'nt support APCI yet. Make sure that the ttyS0 is enabled in inittab, or some other place depending on the distro.
It should be posible to run any OS that is able to run without the following devices:
- Paralell port
OSes tested: Linux 2.6.32 and freeBSD 8.1 (unknown if all devices work as they work under Linux)
But NO windows :-)
Depending on the board revision, the board revision can be found on the inside of the machine, its on little stickers on the right-side of the board. There are currently to revisions (A/B) available doe the IP530.
Both rom images are on the Download 32Mb CF card image (7.9Mb)
For flashing the images read the documentation of flashrom.
Havefun with your Nokia-IP530, any remarks about this please email me on email@example.com
You can mail me too if you have a board revision that is not supported yet, you must be able to load the rom image "coreboot-nokia-ip530-board-rev-b.rom", but be prepared that maybe not all hardware is working.
|This work is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or any later version. This work is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details.|