ne64badge

Tags: vendor:freescale

This README discusses issues unique to NuttX configurations for the Future Electronics Group NE64 /PoE Badge board based on the MC9S12NE64 hcs12 cpu.

See :doc:` </platforms/hc/m9s12/index>` for more information about the chip this board uses.

Pin Mapping

Pin	Name	Board signal	Note
44	RESET	J3 RESET_L	Also to SW3
57	BKGD/MODC/TAGHI_B	BDM BKGD CON6A
85	PAD0	VR1	Potentiometer
86	PAD1	J3 ANALOG_IN0	Not used on board
87	PAD2	J3 ANALOG_IN1
88	PAD3	J3 ANALOG_IN2
89	PAD4	J3 ANALOG_IN3
70	PHY_TXP	J7 TD+	RJ45 connector
71	PHY_TXN	J7 TD-	RJ45 connector
73	PHY_RXP	J7 RD+	RJ45 connector
74	PHY_RXN	J7 RD-	RJ45 connector
60	PA0/ADDR8/DATA8	J3 ADDR_DATA8	Not used on board
61	PA1/ADDR9/DATA9	J3 ADDR_DATA9
62	PA2/ADDR10/DATA10	J3 ADDR_DATA10
63	PA3/ADDR11/DATA11	J3 ADDR_DATA11
77	PA4/ADDR12/DATA12	J3 ADDR_DATA12
78	PA5/ADDR13/DATA13	J3 ADDR_DATA13
79	PA6/ADDR14/DATA14	J3 ADDR_DATA14
80	PA7/ADDR15/DATA15	J3 ADDR_DATA15
10	PB0/ADDR0/DATA0	J3 ADDR_DATA0	Not used on board
11	PB1/ADDR1/DATA1	J3 ADDR_DATA1
12	PB2/ADDR2/DATA2	J3 ADDR_DATA2
13	PB3/ADDR3/DATA3	J3 ADDR_DATA3
16	PB4/ADDR4/DATA4	J3 ADDR_DATA4
17	PB5/ADDR5/DATA5	J3 ADDR_DATA5
18	PB6/ADDR6/DATA6	J3 ADDR_DATA6
19	PB7/ADDR7/DATA7	J3 ADDR_DATA7
56	PE0/XIRQ_B	BUTTON1	SW1
55	PE1/IRQ_B	J3 IRQ	Not used on board
54	PE2/R_W	J3 RW
53	PE3/LSTRB_B/TAGLO_B	J3 LSTRB
41	PE4/ECLK	J3 ECLK
40	PE5/IPIPE0/MODA	J3 MODA
39	PE6/IPIPE1/MODB	J3 MODB
38	PE7/NOACC/XCLKS_B	pulled low	pulled low
97	PK0/XADR14	N/C	N/C
98	PK1/XADR15	N/C	N/C
99	PK2/XADR16	N/C	N/C
100	PK3/XADR17	N/C	N/C
103	PK4/XADR18	N/C	N/C
104	PK5/XADR19	N/C	N/C
105	PK6/XCS_B	J3 XCS	Not used on board
106	PK7/ECS_B/ROMCTL	J3 ECS
110	PT4/IOC1_4	J3 GPIO8	Not used on board
109	PT5/IOC1_5	J3 GPIO9
108	PT6/IOC1_6	J3 GPIO10
107	PT7/IOC1_7	N/C	N/C
30	PS0/RXD0	RS232_RX	Eventually maps to J2 RXD
31	PS1/TXD0	RS232_TX	Eventually maps to J2 TXD
32	PS2/RXD1	J3&J4 UART_RX	Not used on board
33	PS3/TXD1	J3&J4 UART_TX
34	PS4/MISO	J3 SPI_MISO
35	PS5/MOSI	J3 SPI_MOSI
36	PS6/SCK	J3 SPI_CLOCK
37	PS7/SS_B	J3 SPI_SS
22	PG0/RXD0/KWG0	J3 GPIO0	Not used on board
23	PG1/RXD1/KWG1	J3 GPIO1
24	PG2/RXD2/KWG2	J3 GPIO2
25	PG3/RXD3/KWG3	J3 GPIO3
26	PG4/RXCLK/KWG4	J3 GPIO4
27	PG5/RXDV/KWG5	J3 GPIO5
28	PG6/RXER/KWG6	J3 GPIO6
29	PG7/KWG7	J3 GPIO7
7	PH0/TXD0/KWH0	N/C	N/C
6	PH1/TXD1/KWH1	N/C	N/C
5	PH2/TXD2/KWH2	J4 XBEE_RESET	Not used on board
4	PH3/TXD3/KWH3	J4 XBEE_RSSI	Not used on board
3	PH4/TXCLK/KWH4	BUTTON2	SW2
2	PH5/TXDV/KWH5	J5 XBEE_LOAD_H	Not used on board
1	PH6/TXER/KWH6	J4 XBEE_LOAD_L	Not used on board
8	PJ0/MDC/KWJ0	LED1	D21, red
9	PJ1/MDIO/KWJ1	LED2	D22, red
20	PJ2/CRS/KWJ2	J3 SPI_CS	Not used on board
21	PJ3/COL/KWJ3	N/C
112	PJ6/SDA/KWJ6	J3 I2C_DATA	Not used on board
111	PJ7/SCL/KWJ7	J3 I2C_CLOCK
51	PL6/TXER/KWL6	N/C	N/C
52	PL5/TXDV/KWL5	N/C	N/C
58	PL4/COLLED	Collision LED	red
59	PL3/DUPLED	Full Duplex LED	Yellow
81	PL2/SPDLED	100Mbps Speed LED	Yellow
83	PL1/LNKLED	Link Good LED	Green
84	PL0/ACTLED	Activity LED	Yellow

Installation

Note

Either Linux or Cygwin on Windows can be used for the development environment. The source has been built only using the GNU toolchain (see below). Other toolchains will likely cause problems.

A GNU GCC-based toolchain is assumed. The PATH environment variable should be modified to point to the correct path to the HC12 GCC toolchain (if different from the default in your PATH variable).

If you have no HC12 toolchain, one can be downloaded from the NuttX Bitbucket download site (https://bitbucket.org/nuttx/buildroot/downloads/). This GNU toolchain builds and executes in the Linux or Cygwin environments.

You must have already configured NuttX in <some-dir>/nuttx.
```
$ tools/configure.sh ne64badge:<sub-dir>
```
Download the latest buildroot package into <some-dir>
Unpack the buildroot tarball. The resulting directory may have versioning information on it like buildroot-x.y.z. If so, rename <some-dir>/buildroot-x.y.z to <some-dir>/buildroot.
```
$ cd <some-dir>/buildroot
$ cp boards/m9s12x-defconfig-3.3.6 .config
$ make oldconfig
$ make
```
If the make fails because it can’t find the file to download, you may have to locate the file on the internet and download it into the archives/ directory manually. For example, binutils-2.18 can be found here: http://ftp.gnu.org/gnu/binutils/

Make sure that the PATH variable includes the path to the newly built binaries.

Configurations

This board’s configurations can be selected using the following command, where <config> is one of the configurations listed below.

$ ./tools/configure.sh ne64badge:<config>

GPIO Interrupts

CONFIG_HCS12_GPIOIRQ: Enable general support for GPIO IRQs
CONFIG_HCS12_PORTG_INTS: Enable PortG IRQs
CONFIG_HCS12_PORTH_INTS: Enable PortH IRQs
CONFIG_HCS12_PORTJ_INTS: Enable PortJ IRQs

HCS12 build options

CONFIG_HCS12_SERIALMON: Indicates that the target systems uses the Freescale serial bootloader.
CONFIG_HCS12_NONBANKED: Indicates that the target systems does not support banking. Only short calls are made; one fixed page is presented in the paging window. Only 48Kb of FLASH is usable in this configuration: pages 3e, 3d, then 3f will appear as a contiguous address space in memory.

HCS12 Sub-system support

CONFIG_HCS12_SCI0
CONFIG_HCS12_SCI1

HCS12 specific device driver settings

CONFIG_SCIn_SERIAL_CONSOLE: selects SCIn for the console and ttys0 (default is the SCI0).
CONFIG_SCIn_RXBUFSIZE: Characters are buffered as received. This specific the size of the receive buffer
CONFIG_SCIn_TXBUFSIZE: Characters are buffered before being sent. This specific the size of the transmit buffer
CONFIG_SCIn_BAUD: The configure BAUD of the UART.
CONFIG_SCIn_BITS: The number of bits. Must be either 7 or 8.
CONFIG_SCIn_PARTIY: 0=no parity, 1=odd parity, 2=even parity, 3=mark 1, 4=space 0
CONFIG_SCIn_2STOP: Two stop bits

ostest

This configuration directory, performs a simple OS test using examples/ostest.