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/***********************license start***************
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***********************license end**************************************/
/* This file contains support functions for the Cortina IXF18201 SPI->XAUI dual
** MAC. The IXF18201 has dual SPI and dual XAUI interfaces to provide 2 10 gigabit
** interfaces.
** This file supports the EBT5810 evaluation board. To support a different board,
** the 16 bit read/write functions would need to be customized for that board, and the
** IXF18201 may need to be initialized differently as well.
**
** The IXF18201 and Octeon are configured for 2 SPI channels per interface (ports 0/1, and 16/17).
** Ports 0 and 16 are the ports that are connected to the XAUI MACs (which are connected to the SFP+ modules)
** Ports 1 and 17 are connected to the hairpin loopback port on the IXF SPI interface. All packets sent out
** of these ports are looped back the same port they were sent on. The loopback ports are always enabled.
**
** The MAC address filtering on the IXF is not enabled. Link up/down events are not detected, only SPI status
** is monitored by default, which is independent of the XAUI/SFP+ link status.
**
**
*/
#include "cvmx.h"
#include "cvmx-swap.h"
#define PAL_BASE (1ull << 63 | 0x1d030000)
#define IXF_ADDR_HI (PAL_BASE + 0xa)
#define IXF_ADDR_LO (PAL_BASE + 0xb)
#define IXF_ADDR_16 IXF_ADDR_HI /* 16 bit access */
#define IXF_WR_DATA_HI (PAL_BASE + 0xc)
#define IXF_WR_DATA_LO (PAL_BASE + 0xd)
#define IXF_WR_DATA_16 IXF_WR_DATA_HI
#define IXF_RD_DATA_HI (PAL_BASE + 0x10)
#define IXF_RD_DATA_LO (PAL_BASE + 0x11)
#define IXF_RD_DATA_16 IXF_RD_DATA_HI
#define IXF_TRANS_TYPE (PAL_BASE + 0xe)
#define IXF_TRANS_STATUS (PAL_BASE + 0xf)
uint16_t cvmx_ixf18201_read16(uint16_t reg_addr)
{
cvmx_write64_uint16(IXF_ADDR_16, reg_addr);
cvmx_write64_uint8(IXF_TRANS_TYPE, 1); // Do read
cvmx_wait(800000);
/* Read result */
return(cvmx_read64_uint16(IXF_RD_DATA_16));
}
void cvmx_ixf18201_write16(uint16_t reg_addr, uint16_t data)
{
cvmx_write64_uint16(IXF_ADDR_16, reg_addr);
cvmx_write64_uint16(IXF_WR_DATA_16, data);
cvmx_write64_uint8(IXF_TRANS_TYPE, 0);
cvmx_wait(800000);
}
uint32_t cvmx_ixf18201_read32(uint16_t reg_addr)
{
uint32_t hi, lo;
if (reg_addr & 0x1)
{
return(0xdeadbeef);
}
lo = cvmx_ixf18201_read16(reg_addr);
hi = cvmx_ixf18201_read16(reg_addr + 1);
return((hi << 16) | lo);
}
void cvmx_ixf18201_write32(uint16_t reg_addr, uint32_t data)
{
uint16_t hi, lo;
if (reg_addr & 0x1)
{
return;
}
lo = data & 0xFFFF;
hi = data >> 16;
cvmx_ixf18201_write16(reg_addr, lo);
cvmx_ixf18201_write16(reg_addr + 1, hi);
}
#define IXF_REG_MDI_CMD_ADDR1 0x310E
#define IXF_REG_MDI_RD_WR1 0x3110
void cvmx_ixf18201_mii_write(int mii_addr, int mmd, uint16_t reg, uint16_t val)
{
uint32_t cmd_val = 0;
cmd_val = reg;
cmd_val |= 0x0 << 26; // Set address operation
cmd_val |= (mii_addr & 0x1f) << 21; // Set PHY addr
cmd_val |= (mmd & 0x1f) << 16; // Set MMD
cmd_val |= 1 << 30; // Do operation
cmd_val |= 1 << 31; // enable in progress bit
/* Set up address */
cvmx_ixf18201_write32(IXF_REG_MDI_CMD_ADDR1, cmd_val);
while (cvmx_ixf18201_read32(IXF_REG_MDI_CMD_ADDR1) & ( 1 << 30))
; /* Wait for operation to complete */
cvmx_ixf18201_write32(IXF_REG_MDI_RD_WR1, val);
/* Do read operation */
cmd_val = 0;
cmd_val |= 0x1 << 26; // Set write operation
cmd_val |= (mii_addr & 0x1f) << 21; // Set PHY addr
cmd_val |= (mmd & 0x1f) << 16; // Set MMD
cmd_val |= 1 << 30; // Do operation
cmd_val |= 1 << 31; // enable in progress bit
cvmx_ixf18201_write32(IXF_REG_MDI_CMD_ADDR1, cmd_val);
while (cvmx_ixf18201_read32(IXF_REG_MDI_CMD_ADDR1) & ( 1 << 30))
; /* Wait for operation to complete */
}
int cvmx_ixf18201_mii_read(int mii_addr, int mmd, uint16_t reg)
{
uint32_t cmd_val = 0;
cmd_val = reg;
cmd_val |= 0x0 << 26; // Set address operation
cmd_val |= (mii_addr & 0x1f) << 21; // Set PHY addr
cmd_val |= (mmd & 0x1f) << 16; // Set MMD
cmd_val |= 1 << 30; // Do operation
cmd_val |= 1 << 31; // enable in progress bit
/* Set up address */
cvmx_ixf18201_write32(IXF_REG_MDI_CMD_ADDR1, cmd_val);
while (cvmx_ixf18201_read32(IXF_REG_MDI_CMD_ADDR1) & ( 1 << 30))
; /* Wait for operation to complete */
/* Do read operation */
cmd_val = 0;
cmd_val |= 0x3 << 26; // Set read operation
cmd_val |= (mii_addr & 0x1f) << 21; // Set PHY addr
cmd_val |= (mmd & 0x1f) << 16; // Set MMD
cmd_val |= 1 << 30; // Do operation
cmd_val |= 1 << 31; // enable in progress bit
cvmx_ixf18201_write32(IXF_REG_MDI_CMD_ADDR1, cmd_val);
while (cvmx_ixf18201_read32(IXF_REG_MDI_CMD_ADDR1) & ( 1 << 30))
; /* Wait for operation to complete */
cmd_val = cvmx_ixf18201_read32(IXF_REG_MDI_RD_WR1);
return(cmd_val >> 16);
}
int cvmx_ixf18201_init(void)
{
int index; /* For indexing the two 'ports' on ixf */
int offset;
/* Reset IXF, and take all blocks out of reset */
/*
Initializing...
PP0:~CONSOLE-> Changing register value, addr 0x0003, old: 0x0000, new: 0x0001
PP0:~CONSOLE-> Changing register value, addr 0x0003, old: 0x0001, new: 0x0000
PP0:~CONSOLE-> **** LLM201(Lochlomond) Driver loaded ****
PP0:~CONSOLE-> LLM201 Driver - Released on Tue Aug 28 09:51:30 2007.
PP0:~CONSOLE-> retval is: 0
PP0:~CONSOLE-> Changing register value, addr 0x0003, old: 0x0000, new: 0x0001
PP0:~CONSOLE-> Changing register value, addr 0x0003, old: 0x0001, new: 0x0000
PP0:~CONSOLE-> Brought all blocks out of reset
PP0:~CONSOLE-> Getting default config.
*/
cvmx_ixf18201_write16(0x0003, 0x0001);
cvmx_ixf18201_write16(0x0003, 0);
/*
PP0:~CONSOLE-> Changing register value, addr 0x0000, old: 0x4014, new: 0x4010
PP0:~CONSOLE-> Changing register value, addr 0x0000, old: 0x4010, new: 0x4014
PP0:~CONSOLE-> Changing register value, addr 0x0004, old: 0x01ff, new: 0x0140
PP0:~CONSOLE-> Changing register value, addr 0x0009, old: 0x007f, new: 0x0000
*/
cvmx_ixf18201_write16(0x0000, 0x4010);
cvmx_ixf18201_write16(0x0000, 0x4014);
cvmx_ixf18201_write16(0x0004, 0x0140);
cvmx_ixf18201_write16(0x0009, 0);
/*
PP0:~CONSOLE-> Changing register value, addr 0x000e, old: 0x0000, new: 0x000f
PP0:~CONSOLE-> Changing register value, addr 0x000f, old: 0x0000, new: 0x0004
PP0:~CONSOLE-> Changing register value, addr 0x000f, old: 0x0004, new: 0x0006
PP0:~CONSOLE-> Changing register value, addr 0x000e, old: 0x000f, new: 0x00f0
PP0:~CONSOLE-> Changing register value, addr 0x000f, old: 0x0006, new: 0x0040
PP0:~CONSOLE-> Changing register value, addr 0x000f, old: 0x0040, new: 0x0060
*/
// skip GPIO, 0xe/0xf
/*
PP0:~CONSOLE-> Changing register value, addr 0x3100, old: 0x57fb, new: 0x7f7b
PP0:~CONSOLE-> Changing register value, addr 0x3600, old: 0x57fb, new: 0x7f7b
PP0:~CONSOLE-> Changing register value, addr 0x3005, old: 0x8010, new: 0x0040
PP0:~CONSOLE-> Changing register value, addr 0x3006, old: 0x061a, new: 0x0000
PP0:~CONSOLE-> Changing register value, addr 0x3505, old: 0x8010, new: 0x0040
PP0:~CONSOLE-> Changing register value, addr 0x3506, old: 0x061a, new: 0x0000
*/
for (index = 0; index < 2;index++ )
{
offset = 0x500 * index;
cvmx_ixf18201_write32(0x3100 + offset, 0x47f7b);
cvmx_ixf18201_write16(0x3005 + offset, 0x0040);
cvmx_ixf18201_write16(0x3006 + offset, 0);
}
/*PP0:~CONSOLE-> *** SPI soft reset ***, block id: 0
PP0:~CONSOLE-> Changing register value, addr 0x3007, old: 0xf980, new: 0xf9c0
PP0:~CONSOLE-> Changing register value, addr 0x3008, old: 0xa6f0, new: 0x36f0
PP0:~CONSOLE-> Changing register value, addr 0x3000, old: 0x0080, new: 0x0060
PP0:~CONSOLE-> Changing register value, addr 0x3002, old: 0x0200, new: 0x0040
PP0:~CONSOLE-> Changing register value, addr 0x3003, old: 0x0100, new: 0x0000
PP0:~CONSOLE-> Changing register value, addr 0x30c2, old: 0x0080, new: 0x0060
PP0:~CONSOLE-> Changing register value, addr 0x300a, old: 0x0800, new: 0x0000
PP0:~CONSOLE-> Changing register value, addr 0x3007, old: 0xf9c0, new: 0x89c0
PP0:~CONSOLE-> Changing register value, addr 0x3016, old: 0x0000, new: 0x0010
PP0:~CONSOLE-> Changing register value, addr 0x3008, old: 0x36f0, new: 0x3610
PP0:~CONSOLE-> Changing register value, addr 0x3012, old: 0x0000, new: 0x0010
PP0:~CONSOLE-> Changing register value, addr 0x3007, old: 0x89c0, new: 0x8980
PP0:~CONSOLE-> Changing register value, addr 0x3008, old: 0x3610, new: 0xa210
PP0:~CONSOLE->
*/
for (index = 0; index < 2;index++ )
{
offset = 0x500 * index;
int cal_len_min_1 = 0; /* Calendar length -1. Must match number
** of ports configured for interface.*/
cvmx_ixf18201_write16(0x3007 + offset, 0x81c0 | (cal_len_min_1 << 11));
cvmx_ixf18201_write16(0x3008 + offset, 0x3600 | (cal_len_min_1 << 4));
cvmx_ixf18201_write16(0x3000 + offset, 0x0060);
cvmx_ixf18201_write16(0x3002 + offset, 0x0040);
cvmx_ixf18201_write16(0x3003 + offset, 0x0000);
cvmx_ixf18201_write16(0x30c2 + offset, 0x0060);
cvmx_ixf18201_write16(0x300a + offset, 0x0000);
cvmx_ixf18201_write16(0x3007 + offset, 0x81c0 | (cal_len_min_1 << 11));
cvmx_ixf18201_write16(0x3016 + offset, 0x0010);
cvmx_ixf18201_write16(0x3008 + offset, 0x3600 | (cal_len_min_1 << 4));
cvmx_ixf18201_write16(0x3012 + offset, 0x0010);
cvmx_ixf18201_write16(0x3007 + offset, 0x8180 | (cal_len_min_1 << 11));
cvmx_ixf18201_write16(0x3008 + offset, 0xa200 | (cal_len_min_1 << 4));
cvmx_ixf18201_write16(0x3090 + offset, 0x0301); /* Enable hairpin loopback */
}
/*
PP0:~CONSOLE-> Changing register value, addr 0x0004, old: 0x0140, new: 0x1fff
PP0:~CONSOLE-> Changing register value, addr 0x0009, old: 0x0000, new: 0x007f
PP0:~CONSOLE-> Changing register value, addr 0x310b, old: 0x0004, new: 0xffff
PP0:~CONSOLE-> Changing register value, addr 0x310a, old: 0x7f7b, new: 0xffff
*/
cvmx_ixf18201_write16(0x0004, 0x1fff);
cvmx_ixf18201_write16(0x0009, 0x007f);
#if 0
/* MDI autoscan */
cvmx_ixf18201_write16(0x310b, 0xffff);
cvmx_ixf18201_write16(0x310a, 0xffff);
#endif
/*
*** 32 bit register, trace only captures part of it...
PP0:~CONSOLE-> Changing register value, addr 0x3100, old: 0x7f7b, new: 0x7f78
PP0:~CONSOLE-> Changing register value, addr 0x3600, old: 0x7f7b, new: 0x7f78
*/
for (index = 0; index < 2;index++ )
{
offset = 0x500 * index;
cvmx_ixf18201_write32(0x3100 + offset, 0x47f7c); /* Also enable jumbo frames */
/* Set max packet size to 9600 bytes, max supported by IXF18201 */
cvmx_ixf18201_write32(0x3114 + offset, 0x25800000);
}
cvmx_wait(100000000);
/* Now reset the PCS blocks in the phy. This seems to be required after
** bringing up the Cortina. */
cvmx_ixf18201_mii_write(1, 3, 0, 0x8000);
cvmx_ixf18201_mii_write(5, 3, 0, 0x8000);
return 1;
}