Lines Matching +full:8 +full:- +full:way
8 - XT-AV60 / LX60
9 - XT-AV110 / LX110
10 - XT-AV200 / LX200
11 - ML605
12 - KC705
16 - An Xtensa or Diamond processor core.
17 - An on-chip-debug (OCD) JTAG interface.
18 - A 16550 compatible UART and serial port.
19 - An OpenCores Wishbone 10/100-base-T ethernet interface.
20 - A 32 char two line LCD display. (except for the LX200)
24 - Virtex-4 (XC4VLX60 / XCV4LX200) / Virtext-5 (XC5VLX110)
25 - 128MB / 64MB (LX60) memory
26 - 16MB / 4MB (LX60) Linear Flash
30 - Virtex-6 (XC6VLX240T)
31 - 512MB DDR3 memory
32 - 16MB Linear BPI Flash
36 - Kintex-7 XC7K325T FPGA
37 - 1GB DDR3 memory
38 - 128MB Linear BPI Flash
42 --------------------
45 A terminal emulator must be set accordingly to see the U-Boot prompt.
49 -------------------------------------------------
51 The LX60/LX110/LX200/ML605 contain an 8-way DIP switch that controls
55 Boot Mapping (DIP switch 8):
57 DIP switch 8 maps the system ROM address space (in which the
60 and cannot be disabled by software, therefore DIP switch 8 is no
64 Mapping to SRAM allows U-Boot to be debugged with an OCD/JTAG
68 therefore U-Boot must fit within this space to debug an image
72 Mapping to flash allows U-Boot to start on reset, provided it
77 The device address is used by U-Boot to program the flash, and may
78 be used to specify an application to run or U-Boot image to boot.
80 Default MAC Address (DIP switches 1-6):
84 value whose least significant 6 bits come from DIP switches 1-6.
87 switch 1 is the least-significant bit.
89 After initial startup, the MAC address is stored in the U-Boot
93 used and the DIP switches no longer consulted. DIP swithes 1-6
96 The KC705 board contains 4-way DIP switch, way 1 is the boot mapping
97 switch and ways 2-4 control the low three bits of the MAC address.
101 ------------------------------------------------------
103 The XT-AV60 board has only 128 KB of SDRAM that can be mapped
105 OCD/JTAG. This limits the useful size of U-Boot to 128 KB (0x20000)
108 This can pose a problem if all the sources are compiled with -O0
111 the load addresses (LMA) in the RAM (VMA) so that OCD loads U-Boot
116 The recommended procedure for debugging is to first build U-Boot
117 with the default optimization level (-Os), and then touch and
118 rebuild incrementally with -O0 so that only the touched sources
119 are recompiled with -O0. To build with -O0, pass it in the KCFLAGS
123 if one doesn't expect it, the linker script provides a link-time