Config.txt – Archivo RasPI Configuratión Settings

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Config.txt – Archivo RasPI Configuratión Settings

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Os paso el contenido de configuración genérico del archivo confix.txt de una RasPi con sistema Raspbian además del propio archivo para que lo descarguéis.

################################################################################
## Raspberry Pi Configuration Settings
##
## Revision 16, 2013/06/22
##
## Details taken from the eLinux wiki
## For up-to-date information please refer to wiki page.
##
## Wiki Location : http://elinux.org/RPiconfig
##
##
## Description:
## Details of each setting are described with each section that begins with
## a double hashed comment (‘##’)
## It is up to the user to remove the single hashed comment (‘#’) from each
## option they want to enable, and to set the specific value of that option.
##
## Overclock settings will be disabled at runtime if the SoC reaches temp_limit
##
################################################################################

################################################################################
## Standard Definition Video Settings
################################################################################

## sdtv_mode
## defines the TV standard for composite output
##
## Value Description
##


## 0 Normal NTSC (Default)
## 1 Japanese version of NTSC – no pedestal
## 2 Normal PAL
## 3 Brazilian version of PAL – 525/60 rather than 625/50, different
## subcarrier
##
#sdtv_mode=0

## sdtv_aspect
## defines the aspect ratio for composite output
##
## Value Description
##


## 1 4:3 (Default)
## 2 14:9
## 3 16:9
##
#sdtv_aspect=1

## sdtv_disable_colourburst
## Disables colour burst on composite output. The picture will be
## monochrome, but possibly sharper
##
## Value Description
##


## 0 Colour burst is enabled (Default)
## 1 Colour burst is disabled
##
#sdtv_disable_colourburst=1

################################################################################
## High Definition Video Settings
################################################################################

## hdmi_safe
## Use “safe mode” settings to try to boot with maximum hdmi compatibility.
##
## Value Description
##


## 0 Disabled (Default)
## 1 Enabled (this does: hdmi_force_hotplug=1,
## hdmi_ignore_edid=0xa5000080,
## config_hdmi_boost=4, hdmi_group=2,
## hdmi_mode=4, disable_overscan=0,
## overscan_left=24, overscan_right=24,
## overscan_top=24, overscan_bottom=24)
##
#hdmi_safe=1

## hdmi_force_hotplug
## Pretends HDMI hotplug signal is asserted so it appears a HDMI display
## is attached
##
## Value Description
##


## 0 Disabled (Default)
## 1 Use HDMI mode even if no HDMI monitor is detected
##
#hdmi_force_hotplug=1

## hdmi_ignore_hotplug
## Pretends HDMI hotplug signal is not asserted so it appears a HDMI
## display is not attached
##
## Value Description
##


## 0 Disabled (Default)
## 1 Use composite mode even if HDMI monitor is detected
##
#hdmi_ignore_hotplug=1

## hdmi_drive
## chooses between HDMI and DVI modes
##
## Value Description
##


## 1 Normal DVI mode (No sound)
## 2 Normal HDMI mode (Sound will be sent if supported and enabled)
##
#hdmi_drive=2

## hdmi_ignore_edid
## Enables the ignoring of EDID/display data
##
#hdmi_ignore_edid=0xa5000080

## hdmi_edid_file
## Read the EDID data from the edid.dat file instead of from the attached
## device
##
## Value Description
##


## 0 Read EDID data from attached device (Default)
## 1 Read EDID data from edid.txt file
##
#hdmi_edid_file=1

## hdmi_ignore_edid_audio
## Pretends all audio formats are unsupported by display. This means ALSA
## will default to analogue.
##
## Value Description
##


## 0 Use EDID provided values (Default)
## 1 Pretend all audio formats are unsupported
##
#hdmi_ignore_edid_audio=1

## hdmi_force_edid_audio
## Pretends all audio formats are supported by display, allowing
## passthrough of DTS/AC3 even when not reported as supported.
##
## Value Description
##


## 0 Use EDID provided values (Default)
## 1 Pretend all audio formats are supported
##
#hdmi_force_edid_audio=1

## hdmi_force_edid_3d
## Pretends all CEA modes support 3D even when edid doesn’t indicate
## support for them.
##
## Value Description
##


## 0 Use EDID provided values (Default)
## 1 Pretend 3D mode is supported
##
#hdmi_force_edid_3d=1

## avoid_edid_fuzzy_match
## Avoid fuzzy matching of modes described in edid.
##
## Value Description
##


## 0 Use fuzzy matching (Default)
## 1 Avoid fuzzy matching
##
#avoid_edid_fuzzy_match=1

## hdmi_pixel_encoding
## Force the pixel encoding mode.
## By default it will use the mode requested from edid so shouldn’t
## need changing.
##
## Value Description
##


## 0 Use EDID provided values (Default)
## 1 RGB limited (16-235)
## 2 RGB full ( 0-255)
## 3 YCbCr limited (16-235)
## 4 YCbCr limited ( 0-255)
##
#hdmi_pixel_encoding=1

## hdmi_group
## Defines the HDMI type
##
## Value Description
##


## 0 Use the preferred group reported by the edid (Default)
## 1 CEA
## 2 DMT
##
#hdmi_group=1

## hdmi_mode
## defines screen resolution in CEA or DMT format
##
## H means 16:9 variant (of a normally 4:3 mode).
## 2x means pixel doubled (i.e. higher clock rate, with each pixel repeated
## twice)
## 4x means pixel quadrupled (i.e. higher clock rate, with each pixel
## repeated four times)
## reduced blanking means fewer bytes are used for blanking within the data
## stream (i.e. lower clock rate, with fewer wasted bytes)
##
## Value hdmi_group=CEA hdmi_group=DMT
##


## 1 VGA 640×350 85Hz
## 2 480p 60Hz 640×400 85Hz
## 3 480p 60Hz H 720×400 85Hz
## 4 720p 60Hz 640×480 60Hz
## 5 1080i 60Hz 640×480 72Hz
## 6 480i 60Hz 640×480 75Hz
## 7 480i 60Hz H 640×480 85Hz
## 8 240p 60Hz 800×600 56Hz
## 9 240p 60Hz H 800×600 60Hz
## 10 480i 60Hz 4x 800×600 72Hz
## 11 480i 60Hz 4x H 800×600 75Hz
## 12 240p 60Hz 4x 800×600 85Hz
## 13 240p 60Hz 4x H 800×600 120Hz
## 14 480p 60Hz 2x 848×480 60Hz
## 15 480p 60Hz 2x H 1024×768 43Hz DO NOT USE
## 16 1080p 60Hz 1024×768 60Hz
## 17 576p 50Hz 1024×768 70Hz
## 18 576p 50Hz H 1024×768 75Hz
## 19 720p 50Hz 1024×768 85Hz
## 20 1080i 50Hz 1024×768 120Hz
## 21 576i 50Hz 1152×864 75Hz
## 22 576i 50Hz H 1280×768 reduced blanking
## 23 288p 50Hz 1280×768 60Hz
## 24 288p 50Hz H 1280×768 75Hz
## 25 576i 50Hz 4x 1280×768 85Hz
## 26 576i 50Hz 4x H 1280×768 120Hz reduced blanking
## 27 288p 50Hz 4x 1280×800 reduced blanking
## 28 288p 50Hz 4x H 1280×800 60Hz
## 29 576p 50Hz 2x 1280×800 75Hz
## 30 576p 50Hz 2x H 1280×800 85Hz
## 31 1080p 50Hz 1280×800 120Hz reduced blanking
## 32 1080p 24Hz 1280×960 60Hz
## 33 1080p 25Hz 1280×960 85Hz
## 34 1080p 30Hz 1280×960 120Hz reduced blanking
## 35 480p 60Hz 4x 1280×1024 60Hz
## 36 480p 60Hz 4x H 1280×1024 75Hz
## 37 576p 50Hz 4x 1280×1024 85Hz
## 38 576p 50Hz 4x H 1280×1024 120Hz reduced blanking
## 39 1080i 50Hz reduced blanking 1360×768 60Hz
## 40 1080i 100Hz 1360×768 120Hz reduced blanking
## 41 720p 100Hz 1400×1050 reduced blanking
## 42 576p 100Hz 1400×1050 60Hz
## 43 576p 100Hz H 1400×1050 75Hz
## 44 576i 100Hz 1400×1050 85Hz
## 45 576i 100Hz H 1400×1050 120Hz reduced blanking
## 46 1080i 120Hz 1440×900 reduced blanking
## 47 720p 120Hz 1440×900 60Hz
## 48 480p 120Hz 1440×900 75Hz
## 49 480p 120Hz H 1440×900 85Hz
## 50 480i 120Hz 1440×900 120Hz reduced blanking
## 51 480i 120Hz H 1600×1200 60Hz
## 52 576p 200Hz 1600×1200 65Hz
## 53 576p 200Hz H 1600×1200 70Hz
## 54 576i 200Hz 1600×1200 75Hz
## 55 576i 200Hz H 1600×1200 85Hz
## 56 480p 240Hz 1600×1200 120Hz reduced blanking
## 57 480p 240Hz H 1680×1050 reduced blanking
## 58 480i 240Hz 1680×1050 60Hz
## 59 480i 240Hz H 1680×1050 75Hz
## 60 1680×1050 85Hz
## 61 1680×1050 120Hz reduced blanking
## 62 1792×1344 60Hz
## 63 1792×1344 75Hz
## 64 1792×1344 120Hz reduced blanking
## 65 1856×1392 60Hz
## 66 1856×1392 75Hz
## 67 1856×1392 120Hz reduced blanking
## 68 1920×1200 reduced blanking
## 69 1920×1200 60Hz
## 70 1920×1200 75Hz
## 71 1920×1200 85Hz
## 72 1920×1200 120Hz reduced blanking
## 73 1920×1440 60Hz
## 74 1920×1440 75Hz
## 75 1920×1440 120Hz reduced blanking
## 76 2560×1600 reduced blanking
## 77 2560×1600 60Hz
## 78 2560×1600 75Hz
## 79 2560×1600 85Hz
## 80 2560×1600 120Hz reduced blanking
## 81 1366×768 60Hz
## 82 1080p 60Hz
## 83 1600×900 reduced blanking
## 84 2048×1152 reduced blanking
## 85 720p 60Hz
## 86 1366×768 reduced blanking
##
#hdmi_mode=1

## config_hdmi_boost
## configure the signal strength of the HDMI interface.
##
## Value Description
##


## 0 (Default)
## 1
## 2
## 3
## 4 Try if you have interference issues with HDMI
## 5
## 6
## 7 Maximum
##
#config_hdmi_boost=0

## hdmi_ignore_cec_init
## Doesn’t sent initial active source message. Avoids bringing
## (CEC enabled) TV out of standby and channel switch when rebooting.
##
## Value Description
##


## 0 Normal behaviour (Default)
## 1 Doesn’t sent initial active source message
##
#hdmi_ignore_cec_init=1

## hdmi_ignore_cec
## Pretends CEC is not supported at all by TV.
## No CEC functions will be supported.
##
## Value Description
##


## 0 Normal behaviour (Default)
## 1 Pretend CEC is not supported by TV
##
#hdmi_ignore_cec=1

################################################################################
## Overscan Video Settings
################################################################################

## overscan_left
## Number of pixels to skip on left
##
#overscan_left=0

## overscan_right
## Number of pixels to skip on right
##
#overscan_right=0

## overscan_top
## Number of pixels to skip on top
##
#overscan_top=0

## overscan_bottom
## Number of pixels to skip on bottom
##
#overscan_bottom=0

## disable_overscan
## Set to 1 to disable overscan
##
## Value Description
##


## 0 Overscan Enabled (Default)
## 1 Overscan Disabled
##
#disable_overscan=1

################################################################################
## Framebuffer Video Settings
################################################################################

## framebuffer_width
## Console framebuffer width in pixels. Default is display width minus
## overscan.
##
#framebuffer_width=0

## framebuffer_height
## Console framebuffer height in pixels. Default is display height minus
## overscan.
##
#framebuffer_height=0

## framebuffer_depth
## Console framebuffer depth in bits per pixel.
##
## Value Description
##


## 8 Valid, but default RGB palette makes an unreadable screen
## 16 (Default)
## 24 Looks better but has corruption issues as of 2012/06/15
## 32 Has no corruption issues but needs framebuffer_ignore_alpha=1
## and shows the wrong colors as of 2012/06/15
##
#framebuffer_depth=16

## framebuffer_ignore_alpha
## Set to 1 to disable alpha channel. Helps with 32bit.
##
## Value Description
##


## 0 Enable Alpha Channel (Default)
## 1 Disable Alpha Channel
##
#framebuffer_ignore_alpha=0

################################################################################
## General Video Settings
################################################################################

## display_rotate
## Rotate the display clockwise or flip the display.
## The 90 and 270 degrees rotation options require additional memory on GPU,
## so won’t work with the 16M GPU split.
##
## Value Description
##


## 0 0 degrees (Default)
## 1 90 degrees
## 2 180 degrees
## 3 270 degrees
## 0x10000 Horizontal flip
## 0x20000 Vertical flip
##
#display_rotate=0

## dispmanx_offline
## Set to “1” to enable offline compositing
##
## Default 0
##
#dispmanx_offline=0

################################################################################
## Licensed Codecs
##
## Hardware decoding of additional codecs can be enabled by purchasing a
## license that is locked to the CPU serial number of your Raspberry Pi.
##
## Up to 8 licenses per CODEC can be specified as a comma seperated list.
##
################################################################################

## decode_MPG2
## License key to allow hardware MPEG-2 decoding.
##
#decode_MPG2=0x12345678

## decode_WVC1
## License key to allow hardware VC-1 decoding.
##
#decode_WVC1=0x12345678

################################################################################
## Camera Settings
################################################################################

## start_x
## Set to “1” to enable the camera module.
##
## Enabling the camera requires gpu_mem option to be specified with a value
## of at least 128.
##
## Default 0
##
#start_x=0

## disable_camera_led
## Turn off the red camera led when recording video or taking a still
## picture.
##
## Value Description
##


## 0 LED enabled (Default)
## 1 LED disabled
##
#disable_camera_led=1

################################################################################
## Test Settings
################################################################################

## test_mode
## Enable test sound/image during boot for manufacturing test.
##
## Value Description
##


## 0 Disable Test Mod (Default)
## 1 Enable Test Mode
##
#test_mode=0

################################################################################
## Memory Settings
################################################################################

## disable_l2cache
## Disable arm access to GPU’s L2 cache. Needs corresponding L2 disabled
## kernel.
##
## Value Description
##


## 0 Enable L2 Cache (Default)
## 1 Disable L2 cache
##
#disable_l2cache=0

## gpu_mem
## GPU memory allocation in MB for all board revisions.
##
## Default 64
##
#gpu_mem=128

## gpu_mem_256
## GPU memory allocation in MB for 256MB board revision.
## This option overrides gpu_mem.
##
#gpu_mem_256=192

## gpu_mem_512
## GPU memory allocation in MB for 512MB board revision.
## This option overrides gpu_mem.
##
#gpu_mem_512=448

## gpu_mem_1024
## GPU memory allocation in MB for 1024MB board revision.
## This option overrides gpu_mem.
##
#gpu_mem_1024=944

## disable_pvt
## Disable adjusting the refresh rate of RAM every 500ms
## (measuring RAM temparature).
##
#disable_pvt=1

################################################################################
## CMA – Dynamic Memory Split
##
## CMA enables dynamic management of the ARM and GPU memory split at runtime.
##
## The following options need to be in cmdline.txt for CMA to work:
## coherent_pool=6M smsc95xx.turbo_mode=N
##
################################################################################

## cma_lwm
## When GPU has less than cma_lwm (low water mark) memory available it
## will request some from ARM.
##
#cma_lwm=16

## cma_hwm
## When GPU has more than cma_hwm (high water mark) memory available it
## will release some to ARM.
##
#cma_hwm=32

################################################################################
## Boot Option Settings
################################################################################

## disable_commandline_tags
## Stop start.elf from filling in ATAGS (memory from 0x100) before
## launching kernel
##
#disable_commandline_tags=0

## cmdline (string)
## Command line parameters. Can be used instead of cmdline.txt file
##
#cmdline=””

## kernel (string)
## Alternative name to use when loading kernel.
##
#kernel=””

## kernel_address
## Address to load kernel.img file at
##
#kernel_address=0x00000000

## kernel_old
## Support loading old kernels
##
## Value Description
##


## 0 Disabled (Default)
## 1 Load kernel at address 0x00000000
##
#kernel_old=1

## ramfsfile (string)
## ramfs file to load
##
#ramfsfile=””

## ramfsaddr
## Address to load ramfs file at
##
#ramfsaddr=0x00000000

## initramfs (string address)
## ramfs file and address to load it at (it’s like ramfsfile+ramfsaddr in
## one option).
##
## NOTE: this option uses different syntax than all other options – you
## should not use “=” character here.
##
#initramfs initramf.gz 0x00800000

## device_tree_address
## Address to load device_tree at
##
#device_tree_address=0x00000000

## init_uart_baud
## Initial uart baud rate.
##
## Default 115200
##
#init_uart_baud=115200

## init_uart_clock
## Initial uart clock.
##
## Default 3000000 (3MHz)
##
#init_uart_clock=3000000

## init_emmc_clock
## Initial emmc clock, increasing this can speedup your SD-card.
##
## Default 100000000 (100mhz)
##
#init_emmc_clock=100000000

## boot_delay
## Wait for a given number of seconds in start.elf before loading
## kernel.img.
##
## delay = (1000 * boot_delay) + boot_delay_ms
##
## Default 1
##
#boot_delay=0

## boot_delay_ms
## Wait for a given number of milliseconds in start.elf before loading
## kernel.img.
##
## delay = (1000 * boot_delay) + boot_delay_ms
##
## Default 0
##
#boot_delay_ms=0

## avoid_safe_mode
## Adding a jumper between pins 5 & 6 of P1 enables a recovery Safe Mode.
## If pins 5 & 6 are used for connecting to external devices (e.g. GPIO),
## then this setting can be used to ensure Safe Mode is not triggered.
##
## Value Description
##


## 0 Respect Safe Mode input (Default)
## 1 Ignore Safe Mode input
##
#avoid_safe_mode=1

## disable_splash
## Avoids the rainbow splash screen on boot.
##
## Value Description
##


## 0 Splash screen enabled (Default)
## 1 Splash screen disabled
##
#disable_splash=1

################################################################################
## Overclocking Settings
##
## ARM, SDRAM and GPU each have their own PLLs and can have unrelated
## frequencies.
##
## The GPU core, h264, v3d and isp share a PLL, so need to have related
## frequencies.
## pll_freq = floor(2400 / (2 * core_freq)) * (2 * core_freq)
## gpu_freq = pll_freq / [even number]
##
## The effective gpu_freq is automatically rounded to nearest even integer, so
## asking for core_freq = 500 and gpu_freq = 300 will result in divisor of
## 2000/300 = 6.666 => 6 and so 333.33MHz.
##
##
## Standard Profiles:
## arm_freq core_freq sdram_freq over_voltage
##


## None 700 250 400 0
## Modest 800 300 400 0
## Medium 900 333 450 2
## High 950 450 450 6
## Turbo 1000 500 500 6
##
################################################################################

## force_turbo
## Control the kernel “ondemand” governor. It has no effect if no overclock
## settings are specified.
## May set warrany bit.
##
## Value Description
##


## 0 Enable dynamic clocks and voltage for the ARM core, GPU core and
## SDRAM (Default).
## Overclocking of h264_freq, v3d_freq and isp_freq is ignored.
## 1 Disable dynamic clocks and voltage for the ARM core, GPU core
## and SDRAM.
## Overclocking of h264_freq, v3d_freq and isp_freq is allowed.
##
#force_turbo=0

## initial_turbo
## Enables turbo mode from boot for the given value in seconds (up to 60)
## or until cpufreq sets a frequency. Can help with sdcard corruption if
## overclocked.
##
## Default 0
##
#initial_turbo=0

## temp_limit
## Overheat protection. Sets clocks and voltages to default when the SoC
## reaches this Celsius value.
## Setting this higher than default voids warranty.
##
## Default 85
##
#temp_limit=85

## arm_freq
## Frequency of ARM in MHz.
##
## Default 700.
##
#arm_freq=700

## arm_freq_min
## Minimum frequency of ARM in MHz (used for dynamic clocking).
##
## Default 700.
##
#arm_freq_min=700

## gpu_freq
## Sets core_freq, h264_freq, isp_freq, v3d_freq together.
##
## Default 250.
##
#gpu_freq=250

## core_freq
## Frequency of GPU processor core in MHz. It has an impact on ARM
## performance since it drives L2 cache.
##
## Default 250.
##
#core_freq=250

## core_freq_min
## Minimum frequency of GPU processor core in MHz (used for dynamic
## clocking). It has an impact on ARM performance since it drives L2 cache.
##
## Default 250.
##
#core_freq_min=250

## h264_freq
## Frequency of hardware video block in MHz.
##
## Default 250.
##
#h264_freq=250

## isp_freq
## Frequency of image sensor pipeline block in MHz.
##
## Default 250.
##
#isp_freq=250

## v3d_freq
## Frequency of 3D block in MHz.
##
## Default 250.
##
#v3d_freq=250

## sdram_freq
## Frequency of SDRAM in MHz.
##
## Default 400.
##
#sdram_freq=400

## sdram_freq_min
## Minimum frequency of SDRAM in MHz (used for dynamic clocking).
##
## Default 400.
##
#sdram_freq_min=400

## avoid_pwm_pll
## Don’t dedicate a pll to PWM audio. This will reduce analogue audio
## quality slightly. The spare PLL allows the core_freq to be set
## independently from the rest of the gpu allowing more control over
## overclocking.
##
## Value Description
##


## 0 Linked core_freq (Default)
## 1 Unlinked core_freq
##
#avoid_pwm_pll=1

################################################################################
## Voltage Settings
################################################################################

## current_limit_override
## Disables SMPS current limit protection. Can help if you are currently
## hitting a reboot failure when overclocking too high.
## May set warrany bit.
##
#current_limit_override=0x5A000020

## over_voltage
## ARM/GPU core voltage adjust.
## May set warrany bit.
##
## Value Description
##


## -16 0.8 V
## -15 0.825 V
## -14 0.85 V
## -13 0.875 V
## -12 0.9 V
## -11 0.925 V
## -10 0.95 V
## -9 0.975 V
## -8 1.0 V
## -7 1.025 V
## -6 1.05 V
## -5 1.075 V
## -4 1.1 V
## -3 1.125 V
## -2 1.15 V
## -1 1.175 V
## 0 1.2 V (Default)
## 1 1.225 V
## 2 1.25 V
## 3 1.275 V
## 4 1.3 V
## 5 1.325 V
## 6 1.35 V
## 7 1.375 V (requires force_turbo=1 or current_limit_override)
## 8 1.4 V (requires force_turbo=1 or current_limit_override)
##
#over_voltage=0

## over_voltage_min
## Minimum ARM/GPU core voltage adjust (used for dynamic clocking).
##
## Value Description
##


## -16 0.8 V
## -15 0.825 V
## -14 0.85 V
## -13 0.875 V
## -12 0.9 V
## -11 0.925 V
## -10 0.95 V
## -9 0.975 V
## -8 1.0 V
## -7 1.025 V
## -6 1.05 V
## -5 1.075 V
## -4 1.1 V
## -3 1.125 V
## -2 1.15 V
## -1 1.175 V
## 0 1.2 V (Default)
## 1 1.225 V
## 2 1.25 V
## 3 1.275 V
## 4 1.3 V
## 5 1.325 V
## 6 1.35 V
## 7 1.375 V (requires force_turbo=1)
## 8 1.4 V (requires force_turbo=1)
##
#over_voltage_min=0

## over_voltage_sdram
## Sets over_voltage_sdram_c, over_voltage_sdram_i, over_voltage_sdram_p
## together
##
## Value Description
##


## -16 0.8 V
## -15 0.825 V
## -14 0.85 V
## -13 0.875 V
## -12 0.9 V
## -11 0.925 V
## -10 0.95 V
## -9 0.975 V
## -8 1.0 V
## -7 1.025 V
## -6 1.05 V
## -5 1.075 V
## -4 1.1 V
## -3 1.125 V
## -2 1.15 V
## -1 1.175 V
## 0 1.2 V (Default)
## 1 1.225 V
## 2 1.25 V
## 3 1.275 V
## 4 1.3 V
## 5 1.325 V
## 6 1.35 V
## 7 1.375 V
## 8 1.4 V
##
#over_voltage_sdram=0

## over_voltage_sdram_c
## SDRAM controller voltage adjust.
##
## Value Description
##


## -16 0.8 V
## -15 0.825 V
## -14 0.85 V
## -13 0.875 V
## -12 0.9 V
## -11 0.925 V
## -10 0.95 V
## -9 0.975 V
## -8 1.0 V
## -7 1.025 V
## -6 1.05 V
## -5 1.075 V
## -4 1.1 V
## -3 1.125 V
## -2 1.15 V
## -1 1.175 V
## 0 1.2 V (Default)
## 1 1.225 V
## 2 1.25 V
## 3 1.275 V
## 4 1.3 V
## 5 1.325 V
## 6 1.35 V
## 7 1.375 V
## 8 1.4 V
##
#over_voltage_sdram_c=0

## over_voltage_sdram_i
## SDRAM I/O voltage adjust.
##
## Value Description
##


## -16 0.8 V
## -15 0.825 V
## -14 0.85 V
## -13 0.875 V
## -12 0.9 V
## -11 0.925 V
## -10 0.95 V
## -9 0.975 V
## -8 1.0 V
## -7 1.025 V
## -6 1.05 V
## -5 1.075 V
## -4 1.1 V
## -3 1.125 V
## -2 1.15 V
## -1 1.175 V
## 0 1.2 V (Default)
## 1 1.225 V
## 2 1.25 V
## 3 1.275 V
## 4 1.3 V
## 5 1.325 V
## 6 1.35 V
## 7 1.375 V
## 8 1.4 V
##
#over_voltage_sdram_i=0

## over_voltage_sdram_p
## SDRAM phy voltage adjust.
##
## Value Description
##


## -16 0.8 V
## -15 0.825 V
## -14 0.85 V
## -13 0.875 V
## -12 0.9 V
## -11 0.925 V
## -10 0.95 V
## -9 0.975 V
## -8 1.0 V
## -7 1.025 V
## -6 1.05 V
## -5 1.075 V
## -4 1.1 V
## -3 1.125 V
## -2 1.15 V
## -1 1.175 V
## 0 1.2 V (Default)
## 1 1.225 V
## 2 1.25 V
## 3 1.275 V
## 4 1.3 V
## 5 1.325 V
## 6 1.35 V
## 7 1.375 V
## 8 1.4 V
##
#over_voltage_sdram_p=0

################################################################################
## USB Power
################################################################################

## max_usb_current
## When set to 1, change the output current limit (for all 4 USB
## ports combined) from 600mA to double that, 1200mA.
##
## This option is not available for Model A/B boards.
##
## Default 0.
##
#max_usb_current=0

################################################################################
## Base Device Tree Parameters
################################################################################

## audio
## Enable the onboard ALSA audio
##
## Default off.
##
#dtparam=audio=off

## i2c_arm
## Enable the ARM’s i2c interface
##
## Default off.
##
#dtparam=i2c_arm=off

## i2c_vc
## Enable the i2c interface
##
## Usually reserved for the VideoCore processor
##
## Default off.
##
#dtparam=i2c_vc=off

## i2c_arm_baudrate
## Set the baudrate of the ARM’s i2c interface
##
## Default 100000.
##
#dtparam=i2c_arm_baudrate=100000

## i2c_vc_baudrate
## Set the baudrate of the VideoCore i2c interface
##
## Default 100000.
##
#dtparam=i2c_vc_baudrate=100000

## i2s
## Set to “on” to enable the i2s interface
##
## Default off.
##
#dtparam=i2s=off

## spi
## Set to “on” to enable the spi interfaces
##
## Default off.
##
#dtparam=spi=off

## random
## Set to “on” to enable the hardware random
##
## Default off.
##
#dtparam=random=off

## uart0
## Set to “off” to disable uart0
##
## Default on.
##
#dtparam=uart0=on

## watchdog
## Set to “on” to enable the hardware watchdog
##
## Default off.
##
#dtparam=watchdog=off

## act_led_trigger
## Choose which activity the LED tracks.
##
## Use “heartbeat” for a nice load indicator.
##
## Default mmc.
##
#dtparam=act_led_trigger=mmc

## act_led_activelow
## Set to “on” to invert the sense of the LED
##
## Default off.
##
#dtparam=act_led_activelow=off

## act_led_gpio
## Set which GPIO to use for the activity LED
##
## In case you want to connect it to an external device
##
## Default 16 on a non-Plus board, 47 on a Plus or Pi 2.
##
#dtparam=act_led_gpio=47

## pwr_led_trigger
## Choose which activity the LED tracks.
##
## Use “heartbeat” for a nice load indicator.
##
## Not available on Model A/B boards.
##
## Default mmc.
##
#dtparam=pwr_led_trigger=mmc

## pwr_led_activelow
## Set to “on” to invert the sense of the LED
##
## Not available on Model A/B boards.
##
## Default off.
##
#dtparam=pwr_led_activelow=off

## pwr_led_gpio
## Set which GPIO to use for the PWR LED
##
## In case you want to connect it to an external device
##
## Not available on Model A/B boards.
##
## Default 35.
##
#dtparam=pwr_led_gpio=35


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Nombre del Archivo: config.txt
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