The LoRa noise floor with the board's parts off one at a time, sweeps of
850-930 MHz, the mesh channel and a 7.8 kHz zoom on its loudest point; a
slow cycle of the same states for a second radio beside the device; and
a spike hunt over 864-876 MHz listing the lines over the floor and their
spacing (how the I2S MCLK comb was found).
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
The speaker's I2S channel was only disabled when idle, which leaves MCLK
running. Its fractional divider (160 MHz / 39 1/16 = 4.096 MHz) makes a
comb of lines every 256 kHz: one at 869.632 MHz, in the EU narrow mesh
channel, lifted the LoRa noise floor from ~-102 to ~-85 dBm, and others
land near GPS L1 and BeiDou B1. The channel is now deleted and its pins
held low after each sound, and made again for the next one. Measured:
noise floor -102 dBm, outdoor first fix 87 s (was 620 s and more).
Also: TCXO at 3.0 V (the L2's part, as Meshtastic has it); GLONASS
enabled on the L76K after each power-up; begin() on a running receiver
no longer resets it (a reset threw away the acquisition in progress).
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Power: the UI loop sleeps until something is due (never with packets
queued); screen off puts the CPU at 80 MHz, the GT911 to sleep (unless a
tap wakes the screen) and the LP5814 in standby. GPS off now cuts the
L76K's rail and UART on the L2 (L2GpsProvider). The battery divider is
powered only for a reading (measured: settles at once); readings within
2 s are reused. The SD mount is retried at most every 5 s.
Fixes: WiFi left on after leaving a scan, live tiles' WiFi kept with the
screen off on the map, an ADC read every second for the status bar, touch
polled on every pass while dark, a scan cutting an update's WiFi, relay
count not refreshing in a channel thread, raw @[nick] in room previews.
Labels skip unchanged text (no redraw).
Helpers: scrollList, dimOverlay, settingRow, flexBox, nvs::get/put,
trailFilePath (a second save in the same minute no longer overwrites),
unreadTotal. Dead code removed.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
- The AW35615 USB-C controller (FUSB302-style registers, ID 0x91) only
reports VBUSOK with its measure block on; POWER resets to bandgap only,
so isExternalPowered() was always false. Board init turns it on
- Status bar shows a charge bolt on the cable, Diagnostics > Live has a
Power row, the GPS screen notes that charging disturbs GPS, and the
low-battery warning is skipped on USB as intended
- Roadmap: USB detection closed; GPS indoors still worse than the L1
even on battery, left open for later
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
- Home > GPS and Settings > System > GPS details: satellites on a sky plot
(filled = used in the fix, colour = C/N0), a bar per satellite with its
dB-Hz, fix state with time to first fix, DOPs, position, altitude, speed,
UTC and per-constellation counts; a Turn on button while GPS is off
- helpers/sensors/GpsSky.h parses GSV / GSA / GGA / RMC from any talker,
fed from MicroNMEALocationProvider behind -D GPS_SKYVIEW (L2 and the
sim only; L1 unchanged); the sim feeds it made-up NMEA
- Roadmap: GPS indoors diagnosed with it - on the USB cable the L76K
tracks satellites but never decodes navigation data; on battery it
gets UTC within seconds and a fix
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
- Message history archived per conversation on the SD card (HIST_ARCHIVE):
restored on boot, Older/Newer paging in threads, kept count selectable
- Settings > System > Storage: card and flash usage, breakdown by maps,
messages, trails and other, kept-per-chat setting, delete history;
reads the mounted volume and warns when the FAT partition is much
smaller than the card
- Saved trails on the card: every Save is a new file, Load opens a list
with load (framed on the map), GPX export and delete
- Diagnostics: GPS data rows, last start reason, last crash summary
- Messages restored before the clock is set show their date instead of 0s
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
A failed ADS1115 read returned 0 mV, so the status bar showed 0 % (and the
low-battery shutdown could see an empty battery) until a reboot. Retry once,
then keep the last good value.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
- genericBuzzer I2S path (BUZZER_I2S): an audio task synthesises the notes
with eased edges and keeps the DMA queue fed with silence between sounds;
ES8311 setup; amp powered through the board only around sounds
- ui-core/SoundControl.h (mode, volume, built-in sounds, melody model),
SoundNotifier moved to the Core, chanctl::melody, schema Sound page
- L2: notifications, alarm / timer ring, locator sounds, Settings > Sound,
melody editor with the playing note lit, per-chat sound, mute icon
- noteIndex() on every buzzer backend; scrolling popups past screen height
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
The map's download button fetches the visible area (overview levels up to
a chosen zoom) into /sdcard/maps from OpenTopoMap or maps/source.txt,
skipping tiles already on the card and rejecting placeholder answers.
Settings > WiFi stores the network in NVS (with scan); WiFi is on only
while a download runs. HTTP runs on a worker task on core 0; the popup
shows link, internal heap and the last TLS/HTTP error.
Internal RAM was the blocker (~13 KB free with WiFi + Bluedroid): the L2
LVGL env now allocates the_mesh in PSRAM (MESH_IN_PSRAM, static RAM
210 -> 87 KB) and mbedTLS allocates from PSRAM. Confirmed on hardware.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Map screen (Home > Map): Web-Mercator tiles from /maps/{z}/{x}/{y}.png on
the card (Meshtastic MUI layout; per-column TPK1 .pak also read), drag to
pan, +/- zoom, re-centre/follow GPS, Nearby nodes with a position as
markers opening node detail. Tiles decode one per loop pass into a
12-slot RGB565 cache in PSRAM. map/TileProvider.h is the swap point for a
later vector renderer: the screen only calls renderTile(). The tile set's
credit line comes from maps/attribution.txt.
L2 mounts the card over SDMMC 1-bit (CLK 2, CMD 3, D0 1). LVGL's lodepng
is enabled; note its LVGL patch returns an lv_draw_buf_t*, not pixels.
LVGL pool 2 MB for PNG decoding. Fonts gain map / users icons.
tools/maps/fetch_tiles.py prepares a card for an area (presets for
Poland), requires an explicit tile URL (tile.openstreetmap.org blocks
offline use) and stops on placeholder images. The LVGL sim preloads
web/maps into the L2's /sdcard and puts its GPS on Kraków.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
ui-core/NearbyModel.h builds the Nearby list (contacts + live [LOC] shares
+ heard adverts, or discover-scan results) with type filter and sort,
moved verbatim out of ui-new's NearbyScreen, which now inherits it.
ui-lvgl: Home is three tiles (Messages, Nearby, Settings). Nearby lists
known nodes with filter chips and a Dist/Recent toggle; tapping a row opens
node detail (distance/bearing, position, last heard, ID) with Message,
Ping, favourite, Add and two-tap Delete. Scan is a popup over the list
with its own model: nodes in range now, not the known set. Fonts gain the
FontAwesome star for favourites. The LVGL sim page adds an optional
repeater so Scan has something to find.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Simulator: SIM_UI=lvgl variants/sim/build_wasm.sh builds ui-lvgl for the
browser. SimLcdDisplay blits LVGL's RGB565 flush to a 320x240 canvas and
LvglPort.h's sim branch feeds the mouse in as touch; LVGL comes from the
L2 env's libdeps, its objects cached in web/build/obj_lvgl/. web/lvgl.html
runs it beside a ui-new peer on a direct link, with a window.sim API for
headless checks. New hooks: sim_lcd_touch, sim_lcd_button,
sim_test_send_channel_msg.
Compose: the theme's padding left less than one line in the field, so it
scrolled vertically and text jumped; pad it to fit exactly one line. The
cursor is drawn only while FOCUSED, now set while the keyboard is up.
With the keyboard up the screen header hides so the conversation keeps a
message in view; the accent popup stays inside the keyboard, clear of the
field; channel bubbles put the age next to the sender (one line shorter);
the thread scrollbar shows only while scrolling.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Seeed Wio Tracker L2 (ESP32-S3R8 16MB/8MB PSRAM, SX1262, NV3031B 320x240
QSPI LCD + GT911 touch + LP5814 backlight, TCA9535 expander gating every
rail, ADS1115 battery ADC, AW35615 USB-C, L76K GNSS).
Board layer ported from meshcore-dev/MeshCore PR #3381 (Hacuchino-hash),
kept at the same paths for an easy upstream merge. Differences:
- display: dropped the UIColor theme (not adopted in this fork)
- GpsTap diagnostics wrapper omitted; GNSS reads Serial1 directly
- nv3031b ODR fix dropped: LovyanGFX >= 1.2.30 (now pinned) defines
Panel_NV3031B::init_cmds itself -- the fix became a duplicate symbol
- MESH_DEBUG_PRINTLN with a non-literal format fixed (broke MESH_DEBUG builds)
- upload_speed 115200: baud is virtual on native USB; skips the switch
solo/wio-tracker-l2 adds Wio_Tracker_L2_companion_solo_bringup: ui-new
zoomed 2x, BOOT button only, no touch -- a hardware smoke test, not a
release target (deliberately not *_solo_dual, so CI doesn't publish it).
The real UI for this board will be a new LVGL frontend.
Verified on hardware: boot, display, radio, GPS, battery, BLE app link.
First boot takes tens of seconds while SPIFFS formats its 3.4 MB partition.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Drop BLE_TX_POWER=0 from the companion envs so they use the default of
4 dBm, like most other variants. The lower power was carried over from
the original Base Duo PR and real-world range is better at the default.
- rename the board class and files to MuziBaseBoard
- uppercase the build flags (MUZI_BASE, MUZI_BASE_SUPERIO)
- name the superIO envs muzi_base_{duo,uno}_superIO_companion_radio_ble so
build.sh picks them up
- set MAX_CONTACTS to 350 like the other variants
- move the pin setup from initVariant() into MuziBaseBoard::begin()
build_wasm.sh now takes FIRMWARE_VERSION (tag name for a release,
dev-<commit> otherwise) exported by build-solo-sim.yml, so the live demo
no longer falls back to "dev-<compile date>" on tagged releases.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
With UI_HAS_JOYSTICK, user_btn (Enter) was left with pulldownup=false and
multiclick=true (the plain-PRG-button defaults), instead of matching the
other wired joystick contacts. Two effects on a wired Enter button:
- No internal pull-up on the Enter pin, unlike the direction/back contacts.
- multiclick=true buffers a click for ~280ms waiting for a possible double/
triple click, but UITask.cpp's UI_HAS_JOYSTICK loop only ever checks
user_btn for CLICK/LONG_PRESS — so a quick double-tap collapses into a
DOUBLE_CLICK event that's silently dropped, making Enter feel laggy and
unreliable.
wio-tracker-l1 (factory joystick) already builds user_btn with
pulldownup/multiclick matching its other contacts; apply the same pattern
here, conditional on UI_HAS_JOYSTICK so the stock external-pull-up PRG
button path (no joystick) is unchanged.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
gat562_30s_mesh_kit has an always-on external PA rated at +30dBm, but the
firmware wrote tx_power_dbm straight to the SX1262 register (capped at 22),
so the app/CLI/UI never matched the real radiated power and couldn't ask
for more than 22 even though the hardware supports it.
Add a generic, macro-gated PA gain-curve resolution in
RadioLibWrapper::setTxPower() (the single choke point every TX-power path
already funnels through), reusable by any future board with a similar PA.
For this board, reuse the vendor-measured 869MHz curve from the open
upstream Meshtastic PR that added it for the same physical module
(meshtastic/firmware#11212): pick the lowest SX1262 setting whose measured
output reaches the requested dBm, clamped at the PA's saturation knee.
Bump LORA_TX_POWER/MAX_LORA_TX_POWER to 30 for this variant only -- the
other three GAT562 boards use the SX1262's own PA_BOOST (22dBm, no
external PA) and are unaffected.
Since a request below the PA's floor gain (14dBm) still radiates at that
floor, also make CommonCLICallbacks::setTxPower() return what was actually
applied, and have every setter (BLE CMD_SET_RADIO_TX_POWER, CLI "tx",
simple_repeater/room_server/sensor) persist and report that value instead
of the raw request -- so tx_power_dbm never silently disagrees with the
physical output in either direction.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
One nRF52840 variant shared across both radios, picked per env: Duo runs
the LR1121, Uno the SX1262. Same PCB, only the radio and its DIO1 pin
change.
SuperIO adds the SH1107 OLED, GPS, buzzer and joystick. GPS is driven by
the 3-position mode switch (Mode 2 = on), polled live the way thinknode_m1
does it.
Five quick user-button presses power the unit off; a press wakes it back
on (arms the button as an nRF52 GPIO SENSE source before SYSTEMOFF).
Consolidates #2054 and andyshinn's shared-base/uno work, rebased on dev.
Co-authored-by: lbibass <ewdries02@gmail.com>
Co-authored-by: Andy Shinn <andys@andyshinn.as>
SerialWifiInterface has no ESP32-specific code, so move it to
helpers/wifi and reuse it on RP2040. Guard the ESP32-only WiFi
event/auto-reconnect calls and poll link state on RP2040 instead.
JakubandClaude Opus 5.5
Liam CottleandGitHub
fdlamotteandGitHub
Marcel Verdult
Wessel Nieboer
TJ DownesandAudit Bot
Frieder SchrempfandGitHub
Scott Powell
AvamanderandGitHub
TadyTheFish
Michael Graff
agessaman