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Changes since 3.6.2: Bugfixes Allows updating backpack firmware via USB on S3 #3496 Fix some STM32 builds because of PIO changes #3495 Fix SPI clock rate for 80MHz STM32L432 devices #3493 Disable PA when disabling TX & RX on ESP8285 #3485 Extend VTX Admin disconnect debounce V3 #3460 Extend tcpsocket idle timeout V3 #3444 Only use the default UART0 for passthrough flashing #3441 Fix LR1121 not committing power change when switching band V3 #3431 Fix crash in CRSF parser with CRSF packet length 0 - V3 #3430 Other fixes and improvements Disable backpack in wifi and BLE modes V3 #3432 Merge master elrs.lua changes #3463 Compatibility This is a bugfix/patch release and is compatible with earlier 3.x versions. Who should update from V3.6.2? These are all backports from bugs found during 4.0.0-RC1 testing and seek to improve stability and performance for users experiencing: Rotorflight Configurator over wifi frequently disconnects before the tab can load Poor wifi / bluetooth connection stability caused by backpack being active when in these modes Telemetry stops updating when used with external telemetry sensors that generate malformed packets connected to the receiver SPI receivers constant connect/disconnect cycles due to VTX Admin on connect Note! elrs.lua from V4.0.0-RC2 (r16) can be used with 3.x as well. The version number has been removed and is compatible with ExpressLRS 2.x, 3.x, and 4.x Lire la source

Changes Since RC1 Fix for PWM receivers not showing the connection page in the Web UI #3467 Only use the low bit of the extended channels packet for arm status #3461 Extend VTX Admin disconnect debounce #3459 Prevent POWER_VALUES OOB array access #3458 Ensmallen 8266 firmware binary, switch to LittleFS for all #3457 Remove reference to 750us servo mode in webui #3452 Can't bind RX after RX had connection #3450 Set LQ=0 when handset disconnects #3447 Dual band binding happening on wrong rate TX/RX #3446 #3448 Only use the default UART0 for passthrough flashing #3442 Fix broken I2C on 8285 based receivers #3440 Extend TcpMspConnector idle timeout #3437 Proper packet rate config migration for LR1121 #3439 Move from version-labeled lua to just elrs.lua #3436 Wrong feature flags names being used in webui hardware page #3434 Add isArmed as CH14 #3433 Compatibility Not compatible with ExpressLRS 3.x.x, 2.x.x, or 1.x.x. ExpressLRS major versions are not cross compatible therefore this version 4 OTA is incompatible prior versions and will not connect at all (theoretically). Support for STM32-based hardware has been removed, including all R9M hardware, your ExpressLRS PP, and Ghost devices. NDAA Blue can eat our shorts. Fullres packet modes users in 8ch and 12ch mode will find CH9 or CH13 missing, and Arm moved to CH14. See "Optional Arming Method" below. Any custom hardware.json and options.json (set from the webui Options tab) will be lost due to the flash filesystem update, back them up before updating. See "Flash Filesystem Changed". Highlights Automatic Antenna Modes Stop babysitting your receiver antenna modes. Updated RX/TX syncing now automatically select between True Diversity and Gemini mode based on the transmitter setting so you don't have to. If you connect to a single RF chip receiver, the transmitter also automatically steps down from Gemini mode to antenna switch mode. Optional alternative arming method (requires EdgeTX 2.11.0 or higher) The alternative arming method doesn’t use CH5 to communicate the user’s arming request to the TX module leaving CH5 free to use as a regular control channel. Arming is performed by user selected sources, e.g. physical or logical switches, anything EdgeTX offers as a source really. The alternative arming method works for all packet rates and switch modes but is especially useful for the fullres packet rates in connection with PWM receivers. No more “remapping CH5” required to use CH5 as control channel. The optional arming method can be enabled in the EdgeTX Internal/External RF Model Setup menu by changing “Arm using” to “Switch”. Due to this change, fullres modes no longer "skip" CH5. Previously, 8ch and 12ch modes would generate 9ch or 13ch but now generate exactly the number of full resolution channels specified and CH5 is always a full channel. Users may shift CH6+ down by one or use a higher channel count to account for the change. CH14 now carries the 1 bit arming flag in 8ch and 12ch mode. Expanded PWM receiver output offerings You bought the whole servo, use the whole servo, available servo stretch mode now extends the channel input to 500-2500us output Failsafe ranges have been extended to 476-2523 allow you to failsafe wherever you want on the dial DSHOT 3D mode added as an available output option Statistical Adaptive Dynamic Power Instead of fixed SNR values compiled into the firmware, the dynamic power system now statistically models the SNR expected to result in 99%+ LQ and adjusts power to achieve that. This majorly improves dynamic power for LR1121 systems, which in 3.x tend greatly toward full blast output. Now it goes up, up, up, for a moment... but you're gonna be, gonna be golden. New WebUI New modern WebUI with an updated look and beautiful organized code instead of a pile of javascript that didn’t even have any consistent whitespace. Improved telemetry bandwidth Double telemetry bandwidth when operating in Gemini mode. We're putting eggs in every basket now. Instead of redundant packets, the telemetry downlink now sends data across both Gemini packets, doubling the telemetry bandwidth. All my single ladies aren't left out either. OTA rejiggering means improved telemetry bandwidth for all non-Fullres packet modes too. Std telemetry rate on 500Hz shows a 30% increase in bandwidth, reducing the time to receive 14 Betaflight telemetry items from 6.6s to 5.1s. Combined with the Gemini telemetry change, this provides 66% additional improvement, from 5.1s to 3.1s. Headtracking tracking more than heads Headtracking through the backpack now supports sending the data to EdgeTX instead, and an arbitrary number of channels. Designed for wireless connected pedals (available now) and built in wireless trainer mode (future). New DJI output protocol Slap that DJI Air Unit out of low power mode without needing a flight controller. ExpressLRS now has the ability to arm DJI air units, either tied to arm state or permanently on. New input telemetry protocols supported A NMEA-output GPS can now be attached directly (115200 baud) for sending position, ground speed. Altitude, and satellite count. HoTT telemetry has been extended to support the VSpeak turbine protocol including RPM, fuel level and flow, EGT, ECU voltage, pump and throttle % and status. (Image credit: StartZero100) More robust syncing The OTA now requires a counter synchronization lock to function, ensuring that TX and RX share a consistent state. There were certain cases where you could start a connection, but the Link Quality would stay very low (10-20%) even at close range. Instead of this failed sync going on indefinitely, the connection can no longer progress without proper sync and the RX will automatically retry the connection. Solves the “radio off to check failsafe” issue where sometimes the receiver behaved erratic after re-connect. Making our code less garbagey Core code refactors mean our interface is more CRSF spec compliant, and a new CRSF packet routing system allows data to move data between more than just a handset and flight controller. There's an expanded event flags system and other framework optimizations for the internal device framework that runs peripherals. STM32 support has removed, and our platforms and libraries have been updated to the latest versions. Expanded packet modes for LR1121 The whole reason 4.0 needed to happen! The new sync structure means being able to support more packet modes. LR1121 gets more, up to a staggering 20 packet modes. The Team900, Team2.4, and GemX modes are also no longer mixed in one list and are selectable by band. New modes: K1000 2.4 - 1000Hz FSK (module baud rate must be 921k or higher) DK250 2.4 - 250Hz DVDA FSK D50 LoRa 900 - 50Hz DVDA 25Hz LoRa 900 - 25Hz LoRa 900 Flash Filesystem Changed The internal flash filesystem has been changed from the deprecated SPIFFS to LittleFS. There is no way to upgrade the filesystem in place. This means custom changes made on the old hardware.html page will be erased during the upgrade, along with items from the Options tab in the webui (receiver baud, airport, wifi and regulatory domain overrides, etc). The hardware.json can be downloaded from the webui before updating and then replaced after updating. PWM mappings and serial protocols are not affected. Minor changes Backpack is now disabled in wifi and BLE modes Wide switch mode is always 6-bit now instead of switching between 6 and 7 bit modes, returning boost telemetry performance back to levels before 3.5.4 TQly telemetry item now samples the last 100 telemetry receives, up from 25 Reduced jitter in receiver serial output by always sending synced with the packet timer instead of at packet reception time. Linkstats are always sent to the handset, even when disconnected. This allows a more immediate notice if the TX believes telemetry has stopped, and in the future we hope this will allow EdgeTX to display more TX status information while disconnected. Lua r16 - Still labeled elrsv3.lua for now, contains bugfixes but old r15 or whatever is on your handset is probably fine. Complete List Fix crash in CRSF parser with CRSF packet length 0 #3429 Use invalid CRSF value to differentiate from an actual 0 ChannelData value #3405 Extended pwm failsafe values #3394 HoTT TLM / Support VSpeak turbine protocol #3382 Upgraded Web UI #3381 CRSF handling on the transmitter side #3378 Remove redundant tlmConfirm bit in OTA, increasing tlm bandwidth #3377 Allow arbitrary number of headtrack channels #3373 Change TQly counter to 100 items #3370 Fix DEBUG_INIT not working, unify logger name, simplify some log msgs #3369 Always send LinkStats to handset #3367 Allow secondary CRSF port to send RC data #3364 Atomic channel data updates #3363 Platform upgrade #3341 Statistical Adaptive SNR Thresholds #3302 Wide switch mode always 6 bit, boost to 1:2 #3295 Add OtaNonce to OtaCrcInitializer #3294 CRSF rewrite to be 'more' spec compliant #3198 Dshot 3D mode, allowing for both forward and reverse rotation #3139 Support directly-attached GPS inputs to RX #3086 Mavlink to Ardupilot Custom Telemetry CRSF translation for Yaapu Telemetry Script #3077 Pass HeadTracking Pan/Tilt/Roll back to EdgeTX #3076 Backpack device refactor #3075 Device/event framework optimisation #3049 Communicate Rx available antenna mode to the Tx #3039 Double MSP (TLM and MAVLink) throughput for Gemini hardware #3037 STM32 removal #3033 #3027 #3016 #2960 #2956 Permanently arm DJI (or other MSP displayport) air units using an RX #3028 Adds optional arming method and provides contiguous proportional channels for all full-res modes #3008 Auto configure Rx OTA protocol from the Tx #2994 Auto set True Diversity Rx into Diversity or Gemini mode based on Tx antenna mode #2993 Add tlmConfirm to tlm_dl ota packet-structure #2991 set OtaCrcInitializer to OTA_VERSION_ID during binding #2983 Reduce jitter for CRSF RC packets on the receiver #2943 Disable backpack in wifi and BLE modes #2940 Fix ESP32 based PWM receivers in debug mode #2939 Update OTA_VERSION_ID to V4 #2933 Send RF Mode Enum in place of RF Index in the Sync packet #2932 Split RC data sending from polling and queued data sending V4.0 #2931 Arm DJI O3 directly from an ELRS receiver #2926 Servo stretch feature for wider range servo PWM pulses #2773 D modes for Team900 #2089 Lire la source

Changes Since RC1 Only use the low bit of the extended channels packet for arm status #3461 Extend VTX Admin disconnect debounce #3459 Prevent POWER_VALUES OOB array access #3458 Ensmallen 8266 firmware binary, switch to LittleFS for all #3457 Remove reference to 750us servo mode in webui #3452 Can't bind RX after RX had connection #3450 Set LQ=0 when handset disconnects #3447 Dual band binding happening on wrong rate TX/RX #3446 #3448 Only use the default UART0 for passthrough flashing #3442 Fix broken I2C on 8285 based receivers #3440 Extend TcpMspConnector idle timeout #3437 Proper packet rate config migration for LR1121 #3439 Move from version-labeled lua to just elrs.lua #3436 Wrong feature flags names being used in webui hardware page #3434 Add isArmed as CH14 #3433 Compatibility Not compatible with ExpressLRS 3.x.x, 2.x.x, or 1.x.x. ExpressLRS major versions are not cross compatible therefore this version 4 OTA is incompatible prior versions and will not connect at all (theoretically). Support for STM32-based hardware has been removed, including all R9M hardware, your ExpressLRS PP, and Ghost devices. NDAA Blue can eat our shorts. Fullres packet modes users in 8ch and 12ch mode will find CH9 or CH13 missing, and Arm moved to CH14. See "Optional Arming Method" below. Any custom hardware.json and options.json (set from the webui Options tab) will be lost due to the flash filesystem update, back them up before updating. See "Flash Filesystem Changed". Highlights Automatic Antenna Modes Stop babysitting your receiver antenna modes. Updated RX/TX syncing now automatically select between True Diversity and Gemini mode based on the transmitter setting so you don't have to. If you connect to a single RF chip receiver, the transmitter also automatically steps down from Gemini mode to antenna switch mode. Optional alternative arming method (requires EdgeTX 2.11.0 or higher) The alternative arming method doesn’t use CH5 to communicate the user’s arming request to the TX module leaving CH5 free to use as a regular control channel. Arming is performed by user selected sources, e.g. physical or logical switches, anything EdgeTX offers as a source really. The alternative arming method works for all packet rates and switch modes but is especially useful for the fullres packet rates in connection with PWM receivers. No more “remapping CH5” required to use CH5 as control channel. The optional arming method can be enabled in the EdgeTX Internal/External RF Model Setup menu by changing “Arm using” to “Switch”. Due to this change, fullres modes no longer "skip" CH5. Previously, 8ch and 12ch modes would generate 9ch or 13ch but now generate exactly the number of full resolution channels specified and CH5 is always a full channel. Users may shift CH6+ down by one or use a higher channel count to account for the change. CH14 now carries the 1 bit arming flag in 8ch and 12ch mode. Expanded PWM receiver output offerings You bought the whole servo, use the whole servo, available servo stretch mode now extends the channel input to 500-2500us output Failsafe ranges have been extended to 476-2523 allow you to failsafe wherever you want on the dial DSHOT 3D mode added as an available output option Statistical Adaptive Dynamic Power Instead of fixed SNR values compiled into the firmware, the dynamic power system now statistically models the SNR expected to result in 99%+ LQ and adjusts power to achieve that. This majorly improves dynamic power for LR1121 systems, which in 3.x tend greatly toward full blast output. Now it goes up, up, up, for a moment... but you're gonna be, gonna be golden. New WebUI New modern WebUI with an updated look and beautiful organized code instead of a pile of javascript that didn’t even have any consistent whitespace. Improved telemetry bandwidth Double telemetry bandwidth when operating in Gemini mode. We're putting eggs in every basket now. Instead of redundant packets, the telemetry downlink now sends data across both Gemini packets, doubling the telemetry bandwidth. All my single ladies aren't left out either. OTA rejiggering means improved telemetry bandwidth for all non-Fullres packet modes too. Std telemetry rate on 500Hz shows a 30% increase in bandwidth, reducing the time to receive 14 Betaflight telemetry items from 6.6s to 5.1s. Combined with the Gemini telemetry change, this provides 66% additional improvement, from 5.1s to 3.1s. Headtracking tracking more than heads Headtracking through the backpack now supports sending the data to EdgeTX instead, and an arbitrary number of channels. Designed for wireless connected pedals (available now) and built in wireless trainer mode (future). New DJI output protocol Slap that DJI Air Unit out of low power mode without needing a flight controller. ExpressLRS now has the ability to arm DJI air units, either tied to arm state or permanently on. New input telemetry protocols supported A NMEA-output GPS can now be attached directly (115200 baud) for sending position, ground speed. Altitude, and satellite count. HoTT telemetry has been extended to support the VSpeak turbine protocol including RPM, fuel level and flow, EGT, ECU voltage, pump and throttle % and status. (Image credit: StartZero100) More robust syncing The OTA now requires a counter synchronization lock to function, ensuring that TX and RX share a consistent state. There were certain cases where you could start a connection, but the Link Quality would stay very low (10-20%) even at close range. Instead of this failed sync going on indefinitely, the connection can no longer progress without proper sync and the RX will automatically retry the connection. Solves the “radio off to check failsafe” issue where sometimes the receiver behaved erratic after re-connect. Making our code less garbagey Core code refactors mean our interface is more CRSF spec compliant, and a new CRSF packet routing system allows data to move data between more than just a handset and flight controller. There's an expanded event flags system and other framework optimizations for the internal device framework that runs peripherals. STM32 support has removed, and our platforms and libraries have been updated to the latest versions. Expanded packet modes for LR1121 The whole reason 4.0 needed to happen! The new sync structure means being able to support more packet modes. LR1121 gets more, up to a staggering 20 packet modes. The Team900, Team2.4, and GemX modes are also no longer mixed in one list and are selectable by band. New modes: K1000 2.4 - 1000Hz FSK (module baud rate must be 921k or higher) DK250 2.4 - 250Hz DVDA FSK D50 LoRa 900 - 50Hz DVDA 25Hz LoRa 900 - 25Hz LoRa 900 Flash Filesystem Changed The internal flash filesystem has been changed from the deprecated SPIFFS to LittleFS. There is no way to upgrade the filesystem in place. This means custom changes made on the old hardware.html page will be erased during the upgrade, along with items from the Options tab in the webui (receiver baud, airport, wifi and regulatory domain overrides, etc). The hardware.json can be downloaded from the webui before updating and then replaced after updating. PWM mappings and serial protocols are not affected. Minor changes Backpack is now disabled in wifi and BLE modes Wide switch mode is always 6-bit now instead of switching between 6 and 7 bit modes, returning boost telemetry performance back to levels before 3.5.4 TQly telemetry item now samples the last 100 telemetry receives, up from 25 Reduced jitter in receiver serial output by always sending synced with the packet timer instead of at packet reception time. Linkstats are always sent to the handset, even when disconnected. This allows a more immediate notice if the TX believes telemetry has stopped, and in the future we hope this will allow EdgeTX to display more TX status information while disconnected. Lua r16 - Still labeled elrsv3.lua for now, contains bugfixes but old r15 or whatever is on your handset is probably fine. Complete List Fix crash in CRSF parser with CRSF packet length 0 #3429 Use invalid CRSF value to differentiate from an actual 0 ChannelData value #3405 Extended pwm failsafe values #3394 HoTT TLM / Support VSpeak turbine protocol #3382 Upgraded Web UI #3381 CRSF handling on the transmitter side #3378 Remove redundant tlmConfirm bit in OTA, increasing tlm bandwidth #3377 Allow arbitrary number of headtrack channels #3373 Change TQly counter to 100 items #3370 Fix DEBUG_INIT not working, unify logger name, simplify some log msgs #3369 Always send LinkStats to handset #3367 Allow secondary CRSF port to send RC data #3364 Atomic channel data updates #3363 Platform upgrade #3341 Statistical Adaptive SNR Thresholds #3302 Wide switch mode always 6 bit, boost to 1:2 #3295 Add OtaNonce to OtaCrcInitializer #3294 CRSF rewrite to be 'more' spec compliant #3198 Dshot 3D mode, allowing for both forward and reverse rotation #3139 Support directly-attached GPS inputs to RX #3086 Mavlink to Ardupilot Custom Telemetry CRSF translation for Yaapu Telemetry Script #3077 Pass HeadTracking Pan/Tilt/Roll back to EdgeTX #3076 Backpack device refactor #3075 Device/event framework optimisation #3049 Communicate Rx available antenna mode to the Tx #3039 Double MSP (TLM and MAVLink) throughput for Gemini hardware #3037 STM32 removal #3033 #3027 #3016 #2960 #2956 Permanently arm DJI (or other MSP displayport) air units using an RX #3028 Adds optional arming method and provides contiguous proportional channels for all full-res modes #3008 Auto configure Rx OTA protocol from the Tx #2994 Auto set True Diversity Rx into Diversity or Gemini mode based on Tx antenna mode #2993 Add tlmConfirm to tlm_dl ota packet-structure #2991 set OtaCrcInitializer to OTA_VERSION_ID during binding #2983 Reduce jitter for CRSF RC packets on the receiver #2943 Disable backpack in wifi and BLE modes #2940 Fix ESP32 based PWM receivers in debug mode #2939 Update OTA_VERSION_ID to V4 #2933 Send RF Mode Enum in place of RF Index in the Sync packet #2932 Split RC data sending from polling and queued data sending V4.0 #2931 Arm DJI O3 directly from an ELRS receiver #2926 Servo stretch feature for wider range servo PWM pulses #2773 D modes for Team900 #2089 Lire la source

fixes crash due to index out of bounds for CRSF packets with zero length byte fix expected min packet length fix upper length byte limit too as per review comments, broadcast frames may have zero payload length Lire la source

Changes since 3.6.0: Bugfixes Fix intermittent RGB LED startup hang by #3355 Update devServoOutput.cpp -PWM start w/digitalWrite LOW #3339 Use the Strongest receiving radio for sending in diversity #3384 Other fixes and improvements Optimised TX + Continuous mode RX (for V3 firmware) #3354 Remove more features so we can support Ghost Atto in V3 #3386 Fix LR1121 SPI clock rate and WaitBusyTimeout #3403 STM32 and 8285 do NOT support two RF paths #3406 Compatibility This is a bugfix/patch release and is compatible with earlier 3.x versions. Who should update from V3.6.0? This update is recommended for everyone, but particularly for: LBT users, who will see increased link performance DShot users, especially with AM32 ESC firmware Ghost Atto users, as receiver configuration was corrupting the firmware Users experiencing LR1121 TX modules not starting up or having issues adjusting parameters using the Lua script Users having updated their ESP8285 devices to 3.6.1 experiencing low transmit power Lua updated to r16 Lire la source

Merge pull request #3403 from mha1/PR_Fix_lr1121_SPI_clock_rate_and_W… Lire la source

Add FlySky PA01 backpack Lire la source

Changelog Update Wi-Fi startup delay option description #744 Translation updates Add TM symbol Which file do I need? Windows (8, 10, 11): ExpressLRS-Configurator-Setup-1.7.11.exe Mac OS X (please read macOS install notes😞 ExpressLRS-Configurator-1.7.11.dmg Linux (please read linux install notes😞 expresslrs-configurator_1.7.11_amd64.deb (Ubuntu, debian) expresslrs-configurator-1.7.11.pacman (Arch) expresslrs-configurator-1.7.11.x86_64.rpm (Red Hat, Fedora, CentOS) flatpak install org.expresslrs.ExpressLRSConfigurator (Flatpak distribution format) expresslrs-configurator-1.7.11.zip (others) Lire la source

Update README.md Lire la source

Changelog Fix rx-as-tx for local builds #742 Which file do I need? Windows (8, 10, 11): ExpressLRS-Configurator-Setup-1.7.10.exe Mac OS X (please read macOS install notes😞 ExpressLRS-Configurator-1.7.10.dmg Linux (please read linux install notes😞 expresslrs-configurator_1.7.10_amd64.deb (Ubuntu, debian) expresslrs-configurator-1.7.10.pacman (Arch) expresslrs-configurator-1.7.10.x86_64.rpm (Red Hat, Fedora, CentOS) flatpak install org.expresslrs.ExpressLRSConfigurator (Flatpak distribution format) expresslrs-configurator-1.7.10.zip (others) Lire la source

The ExpressLRS development team is excited to announce a new release, and we want to extend a huge thank you to RadioMaster RC and Semtech Semiconductor. Their invaluable support was crucial in enabling Listen Before Talk (LBT) functionality for LR1121 modules. This update includes a new binary for the LR1121 chip. The first time you power on your device with this new version, the LR1121 chip(s) will be updated to firmware version 1.0.4. This new firmware contains optimized commands that give us the necessary performance to bring LBT to all devices using the LR1121 chip. Big News LR1121 LBT Support #3267 Other Features New HoTT Telemetry sensors #3272 ESP32C3 TX module support, for RX as TX #3277 Bug Fixes Fix PWM/serial pins not defaulting correctly #3264 Fix VTX commands not being processed #3270 Fix DShot overflow issue #3274 HoTT TLM: fix ESC frame definition by #3281 Use wifi MAC as default UID for ESP8285 TX, for RX as TX #3287 Fix not being able to bind when TX on 50Hz packet rate #3291 Fix dShot safety issue on PWM receivers #3300 Constrain PPM handset to CRSF limits (prevent integer underflow) #3303 Full Changelog: 3.5.6...3.6.0 Compatibility This is a minor feature release and is compatible with earlier 3.x versions. Who should update from V3.5.x? This update is recommended for everyone, but particularly for all our friends in the EU that have been waiting for LBT support for their Nomad, GX12, TX15 or similar radios and receivers with the LR1121 chip. Reverting to older firmware If you are flashing back to versions prior to 3.6.0 it will be a multi-step process. First flash the older firmware as usual When the TX or RX is restarted, it will flash the "Bad Radio" code. Download the LR1121 firmware from https://github.com/Lora-net/radio_firmware_images/blob/master/lr1121/transceiver/lr1121_transceiver_0103.bin The wifi access point will have started, navigate to http://10.0.0.1/lr1121.html and upload the firmware from the previous step to each LR1121 chip on the module. Reboot and enjoy the older firmware Lire la source

Changelog Fix backpack mislabeling as dual band Which file do I need? Windows (8, 10, 11): ExpressLRS-Configurator-Setup-1.7.9.exe Mac OS X (please read macOS install notes😞 ExpressLRS-Configurator-1.7.9.dmg Linux (please read linux install notes😞 expresslrs-configurator_1.7.9_amd64.deb (Ubuntu, debian) expresslrs-configurator-1.7.9.pacman (Arch) expresslrs-configurator-1.7.9.x86_64.rpm (Red Hat, Fedora, CentOS) flatpak install org.expresslrs.ExpressLRSConfigurator (Flatpak distribution format) expresslrs-configurator-1.7.9.zip (others) Lire la source

Changelog Add LBT support for LR1121 hardware #736 Remove manual user defines mode #737 Add dual band label #732 Ignore global system git config files #738 Make binding phrase, wifi ssid & password settings global #733 Fix local builds unable to flash custom targets #704 Update Portable GIT for Windows to version 2.47.0.2 #699 Update translations #702 Which file do I need? Windows (8, 10, 11): ExpressLRS-Configurator-Setup-1.7.8.exe Mac OS X (please read macOS install notes😞 ExpressLRS-Configurator-1.7.8.dmg Linux (please read linux install notes😞 expresslrs-configurator_1.7.8_amd64.deb (Ubuntu, debian) expresslrs-configurator-1.7.8.pacman (Arch) expresslrs-configurator-1.7.8.x86_64.rpm (Red Hat, Fedora, CentOS) flatpak install org.expresslrs.ExpressLRSConfigurator (Flatpak distribution format) expresslrs-configurator-1.7.8.zip (others) Lire la source

Slow 'Other Devices' After the changes in 3.5.5 for jittery channels when Lua running, there was a side effect then the Other Devices menu in the Lua may load very slowly, if at all. To solve this we've made a few changes to the Lua script and also redeveloped the telemetry queueing system. Confusing 'initrate' behaviour The previous behaviour with storing the initial packet rate for receivers was a little confusing to users. This has been changed from storing the 'initrate' when the RX loses connection, to when it get's it's first tentative connection. Value not updating in Lua script Occasionally when setting a new value in the Lua script it would not be stored and would revert back to the original value. Changes since 3.5.5: Features / Improvements Redeveloped telemetry queueing system #3229 Store the RXs initrate during connect, not disconnect #3235 Allow hardware definition to specify that PWM/serial pins should be Serial by default #3249 Bugfixes Slow Other Devices loading if at all on 3.5.5 #3222 Reduce bad/good queries around user pressing ENTER #3230 Reduce RAM usage when not using MAVLink or WIFI mode #3238, #3240 Fix for flashing the backpack via UART on the S3 when it's not connected to UART0 #3242 Compatibility This is a bugfix/patch release and is compatible with earlier 3.x versions. Who should update from V3.5.x? This update is recommended for everyone, but particularly for: Users having issues seeing their receiver in the Lua script. i.e. Other devices menu entry not showing. Lire la source

Adds new CRSF telemetry packets: https://github.com/tbs-fpv/tbs-crsf-spec/blob/main/crsf.md#0x0a-airspeed https://github.com/tbs-fpv/tbs-crsf-spec/blob/main/crsf.md#0x0c-rpm https://github.com/tbs-fpv/tbs-crsf-spec/blob/main/crsf.md#0x0d-temp Adds new CRSF telemetry packets: https://github.com/tbs-fpv/tbs-crsf-spec/blob/main/crsf.md#0x0a-cells-sensor fixed typo cleanup included review comments eliminate magic number as per @pk's review comment Lire la source

Downgrade AWS CLI to fix artifact uploads Lire la source

LUA script: auto adapt display properties to screen resolution and fo… Lire la source

Changes since 3.5.3: Bugfixes Return TX to configured RF mode after binding #3035 Other fixes None Compatibility This is a bugfix/patch release and is compatible with earlier 3.x versions. Who should update from V3.5.x? Users utilising traditional binding Lire la source

Changelog Human friendly user define names #680 Move advanced user defines to expert mode #679 Added a translated polish version of the configurator #683 Enable support for LOCK_ON_FIRST_CONNECTION on cloudbuilds #677 Fix RX_AS_TX for esp32-c3 targets #678 Remove UART_INVERTED option for all ESP32 based devices #685 Update translations #691 Which file do I need? Windows (8, 10, 11): ExpressLRS-Configurator-Setup-1.7.7.exe Mac OS X (please read macOS install notes😞 ExpressLRS-Configurator-1.7.7.dmg Linux (please read linux install notes😞 expresslrs-configurator_1.7.7_amd64.deb (Ubuntu, debian) expresslrs-configurator-1.7.7.pacman (Arch) expresslrs-configurator-1.7.7.x86_64.rpm (Red Hat, Fedora, CentOS) flatpak install org.expresslrs.ExpressLRSConfigurator (Flatpak distribution format) expresslrs-configurator-1.7.7.zip (others) Lire la source

Changes since 3.5.1: Bugfixes Fix Airport communication #2988 Fix STM32 flashing options #2997 Fix link connection on Lua setting change for Team900 #3014 Other fixes Housekeeping: remove some compiler warnings #2980 Removes two unused variable compiler warnings #2986 Allow LR1121 single RF path #2998 Remove Serial1 MAVLink check; MAVLink is supported on Serial0 only #2979 LUA: Hide Protocol2 for receivers with no pin available for Serial2 #2999 Change Joystick mode to report as a "joystick" instead of a "gamepad" #3013 Compatibility This is a bugfix/patch release and is compatible with earlier 3.x versions. Who should update from V3.5.x? Airport users updating from 3.4 Lire la source

Changes since 3.5.0: Bugfixes Fixed a bug where the BLE joystick mode would cause the TX module to reset after ~25mins #2944 Fixed a bug with MAVLink where uplink commands (e.g. mission uploads, param changes, mode changes from the GCS, fly to here, etc.) would sometimes fail, even at high LQ #2963 Fixed an issue with MAVLink where ardupilot was being flooded with RC packets on very high packet rates (K1000 and F1000) #2949 and #2931 Fixed a bug on Xrossband modules where the LUA was incorrectly showing blank entries in the packet rate selection #2954 Fixed a bug that was causing the TX to jump to 1:2 telem ratio on boot (attempting to send queued MSP messages) #2965 Fixed a bug with Xrossband modules that caused sporadic link failure when changing packet rates to DK500, then to a LoRa rate #2966 Other fixes Allow CRSF radios that don't provide a module type #2950 Compatibility This is a bugfix/patch release and is compatible with earlier 3.x versions. Who should update from V3.5.0? MAVLink users. Writing missions / waypoints etc is greatly improved. Anyone using BLE joystick long periods of time (>20min). All users with dual band hardware. VTx Admin users. TBS Tango 2 users having difficulties loading Lua on V3.5 Lire la source

Backpack Documentation New Targets RadioMaster Nomad TX Backpack #160 Bugfixes Fix ETX passthrough on Jumper internal modules #159 Lire la source

Changes since RC2 None Getting Started 3.0 Documentation The important stuff Arming must be on AUX1 for safety and feature reasons, having this fixed allows us to maintain small packet sizes and deliver better aux channel options Be sure to flash both the TX and RX. Lua script MUST be updated to elrsV3.lua and is backwards compatible with 2.x. Firmware get it here: Lua Compatibility This is a minor version release (which means it contains new features, targets and bug-fixes only) and is compatible with any other hardware that is running V3.X. Who should update from V3.4? Anyone who is interested in the latest and greatest features listed below. Announcement ELRS V3.5 will be the last release to support STM32 based hardware. This includes the Happymodel PP, ES915 Tx and Rx, early NamimnoRC Flash and Voyager, FrSky, SIYI and IMRC hardware. MAVLink Support for ELRS #2753 Native MAVLink support allows for direct communication between MAVLink-compatible devices via ExpressLRS. Monitor real-time telemetry in Mission Planner, upload waypoint missions, change parameters while airborne, and control your craft all at the same time via the same low latency RC link. MAVLink-RC also converts telemetry to CRSF on the handset so that your sensors in EdgeTX work as expected #2808. Independently tested out to 126 km of range without failsafe, MAVLink-RC guarantees a reliable, stable and cost effective solution for our MAVLink users. More information including setup can be found at https://www.expresslrs.org/software/mavlink/ Enhanced Backpack Support Complimentary to MAVLink-RC, the Backpack system now forwards telemetry data in a range of different flavors, including MAVLink via WiFi. This is especially beneficial for complex setups where telemetry data is critical. FSK Modes #2789 #2832 That’s right, ELRS has added FSK support in the form of ‘K’ modes for both SubGHz and 2.4 GHz. The maximum packet rate for the SubG band now jumps from 200Hz to a blistering 1000Hz! With the addition of Forward Error Correction (aka self healing packets) being built into the 2.4 GHz band for increased performance in noisy race environments. Add native SmartAudio and TRAMP VTX support #2836 #2835 Limited support for SmartAudio and TRAMP VTXs has been integrated, allowing direct control through ExpressLRS receivers. ESP32 C3 RX support #2610 Native support for ESP32 C3-based receivers has been introduced, expanding hardware compatibility and offering more options for users building or configuring their systems. The C3 is a replacement for the ESP8285 on new receiver hardware from ELRS V3.5. Add linkstats to module display #2843 Link statistics are now available directly on the module screen. From the home screen users can press down to monitor critical link parameters, signal strength and packet loss in real-time without needing additional tools or interfaces. Add optional secondary serial device to ESP32 receivers #2605 An optional secondary serial device has been added to ESP32 receivers, increasing the flexibility and customization potential of their setups. This is particularly useful for setups using external sensors such as HoTT. LR1121 RF Switch Configuration; for simpler hardware designs. #2824 The LR1121 can fully control the signalling to power amplifiers and switches taking the burden off the main MCU. LR1121 firmware upload. #2825 The LR1121 is firmware upgradable for new features and bug fixes; so we’ve added the ability to upload these directly into the web UI of LR1121 based devices. LR1121 Continuous Wave testing; #2709 So we can ensure that hardware meets the highest of standards and will all seamlessly connect with each other. Allow flashing an RX as a TX #2826 Receivers can now be flashed as tiny transmitters allowing users the flexibility to experiment with early release hardware. Or install tiny transmitters in custom handsets. Other Notable Features Add bleJoystick as a button event #2842 RX LUA: Make (SBUS) Failsafe Mode line visible #2787 Handset Communication Optimizations #2772 Binding Storage Returnable #2744 Add extra lines for larger screen (e.g. Jumper T15) #2717 Adds betaflight passthrough flashing for S3/C3 #2714 Adds RX fan support #2492 Check file type being uploaded #2756 Fixes Remove two sources of telemetry startup hangs #2839 Downgrade wifi power for 8285 based devices #2848 Fix LR1121 binding compatibility #2884 Fix disabling of wifi-auto-on-internal #2897 Lire la source

Changelog Enable support for LOCK_ON_FIRST_CONNECTION #677 Fix backpack build #675 Fix RX_AS_TX for esp32-c3 targets #678 Which file do I need? Windows (8, 10, 11): ExpressLRS-Configurator-Setup-1.7.6.exe Mac OS X (please read macOS install notes😞 ExpressLRS-Configurator-1.7.6.dmg Linux (please read linux install notes😞 expresslrs-configurator_1.7.6_amd64.deb (Ubuntu, debian) expresslrs-configurator-1.7.6.pacman (Arch) expresslrs-configurator-1.7.6.x86_64.rpm (Red Hat, Fedora, CentOS) flatpak install org.expresslrs.ExpressLRSConfigurator (Flatpak distribution format) expresslrs-configurator-1.7.6.zip (others) Lire la source

Changelog Add Gemini support #664 #667 Fix broken LoRaWAN Link #658 Disable RX_AS_TX for STM32 based devices #665 Improve RxAsTx description text #659 Fix true diversity receivers #672 Which file do I need? Windows (8, 10, 11): ExpressLRS-Configurator-Setup-1.7.5.exe Mac OS X (please read macOS install notes😞 ExpressLRS-Configurator-1.7.5.dmg Linux (please read linux install notes😞 expresslrs-configurator_1.7.5_amd64.deb (Ubuntu, debian) expresslrs-configurator-1.7.5.pacman (Arch) expresslrs-configurator-1.7.5.x86_64.rpm (Red Hat, Fedora, CentOS) flatpak install org.expresslrs.ExpressLRSConfigurator (Flatpak distribution format) expresslrs-configurator-1.7.5.zip (others) Lire la source