AetherSDR: oudere versies downloaden

79 merged changes from 15 human contributors and two Dependabot updates within that total. AetherWSPR decodes WSPR on the radio itself, with no computer left running, and its spots reach SpotHub, the panadapter, AetherMap and, if you choose, WSPRnet. FLEX-8000 and Aurora owners on SmartSDR 4.3.16 can manage the radio's NTP time sources from Radio Setup. Contest loggers gain OTRSP slice focus and TCI clients gain Line Out recording, while more TCI replies follow the 2.1 specification. The Hermes-Lite 2 stops offering controls it cannot honor and keys only inside a running session. Underneath, CW, radio administration, band-stack recall and the CAT tuning step move behind typed backend controls, and WDSP moves to 2.11.
AetherWSPR
- A WSPR receiver that runs on the radio (#7019, 66f84de42). Install → WSPR Receiver puts a receive-only WSPR decoder on the radio: a 155 KB container on FLEX-8000 and Aurora radios, or a 142 KB legacy waveform on FLEX-6000 radios. It decodes every two-minute cycle with WSJT-X's wsprd, follows WSJT-X's band-hopping schedule if you want it, and uploads to WSPRnet only when you turn upload on. It runs as its own headless client with a receive-only slice and DAX audio, so it takes no GUI client slot. Configure… opens a canon window with Station, Receive, Band hopping and Upload, and a new SpotHub → WSPR tab carries its status, Auto-Start, Start/Stop and spot color. Spots reach the panadapter and the Spot List, and AetherMap shows them as heard here. On a FLEX-8600 it uses about 5% of a core between decodes and one core for about 15 seconds while decoding. It has not yet run on a FLEX-6000. Removing or updating it resets its settings.
- Apps on the radio reach a remote AetherSDR through Remote Access (#7017, #7025). Remote Access shim 0.5.2 lets an app on the radio publish one of its TCP ports to the tailnet, which is how AetherWSPR and the radio health tools are read over Remote Access, and AetherSDR now installs 0.5.2. A radio running 0.5.1 is offered the update. The final 0.5.2 build has not been run on a radio.

SmartSDR 4.3 and FlexRadio
- NTP time sources (#6954). On SmartSDR 4.3.16 and later, FLEX-8000, Aurora and the ML and CL radios get Radio Setup → Radio → Time: the radio's NTP sources with their status, stratum and reach, the one in use starred, and Add, Edit and Remove for up to ten sources. The radio owns the list; nothing is stored on the computer. Every change restarts the radio's time service, so the sources show unknown for a moment. On other radios and older firmware the page is dimmed with its reason.
- With TX on a transverter output, the internal ATU, MEM and the ATU indicators are dimmed and refused, because the internal tuner is not in that path. TUNE stays available (#7016).
- The waterfall scroll, waterfall rows and SmartMTR labels redraw with the FFT frame instead of on their own timers. On a FLEX-8600 that cut panadapter renders from 46.6 to 26.9 a second (#6915).
- The radio's title-bar tab shows an AT chip while the adaptive frame-rate throttle is armed or capping, and its dot follows network quality (#6787).
- Spots clicked on the radio reach TCI clients with their panadapter again (#6841). SpotHub's SpotCollector tab explains the DXLab Commander route, and the UDP listener SpotCollector never sends to is removed with its three settings (#6796).
- A radio that reports zero panadapters is no longer treated as having two (#6850).

CAT and TCI
- OTRSP slice focus (#6622). A new OTRSP CAT dialect, on TCP port 60000 by default or a PTY, maps Radio 1 and 2 to two slices and handles RX focus (mono, stereo and reverse stereo) and TX selection for SO2R-style contest loggers on one radio. It has been validated on the demo radio; live two-slice operation has earlier evidence only.
- TCI Line Out recording (#6862). TCI clients can record the playback mix as a type-4 stereo stream. It is silent during transmit unless Include TX is on, and with PC Audio off it streams only when the operator

44 merged changes from 11 human contributors. AetherSDR now installs its own updates: the Updates window downloads the newest release and swaps it in as AetherSDR exits, on Windows, on macOS and on Linux from an install that AetherSDR --install or Install for updates makes, and every release carries the signed tarballs the update manifest names. Remote Access signs a radio in to a tailnet with a QR code and reaches FLEX-6000 radios as a legacy waveform, and the Waveforms window edits a SmartSDR 4.3 container's environment and shows the radio's free storage, memory and CPU. AetherLab drives a RigExpert Stick Pro as an experimental vector network analyzer. Eight more windows move to the canon, the TCI server speaks protocol 2.1 for sample types, squelch and split, and a lapsed SmartSDR+ subscription keeps the features released before it expired.
In-app updates
- Install update on Windows (#6777). RFC #5304 Phase 3. The Updates window's primary button becomes Install update, with an inline progress bar and Cancel, then Restart to update; an update that is ready also installs when AetherSDR quits, and the title-bar badge reads RESTART TO UPDATE until it does. On the next launch the status bar says for 10 seconds whether it updated or rolled back, and a rolled-back release is never downloaded again. Skip this version discards a downloaded update. Nothing is handed over while radio firmware is being written. Get AetherSDR stays wherever an in-place update is not possible: Store installs, running as administrator, a folder the user cannot write to, or no AetherSDRUpdater.exe beside the app. The first in-place update runs from this release to the next one, because earlier releases predate the helper's self-test.
- Install update on macOS (#6927, #6930). RFC #5304 Phase 4. A Mac running AetherSDR from a writable folder gets Install update: the new bundle is checked with codesign against the running app's Developer ID team, swapped in as AetherSDR exits, and the previous bundle is kept. A copy running from the DMG, a translocated copy, or a non-administrator's copy in /Applications keeps Get AetherSDR and says why. Get AetherSDR now offers the Intel DMG to Intel Macs. The DAX audio driver stays a manual install; when a release changes it, the Updates window says to install it from the release's disk image. Every release now carries signed Apple Silicon and Intel .app.tar.zst tarballs, and the update manifest lists them (#6930).
- Install update on Linux (#6810, #6891, #6925). RFC #5304 Phases 5 and 6. AetherSDR --install, run from an unpacked release, installs a copy under ~/.local/share/AetherSDR/install/ with its menu entry, icons and ~/.local/bin/aethersdr, and that copy updates in-app: the staged release must pass a self-test before it becomes current, one previous release is kept, and a third failed self-test at quit is final (#6810). Every release carries GPG-signed x86_64 and aarch64 .tar.zst tarballs, which the signed manifest names as Linux's full update (#6891). An AppImage user gets Install for updates in the Updates window: one click moves them to the install that updates itself, optionally moving the AppImage to the trash, and never replaces an existing install (#6925). ./AetherSDR-<version>-x86_64.AppImage --install does the same from a terminal and does install over an existing one.

Remote access and waveforms
- QR sign-in for Remote Access (#6932). Configure… on a radio that is not on a tailnet shows a QR code at once: scan it with a phone, sign in to Tailscale and approve the radio, and the window turns to "On your tailnet". The auth key and machine name move under Advanced. Access now follows the tailnet's own rules, so the window's access list is gone; Disconnect replaces Sign Out of Tailnet, and Reset reinstalls the container. The Waveforms window's install, result and removal notices are canon windows. Shim 0.5.0.
- Remote Access on FLEX-6000 radios (#6945). FLEX-6000 owners get the same Install…, QR sign-in, stati

67 merged changes from 15 human contributors and AetherClaude, plus two Dependabot updates within that total, expand receive options and multi-band skimming while improving station peripherals, CW, Icom and Hermes-Lite 2 reliability.
New receivers and multi-band skimming
- Four concurrent TCI DAX IQ subscriptions — several CW skimmers through one TCI server let compatible Flex setups feed several skimmers through one TCI server. Receivers on the same panadapter share its IQ stream; four independent band spectra require four panadapters (#4951).
- Experimental ANAN-G2 reception adds openHPSDR Protocol 2 discovery, a single receive path, spectrum and audio, with live tuning and zoom. This phase is receive-only; transmit remains a future phase (#5143).
- Experimental RTL-SDR USB reception adds a single slice and panadapter with basic AM, FM, SSB and CW demodulation on builds with the required RTL libraries. Availability varies by package; selectable sharp passband filtering is not yet implemented (#4862).
Amplifiers, wattmeters and operator workflow
- SPE floating front panel adds a live amplifier LCD mirror and guarded front-panel keys (#5393).
- TelePost LP-100A support displays the wattmeter's readings over local serial or a serial-to-network proxy. This first version is read-only (#5320).
- Runtime Monitor gains process-memory history (#5397).
- PGXL and TGXL startup synchronization improves initial status presentation (#5337, #5339). PA current appears when PTT originates at the radio (#5307).
- The connection panel stays visible at startup (#5334), CTCSS choices are easier to read (#5259), and radio-specific settings and Flex-only zoom controls are gated to compatible backends (#5299, #5166).
KiwiSDR
- The public-receiver browser reads its directory from the AetherSDR CDN mirror (#5445).
- The directory-mirror Worker is included in the repository, and stale directory data is advisory so operators can continue browsing available receivers (#5449).
CW
- Client-side recordings capture sent CW instead of microphone input (#5278).
- CWX sidetone follows the keyer's scheduled edges (#5129).
- The P/CW pane gains APF toggle and level controls (#4883).
- APF wheel input is ignored while APF is disabled (#5163).
- CW settings remain stable on backends that do not echo them (#5380).
Audio and Flex controls
- Controller AGC-T input reaches the correct level control with AGC off (#5387).
- Active-slice ALC and TX waveform meter routing are corrected (#5344).
- Ulanzi TCI volume handling now converts the wire's dB values correctly (#5389).
Icom
- Wire-based model identification and optional wake on connect replace reliance on an editable network nickname. Wake defaults off and uses model-specific profiles for IC-705, IC-7300MK2 and IC-9700; the radio's network interface must remain reachable (#5438).
- Durable memory ownership and synchronized recall are restored (#5328).
- RX filter preset identity, skirt mapping and recall are corrected (#5363).
- Background polling no longer starves TX meters (#5435).
- Finite AX.25 transmit audio is preserved over RS-BA1 (#5311).
- IC-705 GPS location and NTP controls are added (#5146).
- Unavailable tuner controls are dimmed (#5292).
- IC-705 power gauges use the appropriate QRP scale (#5369).
Native controls and meters (#5436)
A broad IC-7300MK2 control cleanup makes the UI follow the radio's supported settings, ranges and native readback. Model-specific mappings remain separate so these corrections do not impose MK2 behavior on other Icom radios.
- TX bandwidth: correct the high/low cutoff encoding and decoding, including the 300 Hz and 500 Hz low-cut selections. On the MK2, the native 0x30 value correctly represents 100–2900 Hz. IC-705 and MK2 retain their own setting addresses and cutoff tables.
- CW speed: use the MK2's supported 6–48 WPM range. When capabilities change, the slider and numeric editor reconcile together without sending an unintended radio command.
- CW pitch: follow the MK2's 5