DXLab
is a free-ware suite of 8 applications that can operate independently, but
detect each other's presence and interoperate automatically. Besides the usual
logging, transceiver control, DX spot collection and digital mode features
you'll find in most applications, DXLab
Transceiver Control
controls
up to 4 transceivers, with optional transceiver selection by frequency
supports transverters for 6m, 4m, 2m,
1.25m, 70cm, 33cm, and 23cm operation
can direct a secondary transceiver,
receiver, or panadapter to follow
or lead the primary transceiver's frequency and mode
provides 10 banks of 10 memories, with
the ability to continuously scan a bank's frequencies
displays frequency-dependent settings
for devices like tuners, amplifiers, and antenna switches, with optional control
via parallel port signals
provides user-defined transceiver control sequences initiated by up to 32 buttons and up to 16 sliders ; you can optimize your transceiver settings for each mode and each operating style with a single mouse click or key strike
when controlling an Elecraft K4 or an Icom IC-705, IC-7300, IC-7610, IC-7850, IC-7851, or IC-9700, can provide a Spectrum-Waterfall window that
displays spectrum data, callsigns of active DX stations, and a waterfall display
provides point-and-click control over your transmit and receive frequencies
when controlling a FlexRadio Signature Series transceiver (6300, 6400, 6500, 6600, 6700), displays callsigns of active DX stations on SmartSDR panadapters
interoperates
with SDR Consoles used as panadapters (e.g. NaP3, PowerSDR, SDR Radio, SpectraVue,
Thetis, Win4K3) or
skimmers (e.g. CW Skimmer)
interoperates with the SatPC32 satellite tracking application
interoperates with the S.A.T. Self-contained Antenna Tracker
Rotator
Control: provides both map-driven and
callsign-driven operation of most commercial PC-controllable rotators
Information Access and Management
displays a world
map that can show
the solar terminator (at
present, or at any specified date and time) auroral ovals your current antenna heading active
DX stations with paths to the stations reporting them logged QSOs interoperates with DX Atlas
and Google Earth
Worked and confirmed 6m grid squares (zoomed in on North and
Central America)
Logged QSOs on Google Earth (stations in Europe, Africa, and
Asia in this example)
Active Stations on Google Earth (10m in this example displays daily sunrise and sunset
times for your QTH and any specified location
provides
information from databases that know
which
callsigns have uploaded QSOs to LotW and how recently which callsigns are
Authenticity Guaranteed eQSL.cc participants the locations of all stations
whose licenses are issued by the US FCC (centroid of zipcode and US state) the DXCC entities present
in every Maidenhead grid square knows which of 70 languages are spoken in a
callsign's region, and displays
the translation of 50 frequently-used phrases in those languages extracts address information from all
3 CDROM callbooks, HamQTH.com (completely free), and QRZ.com (free with
advertising, or no advertising with subscription) provides one-click access to more than
80 web-accessible
sources of QSL information provides operations that can alter
many logged QSOs simultaneously without requiring the user to modify ADIF files
-- e.g. performing callbook lookups on already-logged QSOs, or adjusting the
start times of QSOs logged during a specific time range, or extracting QTH
information from COMMENT fields, or...
Digital Modes
decodes all PSK31 or PSK63 or PSK125
QSOs within your transceiver's passband and extracts callsigns to create and
maintain an active stations
heard window
simultaneously runs soundcard RTTY
using the MMTTY and 2Tone engines and an optional external modem (e.g. a KAM or PK232) to
provide diversity
decoding, or the ability to simultaneously decode a DX station and callers
supports PSK, RTTY, CW (generation
only), and Phone (voice keying) with a single user interface and macro facility
directs DXKeeper, DXView, and Pathfinder to lookup the DX Call specified in WSJT-X
directs WSJT-X to set the text color of callsigns displayed in its Band Activity panel to indicate award need (for DXCC, IOTA, Leaderboard, Marathon, VUCC, WAS, WAZ, WPX), and the background color of those callsigns to indicate participation in eQSL and/or LoTW
can display the minimum, maximum, and most recent signal-to-noise ratio for each callsign decoded by WSJT-X
interoperates with CWGet, CWSkimmer, Fldigi, Gritty, JT Alert, MMSSTV, MMTTY, MMVARI, MixW, MRP40, and MultiPSK
QSLing
directly prints QSL labels, 1-to-a-page QSL cards, 4-to-a-page QSL cards, and Reply cards
optionally with a
background image your specify
generates SWL QSLs
directly prints addresses and return
addresses on envelopes, directly prints self-addressed envelopes, and directly
prints addresses on labels
synchronizes with LotW
can automatically upload QSOs to LoTW as they are logged
one mouse click updates logged QSOs to reflect downloaded LoTW confirmations
shows changes in award progress after downloading new confirmations
shows still-unconfirmed QSOs with QSO partners who have uploaded to LotW after the QSO date
can automatically specify the correct "Station Location" for each place from which you've operated
for DXCC: reports LoTW confirmations to which DXCC credit has been granted
for Grid Chase and VUCC:
supports up to 4 grid squares per QSO
reports missing grid square confirmations
for WAS: reports missing state and mode confirmations
for WAZ: reports missing CQ zone confirmations
for WPX: reports missing mode confirmations
synchronizes with eQSL.cc
can automatically upload QSOs to eQSL as they are logged
one mouse click updates logged QSOs to reflect downloaded eQSL authenticity guaranteed (AG) confirmations
shows changes in award progress after downloading new confirmations
synchronizes with Club Log
one mouse click updates logged QSOs to reflect downloaded Club Log confirmations
shows changes in award progress after downloading new confirmations
downloads OQRS requests for outgoing QSL generation
synchronizes with your QRZ Logbook(s)
one mouse click updates logged QSOs to reflect downloaded QRZ confirmations
can generate progress reports for QRZ awards based on QRZ confirmations
Award Tracking
reports
progress towards AJA, Canadaward, Challenge,
DDFM, DXCC, DOK, Grid Chase,
Helvetia 26, Holyland,
IOTA, JCC, JCG, KDN, Maidenhead, Marathon,
RDA, SOTA, SRR, TopList,
USA-CA, VUCC, WAB, WAC,
WAE, WAHUC, WAJA, WAIP, WAZ, WAS,
WITU, and WPX awards
tracks confirmation and award credit for the DXCC, IOTA, Marathon, VUCC, WAS, WAZ, and WPX award families
for ARRL DXCC awards
automatically generates outgoing QSLs that request confirmations needed for award progress on the bands and modes on which DXCC is being pursued
reports requested QSLs needed for DXCC award progress but not yet received, showing time outstanding and missing entities, entity-bands, and entity-modes
identifies confirmed QSOs whose submission for award credit would advance award progress on the bands and modes on which DXCC is being pursued
generates DXCC submission paperwork
interoperates with the ARRL's new Online
DXCC, reducing the cost of submitting QSL cards while increasing accuracy
and decreasing processing time
downloads granted DXCC Credits,
highlights discrepancies with logged QSOs, and automatically updates logged QSOs
to reflect newly granted DXCC Credits
for IOTA awards
automatically generates outgoing QSLs that request confirmations needed for award progress
reports requested QSLs needed for IOTA award progress but not yet received, showing time outstanding
identifies confirmed QSOs whose submission for award credit would advance award progress
generates an IOTA submission report
for ARRL VUCC awards
automatically generates outgoing QSLs that request confirmations needed for award progress on the bands on which VUCC is being pursued
reports requested QSLs needed for VUCC award progress but not yet received, showing time outstanding and missing grids and grid-bands
identifies confirmed QSOs whose submission for award credit would advance award progress on the bands on which VUCC is being pursued
generates a VUCC submission report
for ARRL WAS awards
automatically generates outgoing QSLs that request confirmations needed for award progress on the bands and modes on which WAS is being pursued
reports requested QSLs needed for WAS award progress but not yet received, showing time outstanding and missing states, state-bands, and state-modes
identifies confirmed QSOs whose submission for award credit would advance award progress on the bands and modes on which WAS is being pursued
generates a WAS submission report
for CQ WAZ awards
automatically generates outgoing QSLs that request confirmations needed for award progress on the bands and modes on which WAZ is being pursued
reports requested QSLs needed for WAZ award progress but not yet received, showing time outstanding and missing zones, zone-bands, zone-modes, and zone-band-modes
identifies confirmed QSOs whose submission for award credit would advance award progress on the bands and modes on which WAZ is being pursued
generates a WAZ submission report
for CQ WPX awards
automatically generates outgoing QSLs that request confirmations needed for award progress on the bands and modes on which WPX is being pursued
reports requested QSLs needed for WPX award progress but not yet received, showing time outstanding and missing prefixes, prefix-bands, and prefix-modes
identifies confirmed QSOs whose submission for award credit would advance award progress on the bands and modes on which WPX is being pursued
generates a WPX submission report
for CQ DX Marathon awards: generates CQ Marathon submission paperwork (score sheet)
interoperates
with Club
Log
DXing
captures DX spots from up to 7 sources (telnet clusters, packet clusters, DX Summit, WSJT-X), creating and maintaining a local database with one entry for each active DX station; active DX stations can be viewed in multiple ways:
in a filterable table whose entries are color coded by "need" for DXCC, IOTA, Marathon, VUCC, WAS, WAZ, and WPX (LotW/eQSL participation is also indicated)
in a zoomable
bandspread
when controlling an
Elecraft K4 or an Icom
IC-705, IC-7300, IC-7610, IC-7850, IC-7851, or IC-9700, on a zoom-able
Spectrum-Waterfall window that also shows spectrum data and a waterfall display
on its world map, on DX Atlas, and on Google Earth,
by band and time-of-day, revealing band openings and showing actual propagation
by band and continent, showing activity levels
optionally announces DX stations needed for DXCC, IOTA, Leaderboard, Marathon, VUCC, WAS, WAZ, or WPX awards, and sends email or SMS alerts
color codes callsigns in the WSJT-X Band Activity panel to highlight stations needed for DXCC, IOTA, Leaderboard, Marathon, VUCC, WAS, WAZ, or WPX awards (LotW/eQSL participation is also indicated)
includes a web server that makes
active DX stations browser-accessible from anywhere on your home network (or using
dyndns, from anywhere with internet access)
extracts QSX frequencies from DX spot
notes, enabling accurate transceiver setup for split frequency operation with
one user action
captures
and displays solar and geomagnetic data from WWV spots, and uses this data
to display easy-to-understand graphical
propagation forecasts, and to depict the auroral oval on its world map
(choice of VOACAP, ICEPAC, or IONCAP propagation forecasting engines, all of
which are included)
generates propagation forecasts for
each active DX station, including the expected signal-to-noise ratio (SNR) and probability of an opening
any callsign or prefix
any location selected on the world map
can sequentially scan a set of specified bands to show DX stations and the stations reporting them
can automatically QSY your receiver to
monitor specified NCDXF/IARU HF beacons, enabling you to rapidly calibrate
propagation forecasts with actual propagation
interoperates with
N1MM+
User Community
frequently updated with user-suggested enhancements and new capabilities, and downloads/installs upgrades with a single mouse click
includes comprehensive reference documentation that is updated with each new version of each application
provides step-by-step
instructions for frequently-used operations
is driven by an active and friendly
user
community open to everyone
User-reported defects are usually
corrected within 24 hours. The backlog of reported but uncorrected defects
across all members of the DXLab Suite is typically 0
or 1.