![]() ![]() The fldigi nanoIO sketch offers something that the other two cannot – the ability to switch between RTTY and CW modes by a simple menu choice in fldigi. If you want to operate accurately timed FSK RTTY and use N1MM, WriteLog, DXLab, Logger32, DX4WIN, MMTTY, 2Tone, fldigi… and many others, you want the TinyFSK sketch. ![]() The TinyFSK RTTY sketch is a time-proven RTTY modulator and is supported by most of the popular RTTY software and logging programs. Mortty v4 triple output for SO1V, SO2V, and SO2R CW operation is described in the installation and operating manual. If you are a CW operator and want an excellent CW keyer (but no RTTY), this is the sketch you want. The CW Keyer sketch delivers a very faithful emulation of the popular and widely supported Winkeyer version 2.3. However, if you decide to switch to a different sketch, or install an update to your current sketch, changing sketches on Mortty v4 is fast, easy and fully explained in the documentation. The latest version of your preferred sketch is pre-installed on Mortty as your order is prepared for shipping. Mortty’s behavior is determined by the program (“sketch” in Arduino-speak) that runs on Mortty’s Arduino Nano. W1HKJ’s nanoIO Dual-Mode Sketch supports both CW and RTTY operation using fldigi.K0SM’s TinyFSK keying via widely supported RTTY FSK protocol.K3NG’s CW Keyer emulates the widely supported Winkeyer v23 protocol.Mortty software and operating modes – choose one of three pre-installed programs:. ![]() See Appendix 4 of the manual for details. However… Mortty v4 includes an AUX I/O feature for an external device – like a sidetone speaker. For CW – No macro pushbuttons, no speaker.What’s missing from this miniature design?.Flash upgradeable and software reconfigurable.Small, lightweight, portable for mobile, Field Day and back-country treks.Standalone (no PC required) CW Keying with inexpensive USB battery pack (not included). ![]() Two radio SO2R operation with CW Keyer/N1MM+.Dual-mode CW and RTTY with fldigi and nanoIO.Simple Plug & Play installation and operation.AUX I/O feature for CW sidetone or a pushbutton or ?.Four status LEDs – power, PTT, CW-radio1 or TinyFSK, CW-radio2 or nanoIO FSK.The output end has a CW speed pot four LEDs for power, push to talk (PTT), Radio 1 and Radio 2 transmit and a 3.5mm TRRS output jack that provides PTT, CW and FSK signals to your transceiver.Ĭompare the Mortty v4 CW and RTTY Keyer to the Competition: The input end has a USB mini-B jack to connect a computer and a 3.5mm TRRS jack to connect a CW paddle. This tiny box measures only 2 inches long and 1 inch square (50mm by 25mm). Unlike full-featured – and more expensive – hardware solutions for CW and RTTY keying that are widely available to amateurs, Mortty is an inexpensive solution that depends upon the configuration and control features incorporated in popular logging and control programs. For CW with N1MM+, fldigi is not normally involved.Mortty v4 is a fully assembled and tested keying solution that provides a miniature enclosure and a computing platform for three freeware keying programs: K0SM’s TinyFSK RTTY Keyer, K3NG’s CW Keyer, or W1HKJ’s nanoIO dual mode program. For RTTY from fldigi, you can either use AFSK, or a nanoIO device to do FSK. I can't tell what COM6 is from your message, nor what you mean by "USB keying" - CW keying, PTT control or FSK keying? You can do PTT control via the rig control port (COM11?) by using CAT commands from N1MM+ (there is a check box for that in the port setup window for the rig control port), but AFAIK you cannot key CW or FSK via the same port - I believe you need a separate serial port (COM6?) connected to some kind of keying interface to do those with that radio. With fldigi running from the N1MM+ Digital Interface window (*not* stand-alone), in fldigi's configuration window under Rig, select the XML-RPC tab and check the check box that says "Use XML-RPC program". Note that the copy of fldigi you run from inside N1MM+ must not be in the Program Files path - see. You need to configure the path to fldigi in the Digital Modes tab in the N1MM+ Configurer. If COM11 is the port that is connected to the rig's radio control port, then in the N1MM+ Configurer you enter a line for COM11, set the Radio type to Kenwood, click on the Set button and set the baud rate, etc. When using fldigi for digital modes from inside N1MM+, N1MM+ does all of the rig control communication with the rig. ![]()
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