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- AD9850 DDS VFO Alternate
- Addons
- Allard's Raduino Code
- Arduino Library Why to.
- Arduino References
- AudioMute
- Bitx40 FSQ Beacon
- Building Guides
- C and Cplusplus Language References
- Casings
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- Communications Cable between Windows Legacy software and Raspberry Pi
- Compiling and Uploading the Raduino Code (sketch)
- Digital Setup
- Disable Wifi
- Easy Harmonic Suppression
- Easy RF Gain Control
- Editors Notes
- Fixing the reduced power of the sBitx V2 V3 on USB and CW compared to LSB and CWR
- Github Cheatsheet
- Heat Sinking to the Cabinet
- Home
- How BITX works
- I2C display by Jim Sheldon W0EB with Ron Pfeiffer W2CTX
- Iambic Paddle
- ICOM Emulation to allow CAT Control of sBitx from Legacy Software
- Icom Emulator Version 0.1
- Installing Arduino Libraries
- Installing the Arduino IDE
- Instruction Manual revisions needed!
- Kits
- Known Issues
- Modifications Improvements Hacks
- MODS
- Moving the BITX 40m module to 60m
- No Audio Output
- No CW Jack Mod
- Optical Encoder Tuning
- Parts
- PTT pop fix
- Raduino An Si5351A DDS VFO with Display
- Raduino Hardware Hacks
- RaduinoI2C, Direct Raduino Replacement, VK4PLN
- Raduino Software Hacks
- Raduino Topics
- Retrieving the Raduino Code
- Retrieving the Si5351A Library
- RF Power and Gain
- Rotary Encoder Tuning
- sBitx Electret Microphone
- sBITX Howto's
- Shielding
- Si5351 Calibration Sketch
- Sotabeams CW audio filter
- SPUR FIX
- Suggested Resistor Additions to Sbitx DE, V2, V3 Editions
- Tips and Mods
- Tips and Tricks
- Troubleshooting the Transmit Receive System
- uBITX AM BCI Filter
- uBITX Assembly
- uBITX Enclosures
- uBITX Firmware CEC by KD8CEC
- uBITX Mods
- UBITX PTT POP Fix
- uBITX Reverse Polarity Protection
- Ubitx Schematics
- uBITX software
- uBITX spur and harmonics
- uBitx spur fixes
- UBITX Touch Control TFT Display
- uBITX Troubleshooting
- uBitx v5 Changes.
- USB LSB operation
- Using the wsjtx app on sBitx
- Version 0.1 of Audio Equalization for both Receive and Transmit
- WikiCheatsheet
Legacy software often? doesn't have the "smarts" to interface to an advanced radio like the sBitx over wifi or Internet.? ?Many of these older programs were written to interface to radios such as Kenwoods, Yaesu's and ICOMS via serial or USB port.? ?A way to broaden the use-ability of the sBitx is to provide an emulation of a widely available interface so older software can immediately provide CAT control.? ?
Such software includes many many titles, but WINLINK (client), WINLINK (server: TRIMODE, RMSRelay), N3FJP, ION2G come to mind.
A rudimentary EMULATOR has been written that runs as a separate simultaneous little bit of software on the Raspberry Pi and manages a USB port of the Raspberry (/dev/ttyUSB0) created by plugging in a cheap UART dongle, and communicates to the sBitx software via its TELNET API.??
This page will be updated with further information.
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