Dial 7.103.2, USB, 1500, BW500, Times 1300 - 0159 UTC Dial 3.596, USB, 1500, BW500, Times 0200 - 1259 UTC User Port (not for forwarding!) Dial 14.105, LSB, 1700, 300bd AX25 Connection: N3MEL-7 Node / N3MEL-2 BBS
ME - W1DTX-4 CT - K1AJD-7 CNY - KP3FT-4 EPA - N3MEL-2 DE - KA3VSP-1 VA - KN4LQN-2 FL - KD4WLE-14 WI - K5DAT-5
ME - KY2D (NTS ONLY) NY - K1YMI PA - NY3J MD - N3HYM VA - KD2HZG KT - K7EK VA - N4SD-11
VARA HF & ARDOP
The VARA HF modem is notable for several key features: 1. High Data Rates: It offers significantly higher data rates compared to traditional HF modems, making it suitable for applications requiring faster data transmission. 2. Robust Performance: It provides reliable communication even under challenging conditions, such as poor signal quality or high noise environments, which is critical for HF radio operations. 3. Ease of Use: The modem is designed to be user-friendly, with straightforward setup and operation, making it accessible to both novice and experienced users. 4. Compatibility: VARA HF modem is compatible with various software applications and can be integrated into existing communication systems, enhancing its versatility. 5. Adaptive Technology: It uses adaptive technology to optimize performance based on real-time conditions, ensuring efficient and effective communication. 6. Error Correction: The modem incorporates robust error correction protocols, reducing the likelihood of data loss or corruption during transmission. These features make the VARA HF modem a valuable tool for applications such as emergency communication, remote field operations, and amateur radio.
The ARDOP (Amateur Radio Digital Open Protocol) modem is a digital communication protocol designed for amateur radio use. It facilitates data transmission over radio frequencies, allowing for various types of digital communication, such as text messaging and data file transfers. ARDOP is known for its robustness and efficiency, providing reliable performance even under poor signal conditions. It uses Forward Error Correction (FEC) and Automatic Repeat Request (ARQ) to ensure data integrity and can operate on HF, VHF, and UHF bands. The protocol is open-source and has been integrated into various software applications for amateur radio operators.
