Yaesu FT-891 — Compact 100-Watt HF/6-Meter Performance
The Yaesu FT-891 is a modern, compact HF/6-meter transceiver engineered for operators who need full 100-watt output in a mobile-friendly form factor. Positioned as a successor to earlier…
The Yaesu FT-891 is a modern, compact HF/6-meter transceiver engineered for operators who need full 100-watt output in a mobile-friendly form factor. Positioned as a successor to earlier…
Feature / Capability QRP Labs QMX+ (tr)uSDX QRP Labs QMX QRP Labs QCX+ / QCX Mini Frequency Coverage 160–6 m (11 bands) Typically HF only (band-dependent) HF bands…
If you’ve been shopping the “pocket QRP” universe lately, you’ve probably noticed a theme: a lot of capability is now available in surprisingly small, affordable radios. Two of…
Outcome Summary by Operating Style 🔹 CW-Focused Operators 🔹 Digital-First (FT8 / JS8 / Weak Signal) 🔹 All-Mode / One-Radio QRP Station 🔹 Experimenters & Firmware Hackers Practical…
An accessible high-performance HF rig for CW, digital, and SSB on 11 bands Introduction In recent years, the amateur radio community has seen a surge in high-performance QRP…
Among all the offerings in modern amateur radio, few rigs embody versatility and compact capability the way the Yaesu FT-991A does. Whether you’re outfitting a base station, planning…
The Yaesu FTdx10 occupies a compelling position in today’s HF transceiver market. It brings much of the signal processing and receiver performance historically reserved for flagship contest radios…
Overview: Targets and Positioning Architecture and Technology SDR vs Hybrid SDR Takeaway: The IC-7300’s SDR makes it modern and easy to use; the FT-991A is a traditional DSP-based…
For amateur radio operators focused on digital modes, the Icom IC-7300 has earned its reputation as one of the most practical and efficient HF transceivers ever produced. From…
The (tr)uSDX is one of the most compelling examples of how open-source design, modern microcontrollers, and classic QRP philosophy can converge into a highly capable HF transceiver. Designed…