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The ICOM IC-R72E a neat compact communications receiver. Coverage: LW, MW, SW (0.1- 30.0 MHz continuous) discontinued in 1998

The ICOM IC-7600 is an improved version of the IC-756 Pro and Pro II review by N9EWO

Reivews of the Icom IC 7100 HF VHF UHF transceiver

An interesting review of the Icom 2720H VHF UHF amateur radio mobile transceiver with pros and cons

A detailed review of the Icom IC-R75 30 kHz -6 0 MHz Receiver first introduced in 1999

Icom PW-1 1kw Linear Amplifier described by WA0SXV

Mini-Operating Guide includes useful hints on Using the HM-133 Microphone, Basic Operation, Operating through a Repeater, Programming a Memory Channel and Assigning a Memory Channel to a Memory Bank

Exaustive review of the self-contained, top-performance HF/6m transceiver Icom IC-7700

eHam users review of the Icom IC-R75 receiver

eHam.net reviews of the Icom IC-R20 wideband receiver

eHam reviews of the Icom IC R7100 VHF UHF receiver

Reviews of the Icom ID-51A handheld dual band transceiver

A detailed review of the Icom IC-7700 by VA7OJ/AB4OJ

A review with early observations and technical data specifications of the Icom IC-703 QRP HF+50 MHz transceiver

eHam user's review of the Icom PW-1 RF Power Amplifier

Review of the excellent ICOM IC-R8600 Wide Band SDR communications receiver. Featuring Direct Sampling SDR below 30 MHz Hybrid Superhet / SDR above 30 MHz.

Icom ID-880 VHF/UHF dual band transceiver reviews on eham.net

This page includes an interesting and comprehensive review of the ICOM IC-7300 SDR HF / 50 MHz transceiver. The author focuses on many aspects of this transceiver with impressions based on his experience

Review of the ICOM IC-R9500 Wide Band DSP Receiver

Learn how to troubleshoot and configure ICOM 7300 Rig Control under Linux for seamless communication between your radio and computer. Author Colin from Canada shares his insights and experiences with setting up rig control software for digital signal decoding.

The ICOM IC-705 remains a standout portable transceiver after 3.5 years of use. Its unmatched feature set includes multi-band/mode support, built-in WiFi, GPS, remote operation, and excellent third-party app integration, making it versatile and user-friendly. Despite competition like the Elecraft KX3 and Yaesu FT818, the IC-705 excels in flexibility, durability, and ease of use. Whether for QRP operations, digital modes, or SSB, it delivers exceptional performance in diverse settings, reaffirming its status as the best portable transceiver on the market.

Without any doubt at all, the best radio I have owned is the ICOM IC-7610. But the grass is always greener and so even though I loved my IC-7610, I thought there might be something better out there. I purchased a YAESU FT-DX101D and really disliked it.

An owners point of view about the ICOM IC-7100 HF, 6M, 4M, 2M & 70cm transceiver

Icom IC-R75 tabletop HF communications receiver came onto the market back in 1999 and was taken out of production in late 2015. Frequency coverage is from 30 hz right to 60 MHz. This allows one to catch the 6 Meter amateur band as well.

The ICOM IC-R75, introduced in 1999, operates on 13.6 Volts DC and measures 241 by 94 by 229 mm. Its coverage spans from 30 kHz to 60 MHz, making it a versatile receiver for various bands. The review details available accessories, including optional filters and the **UT-106 DSP module**, which significantly enhances signal processing capabilities. Performance comparisons are drawn against other notable receivers such as the Drake R8B and earlier ICOM models, providing context for its audio quality and overall functionality. User feedback is integrated, offering practical insights into its daily operation and reception characteristics across the spectrum. This analysis offers an in-depth look at the IC-R75's technical capabilities and features, serving as a valuable reference for operators interested in this **legacy receiver**.

Assessing the ICOM IC-R9000 communications receiver, this review details its operational parameters and user experience for radio enthusiasts. Introduced in 1985, the IC-R9000 covers a broad frequency spectrum from 0.1 MHz to 1999.8 MHz, making it suitable for a wide array of listening activities from medium wave (MW) to VHF/UHF. Key performance metrics include a dynamic range of **102 dB** with the narrow SSB filter, crucial for discerning weak signals in crowded bands, and its substantial physical dimensions of 424 x 150 x 365 mm and 20 kg weight. The receiver's architecture supports various modes, though it notably lacks synchronous detection, a feature often desired for improved AM reception under fading conditions. It incorporates 1000 memory channels and robust scanning capabilities, facilitating efficient monitoring across its extensive frequency range. This analysis provides insights into the IC-R9000's capabilities and limitations, offering a historical perspective on a significant piece of amateur radio and shortwave listening hardware.