SP-41
- Rated Input Power: 5 W
- Maximum Input Power: 7 W
- Impedance: 8 Ω
- Operating temperature range: -10°C to +60°C; +14°F to +140°F
- Weight: 2150 g; 4.7 lb
- (approximately)
- Dimensions (W × H × D)
- (projections not included): 145×118×277mm; 5.7×4.6×10.9 in
- Audio cable length: 1.5 m; 4.9 ft
- (approximately)
- IC-718
Aimed as an entry-level product, the IC-718 continues all the traditions of high quality engineering that you would expect from Icom. Conveniently sized and easy to operate, the IC-718 utilises all the latest RF and digital technology and is designed to be one of the most practical rigs ever! The IC-718 offers an excellent overall specification coupled with ease of use. The first thing that strikes you about the IC-718 is its similarity to the IC-R75 and more importantly that the speaker is mounted on the front panel of the transceiver. With the speaker facing the operator audio can now be more clearly heard during operation. - IC-7300
The IC-7300 is a revolutionary compact radio that will excite HF operators from beginners to experts. This model has a high-performance real-time spectrum scope and employs a RF direct sampling system. The IC-7300’s real-time spectrum scope provides top-level performance in resolution, sweep speed and dynamic range. While listening to received audio, the operator can check the real-time spectrum scope and quickly move to the intended signal. The combination of the real-time spectrum scope and waterfall function improves the quality and efficiency of HF operation. - IC-7410
The IC-7410 from Icom has been designed as a specialised HF/6M transceiver sporting excellent performance and features. The IC-7410 employs a high grade DSP unit and double conversion super-heterodyne system developed from the latest technology found in higher grade Icom rigs including the IC-7600, IC-7700 and IC-7800 series. In addition, the IC-7410 has a built-in 15kHz 1st IF filter and can accept up to two optional filters (3kHz/6kHz). When operated with these 1st IF filters, narrow mode signals such as the CW and SSB modes are protected from adjacent and unwanted strong signal interference. - IC-7610
Whether it is poor band conditions, or battling to pick out a call in a large pile-up, faint signals have always been a challenge for DXers and Contesters around the world. The difference between putting the QSO in the log or having to try another time is the capability of your receiver. One key factor is the RMDR capabilities, the ability to pick out a faint signal in the presence of stronger, adjacent signals. The IC-7610 introduces dual RF direct sampling receivers, achieving 110dB RMDR, rivalling that of top-of-the-line transceivers. - IC-7760
In today’s connected world, the IC-7760 introduces a new connected system consisting of a remote control head and RF deck connected with a commercially available control (LAN) cable. This concept increases the flexibility of your station installation, making more space available on the desktop by placing the RF deck in an area closer to the antenna feed point. In addition to the direct connect feature, control head to RF deck, utilise your home network to make any tabletop your shack and a PC is not required! - IC-9100
The IC-9100 all-in-one HF/VHF/UHF transceiver covers not only HF, 6M, 2M, 70cm and 23cm* Amateur radio bands, but also a variety of operating modes including SSB, CW, AM and FM. It also features dual band simultaneous reception, satellite mode operation and RTTY decode on the display. - IC-R8600
The IC-R8600 is a super wideband communication receiver that covers the radio spectrum from 10 kHz to 3 GHz. It also has the capability to decode selected digital communication signals including, D-STAR, NXDN, dPMR and P25. The IC-R8600 incorporates the latest software demodulation technology incorporated on Icom’s latest HF Amateur radios, providing superior performance and intuitive operation. With the optional remote control software for a Windows PC, received audio and spectrum scope data can be transferred through an IP network for monitoring from remote locations.