The IC-7800 uses durable mechanical relays for BPF switching instead of non-linear The whole analog circuit and matched it to the DSP units. This superior receiver performance, Icom’s engineering team completely re-engineered (3rd order Intercept Point) Icom’s considerable analog RF circuit experienceĬombined with cutting-edge digital technology results in an astonishing 110dB receiverĭynamic range and a +40dBm IP3 in the HF bands. Icom has developed the ultimate Amateur HF transceiver. In the HF bands something that has never been achieved in Ham radio! Simply put, With 110dB dynamic range, +40dBm 3rd order intercept point, and unmatched DSP technology
The IC-7800 is an artistic fusion of over 40 years analog RF circuit developmentĮxpertise and cutting-edge digital technology. The IC-7800 will be viewed as the pinnacle Radio to a whole new level of performance. Some of today’s operators still feel the IC-781 is The IC-781 set benchmarks back in the 1980’s as that generation’s The IC-7800’s somewhat familiar looks will remind many HF operators of the Continuing with this tradition, Icom announces the groundbreaking IC-7800! IC-756PRO, Icom’s developed some of the most innovative radio equipment ever Starting with the first analog PLLĬircuit in the IC-200 to the ground-breaking 32- bit DSP technology used in the Icom is a pioneer in the amateur radio world.
(A user operation PC is still required a base station PC is not.)
switch serial port function to RS232C (CAT), menu. for RTTY AFSK or any other digital modes use DATA mode and rear panel switch must be in AFSK position for FSK RTTY use radio DATA LSB mode and rear panel switch must be in FSK position. do not use rear PTT (PTT2) in CW/USB/LSB use PKT/DATA mode for AFSK digital modes
do not use PTT in CW mode (except for Orion) has not connected ACC jack properly, look at set both front and rear panel PTT (PTT1+2) for digital modes short together HSEND and VSEND (pin 6+3) on ACC2 for proper VHF/UHF PTT keying address must be different to CI-V Address! can be ON if logger is not confused by automated dataĬI-V USB to Remote Transceive address = default remote address of the radio microphone configuration in keyer must be set to EL (MK, MKII) or preamplifier bypassed (MK2R, MK2R+) for stock microphoneįor simultaneous USB and CI-V (REMOTE jack) CAT control keeping both band data for microHAM products, and spectrum screen replication in logger use these settings:ĬI-V Address = default CI-V address of the radio whenever possible, use USB D/LSB D instead USB/LSB for AFSK set CI-V baud rate to some particular baud rate, not Auto Due to its construction it is possible to plug it in upside-down. make sure DIN13 ACC plug is correctly inserted to the radio. if you have P3, CAT connection flow is microHAM interface - P3 (PC jack) - K3.īaud rate set to 38400 in all Router, P3 and K3 Use E980297 adapter supplied by Elecraft for K3S use DATA A mode for all audio keying based (AFSK) digital modes if constant level audio output is low, add amplifier between interface and radio. use separate 12V power supply if radio does not provides auxiliary 12V output.ĭo not use same 12V power supply for interface as for transceiver. turn OFF internal CW keyer in the radio Most important transceiver settings and notes related to proper operation with our products.