The IC-9700 is also the perfect companion to the IC-7300 HF radio. Measuring the same size, both radios provide almost identical operations. Using the IC-9700 and IC-7300 creates the ultimate, compact radio station covering the VHF, UHF, HF, and 1200 MHz bands. The IC-9700 is the only VHF/UHF all-mode transceiver that enables a variety of VHF/UHF operations including DX, contests, satellite/EME, and D-STAR.
144, 430, and 1200 MHz All Mode Transceiver Including Satellite, DV, and DD Modes
Without installing any option unit, you can enjoy Multi-band operation. The IC-9700 includes D-STAR (a digital voice and data protocol specification for amateur radio) DV and DD modes. In addition, Satellite mode is built-in! There are three antenna connectors for 144, 430, and 1200 MHz.
Incorporates Icom’s RF Direct Sampling System
The IC-9700 adopts the RF Direct Sampling system (for 144 MHz and 430 MHz). In this system, signals are processed in the digital domain by the ADC and FPGA. This is different from legacy superheterodyne systems, where the signals are processed in a mixer that includes nonlinear elements. Therefore, the signal purity is very high, and clear audio can be generated. For 1200 MHz, the Down Conversion IF Sampling method is adopted.
Instinctive Operation with the Touch Screen
You can easily set the operating frequency or mode by touching the standby screen. The MENU screen allows you intuitively change settings including those for satellite communication or D-STAR operation. Entering Memory channel names is easy to do on the character input screen.
The Very First VHF/UHF Real-Time Spectrum Scope and Waterfall Display
This is the first time that a real-time spectrum scope and waterfall display comparable to an HF high-tier transceiver has been introduced in a VHF/UHF transceiver. With the high-speed spectrum scope, you can instantly grasp your operating band condition and you can set the frequency to a destination signal with a simple touch on the screen. You can also view receive signal history using the waterfall display.
Independent Receiver, Full-Duplex Operation
The IC-9700 can simultaneously receive on two different bands and two different modes. For example, you can receive on the 1200 MHz band in AM mode while receiving on the 144 MHz band in FM mode. This function will be a significant advantage when participating in contests, or DX hunting. Furthermore, the IC-9700 is Full Duplex that enables you to transmit on the main band while receiving on the sub-band allowing you to enjoy Satellite operation.
Audio Scope Function
Making good use of the Audio Scope function, various Audio characteristics, such as microphone compressor level, filter width, notch filter width, and keying waveform in CW mode can be monitored. Transmit or receive audio can either be displayed on the FFT scope and the oscilloscope.
Newly Designed Power Amplifier
The power amplifier outputs stable power with high efficiency (144/430 MHz band: 100/70 watts). The cooling system prevents the PA’s temperature from rising, even when operating for a long time. That enables reliable operation during contests. This amplifier is more energy-efficient than previous models.
D-STAR Operating Functions
The IC-9700 has the D-STAR Repeater (DR) function. The DR function can be used on both the main band and sub-band. Moreover, by using the DD mode, you can browse the Internet through a repeater station.
Built-in “Remote” Function, Terminal mode, and Access Point mode
A static IP address can be set to the transceiver. If you set a global IP address to your router, you can use the Terminal mode or Access Point mode without remote software applications.
Almost Identical User Interface to the IC-7300
The layout of the dials and keys and the menu screens are almost the same as the IC-7300. If you are familiar with the IC-7300, the IC-9700 will be easy to operate. The IC-9700 is the perfect side-by-side companion to the IC-7300, enabling operation from HF to 1200 MHz.
Comprehensive Menus for Satellite Operation
The selectable Main, Sub, Normal, and Reverse Satellite Screen menus make Satellite operation easier. Even in Satellite mode, you can use the high-quality spectrum scope.
Normal and Reverse Tracking functions
In addition to the Reverse Tracking function, there is also a Normal Tracking function that simultaneously increases or decreases both the downlink and uplink frequencies in the same steps.
Automatic Frequency Control follows the frequency change caused by the Doppler effect thus maintaining a stable receive condition.
Up to 99 Satellite Memory channels
The IC-9700 has 99 satellite memory channels that allow you to store both uplink and downlink frequencies and operating mode.
• Large and clear audio
• Compatible with the RS-BA1 Version 2 (Built-in server function) and CI-V commands
• Digital Twin PBT
• CW functions: Full break-in, CW memory keyer, CW reverse, CW auto tuning
• SD card slot
• TX/RX audio recording
• Screen capture...and more.
All mode, tri-band transceiver covering the 144, 430/440 as well as 1200 MHz
Real-time, high-speed spectrum scope for the 144, 430/440, 1200 MHz bands
New PA provides a powerful 100 W (144 MHz), 75 W (430/440 MHz), and 10 W (1200 MHz) output
Dual watch operation and full-duplex operation in the satellite mode
Follows Icom’s center display design style with a 4.3-inch touch screen color TFT LCD
D-STAR provides digital clear audio and Internet-capable communication
Smooth satellite operation with normal/ reverse tracking and 99 satellite channels
Digital Data (DD) mode provides 128 kbps data communication
144.000–148.000, 430.000–450.000, 1240.000–1300.000 MHz
144.000–146.000, 430.000–440.000, 1240.000–1300.000 MHz
Mode: SSB, CW, RTTY, AM, FM, DV, DD
Number of channels: 107 (99 Simplex + 6 Program scan edges + 2 CALL) × 3 bands, 99 (Satellite) , 2000 (DR function)
Antenna connectors: 144 MHz SO-239 (50 Ω),430/440, 1200 MHz Type-N (50 Ω)
Power supply requirement: 13.8 V DC ±15% (Negative ground)
Power consumption: TX Less than 18 A (High power) RX 1.2 A typical (Standby), Less than 1.8 A (Maximum audio)
Operating temperature range: −10 °C to + 60 °C; 14 ˚F to 140 ˚F
Frequency stability: Less than ± 0.5 ppm (–10°C to + 60°C; 14˚F to 140˚F)
Frequency resolution: 1 Hz
Dimensions: 240 × 94 × 238 mm, 9.4 × 3.7 × 9.4 in (W × H × D, projections not included)
Weight: 4.7 kg, 10.4 lb (approximate)
144 MHz 0.5–100 W 0.125–25 W
430/440 MHz 0.5–75 W 0.125–18.75 W
1200 MHz 0.1–10 W 0.025–2.5 W
SSB Digital PSN modulation
FM Digital Reactance modulation
AM Digital Low Power modulation
DV Digital GMSK Reactance modulation
DD Digital Quadrature modulation
144 MHz Less than –63 dB Less than −60 dB
Carrier suppression: More than 50 dB
Unwanted sideband: More than 50 dB
Microphone impedance: 600 Ω
430/440 MHz Less than –61.8 dB Less than −60 dB
1200 MHz Less than −53 dB Less than −50 dB
Receiver system: 144, 430/440 MHz RF Direct Sampling
1200 MHz Down Conversion IF Sampling
Intermediate frequency: 311–371 MHz (1200 MHz)
Sensitivity (Preamp: ON, Filter: SOFT):
SSB/CW (10 dB S/N) Less than 0.11 μV
AM (10 dB S/N) Less than 1.0 μV
FM (12 dB SINAD) Less than 0.18 μV
DV (1% BER) (PN9) Less than 0.35 μV
DD (1% BER) (PN9) Less than 1.59 μV
Selectivity (Filter: SHAPE):
SSB (BW=2.4 kHz) More than 2.4 kHz/−3 dB, Less than 3.6 kHz/−60 dB
CW (BW=500 Hz) More than 500 Hz/−3 dB, Less than 700 Hz/−60 dB
RTTY (BW=500 Hz) More than 500 Hz/−3 dB, Less than 700 Hz/−60 dB
AM (BW=6 kHz) More than 6 kHz/−3 dB, Less than 15 kHz/−60 dB
FM (BW=15 kHz) More than 12 kHz/−6 dB, Less than 20 kHz/−60 dB
DV (12.5 kHz spacing) More than −50 dB
DD (300 kHz spacing) More than −40 dB
Spurious and image rejection ratio:
SSB/CW 144, 430/440 MHz More than 70 dB, 1200 MHz More than 50 dB
AM/FM/DV 144, 430/440 MHz More than 60 dB, 1200 MHz More than 50 dB
DD 1200 MHz More than 50 dB
Audio output power: More than 2.0 W (1 kHz, 10% distortion) into an 8 Ω load.