The IC-9100 contains years of advanced Icom technology in a compact, all-in-one HF/VHF/UHF transceiver. This radio coversmost ham bands and modes, and provides a wide variety of operating styles. Whether you're working DX QSO, RTTY, D-STAR DV,satellite or even moonbounce, Icom's years of technological experience is working right along with you.Latest USB Driver and Firmware Video ReviewGeorge Thomas, W5JDX, of Ham Nation and AmateurLogic.tv provides an in depth review of the IC-9100.Multiple-band, multiple-mode HF to 1200MHz Multi-band in One TransceiverThe IC-9100 fully covers the HF/50, 144, 430/440 amateur bands in multiple modes. By installing the optional UX-9100 1200MHzband unit, you can be operational on the 1200MHz band immediately.Independent Dual ReceiversThe IC-9100 has two independent receivers in one radio and receives two different bands simultaneously (Seethe right table for available main and sub band combinations). In addition, the main and sub-band audio can becontrolled with independent volume and squelch knobs, and received audio can be heard separately when externalspeakers are connected. SatelliteMode OperationThe satellite mode synchronizes the uplink (transmitting) and downlink (receiving) frequencies, and tracks thefrequencies in the same tuning step. This function matches both normal and reverse mode satellites.
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Compensationof the Doppler effect can be performed easily. 20 alphanumeric satellite memory channels store frequencies, modeand tone settings for quick set-up. Optional D-STAR DV Mode (Digital Smart Technology for Amateur Radio)The optional UT-121 provides D-STAR DV mode digital voice and low speed data communications. Linking of D-STARrepeaters over the Internet allows you to communicate virtually anywhere. In addition to 144MHz, 430/440MH and1200MHz band, the D-STAR DV mode can be used in 28MHz and 50MHz band simplex mode. D-STAR DR mode operation makes it easy to acess D-STAR repeaters.
GPS position reporting functions (External GPS receiver can be connected via data 1 connector. Also,position data can be entered manually.). One-touch reply function. Digital call sign squelch. Received call sign record. Automatic received message displayRTTY Demodulator and DecoderThe built-in RTTY demodulator and decoder allow you to instantly read an RTTY message on the display.
Noexternal units or PC required. The built-in tuning indicator visually helps in critical tuning. Ample CW FunctionsAll of the following CW capabilities are included in the IC-9100:. 4 channels of keyer with 70 characters of transmit memory per channel. Multi-function electronic keyer with adjustable keying speedfrom 6-48 wpm, dot-dash ratio from 1:1:2.8 to 1:1:4.5 and paddlepolarity.
Bug keyer and full break-in functionBasic technologies that support the IC-9100 Double Conversion SuperheterodyneMuch like the technology in Icom's high-end HF transceivers, Icom has used a double conversionsuperheterodyne system. and an image rejection mixer in the IC-9100. TheIC-9100 has dedicated receiver circuits from the antenna connector to the 2nd image rejection mixer for eachband, and this improves inband IMD characteristics by simplifying the electronic circuitry.A triple conversion system is used for the 1200MHz band.+30dBm Class Third-Order Intercept PointUsing receiver design techniques introduced in Icom's highest grade HF transceivers, the IC-9100 has anIP3 of +30dBm (typ.) in the HF bands. In the VHF/UHF bands, the IC-9100 also provides improved IP3performance over the previous models.
ThreeFirst IF Filters (3/6/15kHz) for HF/50MHz BandThe IC-9100 comes with a built-in 15kHz 1st IF filter and can accept up to two optional filters(3kHz FL-431 and 6kHz FL-430). By changing the first IF filter width according to the operating mode,the desired signal is protected from adjacent inband signals at the later stages.
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The 3kHz first IFfilter is especially effective in the CW and SSB modes.Built-in Antenna Tuner for HF/50MHz BandThe internal antenna tuner automatically tunes for low SWR in the HF and 50MHz bands. Once you transmiton a frequency the tuner can instantly retune the frequency using its built-in memory. Antenna ConnectorsTwo antenna connectors for HF and 50MHz bands, with an automatic antenna selector, and one each for144MHz, 430/440MHz and 1200MHz. are included in the IC-9100.With optional UX-9100.
High Frequency StabilityA high stability TCXO crystal oscillator provides ±0.5ppm of high frequency stability over a widetemperature range (0°C to +50°C). This allows for a long steady operating time in the RTTY orSSTV modes. HF/50MHz, 144MHz 100W, 430/440MHz 75WThe IC-9100 uses high efficiency power amplifiers, and large heat sink, providing stable output power,even during long periods of operation. DSP features and functions 32-bit Floating Point DSP and 24-Bit AD/DA ConvertersThe heart of the IC-9100 is the proven combination of the 32-bit floating point DSP and 24-bitAD/DA converters. This powerful combination supports many digital processing features such asmodulation/demodulation, IF filter, twin PBT, AGC, noise blanker, noise reduction, manual andauto notch filters, speech compressor, RTTY demodulator/decoder functions.AGC Loop ManagementDigital IF filters, manual notch filter and other digital functions are incorporated in the AGC loopmanagement controlled by the DSP unit. The AGC effectively works for the desired signal and rejectsblocking by strong adjacent signals out of the filter passband. The AGC time constant presets (slow,medium and fast) give the flexibility and speed needed for working pile-ups.
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Digital IF FilterThe IC-9100 DSP allows you to 'build your own' digital IF filter. You can quickly choose bandwidth,shape factor, and center frequency, so that you can work that rare DX station. Three filter memoriesallow you to change filter settings instantly, a great help during contesting or other tough conditions. Digital Twin PBT and IF ShiftAfter 'building your own' digital IF filter, you can use the digital twin Passband Tuning (PBT) to shiftand narrow the IF passband until the interference is gone and you can clearly hear that weak signal. Noise ReductionThe 16-step variable noise reduction can significantly enhance the receiver's signal-to-noise ratio, givingyou a clean, clear audio signal that may make the difference between making the contact or not.
Noise BlankerThe digital noise blanker reduces interference from pulse-type noise such as engine ignition. The noiseblanker provides significant reduction of pulse-type noise. The noise blanker allows you to change thethreshold level as well as blank duration parameter and attenuation level. Manual Notch Filter and Auto Notch FilterThe manual notch filter controlled by the DSP has extremely sharp characteristics andprovides more than70dB of attenuation.
The notch filter width is selectable from 2 types, allowing you to select the suitablefilter width for the operating mode and band. It eliminates persistent beattones without affecting the AGCloop function. In addition, the automatic notch filter tracks and eliminates two or moreinterfering signals,such as beat signals and carriers or tones from digital signals. Sophisticated operation with expansion capabilities Large,Multi-Function LCDThe large, multi-function LCD displays frequency, 9-character channel name, channel number, multi functional meter(includes S-meter, RF output, SWR and ALC level) for both the main and sub bands vertically. The dot-matrix portionof the LCD shows the following items:. Channel name. Function key assignment.
Band scope. RTTY decoder screen.
Memory keyer contents. Graphical SWR scale. D-STAR call sign, message, DR list. GPS position informationUp to 424 Memory Channels.Each band (HF/50MHz, 144MHz, 430/440MHz and 1200MHz.) has a total of 99 memorychannels for storing frequencies, mode and other information. The IC-9100 has 6 scan edge channels for programmedmemory, and a call channel for each band. Sophisticated Operation with Expansion Capabilties USBConnector for PC ControlThe IC-9100 has a standard type B USB connector and can be connected to the PC. Modulation input, audio output,RTTY demodulatior output and CI-V command can be controlled via the USB cable.
Also, the conventional CI-Vremote control jack is built in to the IC-9100. Optional CS-9100 Programming SoftwareWhen used with the optional CS-9100 programming software, memory channels, band edges, repeater list for DRmode, D-STAR callsign and GPS memory channels can be easily edited with a PC. A USB cable is required for PCconnection. Optional RS-BA1 IPRemote Control SoftwareThe optional RS-BA1 allows you to use the IC-9100 from another room using your home network, or even froma remote location over the Internet.
The RS-BA1 has low voice latency.
The ICUSB2321X Professional grade USB Serial Adapter cable converts a USB 2.0 port into an RS232 serial port allowing you to connect to, monitor and control your serial devices. A durable, single cable design makes this the perfect solution for mobile technicians/administrators that require serial connectivity.
Before you install the device, make sure that your operating system is current (for example, the most recent service pack is installed). Download the latest drivers from the StarTech.com website at. Before you install the device, make sure that your operating system is current (for example, the most recent service pack is installed). Download the latest drivers from the StarTech.com website at. To confirm that Windows detects your USB device, complete the following:.
Press the Windows key+ R, type devmgmt.msc, and press Enter. In Device Manager, under the appropriate heading, confirm that your expansion card is listed and that there isn't an exclamation mark next to it. For example, a USB controller card would be under Universal Serial Bus controllers.Your USB device is listed according to the name of the chipset. To determine the name of the chipset of your USB device, navigate to and look on the Technical Specifications tab for your product. When you troubleshoot issues with a serial device, there are some quick tests that you can complete to rule out potential problems. You can test to make sure that the following components are working correctly and are not the source of the issue:.Serial cables.Serial ports.Serial devicesTo test your setup components, try the following:.Use the serial cable, serial port, and serial device in another setup to see if the problem is with the components or the setup.Use a different serial cable, serial port, and serial device in your setup to see if the problem persists.
Ideally, you should test a component that you know works in another setup.When you test your cables, it is recommended that you do the following:.Test each cable individually.Use short cables when you are testing.When you test the serial ports and serial device, it is recommended that you do the following:.Press the Windows key + R, type devmgmt.msc, and press Enter to open Device Manager. Check to see if your device is listed under Ports (COM & LPT).Make sure that the COM port number is the correct number for the serial device and that the software being used to connect the computer to the serial device uses the correct COM port number.If the device is listed with an error, follow the instructions on the website to reinstall the drivers.Note: Some serial devices work only if the COM port number is between a certain range. For example, COM1 to COM4.Perform a serial loopback test. See this FAQ on how to perform a RS-232 serial loopback test.
To check whether or not an RS-232 serial port is working, perform an RS-232 loopback test by doing the following:. If your serial port is not female, convert it by taking a female/female cable or gender changer and plugging it into the serial port.
Take a metal paperclip or wire and cross pins 2 and 3. If you look closely at the female end, the pins should be numbered.
Open a telnet session on the COM port number of the device that you are testing. To find out the COM port number, refer to the following FAQ:.Note: To open a telnet session on the COM port, you need a telnet client like PuTTY or Hyper Terminal. Windows XP comes with Hyper Terminal. When the session is open, anything you type into it you should see. The loopback test fails when you cannot see what you are typing.If the loopback test fails, make sure that the serial cable or gender changer that you are using works and that the adapter is in the correct port.You can check multiple ports at the same time by opening multiple sessions, putting the loopback adapter on one port, and trying to type into each session. When you can see what you are typing, you know that the COM port is working and you can see which port number the physical serial port is.
Close the window for the port that you just tested to speed up the testing of the remaining serial ports.For products related to this article, click. California Proposition 65 WarningWarning: Cancer and reproductive harm — Safety Measures. If product has an exposed circuit board, do not touch the product under power. If Class 1 Laser Product.
Laser radiation is present when the system is open. Wiring terminations should not be made with the product and/or electric lines under power. Product installation and/or mounting should be completed by a certified professional as per the local safety and building code guidelines.
Cables (including power and charging cables) should be placed and routed to avoid creating electric, tripping or safety hazards.