7.2 V 2,200 mAh Lithium Ion Battery Pack (SBR-14LI)
Battery Charger (SAD-25)
Belt Clip (SHB-13)
A(Main) Band RX: 0.5 – 1.8MHz (AM Broadcast)
1.8 – 30MHz (SW Band)
30 – 76MHz (50MHz HAM)
76 – 108MHz (FM Broadcast)
108 – 137MHz (Air Band)
137 – 174MHz (144MHz HAM)
174 – 222MHz (VHF TV)
222 – 420MHz (GEN1)
420 – 470MHz (430MHz HAM)
470 – 800MHz (UHF Band)
800 – 999.90MHz (GEN2, USA Cellular Blocked)
B(Sub) Band RX: 108 – 137MHz (Air Band)
137 – 174MHz (144MHz HAM)
174 – 222MHz (VHF)
222 – 420MHz (GEN1)
420 – 470MHz (430MHz HAM)
470 – 580MHz (UHF Band)
TX: 144 – 148MHz, 430 – 450MHz
Circuit Type: NFM/ AM:Double-Conversion Superheterodyne
FM /AM Radio: Direct-Conversion
Modulation Type: F1D, F2D, F3E, F7W
RF Power Output: 5W/ 2.5W/ 1W/ 0.3W (@ Batteery pack or EXT DC)
Memory Channels: 1256
Waterproof Rating: IPX5
Case Size(W x H x D): 2.44″x 3.94″x 1.28″ (62 x 100 x 32.5 mm)w/ SBR-14LI, w/o Knob & Antenna
Weight: 9.95oz (282 g) w/ SBR-14LI and Antenna
The FT-891 HF All Mode Mobile Transceiver once again continues Yaesu’s legacy for legendary receiver design in a compact package, providing uncompromised performance for both the mobile and stationary Amateur operator. High end 32-Bit floating point DSP enhances the operating experience providing a cleaner, clearer signal and reducing overall operator fatigue creating a more enjoyable environment for any Amateur operator.
Uncompromising Receiver Circuit Design Ensures Excellent Performance
• Triple conversion with a 1st IF frequency of 69.450 MHz (SSB/CW/AM
• 3 kHz roofing filter equipped as standard feature
• TCXO provides ±0.5 ppm High frequency stability (-10°C to +50°C)
Stable 100 Watt Output
The FT-891 provides stable 100 Watts (25W AM) of high power output. High reliability is assured by the transmitters careful circuit design with efficient thermostatically-controlled Dual internal fans and the die cast heat transferring chassis.
32-Bit IF DSP Provides effective and optimized QRM rejection
The 32 bit high speed floating Point DSP (max 3000 MIPS) provides effective cancellation/reduction (DNR) of the random noise that is frequently frustrating while on the HF bands. The highly optimized AUTO NOTCH (DNF) automatically eliminates dominant beat tones, and the CONTOUR, and the APF, are very effective receiver noise reduction tools during HF band operations.
A native USB connection supports PC connectivity with a single cable, allowing for full rig control via a virtual serial port connection (VCP).
Features for Ease of Operation
• Large diameter Main Tuning Dial (1.6” / 41mm) with Torque adjustment
• Pop-up Menu for quick and easy navigation
• Multi-function Knob
• Large Transmit/Receive indicator
• Three programmable Front Panel Function Keys
Support for ATAS (Active Tuning Antenna System)
The FT-891 fully supports the ATAS-25 and ATAS-120A Active Tuning Antenna System (optional) allowing for plug and play field and mobile operation.
Ultra compact design
Measuring 6.1” x 2.0” x 8.6” (155 x 52 x 218 mm), The FT-891 is an innovative Multi-band, Multi-mode Mobile/Portable transceiver with an Ultra Compact and rugged case design.
Optional FC-50 Antenna Tuner Unit
The FC-50 is a microprocessor-controlled antenna tuner that is designed specifically for the FT-891. The FC-50 can be easily coupled with the FT-891 and includes all necessary interconnect cables for operation right out of the box.
The repeater controller, receiver and transmitter are all packaged into a 19” standard cabinet rack mount panel unit for simple replacement of an existing repeater. Existing peripheral devices such as the duplexer and amplifier, etc., can continue to be used as-is.
Please see the DR-2X/XE Brochure for more information.
Modulation Modes: Conventional FM, 12.5 kHz C4FM Digital (V/D Mode, VFR Mode, DFR Mode) *
VHF or UHF operation (cross-band capable) / Dual Receive / Dual Transmit (DRDT)
AMS (Automatic Mode Select) function automatically recognizes the signal as C4FM digital or conventional FM, and then the DR-2X repeater re-transmits the signal using the preset communications mode.
3.5-inch Full Color Touch Panel Operation
Extremely reliable, high RF Output Power: 50W/20W/10W
Emergency Operation: Supports auto-switched backup battery power operation.
Front panel microphone connector is provided for use in repeater transmitter testing, and enables use as a base station.
Built-in large-size monitor speaker with front panel volume control
Full Integrability with existing repeater controllers using the 15 Pin rear I/O connection.
*System Fusion is not compatible with the D-STAR GMSK digital format.
DR-2X/XE New Features
Dual Frequency Operation (DRDT)
MSRL (Multi-site repeater link) Function for Easy Coverage Expansion using optional module
New and improved “News Station” feature for Easy sharing of voice and text messaging.
Enhanced Group Monitor Feature for Easy Grouping Set-up (DG-ID, DP-ID)
User Friendly Set-Up
The large front panel, color touch-screen permits convenient configuration of the transmitter and receiver frequencies, transmit power output and AMS functions. When the settings are complete the display can be switched off to prevent accidental operation. Simply turn the display switch ON and use the touch panel screen to confirm or change settings. The transmit and receive frequencies, CTCSS tones, squelch, AMS, and other functions are configured by the touch panel screen
Enhanced Group Monitor Feature
Yaesu’s revolutionary Group Monitor feature allows you to track multiple resources
quickly and efficiently by displaying telemetry and signal strength information of other
group members that share the same Digital Group Identification number.
Dual Receive / Dual Transmit (DRDT)
The unique Receiver, Transmitter and controller combination in the DR-2X/DR-2XE allows
the control operator to assign up to two frequency pairs per repeater. This feature enables
two separate dual-band inputs and outputs per single DR-2X/DR-2XE repeater, allowing
even more methods of access.
MSRL (Multi-site Repeater Link)
The MSRL (Multi Site Repeater Link) allows the repeater operator to link multiple
repeaters over a Wide-Area-Network (WAN) or Local-area-network (LAN) across short or
long distances. Realizing the reliability shortcomings inherent with WAN (Wide Area
Networking) such as the internet, the new DR-2X/DR-2XE incorporates direct connectivity
into a variety of networking environments to provide high quality Digital and Analog
communications even when “All Else Fails” .
New and Improved News Station Function
Quickly store and retrieve digital audio and text messages for groups or individual
operators that can be accessed on demand, any time of the day (* Requires Optional MSRL module).
We believe that hearing a weak target signal in an environment of close strong interference is the most important feat required of HF DX communications equipment in every era. Raising and meeting the goal is the ultimate mission that Yaesu has challenged for over 60 years.
Hybrid SDRs (Narrow Band SDR & Direct Sampling SDR)
2kHz RMDR 123dB+
2kHz BDR 150dB+
2kHz 3rd IMDR 110dB+
400MHz HRDDS (High Resolution Direct Digital Synthesizer)
2kHz Phase Noise -150dBc/Hz
VC-TUNE (Variable Capacitor Tune) signal peaking
3DSS (3-Dimensional Spectrum Stream) visual display
Narrow band SDR & Direct Sampling SDR
Emphasizes Basic Performance and Hybrid SDR Functionality
Includes Digital Processing Generated Real-Time Spectrum Scope
Hybrid SDR Configuration
In addition to the Narrow band SDR receiver, that boasts overwhelming Basic Performance, the Hybrid Configuration Digital Processing with Direct Sampling SDR permits inclusion of the superb Real-Time Spectrum Scope. *300Hz and 1.2kHz roofing filters (Optional)
Narrow band SDR
Crystal Roofing Filters produce phenomenal Multi-signal characteristics
The Down Conversion type receiver construction is similar to the FTDX5000. The first IF frequency is 9 MHz, and a low noise figure dual gate MOS FET, D-quad DBM (Double Balanced Mixer) with excellent intermodulation characteristics, is implemented in the mixer section. Narrow band SDR configuration makes it possible to use the narrow bandwidth crystal roofing filters that have the sharp shape factor. This achieves the amazing multi-signal receiving performance when confronted with the most challenging on-the-air interference situations.
In addition to IF down-conversion, The FTDX101 receivers implement the YAESU legendary powerful RF Front-Ends, outstanding low-noise Local Oscillators, roofing filters with sharp shape factors, and the latest circuit configurations that we carefully selected for all circuit elements. Consequently, the proximity BDR (Blocking Dynamic Range) in the 14 MHz band reaches 150 dB or more, the RMDR (Reciprocal Mixing Dynamic range) reaches 123 dB or more, and the 3rd IMDR (third-order Intermodulation Dynamic Range) reaches 110 dB or more.
Narrow band SDR + Direct Sampling SDR
Emphasizes Excellent Receiver Performance and Hybrid SDR Functionality
Digital Processing Generated Real-Time Spectrum Scope
The Narrow band SDR receiver removes strong out of band signals by using a superheterodyne method, with narrow band roofing filters which significantly attenuates unwanted out of band frequency components, and the wanted signals within the passband are converted to digital by a high resolution 18-bit A/D converter and sent to an FPGA (Field Programmable Gate Array) for signal processing.
The FT DX 101 series uses a hybrid SDR configuration that integrates a direct sampling SDR receiver in order to view the entire band status in real time, with the excellent dynamic receiver performance achieved by the narrow band SDR receiver circuit.
By using this hybrid SDR design, the overall performance of the entire FTDX101 receiver system is improved. The Direct Sampling SDR driving the real time Spectrum display with its large dynamic range enables the weakest signal to be observed on the display when it appears and the Narrow Band SDR enables that signal to be selected, filtered and then decoded.
If there is powerful AM station near your location or in challenging operating situations where there are a lot of strong signals in the band from Contests, DX-pedition activities, those signals outside the pass band can be attenuated by the very effective roofing filter in the front stage of the A/D converter. This reduces the signal load on the A/D converter which is a bottleneck from the viewpoint of the entire receiving circuit. Therefore, interference is reduced making it is possible to continue to operate even under such difficult conditions.
Truly Quiet and Clear Reception
Ultra Low-Noise Local Oscillator System; 400MHz HRDDS (High Resolution Direct Digital Synthesizer)
The C/N ratio (signal-to-noise ratio) of the local signal injected into the 1st mixer is an important factor in improving the proximity multi-signal characteristics. The local circuit of the FTDX101 series uses the 400 MHz HRDDS (High Resolution Direct Digital Synthesizer) method that was used in the FTDX5000. This circuit configuration is different from a generic PLL that generates a local signal. Creating the local signal by directly dividing the high frequency of 400 MHz, the theoretical PLL lockup time becomes zero, and C/N deterioration by the lockup time does not occur.
The significant improvement of the C/N characteristic by directly dividing the frequency contributes dramatically to reduce the noise in the entire receiver stage, and also improve the BDR (Blocking Dynamic Range) characteristic in strong signals proximity.
In the FTDX 101 series, in addition to the adoption of the 400 MHz HRDDS, the latest circuit configurations that reduced noise, and carefully selected components are used. As a result, the phase noise characteristic of the local signal achieves an excellent value of -150 dBc/Hz or less at 2kHz separation.
This low-noise, high-quality local signal contributes significantly to the multi-signal and the ultra-close signal proximity (such as a few hundred hertz) characteristics.
Unparalleled -70 dB Maximum Attenuation VC-Tune
Newly developed VC-Tune RF Preselector with high precision stepping motor drive provides outstanding attenuation characteristics
Frequency automatic adjustment RF Preselector VC-Tune
In the FTDX101 series, a next-generation RF preselector VC-Tune further improves the high-performance RF μ (mu)-Tuning system adopted in FTDX9000. Using a remarkable miniaturization design while producing unparalleled characteristics and maximum attenuation of -70 dB.
Newly developed VC-tune circuit drives a variable capacitor (VC) with a high precision stepping motor and achieved remarkable miniaturization over μ-tuning system.
VC-Tune has no annoying steps or switching relays by continuously covering the band with a variable capacitor driven by a high-precision stepping motor following the frequency. The conventional preset method of switching coils and capacitors with relays is eliminated.
When there are multiple strong signals in the band, press the “VC TUNE” key and turn the MPVD (Multi-Purpose VFO Outer Dial) ring on the VFO dial to activate the high-precision stepping motor to adjust the variable capacitor. Fine tune to the optimum point that attenuates the strong signal in the band while operating the VFO dial.
VC-Tune stores the last tuning point for each band, so when broadcast-like signals are periodically transmitted on the same frequency, that frequency can always be attenuated by setting the VC-Tune once.
The Highest Transmit Signal Purity
High-Quality transmission with outstanding phase noise characteristics
Transmit Final Stage produces the Highest Signal Purity
The excellent C/N characteristics provided by the 400MHz HRDDS (High Resolution Direct Digital Synthesizer) used in the local oscillator circuit also contributes significantly to the transmitter section. In a generic circuit, noise or distortion may occur depending on the circuit configuration and the components, up to the final stage that is producing the transmit signal, even if the local signal is of high quality. In the FTDX101, a thorough examination of each element up to the final TX stage was made. The clock that divides and distributes the local signal from the 400MHz HRDDS circuit to each block, as well as the FPGA, D/A converter, the final power amplifier etc., and carefully selecting the latest circuit configurations to improve the C/N characteristics of the entire transmitter block. The transmit signal of the FTDX101 is directly generated from a 16-bit D/A converter without passing through a mixer circuit, therefore distortion and noise are significantly suppressed.
As a result, high-quality local signal characteristics are maintained without degradation to the final stage, and the transmission phase noise characteristics achieve -150 dBc/Hz at 2kHz separation. FTDX101 transceiver user will appreciate the finest performance with a high-purity transmission signal.
New Generation Scope Display 3DSS
Intuitively grasp changes in the strength of the signals
Newly developed 3DSS (3-Dimentional Spectrum Stream) system
in addition to a conventional Waterfall display
Front Panel Design Emphasizes Solid Superior Touch and Operability
Primary important operation functions such as the Main VFO dial, VC-TUNE, WIDTH/SHIFT are arranged near the center of the pane for easy access.
Band select keys are placed as a row of ABI (active band indicator) at the top of the VFO dial, with your operating efficiency and comfort.
Even with a Large 7-inch Touch Panel Display, the panel layout emphasizes quick visibility and operability as a First Priority.
ABI (Active Band Indicator)
ABI is arranged as the band select key in the horizontal a row at the top of VFO dial.
When the band selected as MAIN Band, the LED indicates in white, and when the band selected by SUB band, the LED indicates in blue. At the status of transmission, the LED turns red so you can instantly confirm which VFO is transmitting.
In addition, since the orange LED lights up when you press and hold the band key, you can use it to display a band that has an antenna connected or to display a band operated in DX-pedition mode as a memo. Below the band key is a key for selection between transmission and reception of the MAIN and SUB band, and below that, there is a switching key for using the VFO knob on the MAIN or SUB tuning, so, even when the operating split using both MAIN and SUB bands at the same time, the band control can be performed smoothly, and so tuning the wrong band by mistake is reduced.