Select Language
Since 1984
Critical Wireless Communications and
Weather Information Systems
Weather Information Systems
The ‘Artemis’ is a top performance, software-defined, wide-band, ultra-fast search speed 3GHz/s, HF/VHF/UHF, SHF receiver. It expands the user’s capabilities by providing a wide 8 kHz to 8 GHz frequency range using two independent and mutually exclusive inputs, one for each range: 8 kHz to 80 MHz and 43 MHz to 8 GHz. It includes a real-time 80/34 MHz-wide spectrum analyzer with a 32 MHz wide instantaneous bandwidth for recording, demodulation, and further digital processing across the entire frequency range.
The receiver’s superior performance is due to its innovative, combination of direct-sampling and superheterodyne, digital down-conversion architecture, and the use of leading-edge components and design concepts. All of this contributes to excellent sensitivity, phase noise, dynamic range, accuracy, stable tuning, high scanning speed, and ideal demodulation.
The WR-G69DDC control software has a highly functional and logical user interface. There are several spectrum analyzer configurations available, including the 80/34 MHz full span with 2.6 kHz resolution. The scalable spectrum display can be viewed in either the standard or waterfall mode.
The digital down-converter has 33 selectable output bandwidths ranging from 20 kHz to 32 MHz. The receiver's selectivity can be adjusted with a 1 Hz resolution. At the output of the digital down-converter, recording and playback are available. This enables the recording of a 32 MHz wide spectrum chunk for future demodulation and post-processing.
The 'EXCALIBUR' is a high-performance, low-cost, direct-sampling, software-defined, shortwave receiver with a frequency range from 9 kHz to 50 MHz. It includes a real-time 50 MHz-wide spectrum analyzer and 2 MHz-wide instantaneous bandwidth available for recording, demodulation and further digital processing.
The mission of Public Safety Communications is to satisfy the mission-critical communications needs of First Responders tasked with protecting life and property. Morcom understands the full range of capabilities that this entails.
The receiver's superior performance results from its innovative, direct-sampling, digital down-converter architecture, and the use of leading-edge components and design concepts. This all results in a high IP3, a wide dynamic range, excellent sensitivity, selectivity, and tuning accuracy. These key features create a receiver in a category of its own, with wide application potential, at an affordable price.
The WR-G31DDC software provides an exquisite and logical graphical user interface. There are several spectrum analyzer configurations available, including the 50 MHz full span with 1.5 kHz resolution. The fully-zoomable display can be viewed in either the standard or waterfall mode. The digital down-converter has 21 selectable output bandwidths ranging from 20 kHz to 2 MHz. The receiver's selectivity can be adjusted with a 1 Hz resolution. The bandpass audio filter's low and high cut-off frequencies, notch filter, noise blanker are all graphically adjustable.
The 'EXCALIBUR Pro' is a high-performance, low-cost, direct-sampling, software-defined, shortwave receiver with a frequency range from 9 kHz to 49.995 MHz. It includes a real-time 50 MHz-wide spectrum analyzer and 4 MHz-wide instantaneous bandwidth available for recording, demodulation and further digital processing.
The receiver's superior performance results from its innovative, direct-sampling, digital down-conversion architecture and the use of leading-edge components and design concepts. This results in a high IP3, a wide dynamic range, high sensitivity, and tuning accuracy. These key features create a receiver in its own category, with vast application potential, at an affordable price.
The entire 4 MHz DDC (digitally-down-converted) bandwidth is available for recording and demodulation. Within the 4 MHz bandwidth, three demodulators allow for simultaneous reception of three signal frequencies.
The WiNRADiO WR-G35DDCi Excalibur Ultra is a high performance, direct-sampling, software-defined ultra-wideband shortwave receiver with a frequency range from 1 kHz to 45 MHz. It includes a real-time 45 MHz-wide spectrum analyzer and 32 MHz-wide instantaneous bandwidth available for recording, demodulation and further digital processing.
The receiver's superior performance results from its innovative, direct-sampling, digital down-conversion architecture, and the use of leading-edge components and design concepts. This all results in a high IP3, a wide dynamic range, high sensitivity, and accurate tuning. These key features create a receiver in a category of its own, with wide application potential, with many operational and instrumentation features not usually found on receivers of any price category.
The entire 32 MHz DDC (digitally down-converted) bandwidth is available for recording and demodulation. Multiple demodulators allow the simultaneous reception and decoding of radio signals within the entire HF band.
The receiver interfaces to a Windows-compatible PC via the PCI-e bus. Several receivers can reside on a single PC to form a multi-channel receiver system.
In this internal HF model, the entire high-performance shortwave receiver is contained on a PCI card. This shields against the effects of a PC-generated interference. The demodulation is performed by an onboard DSP, allowing multiple receivers to be used in a single computer. Numerous functions and facilities include recording and playback (both audio and IF spectrum), IF shift, continuously variable IF bandwidth 1 Hz to 15 kHz (in 1 Hz increments), notch filter, noise blanker, and several test and measurements facilities, including several spectrum analyzers. Numerous hardware options are factory-installed at the time of order-simple "Plug and Play" installation.
Aside from audio recording and playback, the receiver can also record an entire 20 kHz wide IF spectrum. This allows you to analyze the received signal thoroughly and "re-receive" it with different IF filter bandwidths, notch filter, noise blanking, or demodulator settings to achieve the best possible reception of weak or interference-prone transmissions.
This is the external version of the WR-G313i HF model. It is a susceptible receiver that can comfortably read CW signals under 0.05 µV input levels while also having a respectable 95 dB dynamic range that makes receiver resistant to strong signal overload. The receiver connects to an IBM-compatible PC via the USB port. A single PC can control several receivers to form a multi-channel HF receiver system. The receiver has an onboard DSP, and does not rely on the PC sound card for the signal input. However, the digitization is done in the receiver using a high-performance analog-to-digital converter. As the DSP performs the final stage IF filtering and all demodulation, this receiver is entirely software-defined, which means that additional demodulation or decoding modes can be easily added by a mere software change. The unit's features are similar to those of the WR-G313i internal unit.
This is a third generation PC-Based Software Defined Receiver (SDR) for the VHF and UHF bands.
The receiver has a frequency range of 9kHz to 1,800 MHz and a sensitive front end with low phase noise. The upper limit can be expanded to 3,500 MHz with an optional downconverter. This receiver uses the computer’s audio board for the DSP processing to save money. Operating modes are AM, AMN, AMS, LSB, USB, CW, FM3, FM6, or FMN modes. The basic WR-G305i comes with a Standard Demodulator.
The WR-G305e is an external (USB interface) version of the WR-G305i receiver, with identical performance. The PC demodulates using advanced digital signal processing techniques-simple "Plug and Play" installation.
The WR-G315i is a software-defined high-performance VHF/UHF receiver (9 kHz to 1800 MHz, extendable to 3500 MHz using an optional Antenna Multiplexer and Frequency Extender) on a PCI card. This receiver has a variable IF bandwidth of 1 Hz to 15 kHz (in 1 Hz increments), a 20 kHz wide real-time spectrum analyzer with a 16 Hz resolution, a noise blanker and a notch filter. Additionally, an integrated recorder allows you to instantly record and playback the received signal. Similar to other G3 receivers, the WR-G315i can also record an entire 20 kHz wide IF spectrum. The difference with the WR-G305 series is that this model has its own onboard DSP and does not rely on the PC sound card for the signal input. The digitization is done in the receiver using a high-performance analog-to-digital converter. The receiver offers a variety of measurement facilities available, including received signal frequency accuracy, amplitude modulation depth, frequency deviation, THD (total harmonic distortion), and SINAD. An audio spectrum analyzer is also included, allowing real-time observation of the demodulated spectrum with a resolution of 5 Hz.
This is the external version of the WR-G315i, with very similar features. The receiver connects to an IBM-compatible PC via the USB port. A single PC can control several receivers to form a multi-channel HF receiver system.
The WiNRADiO WR-G39DDCi 'EXCELSIOR' is a high-performance HF/VHF/UHF/SHF software-defined receiver with a frequency range from 9 kHz to 3500 MHz, with two independent channels of 4 MHz wide instantaneous bandwidth available for recording and further digital processing, plus a 16 MHz wide real-time spectrum analyzer.
The receiver offers unparalleled flexibility considering its SDR architecture, respectable dynamic range, high sensitivity, scanning speed, and performance accuracy. This makes it capable of filling the role of a monitoring receiver and as a fast search receiver and measuring receiver, with several operational and instrumentation features not usually found on receivers of any price category. This unit is designed for internal installation on a PC.
This is the new addition to our line of WINRADIO HF Receivers. This receiver's superior performance results from its innovative, direct-sampling, digital down-conversion architecture along with the use of leading-edge components and design concepts.
These result in exceptional sensitivity and dynamic range, high accuracy, stable tuning, and perfect demodulation. These key features create a receiver 'in a class of its own', with vast application potential, including several operational and instrumentation features not usually found on receivers of any price category.
The entire 64 MHz DDC (digitally down-converted) bandwidth is available for recording and demodulation, making it ideal for hopping frequency analysis. Three demodulators allow the simultaneous reception and decoding of radio signals across the entire band.
The WR-G65DDCe has optional external reference clock inputs and outputs, coherence clock input, a 1PPS pulse input, and an FPGA interface. This makes it ready for phase-coherent system configurations such as in high-performance interferometer direction finding applications. In addition, stereo analog output and wide audio range are both possible (10 Hz-150 kHz). The special data port offers numerous possibilities, including GPIO (general purpose I/O), HSP (high-speed data output), and a conventional RS232 interface.
