Shortwave Radio Receiver Buying Guide and Reviews

If you're new to shortwave radio, you might be wondering where to start. You'll need a good receiver to pick up signals from around the world.

There are several types of shortwave radios to choose from, including fixed frequency, variable frequency, and scan receivers. Each has its own strengths and weaknesses.

The frequency range of a shortwave radio is crucial, as it determines how many stations you can receive. A good shortwave radio should cover the 1.8-30 MHz range, which is the standard for most international broadcasts.

When shopping for a shortwave radio, consider the sensitivity and selectivity of the receiver. A sensitive receiver will pick up weaker signals, while a selective receiver will filter out interference.

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Shortwave radio receivers are designed to receive international broadcasts, and they come in a range of compact sizes. Modern portable receivers are perfect for travelers.

These receivers are often marketed as "world radio" or "world band receivers", and they're typically used by people who want to stay connected with the world. They're usually smaller and more portable than communications receivers.

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Communications receivers, on the other hand, are larger and more feature-rich. They're used by amateur radio operators, commercial users, and serious hobbyists. They often include features that enable increased sensitivity and selectivity.

To receive shortwave signals reliably, you need a radio with increased sensitivity, selectivity, dynamic range, and frequency stability. Modern shortwave radio receivers are relatively inexpensive and easily accessible.

The typical shortwave radio receiver design is a superheterodyne receiver, which uses a combination of analog and digital components to process signals. Some modern receivers use software-defined radios, which replace some analog components with digital signal processing.

A well-equipped shortwave radio receiver can receive CW, SSB, and AM modes. Some modern receivers can even receive digital radio signals.

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Shortwave radio receivers come in various types, including compact "travel size" and "pocket size" units designed for international broadcasts, and larger table top sets used in amateur radio and commercial installations.

These receivers are marketed primarily to those wishing to receive international broadcasts, and are often used by hobbyists and serious enthusiasts.

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Modern shortwave radio receivers are relatively inexpensive and easily accessible, making them a popular choice for many.

There are two main types of shortwave receiver designs: superheterodyne receivers and software-defined radios.

Superheterodyne receivers are the typical design, while software-defined radios replace one or more stages of a superheterodyne receiver with digital signal processing.

Some modern shortwave radio receivers can receive digital radio signals, in addition to CW, SSB, and AM modes.

Here are some typical features found in shortwave receivers:

The DX-286 is a new design based on the TEF 8688 chip primarily used in automotive radios.

It performs at a high level in all categories, but perhaps outstrips any portable using an antenna and ground on LW and MW.

The DX-286 supports the antenna jack on these bands.

It's essentially the same as the SR-286, which means you can expect similar performance and features.

Modern shortwave radio receivers come in a range of compact sizes, from travel-sized units to pocket-sized ones, making them perfect for international broadcasts on the go.

There are two main types of shortwave receivers: world band receivers and communications receivers. World band receivers are designed for casual listening, while communications receivers are used by serious hobbyists and professionals.

Shortwave receivers have higher performance requirements than other types of radios, with features like increased sensitivity, selectivity, dynamic range, and frequency stability.

A well-equipped shortwave radio receiver can receive not only AM mode broadcasts but also CW and SSB modes, and some modern receivers can even pick up digital radio signals.

Here are some common features found in shortwave receivers:

Some shortwave receivers also have advanced features like single, double, triple, or quad conversion, and various IF filter types.

Software Defined radios have revolutionized the way we listen to shortwave signals.

A key feature of these radios is the use of digital signal processing, or DSP technology, which allows for more flexibility in signal reception.

With DSP technology, you can tailor the bandwidth of your receiver to suit the type of signal being listened to.

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This is a big improvement over traditional analogue-only receivers, which often have limited bandwidth options.

PC radios, also known as software-defined radios, are another trend in modern shortwave listening.

These radios are controlled by a standard personal computer using specialized software.

In pure software-defined radios, all filtering, modulation, and signal manipulation is done in software, usually by a PC soundcard or dedicated DSP hardware.

This approach reduces costs and allows for more flexibility in design.

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The performance of a shortwave radio receiver is impressive, with some models able to pick up signals from as far as 20,000 miles away.

The Eton Scorpion II, for example, has a sensitivity of -10 dBm, allowing it to detect weak signals with ease. This is a significant advantage for amateur radio operators and DX enthusiasts who need to pick up distant signals.

In terms of frequency range, the Eton Scorpion II covers the entire shortwave band, from 2.8 to 30 MHz, making it an excellent choice for those who want to listen to a wide range of international broadcasts.

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In terms of performance, the new model boasts a 25% faster processing speed compared to its predecessor. This is largely due to its improved architecture, which allows for more efficient data handling.

The new model's increased processing speed results in a significant reduction in latency, with average response times decreasing by 30%. This makes it ideal for applications that require quick and seamless interactions.

In head-to-head comparisons, the new model outperformed its competitor in several key areas, including memory usage and power consumption. Specifically, it used 15% less memory and consumed 20% less power.

However, the competitor model had a slight edge in terms of raw processing power, with a peak processing speed of 2.5 GHz compared to the new model's 2.2 GHz.

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The D-808 and PL-330 radios have distinct sound characteristics. The D-808 has a higher speaker power rating than the PL-330.

These radios aren't particularly loud, and the D-808 can sometimes lack volume. The ATS-405 has a better bass response than the others.

The D-808's sound is a good representation of how radios sound in general, according to the author.

Shortwave radio receivers have a rich history that spans nearly a century. The first time shortwave radio reception was available to the general public was through the use of shortwave frequency converters sold as accessories to broadcast-band radio sets during the mid 1920s.

These early converters were often found unsatisfactory in performance, leading to the development of dedicated shortwave receiving sets. National Radio Company introduced the SW-2 "Thrill box" shortwave regenerative receiver in 1927, marking a significant milestone in shortwave radio history.

Superheterodyne receiver circuits eventually replaced all previous receiver designs, revolutionizing the industry. By 1936, 100 percent of console models and 65 percent of table model radios were able to receive shortwave broadcasts, making shortwave radio reception more accessible than ever.

Here are some key milestones in the development of shortwave radio receivers:

1927: National Radio Company introduces the SW-2 "Thrill box" shortwave regenerative receiver.1931: Hammarlund introduces the "Comet Pro", the first fully assembled commercial shortwave superheterodyne receiver.1936: Hammarlund introduces the "Super-Pro" superheterodyne shortwave receiver.1942: Zenith introduces the Model 7G605 Trans-Oceanic 'Clipper', an early portable shortwave receiver.1957: Magnavox introduces the model AW-100, one of the first commercial fully transistorized shortwave radio receivers.

The importance of shortwave radio receivers cannot be overstated. They offer a unique combination of global reach, emergency broadcasting capabilities, and portability, making them an essential tool for anyone interested in staying connected and informed.

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The history of shortwave radios is a fascinating one, and it's amazing to think about how far they've come.

The first time shortwave radio reception was available to the general public was through the use of shortwave frequency converters sold as accessories to broadcast-band radio sets during the mid 1920s.

These converters were generally found unsatisfactory in performance, leading to the development of dedicated shortwave receiving sets.

National Radio Company introduced the SW-2 "Thrill box" shortwave regenerative receiver in 1927, marking a significant milestone in the evolution of shortwave radios.

The SW-2 was soon followed by improved models, such as the highly regarded SW-3, which set a new standard for shortwave reception.

Superheterodyne receiver circuits soon replaced all previous receiver designs, and radio manufacturers like RCA, Zenith, and Philco offered consumers table or console model "all wave" sets that could receive both mediumwave and shortwave bands.

By 1936, it was estimated that 65 percent of table model radios were able to receive shortwave broadcasts.

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The development of portable shortwave receivers began in the 1940s, with Zenith introducing the Model 7G605 Trans-Oceanic 'Clipper' in 1942.

This early portable receiver was marketed to consumers and marked a significant shift towards more accessible shortwave reception.

The Magnavox model AW-100, introduced in 1957, was among the first commercial fully transistorized shortwave radio receivers, paving the way for the modern shortwave radios we know today.

Shortwave radio receivers offer a global reach, allowing you to listen to broadcasts from different parts of the world and gain access to diverse perspectives and cultures.

In emergency situations, shortwave radio receivers can be a lifesaver, as they can pick up broadcasts from government agencies and disaster relief organizations.

Their compact and portable design makes them easy to take on the go, and many are weather-resistant, making them ideal for outdoor use.

Shortwave radio receivers are also cost-effective, making them an affordable option for a broader audience.

With the ability to tune into multiple bands, including AM, FM, and weather bands, shortwave radio receivers are incredibly versatile.

One of the most significant advantages of shortwave radio receivers is their independence from the internet and commercial power sources, making them a reliable choice for people in remote areas or during power outages.

Here are some key benefits of shortwave radio receivers at a glance:

Modern shortwave radio receivers are packed with features that enhance their performance and usability. A typical shortwave radio receiver design is a superheterodyne receiver, which provides a solid foundation for reliable signal reception.

RF gain control is a crucial feature in shortwave receivers, allowing you to adjust the sensitivity of the receiver to suit your needs. Some receivers even include RF attenuators to further fine-tune the signal.

A well-equipped shortwave radio receiver can receive a range of modes, including CW, SSB, and AM. Some modern receivers can even handle digital radio signals, making them a versatile tool for hobbyists and professionals alike.

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Here are some key features to look for in a shortwave radio receiver:

These features work together to provide a high-performance shortwave radio receiver that can handle a wide range of signals and applications.

The XHDATA D-808 is a serious contender in the shortwave listening community. It's a DSP-based radio with a wide range of features.

This radio has a great reception sensitivity, with an FM sensitivity of <3μV and an SW sensitivity of <10μV. The MW sensitivity is also respectable at 0.5mV/m. It's a great option for those who want to tune in to distant stations.

The XHDATA D-808 has a built-in speaker with a power of 1W, making it a great option for listening on the go. It also has a tone control feature, which is a nice touch.

Here are some key specs of the XHDATA D-808:

When shopping for a shortwave radio receiver, it's essential to consider the key features that will meet your needs.

RF gain control is a must-have feature, allowing you to adjust the sensitivity of your receiver to pick up weak signals. This might include RF attenuators, which can help reduce strong signals and prevent distortion.

Reception of shortwave bands from 1.6 MHz to 30 MHz is a standard feature in most shortwave receivers, but it's worth checking if the specific model you're interested in covers all these bands.

A good shortwave receiver should have one or more front-end RF filters to help block out unwanted signals and improve overall performance.

Some shortwave receivers support demodulation types like audio limiters, noise blanker, and signal strength meter, which can enhance your listening experience.

Antenna diversity and antenna tuner are also valuable features to look for, as they can help improve signal strength and reduce interference.

Here are some common demodulation types and their functions:

Single, double, triple, or quad conversion is another feature to consider, as it can affect the receiver's sensitivity and selectivity.

User-friendliness is crucial for a great shortwave radio experience. Navigation method can significantly impact the user experience.

A well-designed navigation system can make all the difference in how easy it is to use your shortwave radio. Display preferences, such as the size and type of display, can also greatly impact user-friendliness.

Button style is another important factor to consider, as it can affect how comfortable and intuitive it is to operate the radio.

If you plan to use your shortwave radio from a fixed location, consider a desktop radio with provisions for connecting external antennas.

Opting for a shortwave radio with a port for external antennas can be advantageous, especially if you mainly use your radio at home or in an office.

A desktop radio is typically a more suitable option for a fixed location, making it easier to connect an external antenna for better reception.

You may also want to consider purchasing an AC power adapter to keep your desktop radio continuously powered, especially if you plan to use it from home.

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A long-lasting battery is a must-have for any shortwave radio enthusiast.

Lithium-ion rechargeable batteries provide a longer battery life, which means you can enjoy your radio for a longer period.

These power systems tend to have a longer lifespan.

Having a shortwave radio with a port for external antennas can be a game-changer, especially if you plan to use it from a fixed location like your home or office.

If you're using a desktop radio, consider getting an AC power adapter to keep it continuously powered, as it's a more suitable option for fixed locations.

External antennas can boost your radio's signal-receiving capabilities, making them a worthwhile investment, even if the built-in antennas do their job nicely most of the time.

Radios with external antennas tend to perform better in remote areas or high-rise buildings, receiving uninterrupted signals that built-in antennas often can't match.

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Our reviews of top shortwave radio receivers will help you make an informed purchase decision. We'll cover the top 3 shortwave radio receivers in the market today, considering their size, looks, features, and price points.

The Tecsun PL-880 is a popular choice among shortwave radio enthusiasts. It's a decent performer but has some drawbacks, such as the inaccurate dial and stiff tuning wheel.

If you're new to shortwave radio listening, it's essential to consider the size and complexity of the radio. Shortwave radios come in different sizes, bands, prices, and features, so choose one that best meets your requirements.

A good shortwave radio should have a clear and accurate dial. Unfortunately, some radios, like the R-9700DX, have inaccurate dials that can make it difficult to tune in to your favorite stations.

Before making a purchase, consider your budget and what features are essential to you. Some radios, like the Tecsun PL-680, offer impressive performance at an affordable price.

Here are some popular shortwave radio receivers to consider:

Keep in mind that each radio has its quirks and personality, so don't be afraid to try out different models before making a decision. As Andrew McPhees says, "each radio has its quirks and personality, it's all part of the fun."

The Retekess V115 is a prime example of a portable shortwave radio receiver that makes our list. Its small size makes it incredibly portable and convenient to carry, fitting comfortably in your pocket.

This radio receiver is also equipped with digital tuning, allowing you to easily tune in to your desired frequency by entering it directly using the number keys.

One of the standout features of the Retekess V115 is its ability to record, a feature that many shortwave receivers lack. This is especially useful for capturing important broadcasts or news updates.

The Retekess V115 also offers multiple ways to search for radio stations, including automatic and manual searches.

Portable travel radios are a must-have for anyone who loves to travel or go on adventures. They're compact, lightweight, and can receive a wide range of frequencies, making them perfect for tuning into local stations or staying up-to-date with world news.

The Retekess V115 Digital Radio is an excellent example of a portable travel radio, with its small size and digital tuning feature making it incredibly convenient to carry and use. You can easily tune in to your desired frequency by entering it directly using the number keys.

One of the best features of portable travel radios is their ability to receive multiple frequencies, including AM, FM, and shortwave. The C Crane CC Skywave AM, FM, Shortwave, Weather and Airband Portable Travel Radio, for instance, offers a wide range of listening options and the flexibility to choose between battery or AC power.

The Tecsun PL-880 Portable Digital Shortwave Radio is another great option, offering full coverage, including shortwave, longwave, AM/FM, and Single Side Band. It also boasts a digitally synthesized PLL double alteration receiver, providing remarkable sensitivity and selectivity for a superior listening experience.

If you're looking for a portable travel radio that's also a reliable survival tool, consider the KAITO KA900 Digital Solar Dynamo Radio Receiver. It's a 5-way powered portable emergency radio that can be charged using solar power, a hand crank generator, or a 5V USB input.

Here are some key features to consider when choosing a portable travel radio:

Ultimately, the best portable travel radio for you will depend on your specific needs and preferences. Be sure to do your research and choose a radio that meets your requirements and budget.

Boatanchors are a type of communications receiver that's affectionately known for their large size and weight.

Older vacuum tube-based receivers, like the Collins R-390 and R-390A, and the RCA AR-88, are prime examples of boatanchors.

The Racal RA-17L and the Marconi Elettra are also notable boatanchors that share similar characteristics.

Even modern solid-state receivers can be quite large and heavy, such as the Plessey PR2250.

The Redifon R551 and the Rohde & Schwarz EK070 are other examples of modern receivers that are quite substantial in size and weight.

These large receivers are often a far cry from the portable and specialized equipment we're used to today.