Category Archives: Manufacturers

Update: Bonito RadioJet IF-Receiver 1102S

The Bonito RadioJet - Click to Enlarge

An inside scoop just for SWLing Post readers:  We’ve just received some interesting updates about the new Bonito RadioJet IF-Receiver 1102S from German company Bonito. Our contact Dennis, a representative of Bonito, informs us that FCC should be approving the RadioJet within a week, and units will be shipping to retailers about the same time. Naturally, I’m quite eager to review this receiver, as it promises a low noise floor (-137 dBm-!?!) and a sleek, sizable user interface. Pricing seems to be in line with the Perseus and Excalibur for North American buyers.

RadioJet Back

Dennis at Bonito tells us:

[S]ince December we’ve been delivering RadioJets to end customers…

Preordering was amazing in our opinion (370 RadioJets!) and the customers who contacted us are extremely happy with it.

We also have some tests from German magazines and the SDR gurus are delighted with the signal quality.

The real concern with any SDR–especially with a new one–is whether or not the manufacturer will support and upgrade the user interface over time.  After all, an SDR is only as good as your ability to control and use it.  In consideration of this, Dennis volunteers the following:

We have, meanwhile, improved and extended the whole software [package] and put a lot of new features in it. One is a huge frequency list, including transmitting times, and shown [in the display is] a world map [indicating] day and night and moon phases. (See screenshots)

Screenshot 1 - Click To Enlarge

Screenshot 2 - Click to Enlarge

I must say, I love the superimposed broadcaster ID as seen in Screenshot 1 (above). This is a very cool addition, which makes for convenient at-a-glance broadcasting identification. Coincidentally, this should also help users find unscheduled broadcasts such as pirate radio stations, numbers stations, utilities, etc. The map target icons also make it quite easy to identify broadcast sites on the world map (see Screenshot 2).  Again, Dennis:

Top view of RadioJet board (Click to enlarge)

I’ve included an image of the [receiver] board. You see no active parts between the antenna and ADC [analog to digital converter].

Dennis claims that it is this absence of any active components between the antenna and ADC that keep the RadioJet noise floor so remarkably low.

Bonito rep Dennis also voluntarily asked me to post the following to SWLing Post readers:

It would be great if you would send me a small list of things that MUST be in the software. Every comment is welcome.

So if you have a comment or a particular request regarding this software, please leave it in this post or simply contact us–we’ll make sure Bonito receives this informative feedback from you.

Of course, these are early days, but it looks like Bonito has the right focus to create a very competitive and innovative SDR product. This will require more than good engineering, however; it requires excellent support and a user-friendly experience.  Time will tell–and so will our forthcoming review!  We will be reviewing the Bonito RadioJet IF-Receiver 1102S in the near future, comparing it with the Microtelecom Perseus, so check back and follow this tag.

In the meantime, you can check out further screenshots below:

Screenshot 3 - Click to enlarge

Screenshot 4 - Click To Enlarge

Screenshot 5 - Click To Enlarge

Screenshot 6 - Click To Enlarge

Screenshot 7 - Click To Enlarge

Screenshot 8 - Click To Enlarge

Screenshot 9 - Click To Enlarge

Screenshot 10 - Click To Enlarge

Check Universal Radio’s website for Bonito Radiojet IF-Receiver 1102S availability and pricing in the USA.

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WoodBoxRadio will start shipping the new ELAD FDM-S1 SDR this month

According to WoodBoxRadio, the ELAD FDM-S1 software-defined radio will be shipping this month (March 2012). This is an intriguing SDR and boasts some pretty impressive features–download their spec sheet here. Can’t wait to see how it compares to other popular SDRs.

The FDM-S1 is available at a “special” price of 399 Euro–it can be ordered on their website.

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Studio 1 Software Defined Radio will give your Perseus a resizable interface

One of the major complaints I hear regarding the benchmark Microtelecom Perseus SDR is that its GUI (graphic user interface) is not resizable or scalable to fit a large monitor at full-screen.

If you’re a Perseus owner and if this is a problem for you, then you need to watch for the release of Studio 1 Software Defined Radio by SDR Applications. Which will boast:

  • Fully re-sizable windows/interface,
  • support for multiple sessions
  • and state of the art visualization, demodulation and filtering

WoodBoxRadio told me that SDR Applications is still finishing off development, but plan to have a bug-free version of their software available at the end of March 2012. They told me that Studio 1 will work with the Microtelecom Perseus, FDM-S1 and the Softrock family of software defined radios (SDRs).

We will stay in touch with WoodBoxRadio and post any updates here on the SWLing Post.

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Test a professional SDR from the comfort of your home–free!

Though I’ve not yet achieved particularly advanced age, my history in radio certainly started with the analog. The vintage Zenith Transoceanic my great-aunt gave me when I was eight was a wonder to tune, and its ability to extract signals from across the planet captivated me. But there was a certain amount of guesswork in the tuning process.  So, when I purchased my first digital portable in 1990, it seemed revolutionary:  in a snap, I could punch in a frequency, and there I was (virtually speaking). No guessing required.

Front and back of the SSB LAN-SDR software-defined receiver

Front and back of the SSB LAN-SDR software-defined receiver

The next step in receiver evolution was, of course, Software-Defined Radios–those little boxes that you hook up to your computer that allow you incredible tuning flexibility and which permit amazing receiver performance.

So, you’ve never tried an SDR–? I know a fix for that.

In the course of an email conversation with Willi Paßmann, SDR support for SSB-Electronic, I learned that–simply by downloading a couple of files from their website–you can “test-drive” their high-end SSB LAN-SDR.

First, a brief primer…

Some SDRs–like the SSB LAN-SDR–actually allow you to record and to play back HF spectrum segments.

In a basic example: if I want to record pirate radio stations one evening, but am not sure where they might pop up on the spectrum, I can set my SDR to record, say, an 80 kHz swatch of bandwidth from 6,915 to 6,995 kHz, from, for example, 9:00 pm to midnight.

Later, I can play back and listen to the recording, with full demodulation and tuning capabilities.  In other words, during playback, I can literally tune around in the spectrum, using all/any receiver functions of my SDR. It is as though I am listening and tuning, live, in real time, though it may be many hours or days later.

Those of you with SDRs will not be surprised by this remarkable feature, as most likely, you’ve already experimented with this incredible time-bending functionality.

Now, back to SSB-Electronic, and how to test-drive their LAN-SDR receiver.  It’s easy, actually:

  1. You download the software that runs the LAN-SDR
  2. You download one (or both) available spectrum recordings

Once you install their software and import the recording, you can literally tune through and use all of the receiver’s features within the spectrum recording. You can listen to the noise floor, test the notch, adjustable filters, DSP, tuning rates–literally experience all the receiver functions in this process.

In my humble opinion, this is perhaps the most convenient and enjoyable way to try out a receiver.

Hopefully, other SDR manufacturers will follow SSB-Electronic’s lead and make their control software and spectrum recodings available online for download and testing.

Happy test-driving!

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The Grundig G2 Reporter – a new shortwave radio from Eton Corporation

(Photo source: Eton Corporation)

It looks like a new Grundig shortwave radio is in the works, with availability as early as 2nd quarter.

I was just sent the following press release which was published prior to the 2012 CES:

(Source: Eton Press Release)

(Palo Alto, CA – January 9, 2012) – Etón Corporation, a leading creator of high-performance, green-powered consumer products, announces the Grundig G2 Reporter. The Grundig G2 is a portable travel radio that features multi-language capabilities and five tuning methods, providing a convenient way to listen to your favorite content wherever you go, from anywhere in the world.

The G2 Reporter is another reliable radio and information source added to the Grundig series. Use the five tuning methods – jog, manual, auto, memory, or ATS (Auto Tuning Storage) – to quickly scan or browse stations from anywhere in the world – hearing broadcasts in each country’s native language. The G2 furthers its international appeal with multiple language capability, allowing users to choose from a variety of languages to be shown on the LCD display.

Additional features of the G2 Reporter include:
AM/FM/WB frequencies
Dual stereo speakers with digital volume control
Signal strength indicator
Sleep timer and alarm clock functions
Multiple language selection
Ports: 3.5mm headphone output, line-in, MIC,
MINI-USB 2.0 jack (high speed)
Rechargeable lithium battery (1250mAh), charge through USB

“Etón has partnered with Grundig for the past three decades and we are proud to continue the brand’s long-standing quality tradition with the introduction of the G2,” said Esmail Amid-Hozour, CEO of Etón Corporation. “Grundig enthusiasts remain loyal and we know they won’t be disappointed with the innovative products in our 2012 line.”

Weighing only 9.6 oz. (272 g), The Grundig G2 Reporter is the ideal product for global travelers. Available in Q2 2011, the Grundig G2 Reporter will retail for $150 USD. For more information on Etón Corporation and its products, visit www.etoncorp.com.

Though very similar in appearance and features to the Tecsun PL-398MP or, better yet, the future Degen DE1128, I imagine that Grundig has put their own spin on this small rig. I have found that quality control tends to be much better via Grundig than Degen. With these specifications, it would indeed be a great portable SW radio for travel.

Update 1/11/12: Universal Radio has now listed the Grundig G2 in their catalog.

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A new Degen portable in the works–the Degen DE1128

Preliminary drawings of the Degen DE1128

It appears that Degen is working on a new dual speaker portable shortwave radio–the Degen DE1128.

It looks like the DE1128 will have MP3 recording features, including a built-in microphone. The footprint and layout seem strikingly similar to the new Tecsun PL-398MP.

We will post more information on this radio as it becomes available.

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SiLabs brings shortwave to car radios

Silicon Labs, a manufacture of DSP (Digital Signal Processing) chips that are in many of the shortwave radios we feature here on SWLing.com, is now taking their technology to car radios. They have announced the Si476x chip family which features AM/FM, longwave, shortwave (SW), NOAA weather band, FM RDS decoding and AM/FM HD Radio reception.

To my knowledge, this is the first time in years that shortwave has been strategically implemented in a car radio product.

Read their full press release below:

(Source: SiLabs Press release via Kim Elliott)

AUSTIN, Texas–(BUSINESS WIRE)–Silicon Laboratories Inc. (NASDAQ: SLAB), a leader in high-performance, analog-intensive, mixed-signal ICs, today introduced the industry’s most advanced automotive tuner IC family designed to deliver the highest RF performance coupled with advanced signal processing while reducing the cost and complexity of car radio systems. Offering superior price/performance for the global car radio market, the new Si476x tuner family provides a best-in-class multiband receiver solution for automotive infotainment head-units and AM/FM car radios from all classes of providers ranging from Tier 1 suppliers to aftermarket car radio makers.

According to J.D. Power and Associates, the global automotive market is expected to exceed 76 million light-vehicle unit shipments this year. The car radio technology deployed in these vehicles is evolving rapidly as innovations in communication technology proliferate in the automotive infotainment market. The basic car radio has been transformed into a sophisticated infotainment system that includes multiple tuners to deliver FM phase diversity reception, receive radio data system (RDS) data for info-navigation systems, support AM/FM HD Radio technology and provide detailed station quality metrics for living lists of broadcast content. These strenuous broadcast performance demands require advanced silicon innovations to enable a superior in-vehicle audio experience.

Silicon Labs developed the Si476x receiver family to address these major automotive industry trends. The Si476x receivers leverage Silicon Labs’ patented digital low-IF technology and combine most of the traditional external bill of materials into a highly integrated, single-chip CMOS solution. The receivers provide unprecedented flexibility, offering a modular architecture that supports scalable multi-tuner designs. The Si476x supports all worldwide broadcast radio bands including AM/FM, college FM, longwave (LW), shortwave (SW), NOAA weather band, unparalleled FM RDS decoding and AM/FM HD Radio reception. iBiquity Digital Corporation, the developer of HD Radio technology, has certified the Si476x family to provide AM/FM HD Radio tuner outputs and reception with compatible HD Radio demodulator ICs.

“The introduction of the Si476x tuner family represents a major new product offering from a world leader in RF products and a global player in the HD Radio market,” said Jeff Jury, chief operating officer of iBiquity. “Automakers are continuing to embrace HD Radio technology, with more than 20 automotive brands to date announcing the technology as a factory-installed infotainment feature. The Si476x family offers a compelling new solution for this market.”

The Si476x family represents the automotive industry’s first viable receiver alternative to enable developers to pair a best-in-class tuner IC with the optimal choice of audio digital signal processors (DSPs) to create highly cost-effective back-end audio processing designs. Silicon Labs has worked with leading silicon providers such as Cirrus Logic and Freescale Semiconductor to deliver comprehensive audio system solutions that break the expensive partitioning approach required by current car audio solutions.

“The combination of Cirrus Logic’s broad portfolio of audio ICs and Silicon Labs’ Si476x radio ICs provides automotive OEMs with a very powerful platform for building highly differentiated in-car entertainment products,” said Carl Alberty, director of marketing for audio products at Cirrus Logic. “By working closely with Silicon Labs, we have developed an optimized car radio platform that delivers best-in-class audio and RF technology, enabling our customers to build outstanding products.”

The superior linearity of the Si476x tuner’s integrated RF front-end, combined with a high-performance on-chip radio DSP and microcontroller, delivers outstanding RF dynamic range and immunity to multi-path fading. With this innovative architecture, the Si476x family raises the bar for such key features as selectivity, sensitivity, IMD3 break-in, desensitization, noise blanking, weak signal processing, dynamic channel bandwidth control and advanced dual-tuner FM phase diversity reception.

“The Si476x family not only delivers superior radio reception performance at the best system cost, it also provides unprecedented flexibility in audio processing solutions for car radio designs,” said Diwakar Vishakhadatta, general manager of Silicon Labs’ broadcast audio products. “With the introduction of the Si476x family, automotive developers are no longer locked into using more expensive bundled audio/radio solutions that may not address the audio processing requirements of their infotainment platforms.”

Pricing and Availability

Samples and production quantities of the Si476x car radio tuner ICs are available now in a compact 6 mm x 6 mm 40-pin QFN package. Pricing for automotive-grade Si476x tuner ICs begins at $11.62 (USD) in 10,000-unit quantities. The Si4763LNA-A-EVB and Si4767PD-A-EVB evaluation boards are available to automotive customers for $450 (USD).

The Si476x family, the latest addition to Silicon Labs’ portfolio of automotive-grade radio tuners, complements the company’s popular Si474x and Si475x tuner families, which target cost-sensitive entry- and mid-level radio designs. The Si476x family addresses premium-grade, performance-intensive automotive radio and head-unit requirements. For additional Si476x product information, please visit www.silabs.com/pr/automotive-tuner.

Silicon Laboratories Inc.

Silicon Laboratories is an industry leader in the innovation of high-performance, analog-intensive, mixed-signal ICs. Developed by a world-class engineering team with unsurpassed expertise in mixed-signal design, Silicon Labs’ diverse portfolio of patented semiconductor solutions offers customers significant advantages in performance, size and power consumption. For more information about Silicon Labs, please visit www.silabs.com.

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