BBC to “protect” World Service in strategic plan presented to Parliament

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Culture Secretary, John Whittingdale, has made public the UK government’s plan for the future of the BBC, which among other things, will now include Ofcom regulation.

The BBC Trust will also be dissolved and the BBC will have a new unitary board comprised primarily of members independent of the government.

The plan includes major structural changes to the BBC–indeed, possibly some of the most sweeping changes in the corporation’s history. Most major UK/European news outlets will report on this today.

Of course, I was very curious where the BBC World Service would fall in terms of priority. Based on what I’ve read in the report, there will be a serious effort to “protect” the World Service. The following excerpt from the report outlines the plan:

(Source: A BBC for the future: a broadcaster of distinction)

(Image source: BBC)Prioritising funding and protecting the World Service

The decisions that the BBC makes in allocating funding between services will have important consequences for the overall distinctiveness of the BBC. In radio, budgets have a broad spread across the wide range of services.

This is not the case in television where BBC One receives a far greater concentration of funding (see box 19). While of course the BBC needs to invest in its flagship services, the BBC board will need to give careful consideration to its service-level funding decisions.

Matching investment to the strategic priorities for the BBC is generally a matter for the BBC board. But there is one area so critical to the public interest role of the BBC that it is appropriate for the Charter to be more directive. The World Service is one of the BBC’s most distinctive services.

It is hugely valued by audiences and a vital part of the UK’s ability to lead the world in terms of soft power and influence, with its reach and reputation helping to project UK’s cultural and democratic values to more than 246 million people worldwide.

The government will therefore ensure that the BBC protects licence fee
funding for the World Service at its current level of £254 million
per annum.

The BBC will also receive additional funding from the government for the World Service of £34 million in 2016/17 and £85 million a year in the three subsequent years, a significant proportion of which will be Official Development Assistance. As a provider of accurate, impartial and independent news the BBC World Service helps to strengthen democratic accountability and governance, and promote Britain and our values around the world.

The languages in which the World Service operates, and the objectives, priorities and targets of the World Service will continue to be agreed with the Foreign Secretary.

BBC World News is the prime means by which the BBC distributes its television news and current affairs programmes to international audiences. But it does not have the same reputation for quality as the World Service – which is renowned for its radio output. This is in part a question of funding: BBC Global News, the commercial subsidiary that operates the service, had revenues in 2014/15 of just £94 million, less than 10 per cent of the revenues of BBC Worldwide, and a staff of just 120. The BBC must ensure that all its prominent international services have a reputation for delivering high quality, distinctive output. The new unitary board should therefore consider what reforms are needed to improve the quality of BBC World News.

I’ve skimmed the full report and found no specific mention of shortwave radio broadcasting (no surprise). I’m certain the BBC will continue to broadcast over shortwave to strategic regions of the world in the short-term, but over time will certainly decrease offerings.

Click here to download the full report as a PDF.

European hams announce NEW RADIO – a dual-band, multi-mode radio to support DMR, D-STAR and C4FM

NEW RADIO, DMR, D-STAR, C4FM, System Fusion, mobile, radio, ham radio, amateur radio, VA3XPR, dual-band, multi-mode, FM, chassis

An announcement has been made by Kurt, OE1KBC and reported by concerning a multi-mode radio combining various digital modes. The radio/computer is called simply NEW RADIO and is a joint initiative of the ÖVSV, DARC and IARU R1. As stated in Don’s article:

the “NEW RADIO” that will operate on the 2m & 70cm bands and support the most common ham digital modes, including DMR, D-STAR and C4FM (System Fusion), plus analog FM. As reported in the article, the NEW RADIO has been created by hams for the ham radio community will feature a colour touch screen display, 50W of power output, a 1.8 GHz processor, a Linux operating system, plus dual AMBE+ vocoders, allowing for full-duplex, cross-band operation. Also, one of the biggest features of the NEW RADIO is that it will include a built-in LTE wireless modem and SIM card allowing it to be Internet connected while on the go. Apparently, with it being Internet connected, the NEW RADIO will be able to automatically download frequencies, offsets, contacts and other configuration information on the go, allowing for instant updates for users. (The full article may be found here.)

I certainly hope this radio really is “ready for Prime Time” soon as it might very well fill a big need by allowing use of multiple systems without the need to carry around a radio for each digital mode. I suspect many hams have hesitated to jump on the digital bandwagon simply because of not knowing which standard would have dominance. Nobody wants to relieve the VHS/Beta experience! (Yes, I am dating myself here!)

If anyone gets a look at this radio at Dayton I hope you will share with us your impressions!

Robert Gulley, AK3Q, is the author of this post and a regular contributor to the SWLing Post. Robert also blogs at All Things Radio.

 

Bob recalls working at Harris and putting the RF-505A on the air

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In response to our post mentioning the Harris RF-505ASWLing Post contributor, Bob LaRose (W6ACU), writes:

I know the RF-505A very well. It was introduced in about 1969 while I worked at Harris in Rochester. I started working there as a Co-Op student while at RIT and then after I got my BSEE I joined them full time, initially as a Field Engineer but quickly found my way into Marketing and eventually Sales.

Right after the first version came out, the RF-505, I took one home to my parent’s house for a weekend and did some SWLing with it. It was very neat in one respect – it tuned ISB (Independent Side Band) and in those days there were a number of utility stations using ISB (separate traffic on each sideband). To an SWL some of the most interesting of these were the VOA point-to-point links from the East and West Coast, each carrying two simultaneous program feeds for the overseas relay stations!

Harris-RF-505A

While overall a good receiver my personal results on the sensitivity of the original RF-505 were not very positive. On the bench with exactly a 50 ohm source it looked good but on a real world antenna it was pretty numb. Eventually, after a lot of internal arguments, they came out with the RF-505A that included a tunable active preselector as shown in the photos. Problem solved.

For a ham or SWL the RF-505 was a real pain in the butt to tune. You could dial in any exact frequency but the decade switches didn’t roll over (either mechanically or electrically) so you had to do a lot of knob twiddling to do any kind of band scanning. The detents on the switches connected to the knobs were pretty stiff so you could easily take some finger skin off tuning around!

If I remember correctly Harris built them for about a five year period and then replaced them with the RF-550, which was a monster of a receiver with all kinds of advanced features. It included a keyboard with electronic display.

Great memories!

Thanks so much for this RF-505A insight, Bob! I had a hunch that band-scanning wasn’t the RF-505A’s strong suit–it would be incredibly cumbersome to scan with so much “knob twiddling.”

It must have been pretty amazing to work for the legendary Harris corporation. Thanks for sharing!

eBay: Dan notes astronomical price sought for Panasonic RF-9000

Fullscreen capture 5112016 121009 PMMany thanks to SWLing Post contributor, Dan Robinson, who writes:

This is the highest price ever sought by an RF-9000 seller.  [The last RF-9000] went for around $9,000-10,000.

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[…]The RF-9000, as many veterans of SWL know, was produced by Panasonic as a kind of showpiece.

From information available, only some hundreds were ever made.  The price new, as detailed in the Osterman book, was about $3800.

Note Dan's RF-9000 at the far end of the listening lounge table.

Note Dan’s RF-9000 at the far end of the SWL Fest’s Listening Lounge table.

Those who attended this year’s SWL Fest got a rare opportunity to lay hands on this technology showpiece (at least the technology as it was back when it was being made between 1982 and 1985).

Click here to view on eBay.

And, Dan, thanks for lugging your RF-9000 to the SWL Fest!  It was indeed a treat to operate the RF-9000. I must say that the RF-9000’s audio fidelity is outstanding–beautifully balanced! What an amazing radio.

Still–this eBay seller is asking too much at $20,000 US (and $300 shipping). This might well be a collector that has no intention of letting the RF-9000 go. I could understand that! Thanks again, Dan!

Dan notes some rare Harris, Microtel and Drake receivers on eBay

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Harris RF 505A

Many thanks to SWLing Post contributor, Dan Robinson, who writes:

These days as shortwave continues on the decline, we’re seeing some great rarities, receivers that have never been seen before on the used market. One of  these is [top of page], a Harris RF-505A.

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Click here to view the RF 505-A on eBay.

Another rarity, is a Microtel PR-700B receiver, information about which
can be found on Page 355 of the Osterman master guide to receivers.

Model PR-700B

Microtel Model PR 700B

Click here to view the Microtel PR-700B on eBay.

Last but not least, and this has never been seen before — a Drake DSR-2, apparently unused in its original packaging, which sold in flash for about $1300:

The Drake DSR-2

The Drake DSR-2

Click here to view the Drake DSR-2 on eBay.

Thanks, Dan! I’m a little surprised you haven’t at least jumped on that Harris receiver! I would be very tempted if I had the shelf depth for a rack-mounted commercial receiver.

The Shortwave Daddy SDR on 73 Radio Row

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It’s not often I find a shortwave radio I’ve never heard about–so you can imagine my surprise when I looked at 73 Radio Row this morning and found the Shortwave Daddy software defined radio for $159.00.

SWD+KVCR-Shortwave-Daddy

How did I miss hearing about a radio called the Shortwave Daddy when it was on the market a few years ago?

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Here’s the description lifted from 73 Radio Row:

The Tablerock Shortwave Daddy software-defined receiver connects to your computer to open up the exciting world of AM-FM-Shortwave radio. It is powered solely by your computer’s USB port via a connecting cable, which is provided. Your computer provides the audio. Except for the antenna, no external connections are required. Simply plug and play. Fully tested. The Shortwave Daddy is no longer produced. It originally cost $289.99.

For details, we strongly encourage you to read the Shortwave Daddy’s manual by clicking here.

The radio covers:
Worldwide AM Band 520kHz – 1710kHz
Shortwave Bands 2.3MHz – 26.1 MHz
Worldwide FM Band 64MHz – 108 MHz

For computer compatibility specifications, click here.

SWD+7325

If I didn’t have so many radios on my review table right now, I’d buy this just to review it on the SWLing Post.

Post Readers: Anyone own a Shortwave Daddy receiver? If so, please comment!

Click here to view the Shortwave Daddy on 73 Radio Row.

SIGSALY and the unlikely history of the Bell Labs Voder

SIGSALY

One of my favorite podcasts, 99% Invisible, recently featured a story on the Bell Labs’ Voder and how its innovation lead to one of the best kept secrets in WWII high frequency communications: SIGSALY.

The episode is called Vox Ex Machina and, trust me, it’s a gem.

Stop whatever you’re doing today and listen to this brilliant little documentary.

I’ve embedded the SoundCloud audio of the episode above, but you can also listen via the 99 Percent Invisible website.