Blogging Nick Piggott

There’s plenty being written about Nokia’s decision to adopt Windows Phone 7 as the operating system for their handsets, consigning Symbian to history, and apparently moving Maemo / Meego to the back burner.

Radio has been a function on Nokia handsets for many years, and one of the unofficial benchmarks to measure DAB’s progress has been “when Nokia put DAB in their phones“.

It is then somewhat ironic that Nokia’s DAB Adaptor seems to be getting a warm reception, even though it’s shackled to a phone that appears to typify the dead-end Nokia find themselves in. (If ever there was a demonstration of the gulf between Nokia’s skills as a hardware maker and their ineptitude at writing software, the N8 running Symbian^3 is it).

So is Nokia’s “capitulation” to Microsoft a blow to the vision of getting radio into all mobile phones?

I don’t think so. This turmoil provides opportunities for the radio industry, but only if we’re smart enough to expose and nurture them.

The foundations are good. Nokia make good hardware, and radio is a function of the hardware. Whilst FM Radio reception is theoretically a function of most Bluetooth baseband stacks, making an FM Radio that works in a phone involves some skill with antennae. On that assessment, Nokia seem to do better with their antennae than some popular handset manufacturers.

It’s true that Symbian has had APIs to control FM Radio functionality for a long time, but people will tell you that the implementation is typically Symbian – inconsistent, over-complex and insufficiently reliable.

Windows Phone 7 is already surprisingly radio friendly, not least because of its lineage (or at least sibling relationship to) the Zune platform. FM Radio is implemented in all current Windows Phone 7 handsets, and the hardware seems to be good. The current APIs are naive, but that can be fixed if the radio industry explains clearly to Microsoft what it needs, and why its a good thing.

What about Nokia’s DAB Adaptor, now helplessly dragged down by a phone and platform that’s been life expired after just a few months? Frustratingly, this is simply one of the most sensitive DAB receivers I’ve ever used, and it would be ridiculous to lose that excellent engineering. The adaptor uses USB functionality, but requires a USB Host device, something virtually no mobile phone supports. But that could be changed at minimal engineering cost, and the adaptor rolled to plenty of other handsets and platforms.

Message to Nokia – don’t kill the DAB Adaptor. It’s very good. Keep it on your roadmap. Adjust it to work with Windows Phone 7. And Meego (of which more later).

The really big opportunity for radio is to present radio functionality as a strong product differentiator against Apple and Android. Apple seem to be right off radio and Android has such a fragmented approach to hardware design it will be hard to make radio a consistent  function. Microsoft/Nokia are now challengers, and challengers take risks and do things that the leaders find less easy to do.

If the radio industry wants radio to be a baseline feature of all mobile phones, it’s time to work hard with a challenger, and give up  chasing Apple like forlorn lovestruck teens. It’s time to talk about:

• Consistent APIs that work across analogue and digital radio (in all its forms)
• Firmware support for hybrid radio functionality
• Receivers that are sensitive and low-power
• Creating an environment where any developer can write an app that exploits radio functionality, and making it cool to do so
• Agreeing business models that increase the value of radio to all parties – consumers, manufacturers, network operators and broadcasters.

It would be foolish to write Nokia/Microsoft off. They have scale and experience, and determination. Now seems to be a good time to get in at the ground floor.

A P.S. on Meego.

Full disclosure. My main phone is a Nokia N900 running Maemo, and I find it excellent. I see Meego with the potential to be a very powerful mobile OS. Maemo is a modified Debian-flavoured Linux kernel, and it demands a lot of processing power, which means battery performance is poor. But it’s slick, and it’s functional, and very very hackable. If Nokia can take Meego out of the limelight, put clever people on it, and time its market-arrival to coincide with the next generation of mobile processors, I think they’re back in the game. And Maemo has lovely radio support.

Vodafone Germany appear to have thrown in the towel in the great battle to get mobile users to pay for mobile TV :

They’ve decided that a better plan is to enable reception of the existing Free-To-Air DVB-T service, and bolster their revenues from selling digital content linked to and around FTA TV. This sounds like a smart move to me, as someone else is paying for the network. Clearly it’s more “not good news” for the dedicated mobile technologies of DVB-H and DMB.

So, Vodafone Germany enables Free To Air TV reception via DVB-T, and at the same time Vodafone UK enables Free To Air Digital Radio reception via DAB by signing a network exclusive deal for the Samsung Steel.

(I’m tapping all the contacts I have to get the full info on the extent of DAB support in the Steel – does it do DLS Text, Slideshow, EPG?)

Maybe Vodafone Group is more joined up across Europe than we give them credit for?

Joi Ito is an influential guy in new media circles, and he’s fretting about Mobile Internet. In his post “Is mobile Internet really such a good thing?“, he draws attention to some of the fundamental differences in business models between wired Internet and mobile Internet. It may all be IP packets at a technology level, but the way money flows around is very very different, and that’s what Joi is concerned about.

To briefly summarise his thoughts:

• The mobile internet ecosystem is very regulated; either by government and law, or by the network operators and their own business plans
• The operators are driven to pursue revenues “above the wire” (from applications) because the cost of their spectrum and networks is very high
• A significant amount of money goes to vendors to make the network equipment – (infrastructure and, I guess, handsets)

It’s these issues which make Joi wonder if models that work on wired Internet will successfully transfer to mobile Internet.

I think that if we move over to mobile too quickly we’re risking moving our game to a platform where the DNA is not what we’re used to on the Internet and most importantly, putting money in the pockets of people who do not redistribute it to startups, but instead feed giant vendor ecologies instead.

To me, the obvious differences between wired and mobile Internet are:

• You pay for your computer and you probably expect to keep it for 3-4 years. You don’t pay (directly) for your mobile phone, and you probably want to change it every 1-2 years to keep “in fashion”.
• Your wired connection is probably pretty cheap for your ISP to maintain, and has a significant amount of capacity that can be dedicated just to you. The spectrum for your mobile connection probably cost your Telco a huge amount of money, has to be shared amongst everyone in your immediate vicinity, and probably isn’t that spacious.
• Because of the two reasons above, your wired ISP probably doesn’t see itself as a significant content provider and certainly wouldn’t try and take a cut of all the transactions processed across “the Internet”. Your Telco probably needs to create “above the wire” application based revenue to make their business plan stack up, and keep the money flowing to pay for new handsets and new network infrastructure.

It seems to me that the ideal mass-market mobile application would benefit from a network where:

• The users pay for their own devices, and expect them to last some time
• The network operator has low infrastructure and spectrum costs, and offers widespread coverage

Hmmmm… I wonder what technology could possibly fit that bill. Answers on a postcard please, copied to Joi Ito.

Seriously, it does serve to highlight again that a broadcast technology has unique strengths, even in a world apparently dominated by bi-directional IP. If you can come up with a set of applications that can be broadcast (or combined with a lightweight use of IP), then you’re going to have a massive advantage over the guys relying on the Telcos to enable their business plans.

Emily Bell wrote an Opinion article on MediaGuardian yesterday about the implications of a successful takeover of GCap Media by Global Radio.

In it, she notes:

“Many think that Hazlitt had a point about developing DAB. If the future distribution of radio is going to be via the web, then investing in an alternative infrastructure does seem slightly risky.”

So what does it mean to say “the future distribution of radio is going to be via the web“? What is “the web“?

In my mind, “the web” is a convenient catch-all to describe “stuff you access through a web browser”, and most people think of that being on a PC. Some people are getting used to the idea of surfing the web on something other than a PC, and the iPhone / iPod Touch have moved the concept of handheld browsing into the mainstream.

But how does “the web” get to you?

Moving “the web” around requires infrastructure. The majority of “the web” moves around on cables; cables between ISPs, cables under the sea, cables to your house.

Some of “the web” moves around without cables.

There are technologies like WiFi and GPRS+EDGE and 3G and HSPDA and WiMax.

All of these technologies require substantial infrastructure investment, have significant weaknesses and most are very expensive. Somebody has to lay cables, build towers, buy spectrum.

DAB has an image problem.

People think “DAB = Radio”, which is reasonable considering it’s been promoted as a “radio” system, championed by “radio companies” and all it’s ever done is transmit radio.

DAB = mobile broadband.

Each “multiplex” is equivalent to a 1.152MBit/s broadband connection.  Admittedly it’s a one way connection, but then so is HSPDA on 3G (and that’s a dirty secret that networks don’t like to shout  about). And DAB doesn’t use IP, but using IP would simply make it less efficient by introducing irrelevant routing information.

The UK Radio industry has flooded most UK cities with about 5MBit/s of completely free, mobile, broadband.

The investment in infrastructure to make that happen has been big for the radio industry (bigger than it appears it ought to have been), but tiny compared to other technology platforms. Miniscule. That’s why it’s the only mobile broadband platform you can access completely free and on devices costing less than £15 to buy outright.

The problem is that “the radio industry” struggles to understand how to monetise content other than radio on this valuable platform. But “new media” people who do some research understand the strengths and the weaknesses of DAB. A particular strength is that’s surprisingly economic and universal, and the weakness of being a unidirectional technology can be circumvented by combining with other technologies, like 3G or WiFi or something better at bi-directional traffic.

So investing in DAB isn’t “investing in an alternative infrastructure” at all. Investing in DAB is investing in “additional infrastructure” for distributing “the web”, and it’s particularly good at delivering the demanding application of streaming radio which people expect to access universally, on the move, for free. (WiFi and 3G simply can’t provide the Quality of Service to deliver uninterrupted mobile audio streaming).

But you can also use DAB to distribute web-sites, podcasts, video clips, traffic and travel data, public transport information, weather forecasts, local event data - anything you can access on “the web” can also be distributed simultaneously to millions of people via DAB.

We should start saying “DAB = WEB“.

(Bootnote – as I gave this blog its title, I remembered that “DABWEB” was the name of the very first webhost for Core, Planet Rock, The Storm and The Mix, wayyy back in 1999).

Tucked away on TTP’s little stand (1B39) was something remarkable, and genuinely revolutionary. This is “nanoDAB“.

Well, actually, it’s not nanoDAB. It’s a Lobster phone, ex of BT Movio fame. (Remember them – Mobile TV – yes? no? oh well, suit yourself). TTP designed the guts of the BT Movio device, which most owners (all five thousand or so of them) will tell you was a dreadful mobile phone with a rather marvellous DAB Digital Radio in it. It was sensitive, it was functional, and it had a very nifty little EPG.

When Movio closed down, it seemed a shame to lose the phones. So it’s great news that TTP have extracted the goodness, and squeezed it down into a great DAB radio accessory which can hook into any device via Bluetooth. Neat.

At first glance, it’s great because now you can have DAB Digital Radio on any mobile phone, and you get a free handsfree too. Or maybe it’s the other way around. Whatever. It’s a great opportunity. (Unless you have an iPhone, of course, which has a crippled Bluetooth interface. Can’t imagine why that might be).

But here’s the very special sauce of the nanoDAB.

Why are all DAB Digital Radios square wooden boxes? Because radio manufacturers understand square wooden boxes, and colour displays, embedded browsers and memory over 2Mbytes scares the living daylights out of them. So much DAB functionality is unused because of boring radios, from manufacturers who assume that consumers are boring and unable to deal with change.

But a mobile phone. Well, it’s a nirvana. Handheld, colour screen, embedded browser, pots of storage, performance microprocessors, and a real, genuine, programmable operating system. Now the nanoDAB allows DAB data services to bridge into the mobile phone, and finally you can see what DAB is to radio – it’s mobile, wireless, broadband at a fraction of the cost of 3G/UMTS/WiFi or WiMax, and it’s ours… all ours. We control the spectum, and we get it for free.

TTP were demonstrating DLS text, Slideshow, EPG and downloading audio and video files for on-demand playback, and doing so on a Nokia, a Sony Ericsson and a Motorola phone. Just pair the device, it installs the relevant Java app, and off you go.

Go find out about nanoDAB. It will be worth it. Pass the details around to colleagues who don’t get DAB because all they see is wooden box radios.

nanoDAB is the future of DAB. Good work on TTP for salvaging something genuinely useful from the wreckage of BT Movio. Let’s hope they keep the APIs nice and open so that people can freely develop exciting applications for it. (And apologies to them for adding an enhanced profile to Slideshow about two weeks before they launched it. But that’s innovation).

(P.S. I didn’t actually see the nanoDAB device. It was kept hidden around the back for cryptic reasons to do with branding).

(P.P.S.The eagle eyed will spot the juxtaposition of “Planet Rock” with Slideshow content from KISS 100 in London. Apparently, that was an in-joke).