I have a friend who lives in a village in a rural area of the UK. Wireline broadband service is fairly poor, with very low data rates via DSL. Despite UK wired broadband rollout being ahead of plan, those in outlying rural areas can be limited to data rates of 100Kbps or less which isn't compatible with many of today's image intensive websites. Being limited to one voice call per line means sharing it between business and domestic use which can be awkward.

European leaders have recently admitted that the region is losing out on the race to adopt 4G/LTE. Their solution is to win the race for 5G. I doubt this will solve the immediate issue and wonder if 5G should be less about additional technology steps and more about how the industry operates.

The pattern of usage of Smartphones continues to evolve quickly. What tools and metrics should operators be tracking to understand better how and where their customers are using wireless services? How will these feed through to determine where and when to deploy new network capacity?

The holiday season has seen the usual flood of presents and gifts between family and friends. Billions of dollars has been spent on smartphones and tablets. This popular category of gift is suitable for all ages, whether the latest upgrade for a seasoned user, a major transition from a voice & text 2G cellphone or a sideways move from an App oriented Wi-Fi only iPod.

Observing the reactions from both ends of the spectrum – from real geeks to cautious newcomers - has been quite enlightening over the last couple of weeks. Coverage and usage costs typically aren't well understood and I suspect very few (if any) Small Cells will have been given as presents. Here, we offer some observations of our own which may not be statistically significant, and may not be entirely relevant to your own country/operator, but highlight some of today's ongoing industry challenges.

It's that time of year again, when we (and many other analysts) reflect back at the year gone by and look ahead at what developments await us next year.

First, let's put ourselves in the spotlight and revisit our predictions from December 2012, see if we got them right, and look at how the Small Cell industry might evolve next year.

Cisco released a series of video recordings earlier this year, featuring a number of selected thought leaders from both within and outside the company. To save you time, we've reviewed and condensed the content into a shorter digestible article. Some of their comments aren't unique (so it's nice to hear they are aligned with others in the industry), while other viewpoints highlight a different perspective seen from other more traditional vendors.

...which includes pre-wiring buildings to be 3G capable using Small Cells.

Cisco has recently spent over $2 billion on acquisitions in the mobile network equipment market. They say they don't plan to become a macrocell vendor but do have a strategy to take a large chunk of the $50 billion annual CAPEX spend of today's dominant RAN vendors (Ericsson and Huawei).

We look at how they might do this and how the market dynamics might change.

Some of the major network operators are losing money and heavily in debt. How can they keep up with the demands of their customers, delivering more capacity, faster speeds and lower costs.

Where and how should they focus their investments?

It's that time of year again, when we (and many other analysts) reflect back at the year gone by and look ahead at what developments await us next year.

First, let's put ourselves in the spotlight and revisit our predictions from December 2011, see if we got them right, and how they might evolve next year.

This week's Small Cell Global Congress in Berlin attracted some 150 delegates, and is a smaller event than the similarly titled Small Cell World Summit in London. The major focus was on metrocells, but there were contrasting views on the urgency of the need for adoption. We also heard case studies about residential femtocells, 2G off-grid rural small cells in Indonesia and new commercial models for wholesale metrocell hosting. Backhaul for the last mile (or few hundred metres) to connect public access metrocells was also a hot topic for debate. There were lots of questions asked, many viewpoints presented, and several areas where there wasn't a clear consensus answer.

Avren's HetNet Europe conference, formerly known as the Bath Basestation Conference, attracts a fairly technical crowd who are dealing at the sharp end with the issues of mobile radio networks. A tremendous range of information is covered, both during the presentations and the offline networking, of which I've covered only a sample below. While few would dispute the growing trend of mobile data traffic (although some  do and did), I sensed that most European operators seem set to deploy a combination of UMTS900, Wi-Fi offload and 3G small cells before embarking on heavy investment in LTE. From a technical viewpoint, today's biggest challenge appears to be figuring out cost-effective backhaul for public access outdoor small cells. Otherwise, we saw new business models and players entering the fray, offering to solve the logistical and practical problems of how to scale up and deploy large numbers of small cells when you don't have the CAPEX budget, staff or systems in place to do so.

China Mobile now seems to be recognizing that it can't solve its data capacity demand issues through macrocells alone. With a low takeup of their 3G service (less than 10% of subscribers), the strain on their huge GSM network is taking its toll. As with many other network operators elsewhere, their strategic plan involves a combination of 2G, 3G, 4G and Wi-Fi but critically, they recognize that small cells have an essential role to play and have been moving forward with trials and deployments.

Several analysts have published reports with their estimates and forecast of small cell shipments recently. Some were released quietly, and others with strong headlines. We’ve looked behind the hype and spoken to a few people in the industry to come up with a considered view.

The annual jamboree for the small cell industry continues to evolve and grow organically. This year's event didn't just have a new name (no longer Femtocell World Summit), it had quite a different feel about it. There has been a substantial groundswell of opinion change from operators in the last six months. LTE, Wi-Fi, Policy Management alone won't be enough to meet their own data traffic forecasts, and everyone is now very serious about deploying substantial numbers of small cells.

As before, Avren have their own style of running the event which attracts all the key players, enables extensive networking and delivers truly great content. It's also quite enjoyable too.

Apologies for the somewhat lengthy report here (which still didn't do justice to the range and depth of information discussed). Apologies to all those I've been unable to mention below. I'll follow up on many aspects included and excluded in the weeks ahead.

Ed Candy, Group CTO of Hutchison 3, said at last month's LTE World Summit that he thought Wi-Fi would "Asymptote to failure", a view he has held for several years. With Wi-Fi performance in some places becoming unworkable, is he right? I believe Wi-Fi does have a place in the overall solution, but can't solve capacity problems in cases of high traffic congestion and contention.

I participated in the LTE World Summit Operator Mindshare event, prior to the main event itself. This consisted of several concurrent round table discussions led by operators, and examined many of the issues around LTE deployment. This included several surprising revelations about how small cells play their part, and some strong disagreements.

I had the good fortune to attend the LTE LATAM (Latin America) conference last week in Brazil. LTE is still at an early stage in the region, and there are some spectrum and other issues which may hold back takeup. But with strong demand for mobile data, LTE is seen as an essential part of the solution. Several vendors and operators now openly recognize that small cells have a strong part to play.

Verizon Wireless, the large US cellular network with over 100 million subscribers, filed a request for additional spectrum from the FCC. The 299 page submission explains how they are already planning for small cells, but argues for additional spectrum to meet demand and suggests that small cells can't alone provide the capacity required. Is this true?

Mobile World Congress held in Barcelona each year provides the major event for the industry to get together and network with others. A comparatively small conference, a huge exhibition and even larger set of meeting rooms allows over 60,000 industry participants to promote, share and discuss. With more focus this year on Small Cells, it was a pleasant surprise to see this term accepted as a mainstream part of the future industry direction - many more vendors are happy to use this term than (residential) femtocells. Here's my snapshot of the show from a small cell perspective.

Picochip is to be bought by Mindspeed for around $50million. While the press release has been widely circulated, there has been relatively little deeper analysis of the deal and the issues surrounding it. Here are some further views, backed up by investor briefings and a call with a Picochip executive.