Tag Archive | "mobile"

Top 11.6″ Ultrabook and Ultrathin Choices

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For those looking for netbook-style sizing and laptop-style performance, the 11.6” category of Ultrabooks is the place to be. It’s not the most active category, that belongs to the 14” segment, but it’s an important one for many. To make an 11.6” Ultrabook though takes skill, leading-edge components and some trade-offs. Battery capacities are generally smaller than in the 13.3” Ultrabooks and screen resolutions must be kept to sensible levels to avoid having to boost font sizes. One the other hand screen backlights take much less power making the 11.6” Ultrabook one of the most efficient there is. In this article I take a look at the options.

11inch ultrabooks

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Buyers Guide – CCC 2011 #4 The Mobile IT Manager

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It looks like we’ve hit another 7” requirement with very few solutions. Any more of these requests and i’m going to go out there and make my own ultra mobile PC and sell it to you all!

Mike contacted me to see if he could get some suggestions for an extremely mobile computer. It’s one that needs a full MS office suite and also needs to do duty as a support system in a light aircraft.

Here’s the breakdown.

·As an IT manager I use the MS Office suite, MS Project, MS Visio, and Firefox to do my job.

· I also travel by small plane for work and I need a unit that runs Windows so that I can use my flight navigation software (www.anywheremap.com)

·The yoke (steering wheel of the plane) can only accommodate a unit with an 8.9 inch screen without blocking critical flight instruments – 7 inches provides the best fit

·When I land at the local airport I often use a car GPS for street navigation.

·I don’t use my computers for gaming or video editing, but I do need to have reasonably snappy performance in the office environment.

 

That’s a clear requirement. 7”, Windows and wallop! right into the no-devices zone.

I initially thought about leading with a device that had GPS installed but that can be problematic. In my car there’s a UV filter on the screen and it kills reception. Where reception is critical, a well-positioned GPS puck is going to be the answer. Bluetooth isn’t the most reliable of connectivity mechanisms but once set-up, it does work.

Now that we don’t need the built-in GPS, we’ve widened our scope ….

I’m looking at the Libretto W100/W105 as I did in the last CCC. Mike is in situations where power is likely to be available and in the plane he can use a power brick. Do they have cigarette lighters in small planes though?! As with our previous CCC, there’s also the Q1 Ultra Premium (2nd-hand) and the Viliv S7 convertible. It’s got a faster SSD, good battery life and is available with 3G. It might not have the oomph to run Windows 7 though. The same goes for the Viliv X70 EX

It’s the Windows requirement I want to get right in the suggestion though. A ultra mobile PC running Windows 7 really needs a fast SSD, a 1.6Ghz CPU and, preferably, 2GB RAM.  It’s why I keep thinking about the Libretto W100 but then there’s the screen area to think about on that. It could be too big!

I’ve got three more to offer-up though. (Click images for more info)

HP Slate 500. 8.9” screen. 1.8ghz CPU. SSD.  Includes dual-layer screen. The HP 500 does seem to be satisfying most people that buy it. At 1.8Ghz it’s got just enough more than a 1.5Ghz Z-series Atom, along with an SSD, to make Windows 7 work smoothly. Here are some more thoughts on the HP Slate 500.

Panasonic CF-U1. It’s an expensive rugged 7”-er ($2K entry price) but it’s a seriously good bit of kit.  It only has a 7” screen but it’s a fairly bulky 7” device.

Netbook Navigator Nav 7 (or even Nav 9). I heard from Netbook Navigator yesterday that the Nav 7 is about ready to launch and I’ve just put all the details of this one in the database. Obviously you’ll need to wait for some reviews before committing but it certainly looks compact enough. Unfortunately there’s no docking station or VGA / HDMI out but from your email, Mike, I see you’ve been using a USB-based docking station anyway. This might work for you. I’ll be writing more about the Nav 7 in an upcoming article. [Available here when posted]

So, Mike. What do you think? Will an 8.9” device work for you (HP Slate 500) or are you determined to go for a 7” device? Are you OK without VGA? Do you want laptop-style processing power?

Chime-in with comments people. Mike needs help!

Google Docs for Android – Productivity Test

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As I was researching new ways to manage documents on my Galaxy Tab yesterday I stumbled across a Google Docs application which I hadn’t seen before. It turns out it was released yesterday!

As someone who uses Google applications heavily, both on the desktop and on my mobile devices, I was of course interested to see how far it extends into the realms of true productivity. It turns out that it is no match for the real deal in a real browser with a real mouse and keyboard but it does offer a couple of very useful features.

The Google Docs application shouldn’t be considered anything more than a text and number editing application. The lack of ability to edit spreadsheet equations or presentation documents had me reaching for Thinkfree this morning when I attempted to update my family cashflow  spreadsheet on the Galaxy Tab. What it does do is provide an efficient way to access documents in Google Docs (when you have an internet connection) and to create a new document or upload documents from your device via the Android sharing subsystem.

You can print via Google Cloud Print too which is a nice feature although it’s annoying that you can’t download a copy of a document through the application. Sharing and renaming is possible but it’s not possible to delete files. The application supports multiple Google accounts.

Pinch to zoom worked smoothly on the Galaxy Tab and I was able to input notes easily. What a shame you can’t publish to a blog from the application. Some tie-in with Blogger would have been useful for some.

I tried uploading an mp3 file but it wasn’t permitted. PDF files work and I was able to upload an 8MB file so file sizes are generous. Displaying that 8MB PDF was a basic experience. With no ‘go-to’ page feature and a slow page change time its impossible to view sections of a large PDF.

Finally, there’s a potentially useful OCR feature in the ability to take a picture of a document and upload it for word recognition.

Uploading a jpg file from the gallery resulted in automatic conversion to a document. There appears to be a setting that allows this conversion process to be turned off but on my Google account this option was greyed out. This feature can be useful for preparing an image for OCR before sending by using cropping and contrast settings. A magazine article I took an image of was not recognised properly due to it having two columns. By cropping the article around the columns I was able to get a readable version of the image in seconds after the file was uploaded. Good light levels and a steady hand will help!

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In effect, Google Docs for Android is a one-way file upload, edit and viewing channel that requires an internet connection at all times. That’s not too flexible in my opinion, but better than nothing. The OCR function is going to be very useful to some people.

Core Tablet Issues

Trying to edit a document on a touchscreen highlights a major shortfall with tablets – roll-over detection. On Windows, there’s the concept of hover. Its either implemented through the mouse stopping over an element or via a digistiser that detects a pen physically hovering above, but not touching, an element. It’s something we’re all so used to seeing and using to activate help text or menus that when it is not there, it becomes a real issue. Designing applications that don’t use mouse-over is one way round the problem but when you consider right-click, lassooing sections of text, drag and drop and other features that are used in document creation, it becomes difficult to see how any tablet without hover or mouse-over detection could become truly productive, especially when you consider the amount of online, web-based applications that use mouse-over to trigger menus. That includes Googles own online applications.

One of the most efficient handheld tablets I ever had for creation was the Wibrain b1. I still have it. Not only does it run a full OS with a full browser, it has a huge mouse pad under one thumb and mouse buttons under the other. It also implements a split physical keyboard. It’s close to being the ugliest mobile device ever but it works like a charm.

My point is that if tablets want to be serious all-round become productive devices they need to consider more input methods. In fact, they need to become clamshells or sliders again. It is possible to make a 5 or 7″ slider with a keyboard, mouse control and full operating system but fashion and price is getting in the way. Just give me a little optical mouse with virtual mouse buttons. That would be a good start.

For the time being, document editing, true document editing including spreadsheets and presentations, on-the-go is really only something you can do efficiently with a UMPC. Windows, mouse, keyboard. Tablets just don’t cut it, unless all you’re doing is entering alphanumerics. . .

Posted from WordPress for Android with the Galaxy Tab

Ultra Mobile Video Editing Part 1

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I wrote a few days ago on my personal blog about my mobile video editingI project aims. Soon after I posted that, I had a long talk with @jkkmobile who, like me, is always looking for ways to improve speed and quality while keeping the weight down. We both deeply understand the tech involved, the requirements and challenges and have come up with a set of initial thoughts that we hopebare worth sharing.

To recap, the three areas of interest are cloud-based processing, arm-based smartphone and tablet processing and traditional x86 laptops. The target for this project is a sub €600 solution that is able to post 16:9 HQ quality (480p) edited content with watermarks, titles, crossfade and other cpu-bound processes. The computer solution should weigh less than 1.5 kg. Trust me, this is quite a challenge as you’ll see below.

We quickly discussed the idea of cloud-based editing but while that might be possible over good cable networks, over 3g networks it is too unreliable and too slow. We’re both interested in this as a future possibility and Clesh is a service we’re watching closely.

As for ARM based editing on smartphones and tablets, again, there are issues. While the technology is maturing quickly and there are some interesting software solutions out there (Reel Director on IOS, Movie Studio on Honeycomb Android) these solutions need tight integration of hardware and software. We’re thinking of future cameras that include camera hardware you just don’t get in ‘general purpose’ smartphones and Tablets. For a smooth and fast editing experience we also need to wait for at least the next generation of ARM platforms. There’s definitely an opportunity for someone to make a niche ARM/ANDROID camera for mobile reporters although we’re not sure that the carriers would be too pleased about the upload usage! Software needs to mature too. Of course, it doesn’t mean you can’t post the occasional 30 second clip from a phone without editing. I plan to do some of that using the Galaxy Tab which, although not a 16:9 solution, records in 720×480 and has some very simple and easy sharing tools.

Todays video editing solutions are very much about traditional computing. X86 processors, desktop operating system, rich software, common file formats and separate devices for the camera and editing parts of the process. Many will actually tell you that you shouldn’t even think about a low cost laptop. As for netbook, people that do video editing for a living often laugh.

Having used a netbook for editing and posting videos at expos’s I know its possible. Don’t let anyone tell you you can’t do it because JKK and I have over 20 million combined YouTube views and most of these were done on-the-go with a netbook but as I mentioned in the last post, the requirements have changed over the last 2 years and 4:3 VGA videos aren’t acceptable to many. Its a trend, it works against the mobile user but I (JKK already produces videos in 16:9) have to play along now if I’m to be taken seriously.

JKK and I agree that there are a number of approaches that can be made in the x86 world.

Firstly we’ve discounted the idea of using Apple Mac products with iMovie for mobile video editing due to the import process which converts video into the AIC format usable by the video editing software. The process simply takes too long. There are other software solutions though which could be interesting on the MacBook Air product, as long as there is no import processing. This needs further research but even if the import problem could be solved, the price of the Apple MBA products is outside our range. I’m focusing this project on low-cost and lightweight solutions.

In our discussion we repeatedly came back to Nvidias CUDA technology which allows a certain amount of general purpose computing to be done on the graphics module. It is truly a game-changing technology but it does require software to be re-written to take advantage of it.

You see, graphics modules (gpu) are very specific processing engines for 2d, 3D and video decoding. In some cases the GPU can also handle encoding but these basic processes are often not what you need for video editing. Consider a fade, an overlay, a watermark or a transition. These processes require general purpose processing on a frame by frame basis. This is why CUDA is so interesting for mobile and low power video editing; it breaks the requirement for pure CPU processing.

CUDA doesn’t just appear in high end graphics solutions because it also appears in the Nvidia ion2 platform that is offered with the netbook-class Pinetrail CPU. Beware though, this ion2 variant doesn’t include the CUDA you need for video processing. The lowest power processing platform that we have found that includes full CUDA capability is the Ion2 12″ Netbook platform. it couples the D525 dual-core, 1.8Ghz Atom with the full 16-core CUDA engine. They are not the best mobile cpus (speedstep is missing) but they are in a processing class that easily outpaced traditional netbook platforms. The ion2 solution also allows the platform to fall back to the embedded graphics thus saving power when the GPU is not needed. The platform also idles down to a very low power drain state. For our purposes, its a very interesting platform.

Examples of devices that use this platform are the Acer EeePC 1215n and the Acer Lamborghini VX6 which even offers a useful 3GB of memory. Both are around 1.5kg in weight.

But what about dropping CUDA and going for a general purpose CPU with a bit more power than Atom? It’s possible. The Lenovo U160 offers CPU options up to core i5. Could a boost in cpu equal the CUDA solution? It would certainly be more useful for general purpose activities and opens up the choice of software to that which isn’t optimized for CUDA. Using a higher-end architecture with faster bus speeds and one well matched to a GPU for more efficiency might bring benefits.

Two choices in the low-cost area that I’m looking at are the Lenovo U160 and the Acer Aspire 1830T. Both are available with a low power Core i5 and weigh about 1.4kg. The Acer has the better performance and battery life of the two according to reports I’ve read. Cost is relatively high though and it is going to be tough to find a solution under 600 Euro.

The other interesting thoughts we discussed was that of the keyboard requirement. Could we used Tablet PCs and save weight and space?

Editing movies is largely a mouse operation which means it could be suited to tablet operation. In general though, battery sizes are smaller (and spares more expensive.) I haven’t seen any Tablets with the CUDA 12″ netbook platform and there are only a few low cost options with laptop cpus. The Hanvon B10 is one of them. We see the advantage of the ‘modular’ tablet solution but we’re both wanting to keep or lapping scenario, the keyboard and the protection it brings when folded together.

JKK and I discussed a bunch of other important items too. Fast SSD helps a lot. Using fast SD cards means you can edit from the SD card without having to copy it to the hard drive first.

We also discussed file formats, bitrate and sizes. We’re currently in agreement that h.264 is the format that provides most flexibility but there’s a huge CPU load associated with h.264 that is used to compress files down much further than standard mpeg4 part 2 codecs. The important thing to note is that our initial and most important file transfer is from an SD card in a PC. The bitrate and file size can be large without affecting the transfer time significantly. Final compression into h.264 at 2 or even 3 mbps doesn’t save that much in final file size and its not important to us how YouTube sends the file out so why even bother with h.264?.

It seems to me that a recording format of Mpeg-2 at a bitrate of 10mbps would be acceptable for our sub 10 minute clips. They would be relatively easy to work with. One thing to note on this is that CUDA  might not work with mpeg2 which brings us back to using a general purpose CPU. Testing is needed here. If we can find video editing software that uses CUDA for mpeg-2 editing (note that we also need to choose our output file format carefully too) then mpeg2 could be exactly the right choice of source codec.

There is other slight problem here in that there are very very few cameras that record in mpeg2 now.

Resolution, bitrate and aspect ratio.
16:9 is the ratio we need to aim for with YouTube. The lowest acceptable resolution is 854×480 with a bitrate of around 2mbps. This triggers HQ encoding in YouTube although I’ve had no problems with my 640×480 resolutions showing as HQ. Another option would be 720×480 which isn’t quite 16:9 but doesn’t look as bad 640×480.

Note: Recording in the resolution you want to output in will save processing.

Recording in 720p (1280×720) is another option but could require re-encoding to 480p before using in an editor because it’s a huge jump in pixels per frame. Ideally the camera will allow 480p and 780p at various bitrates. If you consider the requirement for viewfinder and Mic input you will only really find solutions in the video camera world. Combining a digital camera with these video requirements results in very little choice.

As for bitrates for the final upload file, it will depend on final codec and resolution. To ensure a reasonable chance of using 3g services to upload the file, a bitrate of around 2mbps needs to be used. For a 480p resolution it means you really need an advanced codec like h.264 to preserve the quality.

So in summary, mpeg2 at 854×480  at a relatively high bitrate seems like a good source and editing choice. Output files should be the same resolution but at around 2mbps bitrate in the h.264 codec.

What does jkkmobile use? He currently records in mpeg2 at a 16:9 ratio. Resolution is 960×540, bitrate either 6 or 9mbps. He converts that down to 854×480 which is 480p resolution. I’m not sure what format and bitrate he outputs to send to YouTube. If he has enough cpu power he will be using h.264 but he may be using wmv or something else that it is a little easier on the CPU. He certainly has the optimal settings for source files.  His camera is a Canon FS100 which you can’t buy any more. There are other SD cameras from Canon that also offer 16:9 capture though.

A quick step back to the world of camera products shows that 1080p rules and it’s difficult to know exactly what alternative resolutions a device will offer. In addition, h.264 is the popular codec which at anything bigger than 480p resolution, will be a problem.

Can CUDA do all that we require or are we going to have to rely 100% on a general purpose CPU? From what I have read and been told, most video editing software that is CUDA-enabled is doing so on output to h.264 only. I’ve seen test result with mpeg2 source formats too so mpeg2 again looks like the best source format.

There is only one way to find out. I’m arranging an Asus 1215n loan device for CeBIT next week and I plan to do as much testing as I can. I will use JKKs cam to create some 16:9 mpeg2 source and test it with some CUDA-enabled software. Power Director from Cyberlink looks like a good starting point.

Many thanks to Think4IT Solutions for offering to help us with this project.

Stay tuned for part 2 which should come after CEBIT.

Posted from WordPress for Android with the Galaxy Tab

How Was my CES 2011 Mobile Reporting Kit?

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My reporting kit changed quite a bit for this years CES show in Las Vegas. I’m aiming for a shift in devices, an improvement in video, preservation of my smartphone battery life and, of course, a test of new equipment. Without testing new equipment it is impossible to know if there’s a better solution out there.

As a reminder – here’s what I’m trying to achieve.

  • All day battery life (no chargers)
  • Video with long lens
  • Video for close-up
  • Video for quick processing and posting to YouTube
  • Images with long lens
  • Images with low light
  • Comfortable image editing, blog writing, storage
  • Basic video editing for YouTube (cut, fade, overlay)
  • Microblogging (Twitter, quick image posts)
  • Social networking
  • Phone funtions
  • Navigation
  • PIM features
  • Cellular data (mobile data)

This year I again took my trusty Gigabyte Touchnote netbook (in use since April 2009) and the Canon S2IS (In use since Mid 2007!) that is seriously in need of an upgrade. I added the Galaxy Tab and the Nokia N8 smartphone (thanks to Nokia UK for the loan of the phone) and a Sprint Mifi (thanks to Intel’s Free Press team for the loan.)

You might ask why I still use the Touchnote and S2IS. It’s because the two are perfectly matched for the work I do. MJPEG videos at VGA resolution are crisp, the zoom and optics are great and the videos are super easy and quick to edit on a netbook. The Canon remote capture software also allows me to link the two devices for some really quick live blogging via USB. See the image below. I’m having real trouble finding a device, OS and camera combination that can beat it. My major issue though is low-light performance. It’s more than a few generations old and that means it’s a a number of F-Stops less sensitive than the latest compact cameras out there. In comparison with DSLRs it’s pathetic. Show me a camera with 10x zoom, good sensitivity, remote capture, 720p video, hinged viewfinder and I’ll consider upgrading both the camera and the netbook to support 720p H.264 videos too. If you can find one with Bluetooth too, I’ll be even more happy.

CES2011-S2IS

Image Credit. JKKMobile.

Apart from the (not insignificant) issue of low-light sensitivity, the netbook/S2IS works well. I accept now that 500gm is the weight you have to consider for good battery life, connectivity, rotating screen and a long lens on a camera and that its unlikely to ever be possible on a smartphone. If this was a DSLR, it would be 1KG and $1K so using a bridge camera seems like an acceptable trade-off.

ideapad-s100 I also accept that I need a full keyboard, Windows operating system and 5hrs battery life on a notebook in around 1-1.2KG. I don’t need graphics power, just CPU power. Dual-core Atom at 1.66Ghz with fast SSD could be the answer. The Lenovo Ideapad S100 is high on my list for 2011. Will I finally switch to Windows 7 in 2011? Old processes don’t die easily but if I can find a camera to match, i’m all-in.

Aside from the ‘bum-on-seat’ scenarios talked about above I wanted to test a mobile blogging method that Jenn of Pocketables has successfully used in the past and one that i’m fond of perfecting in these quick-fire exhibitions. The process is more photo-blogging and micro-blogging than anything else but it can be quite effective in getting news out quickly and giving readers a sense of being there. The idea was that the N8 and the Galaxy Tab would work in harmony for this by sending images over to the WordPress application on the Tab, thumbing a paragraph or two and then posting to my website. The reality was slightly different. At 0900 on the 6th of January I lost any semblance of 3G connectivity from the Sprint MiFi unit I was using and due to the spotty and location-specific Wifi, the process crashed. A list of 18 hotspots on my Galaxy Tab is proof that I tried hard to stay connected.

Despite the 3G problem, I think I’ve found a really great combo of devices in the Tab and N8 and I want to persevere. I did take a lot of photos with the N8 (about 300, mainly taken in low-light scenarios, parties etc) The N8 does a reasonable job of 720p recording too but there’s a showstopper for me there – fixed focus. The N8 can’t be used to do close-ups. I hear that a firmware upgrade will introduce continuous auto-focus like it does on the Xperia X10 but until then, it’s no good as a video camera for me. Battery life on both the Tab and the N8 was more than 24hrs in this ‘shared’ scenario. I absolutely love the build quality on the N8 too. Add in the USB-OTG support, HDMI out (i used it in the hotel on a 42” screen), the FM radio and a few other nice features and you’ve got something that matches-up with the Tab really nicely. Of course, without the Tab I’m missing some Android apps and browser speed but to be honest, it’s not often that I’m without the Tab! As for the Tab, I used it a lot for calendar, Twitter, note-taking, maps, RSS reading, Google chat, Google latitude, ebooks, gallery and a/v entertainment. It was with me most of the time and proved its worth. It also meant that there were occasions, especially in the evening when meeting with other bloggers for chats and drinks, when I didn’t need to take the netbook.

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LVCC Morning

The next step is to ask Nokia if I can continue to test the N8, wait for the promised software update and take the same kit to mobile world congress where I expect to have a much better 3G service. I’ll re-try that micro-blogging scenario then. Between now and then though, I wonder if I can find a solution for the camera. Your feedback is more than welcome! If you have any questions about my set-up, feel free to ask below.

Previous reporting kit reports, all the way back to 2006, are available here.

Apple Mac Book Air, Toshiba AC100 and Samsung N350 in Size Comparison

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mbaac100n350-1

One of them costs €299, one of them costs €360 and the other, €999. All of them weigh between 867gm and 1060gm. One runs on ARM/Android, one runs on Windows/Intel Atom and the other runs OSX/Intel Core 2 Duo. All are ‘instant’ on.

At the MeeGo conference last week I had the chance to check out the Apple Mac Book Air. I had the lightest Intel Netbook (Samsung N350) and lightest ‘smart’ book (Toshiba AC100) with me at the time. I knew the Apple Mac Book Air (11.6”) was small but I was quite shocked to feel exactly how light it was. Ultra Mobile for me starts at about 1KG and the MBA fits in nicely. Battery life for me starts at 4hrs and the MBA fits in nicely again. Computing power for me must include a full web browser, a desktop OS and some video editing capability. The MBA fits in nicely, again, again!

We need to talk more about the MBA on UMPCPortal and I’ll be looking for a test sample soon so that we can get down to the detail but in the meantime, have a think about portability and capability with these images I took and feel free to comment below. This isn’t your ‘mobile’ ultra mobile PC but it’s a fine competitor to the traditional netbook. Price is a huge factor but in return you get some amazing electronic and design engineering…


Click through for larger images.

Lightweight and Mobile-Focused 3G Netbooks (And Alternatives.)

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Long-gone are the days where netbooks were available at the 1KG mark. The Asus 901, Acer A150. Classic 1KG, 8.9” netbooks that worked well as mobile-focused PCs for getting things done almost anywhere. The EeePC 901GO was arguably one of the best mobile bargains around at the time, at least in Europe. No hard drive, sub 1KG, 3G and a great price. Oh how things have changed. All we seem to see now are 10-12” devices at 1.2KG or more with moving hard drives. The 800gm-1KG mark is now a specialist segment.

If you take a long hard look though and are prepared to relax your requirements a little there are a few gems hidden in there that would work well for ultra-mobile fans so I’ve taken a long look at the netbook segment, spoken to a few people (thanks Avram and Sascha) and come up with a shortlist for you. I’ve also taken a look above and below the netbook segment to give you a few alternative options.

Requirements.

Ultra Mobile devices need to be feature-rich, rugged and connected. They are the Swiss army knives of PCs that need to be ready for anything. Getting the best productivity out of any situation is important. 12” devices give great comfortable real-estate. 10” devices can be good value. 7” devices get right under the 1KG mark. Here are some other important features.

  • No Hard Drive. Ideally you don’t want any moving parts at all in a mobile PC. Hard drives and fans can fail or get damaged and even rotating screen hinges need to be thought about very carefully. If an SSD doesn’t come as standard, I’ve looked at the upgrade possibilities.
  • Bright screen. Matt finish. 10 – 12” for comfortable productivity. 7-10” for lighter weight.
  • 3G, Wi-Fi-N and BT 2.x (but not self-upgrade unless the antenna is pre-installed)
  • Long battery life (6+hrs)
  • Lightweight PSU, Car Kit
  • Other useful options – GPS, memory upgrades. Case
  • Latest CPU technology.
  • Weight – 1KG or less. (I’ve looked at devices up to about 1.2KG here.)

The Netbook Shortlist

Based around the 10” form factor, these are the gems that I’ve managed to dig out. Of the 400+ devices that I’ve searched through, these match the requirements the best. Quite amazing that there are really only this many that I would class as truly mobile devices. Note, these devices may not appear in your local market (and there may be others in your local market that I haven’t seen – please lets us know if you find one.)

Deutsche Bahn Nachtzug, German Night Train Sleeper Cabin Review.

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I took the train down to Munich today to meet up, or rather, Tweet-up, with Intel. It was a great evening and there’s more to that part of the story but it’s the night train back that I want to tell you about now. I have 6 hours until I arrive at Bonn so let me tell you a little bit about a single cabin on the night train from Munich.

The Boy Scout in me did it. Rather than book a hotel I wanted to test the night train so I booked a single sleeping cabin for about 120 Euros (normally about 150 Euros but I have a 25% discount card) on the 22:43 from Munich to Amsterdam. I didn’t know what to expect although I had high hopes. German high-speed and long distance trains by Deutsche Bahn are normally excellent and I’ve had nothing but good experiences with them so although I knew I wouldn’t get the Orient Express, I was definitely expecting some good German engineering and possibly, some sleep.

I feel like a kid. Really. I’ve been telling everyone about my ‘nachtzug’ and looking forward to checking it out but the wind got taken out of my sails at the meeting this evening where I heard nothing but nightmares. ‘Murder on the DB Express’ said one. ‘You’ll feel like you’ve been beaten up’ said another. Oh boy.

Mobile Office (DB NachtZug)

Tada! Viola! Uberaschung! What a pleasant surprise.

This is turning out to be quite the fun experience. Here I am sitting on the side of my bed with a Mifi serving internet, a friendly conductor, a wake-up call and take-away breakfast planned for 0500 (20 minutes before we arrive,) power, a relatively smooth ride (I’m a baby, I love sleeping in moving vehicles) and a cold German beer. I’ve been shown around my room, given a demo of the multi-option lighting, checked out the built-in wash basin and even have a card-key to lock my door when I go to the toilet or shower. Yes, on-board (although shared) shower! I’m so excited that I’m not sure that I need to sleep tonight.

[Pause as we stop at Guenzburg station and I take a picture of my ever-changing window scene.]

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So let me show you round the place…

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Mobile Office (DB NachtZug) StitchFrom above. This isn’t exactly a huge room but I feel sure I’ve had smaller ones in hotels in Holland. I can nearly touch both walls lengthways and we’re only talking about a width of about 200cm. There’s no en-suite toilet and the walls are thin. Ear plugs recommended! This is an extremely small room.

The room is engineered with three fold-down beds on top of each other. (Pic, left.) With three people, this isn’t going to be the most roomy of experiences and bear in mind that if you book one bed in a three-bed room, you won’t know who you’re sleeping with. Scary! I’ve got the single option here and having walked along the wagon, I think I’m the only one (although apparently there’s a first-class option somewhere!)

The room has controllable air-conditioning and has a range of lighting options from blue night-light to reading light, spot-lights and a full-flood light. There’s a stow-able table that extends right out to the bed where I’m sitting and working right now. The corner area houses a basin with soap, warm water, fresh towels, a shaver power socket and a lighted mirror.

Everything is clean, everything works, nothing is broken (as far as I know) and everything is solidly built. There’s hardly a squeak or rattle to be heard. German engineering folks!

See page 2…

GSMA Agrees With Us and Gives the MiFi an Award.

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Clearly the GSMA have been looking for guidance on what to choose as a top mobile gadget at MWC, saw that we had awarded Mobile Accesory of the Year to Novatel’s MiFi and followed suit by giving their own little award for Best Connected Device (Non-handset)

Or maybe they checked it out and realised it was a damn fine bit of kit on their own.

Either way, Novatel just picked up another award for the MiFi from the GSMA

SAN DIEGO ­ Feb. 22, 2010 ­ Novatel Wireless (NASDAQ: NVTL), a leading
provider of wireless broadband solutions, is pleased to announce that its
MiFi  Intelligent Mobile Hotspot has won the GSMA Global Mobile Award for
Best Mobile Connected Device (non-handset). The GSMA Global Mobile Awards is
the mobile industry¹s leading annual award presentation that honors
excellence and innovation in the mobile communications industry worldwide.

Full press release.

Well done Novatel. Keep that Mifi-love flowing. Our wish-list is below:

  • 10 hours battery life (Bigger battery version?)
  • USB charging without becoming a USB device
  • Easier to understand indicator lights. (After nearly a year, I still don’t understand them!)
  • Less heat
  • Faster cold boot
  • Firmware upgrade for existing owners to enable GPS and applications support.

The MiFi 2352 (HSDPA version) saved our bacon quite a few times at MWC. It was the hotel WiFi, our live podcast feed and we used it countless times around the site and at events with a cheap, 35 Euro flat rate SIM card from Vodafone ES. I even used it for advertising. I set my SSID as ‘Chippy and Carrypad are here’ and people actually found me because of it too.

It goes without saying that we thoroughly recommend it and if you’re interested in the HSDPA version, it’s available through our friends at Mobilx for just 214 Euro inclusive of EU taxes. Trust us, it’s worth it! (Affiliate link.)

Mobile 2.0 event Kicks Off in Barcelona.

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‘The Future of Mobile’ is a topic very dear to our hearts, as is Europe where 2/3 of the worlds mobile broadband internet customers live among 700 million people. Where T-Mobile and Vodafone are headquartered and where you’ll find one of the biggest mobile internet hardware companies in the world. Nokia.

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When I attended the mobile developers conference in Amsterdam earlier this year I learned a lot about leading edge applications and, significantly, learned about where mobile internet developers look for inspiration and opportunities. The smartphone market. It’s not just the big numbers that attract the developers, it’s the advanced hardware that allows them to do things that are simply not possible on a Windows-based UMPC. Location based services. Augmented reality. Internet photography and video. 24/7 connectivity. None of these services are easy on Windows-based systems so it’s no wonder that operating systems like Android, the iPhone OS and Symbian are attractive and why Mer and Moblin are important if Intel want their x86-based devices to squeeze into the mobile segment.

It’s a fascinating subject that I want to learn more about and (hopefully) contribute to and that’s why I’ll be trying to follow everything that comes out of the Mobile 2.0 event in Barcelona over the next few days. As I write this, Opera are on stage talking about Widgets, the mini-apps that some believe will be more important than the browser on small-screen devices. There will be more widget talk in the developer conference today from Nokia, W3C and Vodafone and tomorrow the focus will be on openness, context, play and an interesting section called ‘beyond free.’

You can learn more about Mobile 2.0 here and follow it on Twitter here.

Mobile operating systems. My research continues.

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Thanks to everyone that replied to my cry for help on mobile operating systems. I’m trying to take a developers view on the mobile platform market and work out why a developer might choose a particular OS or platform. Coming from an X86 world myself, I find it difficult to understand how Moblin, one of the first X86-only mobile operating systems, might fit into the big, carrier-influenced, ARM-focused, 100million-device-per-year world of converged mobile devices.

Since my article, Nokia announced that Symbian and related projects will be pooled and gradually turned into open-source operation. This article at GigaOm has some good thoughts. Given that they have 65% of the global market it’s obviously a significant move and I’ll be watching closely to see what happens. In the meantime, here’s a list I created of the choices that are in the market. The top 4 basically take the whole of the 100million+ per year smartphone market with LiMo carrying most of the rest. The most shocking thing is the list of Linux options. What on earth are they thinking? Open Source Linux appears to translate to a lack of focus and if I was a commercial development house right now i’d be looking to the top 4. LiMo appears to have some traction with good carrier support and penetration. Android on OHA has a lot of backing and media attention and Moblin has a number of distribution deals although at the moment, these are non-voice netbook distribution deals. It remains to be seen if the X86-focused Intel can stimulate smaller-screen distribution and make the conversion to being a voice platform when their smartphone-focused Morestown cpu comes into play in 2010.

So here’s the list of platforms, systems and methods i’ve put together. i’f i’ve missed one, please let me know!

Top 4 – 95% penetration of mobile device (*1) market.

  • Symbian (65%)
  • Windows Mobile (13%)
  • Blackberry (10%)
  • iPhone/ OS-x (7%)

Linux flavours

  • LiMo (now includes LiPS)
  • Android – OHA
  • Moblin – Linux+Gnome+Hildon
  • Meamo – Nokia. Linux+Gnome (GtK+, Gstreamer, Matchbox, Hildon)
  • Mobilinux – MontaVista Linux
  • Acces Linux Platform (LiMo compliant?)
  • OpenMoko – Linux+Gnome
  • TuxPhone
  • Qtopia

Others

  • Garnet (Palm, Access)

High-level languages, kits and methods:

  • Ajax
  • j2me
  • Adobe air
  • Silverlight
  • Flash
  • Flex

(*1) % Figures from Canalys