Full model details and pricing range is unknown at the moment but we’re now one step closer to launch of the Viliv S10 multitouch convertible. Dynamism have put up their pre order page.

Pricing starts with a 60GB HDD and XP at $699 which appears high for a device that isn’t much more than a 10hour version of the Gigabyte Touchnote that I’m using to write this. SSD versions start with a 32GB Windows 7 version and go right up to the 64GB version with the 2.0Ghz CPU and built-in HSDPA. Clearly pricing is going to be much much higher for that version so we’re probably looking at the $700 – $1200 range here folks. Lets hope it’s a little less at the high end!

As I said, full details aren’t known and availability is stated as ‘soon’ but we have been promised one of the first samples so you can expect an extensive live review session when it turns up here at UMPCPortal.

For a reminder on the specs, a gallery, some videos and related links from around the internet, check out our product information page for the Viliv S10.

We’ve had ARM-based mini-notebooks and tablets for years and in recent months we’ve even had the chance to test out some new, high-powered arrivals. The Netwalker, Wirelession 1060, TouchBook and many more. The potential has always been there to make a killer product but no-one has executed correctly yet. The Mobinnova Beam gets close but there’s a lot missing from the OS on that one.

The Dell Mini 5 and Apple iPad might change that and in the world of 4-10 inch ultra-mobile devices are likely to be the biggest sellers this segment has seen for at least the last 5 years. They combine some unique features over X86 devices that I discuss below. These niche-market devices may not see multi-million sales but there are still big opportunities.

Up at the 10 inch  netbook segment though there’s a well-established market for low-cost, portable, low-end internet-focused mini laptops. Netbooks have 40 million or more sales to-date and over 100 million sales predicted for 2013. Prices are low, battery life high, performance acceptable and even style is playing a role. Netbooks are just cool and very easy to justify. This is where ARM partners have a superb opportunity…in the Social Netbook.

ARM-partners aren’t in the netbook game yet but they do have a big chance if they use some unique weapons that Intel will have to think carefully about in their next-gen netbook platform. The ‘Social Netbook’ is a huge opportunity for ARM partners.

For the first time this week I finally saw an ARM-based netbook that executes well on what I think are the important unique and ‘lock-in’ features and the device slots neatly into a category of ‘social’ netbooks. Jolicloud beware because the Compaq Airlife 100 is good.

The 4 ARM-Centric Features of a Social Netbook.

1 – Point of sale

First of all we have the point-of-sale element. Selling applications, books, videos, music and other online services adds value to the customer and  value to the sales-chain which, in turn, can bring the price of a product down. Android, iPhone OS and other ARM-centric operating systems have proven that the model works and is important for the future. Windows-based netbooks aren’t POS devices. Intel and Nokia are working on this via their Intel Atom Developer Program and app-store framework but it’s in it’s infancy and needs a lot of marketing, development and commitment from OEMs before it becomes interesting for developers and customers. Point-of-sale is a lock-in feature.

2 – Location Based Services and Social Networking

LBS is becoming very big business and customers are starting to catch on to the idea of local search, local social networking and other location-based services. There ARE solutions for Windows-based netbooks but they are few and far between. Take Google Buzz for instance. The only way you can use the location aspect of this service is to use it on an ARM-based smartphone. Windows just doesn’t lend itself to these services and despite efforts to include ‘sensor’ support in Windows 7, developers are just not developing with this in mind. All the action for LBS is exclusively on ARM-based platforms using operating systems built with this in mind. Intel and Nokia do have a solution in MeeGo but like the Intel Atom Developer Program, it’s a long way away from developers minds right now. LBS is a lock-in feature.

As for social networking, although the majority of it still happens on the desktop, the growth in mobile social networking is phenomenal and combined with LBS is something that an Intel/Windows netbook just can not do right now.

3 – Dynamic User Interfaces.

What’s more interesting? A static workbench or a tailored ‘active’ screen with dynamic wallpaper, active widgets, finger-attractions, location awareness and a neat integration and interleaving of notifications from device and external services? Despite Windows 7 being capable of all these things, it’s not delivering a dynamic, exciting, social-centric experience. How many usable finger-centric overlay packages did you see for Windows 7?  What platform are developers looking at when they want to make a dynamic, mobile friendly UI?  The answer is simple. Most of the work is going into ARM-focused operating systems right now and you only have to look to peoples reaction to ‘Sense’, the UI layer from HTC to see what a difference it makes. Funnily enough, Windows Phone 7 Series won’t be offering tailored overlay layers either so in terms of dynamic, evolving mobile user interfaces, Android is in the best position possible. Again, MeeGo is tackling that issue but again, it’s a long way away from developers minds right now. Dynamic user interfaces are a lock-in feature.

4 – Always on.

I’ve left the best until last. Always-on is a killer lock-in feature and the primary trojan horse for ARM-based products. Always-on is not about in-use battery life, it’s about staying connected and active when you don’t use the device. It’s the smartphone usage model and it’s the reason that many of us, despite having laptops with us, will choose to browse the web or do an email on a smartphone rather than on a mobile computer. We’re simply lazy.

I first experienced this always-on computing model with a productive device back in 2008 with the WiBrain i1 which was able to achieve a nearly all-day connected usage scenario but it got hot, was a little temperamental and was hardly the most attractive design. Since then we’ve started to see netbooks achieving a regular 8-hour connected battery life and we’re moving to the point where that is going up to 10 hours with designs based around Pinetrail and Menlow but they are all 1.2KG or more, all have huge 6-cell (expensive) batteries and all use an operating system and platform that aren’t designed for the out-of-use scenario. With the current mobile operating systems you get always-on in a much more efficient manner (expect connected active-standby times in days on an ARM netbook) and the OS is designed for that usage model too. From core OS functions to notifiers and the ability to light lamps and buzz buzzers when necessary even based on location. Users understand these OS’ as ‘always-active’ whereas with Windows 7, users are associating a desktop usage model and power-down after use.

Always-on usage is one of the best advantages ARM-partners have in this space and the primary lock-in feature for ARM-based netbooks.

And…

Also worth thinking about are casual gaming, in-use battery life advantages, weight, design flexibility (smaller, fanless designs) carrier channels and subsidization models.

Meet:Mobility Podcast 41 is now available. Recorded on 1st Feb 2010, JKK, Sascha and Chippy talk around the iPad and other mobile computing news including the Aspire ONE 532H, Archos 7, Dell Mini5, iPad, ExoPC, NetbookNavigator, Firefox for N900 and Adobe Flash.
Detailed show notes below.

SUBSCRIBE:
You can also find the podcast on iTunes (Please rate the show on iTunes.) You can also subscribe via RSS.

Full show notes available at Meet:Mobility.

With options for 2.0Ghz Intel Atom CPU, multi-touch, SSD and 3G, a 1366×768 screen, 10 hours of battery life, 1.2KG in weight and a very good looking and well-built form factor, it’s no wonder that the Viliv S10 beat the Lenovo S10-t3 and the ASUS T101H to become Laptopmag’s best of CES netbook. The question is though, how much will the Viliv S10 cost in fully stacked form?

The S10 is a device I’m watching carefully though and if it turns out to be significantly faster and more usable than the Gigabyte Touchnote i’m using right now, it might be my next laptop.

Viliv tell me that it should launch very soon in South Korea with a follow-up launch in the US in Feb. Full pricing details are still unknown.

Here’s a video I made at CES that demonstrates the multi-touch capabilities. I’m still not convinced that multi-touch screen is better than multi-touch mouse pad but i’ll have to test it out in tablet mode when we get one for testing here in the next few weeks.

Viliv S10 Specifications and links in the product database.

It’s not confirmed right now but the Mobinnova Beam could be the first non-voice Android device to get the full Google seal of approval and if it does, it could become quite the mobile all-rounder.This is the lightest 8.9 inch laptop-style device we have in the product database!

The Beam is coming to AT&T with HSPA and Android with a 3D UI and a super light weight of around 820gm. That’s lighter than any other netbook out there thanks to the small, 24Wh battery and fanless processing platform based on Nvidia Tegra 2.

Sizing-wise, the Beam is slightly deeper than the  EeePC 901 but significantly thinner. In terms of battery life, we’re looking at an on-net, in-use life of 8-10 hours (estimated) which means you really could leave this device on, and connected, all-day.

Pricing and availability is unknown right now but we’re watching this one very carefully. If it gets Google approval, it could signify the start of Android-based productivity and that’s why we’re reporting it here on UMPCPortal. This has pro-mobility potential.

Full specs, article links, videos in the Beam product page.

We’ve seen several Viliv S10 [Portal page] units in the past [gallery], but it looks like the retail version was on display at CES this year. Naturally, jkk got his hands on the device and has a video of a brief rundown and some quick impressions on the unit (also don’t miss his video with the Viliv N5). This is one of the first netbooks I’ve seen that has a capacitive multitouch screen which should offer improved touchscreen consistency than we’re used to with most large touchscreens. Still no word on pricing or availability but the best we can hope for is soon. Without ION, it feels like Viliv has missed the optimal time to bring this great looking convertible to market — if they don’t hurry up they might not have a chance to capitalize on what could have been a significant device for Viliv.  Jump over to jkk’s site to check out the video.

New information released by Intel today includes release date, sizing and power efficiency details. There’s still no information on the GPU and the CPU is largely unchanged.  Don’t expect major real-world improvements.

It seems like we’ve known about Pinetrail for a while but at least most of the details are being confirmed in the latest Intel Press Release now.

You’re going to see a lot of news about this over the next few weeks and an incredible amount of hype through netbook-related PR as companies combine this new platform with Windows 7 and a CES launch to try and sell you a completely new netbook experience that it likely to be similar to the last one.

The new Atom N450 CPU with integrated GPU and memory controller runs at 1.66Ghz with 512K of Level 2 cache.  Memory bus speed goes up to 667 Mhz from 533Mhz but what does it really mean?

Power.

This is the keyword you’re likely to hear the most. Power means two things. 1) Power usage. 2) Processing power.  According to Intel, average (we assume platform) power usage has been reduced by 20% which means an improvement of 5% or less on a netbook. It’s a minor change. In terms of processing power, expect 10% improvements based on the new memory architecture and a slightly increased bus and clock speed.

Design.

The new Intel Atom netbook platform has been designed to reduce size, allow for easier thermal design and to reduce the cost. By moving from a three-chip solution to a two-chip solution and implementing the graphics core into the same die as the CPU the amount of silicon used is less. Silicon size is down by 60% according to Intel.  Not only will the cost of the platform be less, the cost of designing a netbook around the platform will be less. Designers will not have to include a fan and will have to worry less about passive cooling. Less space is required on the motherboard too.

Cost improvements are not likely to filter through to end-users at this stage so don’t expect any price drops.

HD video.

There is no support for hardware decoded video on the new Intel Atom Netbook Platform meaning that it doesn’t use the GMA500 GPU that we were expecting. Although details have not been confirmed, it is highly likely that the GPU will be the GMA3150 core as seen in some D510 CPU-based motherboard specifications. HD decoding was not included in the previous Intel netbook platform but as internet video becomes more important, we see this as a significant limiting factor for end users.

3D Support

Moving to a new GPU core means new capabilities. Details on the GMA3150 are very thin at the moment but real-world tests using 3Dmark06 indicate similar results as with the GMA950. Some basic support for DX10 is expected.

Target Market.

Indications are that Intel are being very careful to target the Netbook platform well away from their other laptop platforms. Marketing material talks about 7-10.2 screens and an ‘Internet’ focus. Netbook manufacturers are likely to ignore this though and we should see 10-12 inch devices with a range of features. The Broadcom BCM70012 HD video module and Nvidia ION GPU will be important options and likely to be used for up-selling.

Mobility.

With a TDP of 7W (down from around 14W including chipset) and a much smaller silicon size it should be possible to make some extremely thin and light mobile computers with this solution.  Menlow still retains better power (energy) characteristics and includes HD video support but the cost of the new netbook platform might make it interesting for some 7-10 inch mobile computing devices running Windows 7 or Moblin. The new platform won’t be interesting for MID development. Moorestown includes better integration and the new ‘power gating’ feature which is needed for always-on operation in the MID world.

This Menq EasyPC E790 has no place in the western world apart from bubble-packs at point-of-sale in a garage or supermarket but think about places where the only screen in use is the QVGA one on a $30 Nokia phone. The ultra-cheap laptop has it’s place and I expect that MenQ will sell quite a few of these if the price really is $80.

Unfortunately you probably won’t see this for sale to that end-user because $80 is a 5000-unit price before taxes, shipping and handling.[More info] You’ll probably be looking at $120-150 for one of these in the shops. If that’s the case then I guess this becomes much less interesting because for a few dollars more, you can leave the ARM11, CE combination behind and go for something far more usable.

Sascha got to test on at the Netbook World Summit and here’s his video.

Menq product page.

Via Netbooknews.com