It’s a strange situation because I am already an Android user these days for the phone side and really appreciate the freedom (and costs!) that come with it despite Androids downsides (my main criticism is that there are no vouchers available for the Android app market as opposed to the iTunes store => +1.85% on each app purchase while using my EU credit card).

My beloved HP tc4400, the iPad2 on iOS5 and a FlyTouch 3 Android 2.2 tablet that still lacks a PDF reader because it’s already on auction. The FlyTouch btw also has a 1024×600 screen – as opposed to the other two that offer a 1024×768 screen resolution. Good for movies, bad for PDFs.

No, there’s much more to an iPad, obviously, and probably also more than enough reasons why over 29 million (!) iPads have already been sold till now. A “tablet revolution”? No, but a tablet revolution based on the iPad – that’s for sure.

I am used to buying second hand hardware and this time I am glad I had found a way to finance this purchase (via a mobile phone contract = subsidized hardware) and with the sudden loss of a dear family member earlier this year, I also realized that life is indeed too short for crappy products. Why should I waste time with stupid hardware if instead I can also go for the real thing?

This very emotional reason probably is the most honest excuse for this purchase, but you know what? Clicking that “buy” button felt damn good. Whatever they say about Apple products and their fanboyz – it’s true, it’s a *feel-good-world*.

So why should I still blog about this purchase if 29 million out there have already made this buying decision? Because I have a smart list that matters to me. Here’s my TOP5 reasons for the purchase:

Passion
After watching this documentary earlier last month about former Microsoft employees, it eventually occurred to me that most MS products just lack passion .

This is exactly what I like the most about these portable Apple products: a meticulous CEO that demoed his products and also looked at the smallest details.

Or Linux developers who create stuff out of passion. Not because they have to, but because they want to. That alone is a totally different approach and a sign of quality to me.

I am yet to see that on MS products. And I am a Win7 user most of the time, along with this crap called Outlook 2007 (HTML rendering, bollocks!).

And it’s not just the software you can buy. Just yesterday I read through this publication from Microsoft Research on the need for meta data to be implemented in future generations of filesystems. Very valid points and I understand that MS Resarch are doing good work, BUT! – again – the paper was much longer than necessary. So much blablabla and yet the important stuff could have been said on one single page. This out-of-focus-approach is so typical of MS, I think. As a customer and user of MS products, I don’t feel any passion in their products and meanwhile also believe that many lines of code on their OS & apps are just random data.

Hence: any company that shows a passion with their products is highly appreciated. A passion to deliver good quality.

Reader
I think the iPad is the best reading device. Why? Because I can not display most of my PDFs on a 7″ eInk display without constantly zooming in and out. So as long as eInk readers aren’t running a bit faster for this purpose, the iPad is the better alternative to me at the moment although I am sure we’ll soon see more 7″ devices.

The Amazon tablet(s) would have been an interesting alternative to me, but their 7″ Fire tablet isn’t even available here! In my opinion as a customer, if you can’t launch/ship global, then don’t even launch it for a single country. You can do that for Japan, maybe, but not for the US that are so connected with the rest of the world.

Apps
There are SO MANY apps available for the iPad. In fact, most publishing houses in Europe ONLY offer iPad apps for their print products. No Android app, only iOS. Sad, but still the bitter reality. Because I’d also be happy with a competitve (and available) Android tablet.

Talking of Android tablets, my friend Dave recently got an Asus eeePad Transformer TF101 and – as a pilot for an international airline – tried to pick the better alternative. Unfortunately, his tablet already broke after only two month and his biggest complain was the lousy App situation for Android Honeycomb (as compared to the iPad, of course, which is hard to beat). Dave – go and get your iPad. Now!

Adrian – I missed my chance to get an HP TouchPad for 99 EUR. I reckon that it would have been an interesting PDF reader and surfing device for me.

Runtime
Battery runtime on the iPad is just totally crazy. It’s long enough to get me through a day at a BarCamp and that’s all that matters to me.

Also, 29 million customers enable a fabulous aftermarket. You’ll find plenty and cheap chargers as well as other accessorries on eBay, on FocalPrice and so on.

Portability
I remember when Eric told me about his daily trips to the office through Nairobi traffic and mentioned how the iPad actually is the solution to his mobile office.

Just look at how many of us laughed about the iPad and its limited capabilites back when the iPad1 was launched. And now we are even using it to have a mobile office and a quick device for that daily “lemme google that”-moment.

Sure, the iPad2 is heavy and we’ll probably all complain about the size once there are more 7″ readers/tablets, but after my previous experience with a 8.9″ and a 10.1″ netbook, I know for sure that 12″-14″ is the best laptop size for me and that this 10″ tablet does it for me atm.

HP tc4400 vs. Apple iPad 2
(the HP tc4400 tablet pc also serves as my backup machine)

———————————-

I am not yet ready to fully convert to the Apple world (+ Ubuntu is cheaper anyways :-), but this lack of passion on MS products certainly is a very valid reason for me. It’s also kind of ironic that Bill Gates himself is very passionate about his philanthropic foundation for this passion has already enabled so much good work (the BMGF are imo doing a very good job by financing smaller projects). I wish some of this passion could also reflect back on Microsoft and that their future tablets with Windows 8+ will provide a suitable alternative. But atm, I highly doubt that.

The owner – a former advertising designer here in Frankfurt who collects old movie posters and created this interesting website about it (in German) – came over today and brought this valuable robot to my place: the Novag Robot Adversary chess computer.

The Novag Robot Adversary chess computer when it arrived…

A quick search on the interwebs reveals that “The Novag Robot Adversary is the most iconic of chess computers. Apparently 2000 were built but the failure rate was high and the vast majority of those sold have long since developed faults.” (src)

It’s a chess computer with a robotic arm that moves all chess pieces over a magnetic board, animating each move with an extra show. Hence it’s not just any other chess computer, but probably the coolest or most epic one out there.

According to this Wiki page, this machine cost about DM 3000 back in 1982 which is about EUR 1500 and is powered by a Z80 (CPU) from Zylog, running at 7.5 MHz, has 5 KB of RAM and a 32 KB ROM.

There’s a lot of information on this computer out there (including this Spiegel article from 1982, in German) but we’re yet to find a circuit diagram. Also, I am more the hardware guy so my first step was to completely disassemble it, clean everything (= removing nasty nicotine stains and glue from old gaffa tape) and check the wiring and the PCB for broken components:

20 minutes later

That yellow thing looks like a battery to me. Probably needs to be replaced…

“Robot Adversary Main PCB” – old school! :-)

The motor that turns the robotic arm. Kindly note some previous repairs (badly done, imo).

s/yellow nicotine stains/soap

There are magnets for each position on this board (underneath).

We do have an owner’s manual (in German). Circuit diagram is still missing though…

I’ll have another look at the robotic arm now and will then try to reassemble everything in order to keep all parts in one place and where they should be.

If you’d like to help us fix it, please feel free joining us next weekend on October 30th, 2011 from 3-5pm at the Museum für Kommunikation here in Frankfurt. Or ping us anytime at info@makefurt.de // @makefurt. All are welcome!

..which I’ve marked with red arrows, because I’d like to know from YOU, dear reader, if you know what these sort of landing gear flaps on the logo are all about (?).

Someone on Caschy’s blog suggested it is part of the Jefferies-tubes, someone else wrote they are flaps for a microphone and a camera.

Seriously, do you know why they’re part of the Chrome logo and what’s the story behind them?

I’ve already mentioned the arrival of this sweet gadget on my posterous blog earlier this week, but I am so pleasantly surprised by the qualities of this world receiver that I decided to mention it on my main blog.

For technical details, pls see this full review or google for “Degen DE1103″. The Degen DE1103 is a Chinese world receiver that covers the 76.0 – 108.0 MHz range in FM and 100 – 29999 KHz in AM & SSB. It sells for about 50,- EUR including shipping, directly from eBay / China, and comes with a cord, a charger (!), rechargable batteries, headphones, an external wire antenna and a pouch.

I am a bit late to the party as this model has already been introduced in ~ 2005 and every serious SWL and radio ham probably already had his hands on the Degen – for comparison reasons or because they couldn’t resist the offer like me – but this little DX goddess beats my other receivers (Commtel COM610 and Sony ICF-7600 DA + some home built equipment) hands down.

If you are looking for a good & light radio receiver with SSB & a new FM station every 150-200 kHz (yes, it’s that good) – this is the one to buy. Seriously. Highly recommended.

I’ve just completed building my first magnetic loop – a special antenna that’s supposed to catch some short wave signals in this LAN-infested electric smog environment. Popular with a lot of SWLs and radio hams since many many years, so with my powerline network plug and no space for a proper antenna on the roof, the magnetic loop is my only option.

The antenna is so jua kali, built from used parts – far away from an optimal setup, but I was longing for a quick win and an answer to the question if this is doable without much further ado.

It consists of a ~ 3,5m long copper pipe that’s supposed to be (bended) circular (= loop). I guess I’ll still need to optimise the shape fo this …. egg? :-)

The feed / cable to my receiver should actually be 1/5 of the diameter of the big loop and placed somewhere near the loop, but I ended up using these alligator clips which do the job for the moment. Obviously, lots of room for some improvements – starting by the shape of the loop. The alligator clips also helped in avoiding soldered cables which would probably attenuate the signal(s) even further. The knob I am using on the rotary capacitor is a bottle cap. It’s cheap, it works, it wins!

This setup is so primitive – but I am pleasantly surprised that it really works, hence the need to blog about it. Uhmm… building antennas is like a virus – once you’re infected, you won’t stop.

HP un2400 wwan adapter on the HP 6930p

The good part about this wwan adapter – an HP un2400, also known as Qualcomm Gobi 1000 – is that it supports different frequency bands so it can work in many different parts of the world. This, however, and maybe that it is hidden under a cover inside this computer so you don’t have to carry extra gadgets, is the only good part about this modem.

My other computer is a netbook which also has a wwan modem – an Asus eeePC 1000HG. Just slip in your SIM card (underneath the battery), boot into WindowsXP or Ubuntu and you’re ready to go online, simple as that.

HUAWEI EM770 Mobile Broadband modem on the eeePC 1000HG

The HP un2400 modem on my HP notebook, though, will ONLY work when the (main) battery is inserted. HP names “carrier certifications” as the reasons for this requirement as:

Yeah…right.

Just to remind you: the 3g modem on my Asus eeePC will work either way – whether the battery is inserted or not, it just works.

And then there’s this thing called “Firmware” – which also is a very peculiar process on the HP modem. Whereas most gadgets will normally come with their own (preloaded) Firmware (which may or may not be updated by end users), this Qualcomm Gobi modem requires an initial load of the firmware prior to its use (HP’s Connection Manager will take care of this under Windows XP). Once you restart your computer, you will have to reload the firmware. The only possible reason for this – to my understanding – is that it enables the modem to adjust to different wwan environments. But that’s about it. Needless to mention that you won’t find any drivers for this device for Win7, and I’ve only come across a few users who managed to get this device working under Ubuntu after lots of fiddling.

And again, no problems with my netbook & its Huawei EM770 3g modem. Real plug & play, regardless of the operating system.

“So where’s the problem?”, you may ask, “aren’t laptops/notebooks and netbooks designed to be run from battery power anyways?” – Well, yes, BUT! I always remove the battery on my notebook when I’m about to connect it to a stable power supply for a longer period. Like when I plug it into the docking station at home, I always remove the battery. I do this to save it from being constantly charged. It’s a precaution that helps me keeping the battery at ~90% initial charging capacity after three years usage (as seen on my old HP nx8220 notebook). It’s a proven method that worked for me and saved me from spending another EUR 80,- on a spare battery.

And the worst part about this wwan adapter is that HP locked the BIOS to _ONLY_ use these modems. It wouldn’t be possible to use the 3G modem from the eeePC on the HP notebook.

Alternatives

Now, this is the part where I actually want to talk about alternatives to these internal solutions, which are often still considered to be the optimal solution. As described above, it’s a not-so-perfect solution for those who want to use other operating systems then Windows XP and/or Vista. It’s an epic fail that HP still needs to realize. An epic fail on all of their “EliteBooks” as HP calls this series (HP 2530p, 6930p, 8530p).

The eeePC I have is also available without such a 3g modem – the price difference used to be EUR 100,- less. People (not me, I got it cheaper :-) actually paid this difference in order to get a netbook with an internal 3g modem. As for the eeePC, the price difference is (was) justified as you had to cough up about the same amount for an external modem some time ago.

However, now, in September 2009, things are a bit different. Be it Germany or Kenya, you’re actually able to get an external USB-based 3g modem for something like EUR 20,- to 30,- – which is a decent price, I’d say. Sure, you could even get it for less (in Germany) if you go for a 24month contract with a network provider but I am only talking about prepaid solutions here.

the popular Huawei E169

And these USB sticks are the very reason for blogging all this. I think that these external 3g modems are still the best solution for the following reasons:

• they are supported by different operating systems & often well documented on the internet
• they often come with their own software so you won’t have to worry about that part
• power consumption on these devices is moderate, also because they are easier to remove (and wouldn’t require a software switch on the OS) – just unplug them
• some of these sticks come with an extra socket for an external (UMTS) antenna
• some of these sticks come with an extra flash memory capacity
• they are relatively cheap these days
• they can be used on more than one computer – just unplug them and hand them over to your friends (provided you have an unlimited data plan)

The disadvantage of course is that you’d have an extra device at the side of your notebook which blocks one of the often limited USB ports.

In the past I’ve also used thethering my Nokia phone to the computer and using its 3G capabilities to surf the net; and on my old & beloved (and now sold) HP nx8220 notebook I had used a PCMCIA (PC-Card) version of these 3G modems which I blogged about earlier. The PCMCIA version worked fine, albeit the PCMCIA port being known for quickly draining the battery (which also became obvious as it heated up pretty quickly). My new HP notebook has an ExpressCard slot, so this could also be an alternative if USB ports are really limited and already used for other devices.

To be honest, with this limitation of the internal 3G modem on my HP 6930p to Windows XP & Vista (and probably also Win7 one day), I’d probably go for another machine in future. I actually don’t know about the 3G modems on a Dell E6400 or Lenovo T400(s) – all of them seem to come with a Gobi device these days -, but I hope they aren’t as crippled as this Qualcomm Gobi? HP uses on their EliteBooks.? And signal strength (RX/TX ratio) actually isn’t so much better with the internal antennas which have to compete with the WLAN antennas for the limited space above the display. However, I understand that it isn’t the modem which sucks (some websites claim it even comes with an internal GPS chip?!) but rather HP’s policy which prevents us from using alternative operating systems and even locks the system down to this device only.

And with my policy of drawing a clear line between user data and the operating system + hardware, the external USB modem is just so much more convenient. It’s a plug & play device that adds modularity & flexibility to the system.

We currently share a room in this row/town house, right under the roof. The DSL modem that connects this house to the internet is in the basement, and I have in the past used this Edimax router as a repeater for the wireless signal (not WDS-mode!) so that we could also enjoy the connectivity to the internet with our computers upstairs (see fig.01):

There are two floors in between the basement and our “penthouse” flat and the wireless signal would often fail to work, even though the data rate was quite good on the repeater. I think there is a microwave somewhere near our repeater and the base station in the neighbouring house which just jams the signal quality. Both the DSL modem-router-wlan-ap and the repeater upstairs had been tuned with 4dB antennas.

Wireless networks unfortunately tend to have the nasty habbit of interfering each other, especially if there isn’t enough “space” on the frequency range. And then, also, most of these conventional (= IEEE 802.11) wireless networks are still to fragile to deliver consistent data rates. By the time I set this network up in late 2007, most of our neighbours still didn’t have their own WLANetwork, but today most of them have do so it was about time for a change.

I had read about these “HomePlugs” – the “industry trade group for power line communication” which is a technology that connects LAN devices to each other through the power lines in a home. The manufacturers of these devices claim that it will only work on the same (electrical) phase, and since this house also has an electrical heating system and a second fuse box under the roof (next to the one in the basement), I initially thought it wouldn’t work. But it does!

Fig.02 shows the current setup using two HomePlugs I’ve bought earlier this week. There are different manufacturers selling kits with two such plugs – mine was relatively cheap – an “MSI ePower 85 Kit Version II“. MSI claims this device to deliver up to 85 Mbps in optimal conditions but the actual rate is around 30 Mbps which is perfectly fine with me as our DSLine currently is around 8Mbps only. It’s also said to have 56bit DES encryption and you can also give it its own network name. The best part is the installation: Just open the box, take a plug and connect a LAN cable to it and the other end of the cable into your LAN device (here: the DSL modem router) and plug it into the next socket (I’ve even used an extension cable which shouldn’t be done but it still works). I then plugged in the other plug to a wall socket upstairs and connected it to an 8-port 10/100 switch which distributes the signal to all four computers as well as a VoIP phone and an HP OfficeJet 7210 network printer. This MSI ePower Kit comes with utility software to set extra parameters such as a network name or the password (which unfortunately only runs on Windows systems), but you won’t have to adjust anything. Just plug it in and you’re done!

I was a bit sceptical if this would work out due to the additional power network in this house + possible intereferences that would spoil the reception of shortware radio (many radio hams actually hate this technology), but it just works like a charm and even my radioscanner hasn’t complained yet.

For anyone who’s been having problems with a wireless network – if the voltage is more or less stable (= probably not in Kenya?), I’d recommend these HomePlug/powerline devices as the perfect alternative to having (longer) LAN cables from one room to the other or even an unstable wireless connection.

AOB: I’ve once again changed the Feedburner link to my RSS-feed which should now be: http://feeds2.feedburner.com/kikuyumoja . To subscribe to my feed, pls use this new link by either saving it on your RSS reader, or alternatively click on the “subscribe me, baby!” on the top row of this page. Thank you. (thx, @Czed !)

What’s better than a Netbook and a bottle of Stoney Tangawizi?

2 Netbooks and a bottle of Tangawizi.

Life is good to me these days as I not only managed to buy these two netbooks 2nd hand for a very good price, but also because there are people like my good friend Harry who sent me this bottle of Stoney Tangawizi and a bag full of Biltong (which isn’t pictured here as I’d finished it within 24h…ahem… :-). Asante sana, Harry!

The Asus eee PC 1000HGo pictured on the right is an upgrade to the eee PC 901 on the left which comes with:

• a 10″ display instead of 8,9″
• the same (!) battery rated at 7.3V (some 1000H have a 7.4V battery)
• WLAN b/g instead of b/g/n
• UMTS 3G modem (hence the missing n-draft on the WLAN)
• a better keyboard (I’ve used aluminium foil underneath both keyboards to cushion the pressure point). keyboard is n#1 reason for this change.
• 1,45kg instead of 1,1kg (same 200gr power supply though)
• 160GB Seagate SATA HDD instead of the combined 4+8 = 12GB relatively slow (MLC) SSD on the 901

The rest is pretty much the same, even the pcb layout is quite similar. Only thing that bugs me about the 1000HGO is that it has a blue-ish screen. The settings for the WinXP Intel gfx driver do not provide too much flexibility and I guess it’s just a bad display. Other 1000H owner also reported this issue. The screen on the 901 ain’t blue and far from perfect, but it’s much better and crispier. There also IS a difference between the 8,9″ and 10″ screen size – the 10″ being easier to the eyes. That weight difference isn’t much of a problem to me because I carry it in my messenger bag anyways but it would be if you are a woman and need a small netbook to carry in your handbag.

So…in spite of the display issue, the 1000HGO is just so much better to handle. And with the internal 3G modem (SIM card holder is underneath the battery) it’s really just plug & play – either on WinXP or Linux. Now that’s really great!

I am currently using a dedicated 02/Fonic SIM card (which is 2,50€ for unlimited traffic /d) for when I am on the road and network coverage could be a bit better on that one. I am in direct optical line of sight to our local base station and have since been wondering why reception is only around 40%. So I opened it up and realized that it only has one antenna connected to it (which is in fact located above the display, next to the WLAN antenna).

I already ordered a cheap internal WLAN antenna which I am planing to connect to the AUX ULF connector next to the already existing MAIN connector (as pictured, unplugged). Am quite curious if this improves reception on 3G.

Being able to surf from just about anywhere (where there is no WIFI/WLAN but only 3G – like @ GTZ ecosan office in Eschborn) is just AWWWW……very very connvenient. Sure, you could use the 3G modem on your phone but this way it’s much easier. Only advantage of the phone is that you can place a phone next to a window and hook it up via Bluetooth. So if you are in areas with poor 3G / UMTS coverage and have a 3G-capable phone, just try it this way. The internal 3G modem is great but it isn’t reason enough to spend 100,- EUR (!) extra on a 1000HGO if instead you could also go for a 1000H. I got mine for the same price though, so I happily agreed on giving up support for the n-draft WLAN and get a 3G modem instead.

Oh, look – it’s a fingerprint inside the casing! :-)

The aluminium foil mod underneath the keyboard (here on the 901). Highly recommended, also because the CPU doesnt “transpire” through the keyboard but only dissipates the heat. I’d even recommend this mod to Toshiba owners.

The 901 btw “walked away” to another member of the extended family – a development that beautifully justifies the purchase of the 1000HGO. :-)

I was just going through Ken Banks’ flickr stream when I stumbled upon these two mobile recharging stations which I had seen earlier (it’s up since ~2 years) but only now I just realized that SOMEONE urgently needs to convert this into an AfriGadget/-Biashara and combine it with lockers for e.g. shoes and other facilities.

(source: Ken Banks, kiwanja.net)

Those of you who have been to cities like Nairobi know that a lot of people actually carry two pairs of shoes around – one for the road and one for the office. While working in Nbo, I often wondered why there are almost no public lockers available downtown that could be rented and used by commuters to deposit stuff they usually carry to the city on a daily basis for the lack of secure alternatives. Yes, there are some alternatives available, but these are(afaik) often only connected to supermarkets which means no 24h/7/365 availability of such services.

While these mobile recharging towers may work in the UK or the US in such secured places (like airports), I am wondering if this would also work in Nairobi if someone invests some money on a mobile charging cubicle with extra lockers for shoes and other office clothes, maybe also additionally secured by a watchman or someone running a kiosk.

What would it require? And how much would it cost? And what kind of licences would it require from the local institutions?

For some reasons, David Kuria’s ecotact.org website is unfortunately offline right now (so I can’t really show you what I am talking about), but it would be nice to have much more Ikotoilets all over Nairobi. While I believe that ecological sanitation projects always require a demand for fertilizers from farmers in semi-urban areas, the Ikotoilet as a 50% ecosan toilet could be one of those ideal locations for such storage facilities.

After all, it’s nice that consumers can buy airtime credit almost everywhere in the country, but there are hardly any places – even in cities – where one can take a shower after work, have a decent nature’s call or even use extra services like such lockers and mobile chargers.

There obviously is a great demand for such services / facilities – but how much would you be willing to spend on it as a customer and what’s the ROI rate for potential investors? I hope to find some answers to these questions one day…

In places where you just can’t go to the next hardware store and buy a ready-made solution, an AfriGadget is such an attempt for a working alternative.

I would even go as far as saying that Germany, for instance, is a very modular country (with many regulations & technical norms) and consequently offers many ready-made solutions that can just be purchased and instantly used. Spare parts for cars, houses, technical equipment – you name it, there’s a norm on it and a place where you can buy it.

Erik of WhiteAfrican recently argued that “If it Works in Africa, It will Work Anywhere”.

You may or may not agree with this provocative thesis, but it also shows that we are still consuming many products in the “developed” countries which were actually made for our consumer behaviour. And these things are also exported to Africa.

Anyone in the diaspora who has ever exported his older laptop for members of the extended family back home also knows that it may probably be broken once he/she returns during the next holiday.

Most conventional laptops are just too fragile to withstand the heat, dust, unstable power supply, malware and other threats the relatively rough life on “the dark continent” has to offer. And battery runtime with an average of max. 2h is often below par.

Netbooks are different.

Netbooks are simple, often light-weight small computers with a simple (but modern) CPU, enough RAM, a harddisk, a small screen (7″-10″), 2-3 USB ports, a sound card, WLAN connection and a card reader. They sometimes even come with an internal Bluetooth adapter so you can connect your mobile or other Bluetooth-enabled equipment to such a little machine. Oh, and it also has a webcam which is neat.

Most importantly though, many current netbooks are quite durable and even survive rough conditions.

Take my netbook, for example. I’ve purchased this used Asus eee PC 901 a month ago – and while I am still struggling with it’s tiny keyboard layout – I just can’t stop thinking that it could or should actually be THE killer device for use in many developing countries.

My netbook doesn’t have a conventional magnetic (rotating) hard disk, but instead comes with (slow) SSD flash memory. Like the one found on USB memory keys. 12 GB for the operating system, programs and some private data. Battery runtime is beyond 5h on this little baby – which means that it’ll even survive the next power failure. And since the tiny CPU inside doesn’t consume too much power, it could also work from the electricity generated via solar panels (a technology that’s already quite popular in many rural areas).

And here’s the bonus: most future netbooks will be sold with an internal UMTS modem, so you just insert your SIM card and go online. From anywhere where there’s network coverage. (I am actually saving on an Asus eee 1000H Go which has a 10,2″ screen, a better keyboard and an internal 3G modem).

The term “netbook” may be a bit irritating though (besides of this legal battle) as we all know that Internet broadband connectivity is still very limited and expensive in many developing countries. Instead, these little computers are much more than just very mobile computers with very good battery runtime: they are sufficient for most needs.

I’d say that at least 90% of your average tasks can be done on such a machine. Surfing the www, checking your e-mails, writing texts, spreadsheets, games – you name it, it does it. The only thing it doesn’t have is an internal DVD player, so your illegal DVDs purchased at that junction downtown probably won’t play – unless of course you connect an external DVD player via USB.

As long as the iPhone or maybe also some new Google Android phones are the only mobiles with a decent web browser (@Nokia: the S60 browser is NOT a decent solution), netbooks may be the perfect alternative platform and substitute the missing alternative.

“If it works in Africa….”….no, if it works anywhere else, it will also work in Africa.

“70% of Netbook sales so far have been in Europe“ – where they are often only used as second computers or desktop alternatives to those who just want to surf the net from their couch.

In many developing countries though, Netbooks could imho be the entry platform and substitute the otherwise missing or broken (older) computer system. Why? Because they are cheaper, more durable, come with their own power supply and are mobile enough to be shared by many different members of a family or local community.

And that’s why I consider netbooks to be real AfriGadgets. A solution to a problem we have in the past often tried to cure with mobile phones and their still ailing browser software.