I recently bought a new notebook (HP 6930p) and made sure it also comes with extra antennas (next to the WLAN antennas on top of the display) so that I could install a Wireless Wide Area Network (WWAN, pictured below) adapter which I had to buy separately.
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:
This prevents SIM fraud
This prevents any possible corruption if the SIM is removed while the notebook PC powers on
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.
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.
Over at AfriGadget, we usually call something an AfriGadget if it is a DIY solution to a problem or situation to which there just isn’t any ready-made solution available.
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.
As already mentioned some days ago, I’d recently lost my normal (DSL) internet broadband connectivity the other day and urgently needed to get back online. So I quickly went for a Fonic SIM card (operating within Germany’s O2 network) which offers the cheapest (not cheap, but still cheapest) surf & go flatrate for UMTS / GPRS connectivity up to HSDPA (3.5G) (2,50 EUR / day). All other flatrates currently on offer either come with a 24-month subscription, or do not offer HSDPA (3.5G) speed.
I’d used the Fonic SIM card on the Nokia N95 – my mobile phone I normally use for another line. Fonic also offers USB UMTS modems made by Huawei – however, these external modems often sell for 60,- EUR and above (Fonic sells them for ~ 100,- EUR with a new SIM card). USB modems are nice, also because they connect to any USB device (desktop pc, notebook, netbook) – but they are still too expensive for me. Also, I do have a PCMCIA II slot on my notebook I’ve never really used so far (except for my Harry’s TV card which is still with Harry – ati bwana, diese Lösung hier ist auch für Dich interessant).
So I checked out eBay and found this really great offer where someone had this “Vodafone Mobile Connect HSDPA / UMTS / EDGE datacard” PCMCIA II card in an auction..
…which I managed to secure for just 2,- EUR! :-)
It’s a “Qualcomm 3G CDMA” PCMCIA II card, also known as “Option GT 3G+ EMEA”. Oh, and it also has an extra port for an external antenna, so this may be of particular interest to those who are living far away from the next base station.
Well…don’t be fooled by the Vodafone branding – this card isn’t SIM- or netlocked, and it will just work. Took me about 20 minutes to search for a valid driver package and programme to run it, and 3 minutes to install it.
The problem I had was that these Vodafone (T-Mobile, OEM, etc.) cards aren’t officially supported by Option, which is why I had to find a driver package for this card in the first place.
Option Globetrotter Connect
I’d previously used Vodafone’s 86mb package (Vodafone connect) to get the driver, but even after deinstalling it later on, I think the drivers are still on the system, so I can’t really tell right now if I am currently using the Vodafone drivers or the ones from this hidden Option Globetrotter Connect suite which is much smaller (2,6 mb vs. 86 mb). On the other hand, both software packages have drivers made by Option, so I guess they are all the same (except for Vodafone providing bloatware along with the plain driver package). [Update]: The above mentioned Option Globetrotter Connect suite is all you need. Install it, plug in this card, it will automatically select the drivers and you’re ready to go. Simple as that.
Another interesting alternative, and my initial reason for this blog post, is MWCONN – a really perfect little freeware (WinXP) access tool for mobile internet connections. Perfect, as it provides lot’s of interesting details to the running connection:
The whole setup still needs to be optimized and the speed improved (the network here currently only supports up to 1,8 Mbit/s, not 3,6 or even 7,2 Mbit/s). Also, since it’s based on a PCMCIA card, it will only work via PCMCIA slots (which is one of the reasons I’d thought about going for a used 12″ subnotebook instead of a 10″ netbook). But still – this internet connectivity is better than nothing + it is a dedicated solution that doesn’t require any swapping of SIM cards + carrying an extra cable for the phone as Bluetooth alone is too slow. Also, MWCONN on the other hand also has this *100# prepaid credit balance check built in – which makes sense because there’s no keypad as on a phone to type in such a basic command.
The only downside to MWCONN is the missing driver package, so if you’re cheap like me and into buying hardware only via eBay, just go for the Option package above. It really is all you need for WinXP.
Vodafone sucks big times – and so does their branding :-)
Now let me see how it performs with Ubuntu 8.10…read somewhere that it is natively supported there. Which means: plug & play!
It just took me 2 minutes to get this thing online via Ubuntu 8.10 – out-of-the-box, that is. Plugged it in, chose the new network management tool, selected mobile broadband and entered the following data for Fonic:
primary DNS: 184.108.40.206
secondary DNS: 220.127.116.11
Compared to all the stress I used to have with such toys back in the days, this setup just works.
Verdict: if you own a mobile device with a PCMCIA II slot and want to get online, don’t spend a lot of money on USB devices if you can also have it this way. Works with WinXP SP2 & Ubuntu 8.10.