Memory upgrades for Lenovo S10e, Aspire M5201, eMachines T6212

Last month my Gateway GT4014j suddenly died and I replaced it with an Acer Aspire M5201, which came with 2 GB of memory installed. That was less than the 3 GB I had in the Gateway and it affected some very memory hungry apps I use. So three weeks later I did a memory upgrade – a series of upgrades to be more precise. I bought two sets of memory upgrades and upgraded three machines.

In my experience, most computers don’t become obsolete because of CPU clock speeds that are too slow but because either there is too little main memory (RAM) for newer, more demanding (i.e. more bloated) applications or because the machine runs out of disk space. The latter used to be more of a problem than it is now, because of the availability of external USB drives, but lack of RAM is still a problem.

Giving your computer enough memory usually is the best way to give it a performance boost because insufficient memory will result in disk swapping. Without enough memory your applications will spend more time waiting for data to get swapped to and from disk, which slows even the fastest CPU down to a crawl such that even a medium or low end CPU with sufficient RAM could run circles around it.

When Vista came out, many manufacturers still sold 512 MB configurations with Vista Home Basic, while advertising mainly the processor speed. Buyers would have been far better off picking a somewhat slower CPU but equipped with a whole GB of RAM. The same is basically still true today for 1 GB machines (usually with Vista Home Premium) vs. 2 GB machines: More main memory almost always beats more Gigahertz!

Back to my Aspire M5201: It has four DIMM sockets (2 banks) for up to 8 GB of memory (2GBx4), but unless you run a 64-bit operating system such as a 64-bit Linux, Vista 64-bit or (from 22 Oct 2009) Windows 7 64-bit, you can’t actually make use of more than 4 GB. Therefore I opted to go as far as 4 GB only for two 1 GB DDR2 PC2-6400 DIMMs from Crucial Technology (CT12864AA800, from Tsukumo.co.jp). They were 1,980 yen each (about US$22) including sales tax.

I also ordered one 2 GB DDR2 PC2-5300 SODIMM (CT25664AC667) for 3,800 yen (about US$42) for a Lenovo IdeaPad S10e. The S10e is a typical Atom N270 netbook with 1 GB of RAM. One 512 MB SODIMM base memory is soldered in while the other can be replaced with either a 1 GB or 2 GB SODIMM. You end up with 1.5 GB or with 2 GB (not 2.5 GB because the 945 GSE chip set is not capable of addressing more than 2 GB of total memory). The Intel Atom itself supports up to 4 GB, which is why nettops with the NVIDIA Ion chip set such as the Acer Revo 3600 can handle up to 4 GB of RAM. The memory upgrade went very smoothly, especially the netbook. The Acer Aspire M5201 (AMD 780G chip set) now shows 3.75 GB of RAM in Windows while the Lenovo shows 1.99 GB.

Encouraged by that I removed the 1.5 GB of DDR DIMMs from my 2005-vintage eMachines T6212 and transplanted the 3 GB of DDR DIMMs (1 GB x 2 and 512 MB x 2) from the dead Gateway GT4014j to it. DDR memory was superseded by DDR2 3 years ago, but now that old machine that originally came with 512 MB shows 2.75 GB of memory in Windows.

If you’re not sure what memory is right for your machine or how much memory you can fit, Crucial have a convenient Memory Finder application that will figure it out for you.

Acer Aspire M5201-A32 (RS780G / HD 3200 based)

Since last week I have a new computer, after my old Gateway GT4014j died after three years of constant use. It had greeted me with a Blue Screen of Death on a sad Monday morning. If I rebooted, the machine would always lock up again within minutes: Bad news!

I hooked up the main drive (a 250 GB SATA) to another machine via the NewerTechnology USB 2.0 Universal Drive Adapter, the Swiss army knife of drive adapters. During a disk scan the drive would hang too. A few days later I was able to copy off most of the data via the USB cable, so I didn’t really lose any important data, but reinstalling and reconfiguring everything cost me several days.

With the bad drive I could either go out and buy just a new drive for the old machine, or pick up a complete new machine. In the end I chose the latter: The old machine had been working very hard for three years and if I had to reinstall the operating system and other software anyway, I felt safer starting with fresh hardware and not an old motherboard or power supply that might burn out not too long after.

Welcome to my new box, an Acer Aspire M5201-A32, which cost me 44,800 yen (about US$400) at Nojima.

Since 1995 I’ve had 3 eMachines and then 2 Gateways (Gateway acquired eMachines). It’s pure coincidence that the new machine is an Acer, which acquired Gateway in 2007. I like reasonably well built machines that use standard components and are not too expensive. For software development and testing as well as typical internet-related tasks I don’t really need high end CPUs that are expensive, power-hungry and require big, noisy cooling fans.

I picked the Acer not only because it was inexpensive but also because it’s based on the AMD 780G chipset which has a good reputation for power efficiency and decent performance for an on-board video chip (I’m not a gamer, so I don’t need high end graphics performance). The on-board video is called a Radeon HD 3200 which is very similar to a Radeon 2400 discrete video card.

On the net I found virtually no information about what motherboard Acer uses in this model, but it appears to be the same Foxconn (Bengal) RS780 Motherboard used in several Gateway models, such as the DX4200, GT5694, GT6576 and GM5688E. Acer / Gateway doesn’t provide any drivers for operating systems other than Vista, but the 780G chipset is well supported and there are plenty of other suppliers of similar boards. Right now everything except the sound chip is recognized and working under Windows 2003, but I hope to fix that too.

The machine has both a 15 pin VGA and a HDMI connector, which can be used with dual monitors. I verified that with just one monitor but two cables, switching the monitor input between the two connectors and seeing the two logical screens of the desktop, but normally I only use the HDMI output hooked up to a single 24″ Dell monitor (2408WFP).

There are 6 SATA connectors on the motherboard and the case has room for 6 internal 3.5″ devices (one of which is used for the memory card slot) and two external 5.25″ devices, one of which is taken by the Lite-On DH-16A6S (DH16A6S) DVD-RAM drive. The 300W PSU has four SATA power connectors, two of which are still available.

The machine came with a workable 2 GB of PC2-6400 (DDR2-800, 2x1GB) RAM taking up 2 of the 4 memory slots. The maximum supported is 8 GB. I will probably just get another 2x1GB for about another $30.

UPDATE 2009-09-26: The “Audio Device on High Definition Audio Bus” that ends up in “Other devices” under the Device Manager looks like the audio output supported by the HDMI video interface. Windows 2000, Windows XP and Windows 2003 do not include a driver for it. It can be downloaded from Microsoft as a hotfix. Since my monitor doesn’t have speakers, I won’t really be needing that driver.

NewerTech USB 2.0 Universal Drive Adapter

If you find yourself needing to read and write hard disks from other computers and do not always want to transplant them into a computer or an empty USB drive chassis, the NewerTech USB 2.0 Universal Drive Adapter is a great solution. It handles just about any format:

  • 3.5″ SATA (1.5 or 3.0 GBps, Molex or SATA power connector)
  • 3.5″ parallel ATA
  • 2.5″ SATA
  • 2.5″ parallel ATA
  • 5.25″ parallel ATA optical drives (CD/DVD/Blueray – but not notebook drives!

Its 100-240V, 50/60 Hz universal power brick is usable worldwide. All necessary cables are included (ATA ribbon cable, SATA, USB, power cables).

Using a hard disk on any USB-equipped computer is as easy as connecting the drive to the USB adapter and power brick and plugging the USB cable into the computer’s port (PC or Mac, running Windows, OS X or Linux). It may take about half a minute for the PC’s operating system to load the necessary drivers, but then you’ll have a new drive that can use any way you like.

So far the unit has worked just as advertised. I’m using it to access drives from older machines as well as for system upgrades and new operating system installs. For example, you could use the unit to hook up a DVD drive for installing an OS on a net book or other PC that doesn’t have an optical drive.

NewerTech has been around for a long time and has a good reputation mostly for Mac-related hardware, but some of it works equally well for Windows and Linux PCs.

Their Guardian MAXimus external RAID-1 solution (from $150 without preinstalled disks, $430 for twin enterprise class 1 TB drives) also looks very interesting. It supports a full range of interfaces (eSATA, USB 2.0 and Firewire 400/800) and handles a pair of drives of up to 2 TB each. RAID-1 means that all writes are automatically replicated to both drives, without the operating system needing any special support for it, so that you’ll be fully covered should one of the drives fail: You just replace the dead drive and it is automatically rebuilt using the data from the good drive while you keep on working.

IPv6 with DD-WRT router and Hurricane Electric

Last weekend I got IPv6 working on my US$60 router, allowing all my machines here to talk IPv6 to the outside world. That includes an Ubuntu Linux server, 4 PCs and one Mac.

The biggest incentive for upgrading to IPv6 is the fact that at the current pace we’ll run out of (IPv4) IP addresses in about two years. These are the unique host addresses (usually written in dotted decimal format like 209.85.171.100) that identify client and server computers on the Internet. The newer IPv6 standard that replaces 32-bit addresses with 128-bit addresses will forever take care of this shortage. It will also do away with the primary need for Network Address Translation (NAT) which has been a big headache for voice over IP (VoIP) and other peer to peer applications.

However, over a decade after the introduction of the newer standard (in 1997), uptake is still slow. Many ISPs still don’t support IPv6 and neither does a lot of the equipment used at homes and offices. This is gradually starting to change. IPv6 is an integral part of modern operating systems such as Linux, Mac OS X, Windows 7, Windows 2008 Server, Windows Vista, Windows 2003 Server and Windows XP (where it’s optional).

If your ISP does not support IPv6, you can still use it by employing the services of a tunnel broker, which gives you IPv6 connectivity over an IPv4 tunnel. This lets you test your software with the new APIs, though you won’t gain native IPv6 performance. If you have a static IP you can use tunnelbroker.net by Hurricane Electric, Inc. Their service is professionally run and free. Another option is SixXS, but I have not tried them.

My router is a Buffalo WHR-HP-G54, which is compatible with the Linux based open source DD-WRT firmware. Recent versions of DD-WRT have IPv6 support. My first attempt with the v24 sp1 std build which is supposed to include IPv6 was unsuccessful, but I had more luck after trying the v24 10070 crushedhat version (dd-wrt.v24-10070_crushedhat_4MB.bin). Here’s what you do:

  • The following instructions assume that your WHR-HP-G54 router is running open source DD-WRT firmware. If your router is still running the default firmware, install DD-WRT v24 sp1 mini generic (SVN build 10020, 27-July-2008) on it. See my blog post on the WHR-HP-G54 with DD-WRT for detailed instructions. The WHR-HP-G54DD is a version of this router that comes with DD-WRT preinstalled.
  • Go to Security / Firewall on your DD-WRT and remove the check mark on Block anonymous WAN requests (ping) so that Hurricane Electric can verify your router exists by pinging it.
  • Go to www.tunnelbroker.net and sign up for an account. Then log in and go to Create a Regular tunnel. You’ll need to enter your static IP, which will be conveniently displayed. You have a choice of tunnel endpoints. Pick one that has a short ping time from where you are. Make a note of all the details of the tunnel that is created. You will need to enter some of these details on your router, in particular these:
    • Server IPv4 address
    • Server IPv6 address
    • Routed /64
  • Read crushedhat’s description of how to configure the router with his firmware, which should work with most Broadcom-based DD-WRT-compatible routers.
  • I’m assuming you have updated the firmware of your router before and know the usual caveats about “bricking” your router if anything goes wrong. I won’t be responsible for that. 😉 I went from the factory Buffalo firmware to v24 sp1 mini to v24 sp1 std to v24 sp1 mini to v24 crushedhat 10070, with no problems, but your mileage may vary. I downgraded from v24 sp1 std (4 MB) to v24 sp1 mini (2 MB) “just in case” before flashing crushedhat’s std (4 MB) build. I did not opt to reset the NVRAM to factory defaults.
  • Download a copy of the v24 crushedhat 10070 build and save it on your hard disk. Use a computer with a wired connection to the router, not WLAN for the firmware upgrade. Go to Administration / Firmware Upgrade and select the dd-wrt.v24-10070_crushedhat_4MB.bin file. Click the upgrade button. Don’t touch anything until after the router has reset and is running the new firmware.
  • Go to Administration / Management and check Enable for IPv6 and Radvd enabled. Then paste the following into the Radvd config box:

    interface br0
    {
    AdvSendAdvert on;
    prefix 2001:470:YYYY:YY::/64
    {
    AdvOnLink on;
    AdvAutonomous on;
    };
    };

    where 2001:470:YYYY:YY::/64 matches the value of “Routed /64” in the created tunnel given to you by Tunnelbroker.net:

    Server IPv4 address: 216.218.226.238
    Server IPv6 address: 2001:470:XXXX:XX::1/64
    Client IPv4 address: 219.110.159.121
    Client IPv6 address: 2001:470:YYYY:YY::2/64
    Routed /48: 2001:470:ZZZZ::/48
    Routed /64: 2001:470:YYYY:YY::/64

  • Go to Administration / Commands and enter these commands, then click Save Startup:

    ip tunnel add he-ipv6 mode sit remote 216.218.226.238 ttl 64
    ip link set he-ipv6 up
    ip addr add 2001:470:XXXX:XX::2/64 dev he-ipv6
    ip route add ::/0 dev he-ipv6
    ip addr add 2001:470:YYYY:YY:200:00ff:fe00:0000/64 dev br0

    Replace 216.218.226.238 with Server IPv4 address from your tunnel settings, 2001:470:XXXX:XX:: with the Server IPv6 address value and 2001:470:YYYY:YY:: with the Routed /64 value.

  • Go to Administration / Commands and enter these commands, then click Save Firewall:

    insmod ip6t_REJECT
    ip6tables -F
    ip6tables -A FORWARD -p tcp -i he-ipv6 –syn -m multiport –dports ftp-data,ftp,ssh,smtp,http,https,ntp,domain -j ACCEPT
    ip6tables -A FORWARD -p tcp -i he-ipv6 –syn -j REJECT –reject-with adm-prohibited
    ip6tables -A FORWARD -p udp -i he-ipv6 -m multiport –dports ntp,domain -j ACCEPT
    ip6tables -A FORWARD -p udp -i he-ipv6 -j REJECT –reject-with adm-prohibited

  • Now it’s time to check if everything works. It may take a few minutes or one reboot for your client to obtain an IPv6 address. Here is what things should look like after that:

    C:\>ipconfig

    Windows IP Configuration

    Ethernet adapter Motherboard Network Connection:

    Connection-specific DNS Suffix . :
    IP Address. . . . . . . . . . . . : 192.168.100.2
    Subnet Mask . . . . . . . . . . . : 255.255.255.0
    IP Address. . . . . . . . . . . . : 2001:470:YYYY:YY:290:feff:fe66:e237
    IP Address. . . . . . . . . . . . : fe80::290:feff:fe66:e237%6
    Default Gateway . . . . . . . . . : 192.168.100.1
    fe80::21d:73ff:fe3a:3b8c%6

    Tunnel adapter Teredo Tunneling Pseudo-Interface:

    Connection-specific DNS Suffix . :
    IP Address. . . . . . . . . . . . : fe80::ffff:ffff:fffd%5
    Default Gateway . . . . . . . . . :

    Tunnel adapter Automatic Tunneling Pseudo-Interface:

    Connection-specific DNS Suffix . :
    IP Address. . . . . . . . . . . . : fe80::5efe:192.168.42.2%2
    Default Gateway . . . . . . . . . :

    You can ping Google’s IPv6 servers:

    C:\>ping ipv6.google.com

    Pinging ipv6.l.google.com [2001:4860:c004::68] from 2001:470:YYYY:YY:290:feff:fe66:e237 with 32 bytes of data:

    Reply from 2001:4860:c004::68: time=307ms
    Reply from 2001:4860:c004::68: time=307ms
    Reply from 2001:4860:c004::68: time=331ms
    Reply from 2001:4860:c004::68: time=318ms

    Ping statistics for 2001:4860:c004::68:
    Packets: Sent = 4, Received = 4, Lost = 0 (0% loss),
    Approximate round trip times in milli-seconds:
    Minimum = 307ms, Maximum = 331ms, Average = 315ms

    Fire up FireFox 3 or the browser of your choice and go to http://www.kame.net/ – if the image of the turtle is dancing then you have IPv6 working. Go to http://whatismyv6.com/ to see your IPv6 address.

Good luck! 🙂

Windows 7 versus Linux on netbooks

“Does Linux stand a chance now that Windows 7 will run on netbooks?”, Shane O’Neill asks in an article in ComputerWorld on 15 January 2009 that overall sounds fairly optimistic on Microsoft’s prospects. However it largely avoids one crucial subject that matters for Microsoft in the struggle over market share in the booming nettop market: Money.

In 1985 Jack Tramiel, head of Atari Corporation came to visit Digital Research Inc. (DRI) to license its GEM graphical desktop environment for the new Atari 520ST. It was going to be a low-cost machine based on the same Motoroloa 68K CPU as Apple’s much more expensive Macintosh, which itself was a low-cost derivative of the Apple Lisa (that was long before Microsoft Windows became a viable product). Tramiel had a reputation as a fierce negotiator, so his counterpart at DRI, then the main competitor of Microsoft and Apple, was only half joking when he said to Tramiel: “Jack, I know you’ll probably start off by offering us a dollar per copy.” – “No,” replied Tramiel dryly. “50 cents.”

Tramiel knew that by coming out with a fully-functional product at rock-bottom prices he could grow the PC market. In the segment he envisaged there simply was no margin for a $50 operating system license. What was true when an Atari machine cost around $1000 is even more true today with $250-$450 netbooks, and future netbooks will be even cheaper than that. Soon we will also see netbooks based on the same low-power, low-cost ARM processors that power virtually all mobile phones.

Commentators cited by Computerworld on Windows 7 don’t really talk about money:

Analyst Rob Enderle, president of technology research firm The Enderle Group, agrees that Microsoft doesn’t see Linux as much of a threat and that refocusing on the netbook market is more about “Microsoft addressing the problem of having to keep shipping Windows XP long after its expiration date.”

Enderle says that getting XP on netbooks was clearly a response to Linux gaining traction, but that Microsoft is not afraid of consumers or OEMs having a preference for Linux.

“The problem was that Linux could run on a netbook and Vista couldn’t, not any consumer or OEM love for Linux,” he adds.

But Microsoft’s real problem wasn’t just that Vista was too big to fit on a 4 GB flash drive and too slow and bulky to run on an Intel Atom with 512 MB of RAM. It was also too expensive. So Microsoft could save face by charging next to nothing for its 5 year old Windows XP, but it didn’t make any real money on it. So what’s going to happen when Windows Vista 1.1 aka Windows 7 hits the streets in volume maybe a year from now?

Does it really matter to Microsoft shareholders and employees if the 21 million or so netbooks expected to be sold this year (and the even bigger numbers in 2010) will be running some version of Windows or a version of Linux (which is free), if previously those buyers would have picked up a more powerful machine that netted Microsoft $40-$100 per license?

Whether Windows 7 will run with decent performance on low-cost machines is really only half the question. The other is, how much Asus, Acer and the other netbook OEMs will offer to pay Steve Ballmer of Microsoft. Is it going to be $1 or 50c per copy? That is no way to sustain a business with a market capitalization of $150 billion and almost 90,000 employees worldwide (Jan 2009 numbers), as Microsoft is realizing to its horror.

What’s that “Yanga WorldSearch Bot v1.1/beta”?

A few days ago I received email alerts notifying me of abnormally high web server traffic. Naturally my first thought was that this might be a Denial of Service attack (DoS): My sites have been attacked before, including by botnets consisting of several thousand rogue computers. This time, during a one hour period, traffic exceeded the same period one week earlier by 800 MB, which works out as 20 GB per day if sustained.

A search of the server logs showed numerous requests like the following, requesting up to 50-60 documents per second:

91.205.124.4 – – [09/Jan/2009:19:20:39 +0000]
“GET /emails/2008-06/30/00209262.117.htm HTTP/1.1” 200 12928 “-”
“Yanga WorldSearch Bot v1.1/beta (http://www.yanga.co.uk/)”

All originated from the same IP address in Russia (91.205.124.4) owned by Gigabase Ltd in Moscow. I found it very odd that this search bot listed the URL of a commercial UK website as its reference, but the company that operates the service does so from Russia. A visit to yanga.co.uk yielded little information – the UK website turned out to be little more than a placeholder page, with no UK street address and only a non-geographic phone number. I grew very suspicious at this stage.

A Google search found a thread on Webmasterworld.com in which “Alexey”, who introduced himself as the CEO of Yanga, responded to criticism. He didn’t give his last name, but perhaps he is Alexey Tarasov who is listed in the Gigabase Ltd WHOIS record.

While it is good to see that Yanga WorldSearch / Gigabase are concerned enough about their reputation to respond to public criticism, they would do well to take steps to raise fewer suspicions in the first place. They could definitely be more open about their identity and their purpose, as well as trying be a good citizen when visiting other people’s websites (e.g. complying with robots.txt, sticking to reasonable traffic levels). Trust is social capital that is hard to earn but quick to burn. No business can succeed on the web without it.

Linux Eee Box now available, MS giving away XP?

Two months ago I commented on the non-availability of either of the two Linux versions of the Asus Eee Box 202 that had been announced months ago along with its XP-equipped sibling, which has been shipping for two months already.

It appears you can now also get Linux versions of this tiny energy saving desktop machine, but the pricing is most curious. Originally Asus announced an 80 GB Linux version for $269, $30 less than the similarly equipped XP version. This would presumably pay for the Windows XP license fee that Microsoft collects from every Windows OEM. Linux, which is free software licensed under GPL, comes without any such fees.

However, the actual pricing is now quite different. For example, Amazon.com sells the 1 GB RAM / 80 GB hard disk Windows XP Home version (in black) for $298 while the 1 GB RAM / 160 GB hard disk Linux version (in black) is available for $321 (prices may vary by the time you read this). The picture is similar at Newegg.com, which offers the 1 GB RAM / 80 GB hard Windows XP Home version for $299 and the 1 GB RAM / 160 GB hard disk Linux version for $319. That’s $20-$23 more for a bigger hard disk, but a cheaper operating system. Retail prices of the 80 and 160 GB Seagate Momentus 5400 RPM SATA drives used in the two versions differ by only $10 (about $50 vs. $60, at Egghead.com).

Adjusting for the hard drive cost, the Windows version is now $10 cheaper instead of $30 more expensive than the Linux version, money which we can assume came out of Microsoft’s revised OEM pricing. Asus is making at least $10 more per machine that ships with Linux than with Windows, even if Microsoft was giving away XP for free to Asus, which is probably not far from the truth.

Let’s put it this way: At this stage, Microsoft must have been pretty desperate to keep Linux off as many high volume, low end machines as possible. It had made a blunder by heavily betting on the success of Vista, which requires fairly high end hardware, but the market decided otherwise. To its surprize it found that customers wanted to stick with less resource-hungry XP. Then the boom in low end machines triggered by the One Laptop per Child initiative and the Asus Eee PC took Microsoft completely by surprize.

You see, Microsoft makes money on Windows by licensing it to OEMs like HP and Dell. In a mature market where almost everyone already owns a PC these OEMs were supposed to be able to sell more machines (and bundled Windows licenses) only if a new Windows version made the old machines obsolete. The actual needs of users played almost no role in this.

Microsoft had bet on selling ever more powerful machines, thinking that if old machines were not powerful enough to run Vista, owners of XP machines would dump their hardware and buy new machines from Microsoft’s OEM customers. Instead both retail and corporate customers revolted, as Vista offered them few real benefits but a number of potential problems. Instead of triggering a rush to Vista, Microsoft motivated customers to look at other alternatives such as Mac OS X, Ubuntu and other Unix or Linux flavours or simply to sit it out and stick with XP as long as possible.

This of course is a mortal threat to Microsoft’s business. Once millions of customers get used to no longer owning the latest and greatest Windows software or even start surfing the net, doing email, watching YouTube and running OpenOffice on non-Windows machines, where is that going to leave Microsoft in 2010, when Windows 7 and perhaps Office 2010 come out?

Right now Microsoft’s business model is still generating large cash flows from selling operating systems and application software to OEMs and retail customers. This is the classic model the microcomputer software industry has used since the 1970s, even before “microcomputers” where renamed to personal computers (yes, I was around then). It’s not how the mainframe business operated before and it’s not how new Internet businesses work now.

Witness successful companies such as Google and eBay, which are making money by acting as go-betweens between buyers and sellers (ads in the case of Google, merchandise in the case of eBay). Canonical and other Linux companies get their revenue from support contracts while giving away the software. Many new business models rely on advertising or shared sales revenue. Google makes billions of dollars and has hundreds of millions of daily users without in most cases selling directly to the people who use its services. The world as Microsoft knew it is changing and it will have to change with it. That will be extremely painful for them.

Microsoft is well aware of the need to move to a new net-centric business model. For evidence look no further than its recent desperate attempt to acquire Yahoo’s user base by buying out the whole company, after having spent years and pouring billions of dollars into largely unsuccessful efforts to match Yahoo with its own MSN/Hotmail/OfficeLive offerings. The problem is, Yahoo is only up for sale because it has not managed to compete terribly well against Google either. If Microsoft and Yahoo merge, it will be a case of the blind leading the blind.

Without a working alternative, Microsoft is finding it very difficult to move away from its classic business model, which depends on its ability to get customers to buy new copies of Windows and Office every couple of years at fairly hefty prices, whether users are keen on these new versions or not.

Microsoft is going to find this ever more challenging as new low-cost mobile devices come along, especially in the sub-$500 bracket. These new gadgets will bridge the gap between mobile phones, consumer devices and PCs, offering adequate performance and convenience at low prices. Think about it: How many people are still going to pay $499.95 for a copy of Microsoft Office Professional 2007 when the mini notebook or nettop they will be running it on only cost $300-$400? That pricing model only worked while Microsoft had a de-facto monopoly on desktop operating systems and office suite applications and especially when hardware was still expensive.

Microsoft’s pricing is really a relic of the 1980s, when a 6 MHz PC AT with half a MB of RAM and a 20 MB hard drive cost as much as $6,700. Then it still made sense to spend an extra 10-30% of that amount on software to make the machine useful, but today’s numbers look very different.

The recent announcement by Canonical to port Ubuntu to ARM-based low-power devices further illustrate the danger for Microsoft from the market moving to a low-cost, low-power, net-centric model. Most mobile phones use ARM-based chipsets. So do many consumer broadband routers. It’s the de-facto standard in those markets. Both the Apple iPhone and the Google Android-based G1 run variants of Unix or Linux on ARM CPUs. So do many $50-$150 broadband routers. Meanwhile Intel is working on integrating its Atom CPU core with the graphics chip in its upcoming “Pineview” chips, going head to head with ARM for low-cost “PC on a chip” designs. Competition in this segment will result in a plethora of interesting products available to consumers.

While there will always be a demand for high end PCs for gaming (where Microsoft competes with Sony’s PlayStation and other dedicated games machines), the low end mobile market will be the real growth market, especially in emerging markets such as Asia, Africa and Latin America.

What Microsoft is effectively doing in the netbook / nettop market today is giving away Windows XP just to keep a foot in the door for a remote chance of profits a few years from now. That’s only about as smart as selling mortgages to people who can’t really afford to buy a house. Sure, you get customers that way to keep the market growing, but what is going to happen a year or two later? As the sub-prime mortgage crisis has taught us, you can’t fudge revenue numbers forever. In the short term, giving away Windows may prop up market share numbers, but the result is no more than window dressing. The Vista debacle seriously damaged Microsoft’s value as a brand amongst consumers. Don’t count on their brand loyalty too much. Microsoft has lost its ability to steer the market that it used to control, just as big old IBM did before it.

Microsoft’s Windows and Office sales are the equivalent of a subprime crisis waiting to happen. Microsoft’s revenue model is being hollowed out. The software giant is now too big to quickly move to a model that will still fit the market a few years down the road.

When the big crunch comes, expect things to get nasty. Microsoft employs 4 1/2 times more people than Google which already makes more money than Microsoft does. This ratio is not going to stay that way.

UPDATE (2008-11-20):

I mentioned that the XP version went from initially being $30 more expensive to $10 cheaper than the Linux version and credited this to Microsoft deciding to essentially give XP away in order to hang on to market share.

A review of the Dell Inspiron mini 9 sub-notebook mentions that Dell charges $40 extra for XP compared to the Linux version. That’s exactly the margin by which the price of the Eee Box XP version dropped relative to its Linux sibling between the announcement and the start of shipments, so it would back up my reasoning.

Ubuntu on a VIA MM3500 – 2 Terabyte NAS RAID1 server for $350

Sometimes raw power is the enemy of efficiency. For example, many car buyers opt for powerful engines for their cars, only to get disappointing fuel economy around town, where that power is not needed. A smaller engine that might have to work harder when pushed but runs much closer to peak efficiency in everyday driving would be more suitable. Likewise, many computer buyers get machines with high end CPUs that when doing mundane tasks such as email and web browsing spend more then 90% of their time idle, but still burning 90 to 200 Watts. A less powerful CPU might get the same job done drawing less than 50 Watts. This easily adds up to hundreds of kilowatt hours (kWh) wasted during the computer’s lifespan.

Yes, sometimes less is more. I took this philosophy to heart when I bought a Toyota Prius, which has only a modest 1.5 litre engine, drawing on electric motors and a battery for peak loads. I also recently purchased a sub-$70 motherboard with a 1.5 GHz VIA CPU that typical desktop CPUs will run circles around when running under full load, but at a cost in electricity and money. This board will take over the workload of multiple, more energy-hungry machines that have been sitting mostly idle doing what they’re doing every day. It’s powerful enough and economical, drawing a maximum of about 20W. Typical desktop chips have a maximum power draw of 45 W, 65W or more.

MM3500 - VIA C7-D 1.5GHz, CN896 + VT8237A

(Click here to see a full set of pictures of the upgrade)

Five months ago the largest and most important hard disk on my LAN died after only 15 months. Even though I could still rescue the most crucial data off it before the drive finally went offline forever, it was a very close shave and I lost some data. I realized I needed to move my data to a RAID, a “Redundant Array of Inexpensive Drives”. It’s a system in which data is transparently written to multiple drives for reliability. If any one drive dies you can still read your data and recover gracefully from the failure after swapping the dead drive for a replacement drive. This is relatively easy to do in Linux, in fact the server that hosts this website uses RAID too.

Last weekend I set up a machine for about $350 in total as a network attached storage server (NAS) under Linux with adequate processing power for other tasks. I equipped it with 2 GB of RAM and twin 1 TB mirrored hard disk drives. The main expense were the two drives (WD10EADS “GreenPower”, 5400 rpm, $110 each), whose cost made up about 2/3 of the total investment. The other parts were the Micro-ATX VIA MM3500 motherboard ($70), two 1 GB DDR2 PC5300 memory modules ($25 each), SATA cables (one comes with the motherboard) and Molex to SATA power adapter cables, as my older ATX SFX power supply (PSU) did not have the right connectors yet. Also, the motherboard uses a 24-pin power connector while the PSU only had a 20-pin plug, but the four extra pins are not required for this board and the plug is keyed to only fit in the proper place.

The case that was to house these components used to be an eMachine 366i, a cheap minitower I had bought in 1999 for about $450 and which had served me well for many years. I once had to replace the power supply for $25 with a FSP180-50NIV-H (dead PSUs are the most common problem in eMachines) and otherwise only upgraded the hard disks, the last one being a 60 GB IBM DeskStar that failed in 2007. By now the 366i’s Celeron 366 MHz CPU was slow, it’s 256 MB (the maximum supported by the board) inadequate for modern operating systems and it neither supported SATA drives nor any drives greater than 128 GB. It also didn’t have any USB2 ports. Still, the replacement power supply was relatively recent and the case big enough for this project.

Since the RAID drives had to be online 24/7 for my spam processing I was looking for a motherboard that used as little power as possible while being adequate for running the file server and spam filter. After considering various Intel and AMD desktop boards (including the Intel Atom processor 230 Intel 945GC Mini ITX desktop board) I finally came across the VIA MM3500. As mentioned above, this board includes a VIA C7-D CPU running at 1.5 GHz.

While that VIA CPU is even slower than an Intel Atom (which is not exactly known for its speed) its price of under 7000 Japanese yen (less than US$70) was attractive and both the CPU and the chipset draw little power. While the CPU on the Intel Atom board only sips power, its chipset is fairly inefficient (which is why the cooling fan sits on the Northbridge heatsink, not the passively cooled Atom heatsink). Like the Atom board the MM3500 has two SATA ports, enough for handling RAID1. 8 USB2 ports provide plenty of expansion capabilities, as does a PCI-E slot for video cards (not available on the Atom). Two DDR2 slots will accept up to 4 GB of RAM, twice the limit of the Atom board which only has one slot and can only reach its maximum of 2 GB by using a 2 GB SIMM. Both boards offer one PCI slot.

The main complication with the VIA board turned out to be video driver support for the onboard graphics (CN986 Northbridge / Chrome9 HC IGP). As soon as Ubuntu switches into graphics mode, the screen becomes unreadable. I got around this only by plugging an old Jaton Video-198PCI-64 Twin video card into the PCI slot (any Ubuntu-supported PCI or PCI-E card will do). I am hoping to find a proper work-around to be able to remove this card again and minimize power usage [done, see UPDATE below!]. I could do away with it by running the server only in text mode (with ssh access) and never using its GUI. That wouldn’t matter for a file server.

I first tried installing Ubuntu 8.04 LTS (desktop edition), but after the video problems I switched to a torrent of the Ubuntu 8.10 beta. Ubuntu 8.10 (Intrepid Ibex) is due for release on October 30, 2008. The 8.10 beta includes a fix for booting off a RAID1 system with one dead drive, which I may need in the future. 8.04 doesn’t handle this yet.

After installing the PCI video card, the operating system installation (including configuring the two mirrored drives as RAID1 following these very helpful instructions) went very smoothly.

It is a pity VIA doesn’t provide better video driver support for up-to-date Linux versions, otherwise this would be a nice little board that I would find easy to recommend to people who want to build a low-power usage system on a small budget.

UPDATE (2008-10-14):

I now have the motherboard video working in VESA mode and it’s very usable.

Following some pointers in various forums, I tried adding the xforcevesa option to the kernel loader line in /boot/grub/menu.lst, but that didn’t seem to have any effect in Ubuntu 8.10 beta (Intrepid Ibex).

Then I renamed /etc/X11/xorg.conf to a backup and copied xorg.conf.failsafe to xorg.conf (in folder /etc/X11/). I shut down the machine, connected the monitor cable to the motherboard VGA and removed the add-on VGA from the PCI slot. When I powered up the machine again, it booted fine. I get a 1280×1024 screen, the maximum for the Dell 1905FP monitor I used.

I am still hoping that the Ubuntu developers will manage to get an updated Chrome9 HC IGP driver into the upcoming release, but for now I have a workable solution and am happy with this setup.

UPDATE (2008-11-10):

I got rid of the VESA driver and am using the default OpenChrome driver for the motherboard video after specifying two options to disable features on the driver that cause problems in the current build:

Section “Device”
Identifier “Configured Video Device”
# Driver “vesa”
Option “XaaNoImageWriteRect”
Option “SWCursor” “True”
EndSection

Also, a couple of days ago VIA uploaded a beta test version of their driver for Ubuntu 8.10 to their Linux support site (a month after 8.10 was released), but I haven’t tested it yet.

Vacuum your PC

A friend of mine who has been selling PCs mostly to industrial customers for many years long ago told me that twice a year he opens his customers’ computers and gives them a good cleaning with a vacuum cleaner. It prevents many problems, mostly due to overheating when dust builds up on top of computer chips.

I remembered this piece of advice when my wife’s computer started to sound more and more like there was a hairdryer inside. The CPU fan kept running at full speed, even when it was just sitting there with the Windows desktop, not just running any CPU-hungry applications. It hadn’t always been so.

What is it about computer fans and dust? As processors got faster, they consumed more and more power and consequently, produced more heat. Thus the need for fans, which draw in not only air for cooling, but also the dust that comes with it and which tends to build up. As the dust obstructs the airflow, the fan keeps having to work harder and the less effectively cooled parts get hotter, which can shorten their lifespan.

My wife’s machine is a Dell Dimension 3100C, a low-budget machine based on the Intel Celeron D 330. This CPU is a low-end version of the Pentium 4, whose power-guzzling technology has since been abandoned by Intel in favour of the more energy-efficient Centrino / Core architecture that was derived from the older Pentium III.

Even the lowly Celeron D 330 has a Thermal Design Power (TDP) of 73 W. To cope with this heat output, it has a massive heat sink through which a fan blows air from outside the chassis. When I opened the box I found that the metal grill in front of the air intake of the CPU fan was clogged with a 5 millimeter layer of dusty fluff.

After undoing two screws that hold down the heatsink cover I could flip the hinged heatsink by 90 degrees and remove it, allowing me full access to the inside of the fan, so I could blow air against the dust with a plastic straw from inside. I vacuumed the entire motherboard and both sides of the fan air intake, while brushing and blowing the dust loose. An old toothbrush and a plastic straw or a can of compressed air for blowing away dust can be helpful. Also, put a narrow plastic tip on the vacuum cleaner, for use in tight corners.

When all was done and I put the heatsink back, closed the box, reconnected the power cord and switched the computer on again, it ran nicely quiet – almost like new!

I definitely recommend vacuuming your PC at least once a year, more if you live in a dusty environment or if the fan blows a lot because you like to use CPU-intensive applications such as games.

Eee Box B202 – What happened to Linux?

When ASUS announced its Eee Box B202 back in May, there were going to be three models:

  • the base model running Linux version with 1 GB of RAM and a 80 GB hard disk for $269,
  • a Windows XP Home version with the same 1 GB of RAM and 80 GB of disk for $299 and
  • a Linux version with 2 GB of RAM and 160 GB of disk for $299

Four months later only one of these three versions is available and it’s neither the cheapest nor the best equipped of the three anounced configurations: Only the Windows version hit the stores, at $50 more than previously announced (it’s around $350).

Meanwhile the Linux versions are nowhere to be be found, though rumour has it that they will become available later this year.

Considering that ASUS shipped it trailblazing Eee PC notebook with Linux first, before following it with a Windows version, this turn of events with their desktop is somewhat surprizing. Low prices are a major reason why their machines are attractive, but every Windows machine shipped means royalty payments to Microsoft, which is why the XP version was going to be $30 more expensive than the base model (Linux is royalty-free). By opting for only shipping XP, ASUS is also preventing its customers from buying a 160 GB version, as Microsoft refuses to let OEMs ship XP with machines with more than 80 GB of disk space.

To get a 160 GB Eee Box with 2 GB of RAM and Linux (the configuration I was interested in) you would have to buy an 80 GB model with 1 GB of RAM and XP, only to discard the 80 GB drive, the 1 GB SIMM and Windows XP (which you’ve all paid for) and then install a separately purchased 160 GB drive and 2 GB SIMM and a (free) copy of Linux.

When the Eee PC was launched, I was very excited by the prospect of low-energy, low cost computing, but wanted to wait for the desktop as I would use them mostly as unattended servers and had no need for an LCD screen. Like many other potential ASUS customers, I will keep on waiting now.

I currently use a set of four machines to process external spam feeds for the SURBL Multi JP blacklist. Since these machines are on 24 hours a day, seven days a week I would like to minimize power usage and Intel’s Atom processors with a TDP of less than 5W sounded like a very attractive upgrade path for me. I use some older machines with sub-1 GHz clock speeds that draw relatively little power, but these old motherboards have some drawbacks. First of all they are limited to a maximum of between 256 and 512 MB of RAM, while Atom boards support up to 2 GB. Secondly, their motherboards are 7 to 10 years old and they won’t work forever.

I had a look at Intel’s Atom 230-based Mini-ITX desktop board, which can be found for under $70 and fits existing ATX-based machines like my ancient eMachine eTowers. At first glance that looked attractive. However, even though the CPU is efficient, the Northbridge support chip of the Intel 945GC Express Chipset on that board burns about five times more power than the Atom CPU itself. The Eee Box sounds like a much better choice in the long term, as it uses an Atom 270 with the much more efficient Mobile Intel 945GSE Express Chipset. The catch is, you can’t currently buy an Eee Box without paying the “Microsoft tax”, i.e. a Windows XP license that you pay for whether you have a use for it or not.

The decision by ASUS to push back on the Linux version makes no sense to me. I suspect Microsoft made ASUS an offer they found hard to refuse, in order to establish the Eee Box as a Windows-only machine. It will cost ASUS sales and it won’t make Microsoft any more popular. It’s not good for the planet either if people buy power-hungry desktop hardware instead of one of the more economical computers available.