Category: Systèmes d’exploitation

What to do if the App Store gives your Mac the Dreaded Beach Ball

Article

Tackle a hung App Store update in OS X | MacFixIt – CNET Reviews

My Comments

You have that Macintosh computer running with Apple’s App Store as your preferred download spot for programs. But you notice that the Mac is not being its usual self while you are running an App Store update or download. It starts to show that dreaded “beach ball” for ever during the update process while nothing is happening. This means that the App Store client application is hanging and effectively slowing down the rest of your system.

The main problem that can lead to this typically are about the App Store working with corrupted files in its folders as what happens with any computer programs. This encompasses where the installation packages are held after they are downloaded as well as any temporary files that the App Store creates. The folders will exist on the “Macintosh HD” secondary storage location which is the main storage location for all of your Mac’s programs and data.

Here, when you notice this behaviour, you would have to “force-quit” the App Store application. Either this is done by selecting “Force Quit” from the Apple menu or pressing CommandOptionEsc on the keyboard. You could also “force quit” from the Dock by using Option-Right-Click on the unresponsive application’s icon. After you have done this, the Mac should be more stable by now.

Dealing with the corrupted data

Installation package folder

Then you would have to use Finder to clear out the App Store Updates folder which is at Macintosh HD/Library/Updates. This is where the software update or download packages are held by the App Store before being installed. Once you clear this folder out, it means that the App Store application can draw down fresh “known-to-be-good” install packages from the iTunes App Store.

Temporary and “work” files created by the App Store

Another location that you may have to clear out are the App Store Caches. These represent the temporary files that the App Store application creates as it goes about its work.

Here, you run Terminal and type in: “open $TMPDIR../C” to expose the “cache” folders where data that the App Store needs for speedy operation exists. In this window, look for folders that begin with “com.apple.appstore” and remove these folders.

You also go back to Terminal and type in “open $TMPDIR../T” to expose the temporary-file folders. Here, you look for the folders that begin with “com.apple.appstore” and remove them.

The App Store will take longer to start as it re-builds the cache and temporary files with the fresh “known-to-be-good” data.

Permissions fix for the system resources

This is another area that could house corrupt data and could generally affect your Mac’s stability. It is because the information about the permissions required by the applications to use system resources is kept as data on the Macintosh HD.

Here, you use the Disk Utility to do this task. You select the Macintosh HD in this program’s sidebar and click “Repair Permissions” in the “First Aid” tab to start it repairing any corrupt system-permissions data.

Tips to avoid this problem

If you are using a Wi-Fi wireless LAN connection or a mobile-broadband connection, and you intend to do a lengthy App Store update, make sure that you are getting a consistently strong signal from the wireless network. This is because a poor or inconsistent wireless signal could lead to an increased risk of failed downloads.

As well, it may be a good idea to have your MacBook connected to external power while you are doing a lengthy update. This avoids the risk of a failed download occurring because the battery is on the way out.

Here, you could confine the App Store software updates to your home or workplace so you can be sure of a smooth update scenario.

Using a NAS to hold operating-system updates

The current situation

Netgear ReadyNAS

A network-attached storage can come in handy for storing software updates rather than downloading them frequently

Operating system and application developers are now being required to provide updates for their products during the product’s service life and beyond. This is to provide for a computing environment that is performs in an efficient, secure, reliable and optimum manner. The updates may be released at regular intervals such as on a monthly basis or in response to a situation such as the discovery of a bug or security exploit.

New devices

A common situation that happens with most regular and mobile computing devices when a user takes delivery of them is that the user downloads a large data package to bring it up to date. This may be done many times if multiple units running the same platform are purchased.

Many devices

Similarly, a household may have multiple units running the same operating environment and they have to keep these up to date. The typical example of this may be a family with two or three children who are at secondary school. Here, they may have two or three computers for the children to use as well as one computer per adult. This could be brought about with the older child being given a more powerful computer as they enter senior high school or another computer given to the younger children as they start their secondary school.

But the same bandwidth would be used again and again to update each and every device. This may not be a problem for a couple with one device per adult but would be a problem when you are thinking of environments with more than two devices which is fast becoming the norm.

Using a network-attached storage to locally cache updates

Somehow the network-attached storage devices need to be able to support the ability to locally hold updates and patches for operating systems and applications used in computers on a home or small-business network.

The practice is performed frequently with large-business computer setups because of the number of computers being managed in these setups. But it could be practiced with home and small-business setups using a simplified interface. This could be based on the use of a local-storage application for regular or mobile client operating environments which supports this kind of local updating.

A local client application to manage system-update needs

Here, the local-client software could register which operating environment the host computer runs and what eligible applications are on the system so as to prepare an “update manifest” or “shopping list” for the computer. The “shopping list” would be based on the core name of the software, no matter whether different computers are running different variants of the software, such as home laptops running Windows 7 Home Premium while a work-home laptop runs Windows 7 Professional. This manifest would be updated if new applications are installed, existing applications are removed or changed to different editions or the operating system is upgraded to a different version or edition.

A local software manifest held by the NAS

This manifest is then uploaded to the NAS which runs a server application to regularly check the software developers’ update sites for the latest versions and updates for the programs that exist on the “shopping list”. There could be a “commonality” check that assesses whether particular updates and patches apply across older and newer versions of the same software, which can be true for some Windows patches that apply from Windows XP to Windows 7 with the same code.

At regular intervals, the NAS checks for the updates and downloads them as required. Here, it could be feasible to implement logic the check the updates and patches for malware especially as this update path can be an exploit vector. Then the computers that exist on the network check for new software updates and patches at the NAS.

Software requirements

Such a concept could be implemented at the client with most regular and mobile operating systems and could be implemented on network-attached storage devices that work to a platform that allows software addition.

It would also require software developers who develop the operating systems and application software to provide a level of support for update checking by intermediate devices. Initially this could require setups that are particular to a particular developer being installed on the client device and the NAS, but this could move towards one software update solution across many developers.

A change of mindset

What needs to happen is a change of mindset regarding software distribution in the home and small business. Here, the use of local network storage for software updates doesn’t just suit the big business with more than 50 computers in its fleet.

It could suit the household with two or more children in secondary school or a household with many young adults. Similarly a shop that is growing steadily and acquiring a second POS terminal or a medical practice that is setting up for two or more doctors practising concurrently may want this same ability out of their server or NAS.

Conclusion

The NAS shouldn’t just be considered as a storage device but as a way of saving bandwidth when deploying updates in to a household or small business who has multiple computers on the same platform.

Your new MacBook Air or MacBook Pro being thirsty on the battery? Check for software updates

Article

Apple releases fix for increased power consumption in new MBP and MBA | ZDNet

From the horse’s mouth

Apple – Software Download (direct)

My Comments

You may have just bought the Retina-based MacBook Pro or a Macintosh laptop over the past year but have noticed that you always have to run it on AC power rather than on battery. In some cases, you may have noticed that the fan in the computer is running more than it should.

This has been discovered by Apple as a firmware bug and they have prepared a software update to rectify this problem. This bug is allowing the CPU in the MacBook to run harder than it really needs to, thus allowing it to draw on more power and yield more heat. The software update also improves operating-system compatibility with certain USB devices which may also help with the stability of the system.

This software update is available at Apple’s Website or through the Software Updates panel in MacOS X Lion. Infact, if you have just bought a Mac laptop, I would recommend that you visit the Software Updates option and deploy this and other important updates to your Mac.

Now you can have your Leopard-based Apple Macintosh secure from the current threats

Article

Apple issues Leopard update with Flashback removal tool – Engadget

Downloads

Apple

Java security update (targets Flashback Trojan)

Adobe Flash security update

Adobe

Latest Flash Player update

My Comments

Owning an older Macintosh computer that is running MacOS X Leopard but isn’t powerful enough to be upgraded to Snow Leopard or Lion? Or you haven’t upgraded your Mac to Snow Leopard or Lion due to keeping a LocalTalk peripheral in service using that link.

You may fear that this situation may make you vulnerable to the recent security scares involving Trojan-Horse programs written in cross-platform code that is targeting the Macintosh platform. Now Apple has remedied that problem by releasing two patches targeting this version of MacOS X.

The Java security update checks for and removes the Flashback Trojan from your Mac, but also disables Safari’s Java plug-in. If you need to use Java in Safari, you would need to visit the Preferences menu by going to Safari>Preferences or pressing [Command] and [,], then clicking the “Enable Java” option.

The Adobe Flash update will disable the out-of-date version of Adobe Flash Player end encourage you to visit Adobe’s Website in order to download the latest version of the software. Here, you make sure that you are downloading for MacOS X 10.4 – 10.5 to get the latest version for your MacOS X Leopard computer.

The Apple Macintosh platform–now the target for malware

Introduction

In the late 1980s when the scourge of computer viruses hitting popular home and small-business computing platforms was real, this issue was exposed across all of the platforms that were in use during that year. This encompassed Apple’s two desktop platforms i.e. the Apple II and the Macintosh; along with the Commodore Amiga, the Atari ST and, of course the MS-DOS-driven “IBM” platform. Of course, the computer magazines ran articles about this threat and how to protect against it and disinfect your computing environment from these software pests.

But through the 1990s, the Windows / DOS systems were the main malware target, especially the Windows 98 and XP systems that ran Internet Explorer due to their popularity. The other platforms weren’t targeted that much due to their lesser popularity in the field and the computer press didn’t touch on that issue much. It was also because some of these platforms like the Amiga and Atari ST weren’t being supported any more by their manufacturers.

But lately there has become a trend for people to hop from the Windows platform to the Macintosh platform due to reduced targeting by malware authors and the perceived hardening that Apple has done to this platform. This has been recently augmented by the popularity of the iOS mobile-computing devices i.e. the iPhone, iPod Touch and iPad as well as elegant computing devices available to this platform. All of these factors has led to an increased popularity of Apple Macintosh computers in the feild and they have become a target for malware authors.

But most Macintosh users run their computers with the Apple-authored Safari Web browser and are likely to implement Apple iWork or Microsoft Office productivity software. They also run these computers without any desktop-security or system-maintenance tools because they perceive that Apple has made the task of keeping these computers in ideal condition easier than with the Windows platform.

What can Macintosh users do

Macintosh users can harden their computers against malware by installing and keeping up-to-date a desktop security suite. A free example of this is the Avast program that has been recently ported to the Macintosh platform and another paid-for premium example is the Kaspersky desktop-security suite. These programs are, along with a system-maintenance suite like Norton Utilities, a must-have so you can keep these computers working in an ideal condition.

Another practice that I always encourage is to keep all the software on your Macintosh computer lock-step with the latest updates. This can also help with dealing with any bugs or stability issues that may affect how the software runs on your computer. Here, you may want to enable a fully-automatic update routine for security and other important updates or a semi-automatic routine where the Macintosh checks for these updates and draws your attention to any newly-available updates, that you then deploy.

It is also worth disabling Adobe Flash Player, Java and similar “all-platform runtime” environments if you don’t need to run them. There are many articles on the Web about this in response to the Flashback Trojan Horse. Otherwise make sure that the runtime environments are kept updated. Similarly, you may want to change your default Web browser to a purely-open-source browsers like Firefox or Chrome, which is more likely to be kept up-to-date against known bugs and weaknesses. This was also made easier with new-build installations of MacOS X Lion i.e. when you had a new Macintosh with this operating system “out of the box”. Prior operating systems had the Java runtime installed by default and this survived any operating-system upgrade.

What Apple needs to do

Apple needs to come down from its silver cloud and see the realities of what is involved with keeping a computer in good order. For example, they need to provide desktop-security and system-tuning tools so that users can keep their Macintosh computers in tip-top condition and free from malware. They also need to transparently and immediately implement all updates and upgrades that Oracle releases for the Java environment in to their distribution or allow Oracle to distribute the Java environment  for the Macintosh platform.

As well, they need to take a leaf out of Microsoft’s book by implenenting a “default-standard-user” setup that has the user operating as a “desktop-user” privilege level by default. Then the user is asked if they want to go to an “administrator” privilege-level when they perform a task that requires this level and only for the duration of that task. This is important with home and small-business computer setups where there is typically only one fully-privileged user created for that system.

Conclusion

What the recent “Flashback” Trojan Horse has done is to bring the Apple Macintosh platform to a real level where issues concerning desktop security and system maintenance are as important for it as they are for other platforms.

You can create a removable recovery disk for MacOS X Lion

Article

Apple releases Lion Recovery Disk Assistant, asserts its dominance over Snow Leopard | Engadget

Resource Links – Apple Support

Apple Lion Recovery Disk Assistant

Further Details

My Comments

Now that Apple are distributing the “Lion” version of the MacOS X operating system in an online manner, you may think of how you may be able to do a bare-metal recovery of your Macintosh computer. This is where the computer has a hard disk on board but it doesn’t have the operating system to work from. This is because there is no physical disk that came with the upgrade which you can install from when you need to reinstall the operating system.

Now Apple have provided a recovery disk program that allows you to create the recovery image on to an external disk like a USB memory key or a USB external hard disk. It avoids the need to reuse Snow Leopard (which may be on an install DVD) in order to download Lion again as part of the recovery process.

Normally, an upgrade to MacOS X Lion would create a recovery partition on the Mac’s system disk. This wouldn’t be good enough if that hard disk crashed. When you run this utility, you create a copy of the same recovery partition on an external disk which you can then boot from during a bare-metal install or system rebuild.

Like the internal copy, this would allow you to do a “ground-zero” OS install, reinstall from a Time Machine backup, use MacOS Disk Utility to check and repair the hard disk as well as use Safari to visit Web-based resources.

When you prepare the Recovery Disk, you would have to create a separate partition (logical disk) on the same USB physical disk which should be greater than 1Gb. As well, the Mac should have a Recovery HD partition created on it during the Lion OS install or upgrade. This is because the Recovery Disk Assistant formats the drive to create the partition. As well, the partition will be hidden from view when you use the file-system utilities like Finder or Disk Utility.

It will come in to play when you have the external disk connected to the Mac and you reboot it while holding down the Option key. Here, the new Recovery partition will be listed as an option in the Mac’s “Startup Manager” boot menu.

Apple’s update to the MacOS X platform–a more visible update

When Apple launched the “Snow Leopard” version of the MacOS X platform, there were initial doubts expressed in the computing press about Apple Macintosh users upgrading their existing equipment to this newer platform. The doubts that were expressed were primarily directed at the operating system not exposing new functionality at the user interface. This was because a lot of the work was done “under the hood” through a code rebuild for the Intel processors.

Over the past two years that I have seen MacOS X “Snow Leopard” in the field; I have talked with various Macintosh users about how their computer has fared under it. There have been some users who have bought it pre-installed on a new Macintosh-platform computer or have upgraded their existing Mac to this platform. Remarks I have heard included relative performance improvement as well as a reduction in the disk space required for the operating system compared to prior versions of the MacOS X platform.

This year sees the imminent release of the “Lion” version of this same platform, where there has been a lot of key changes and improvements made to the operating system. Examples of these functionality improvements included: enabling the Macintosh platform for touchscreen use, the implementation of “full-screen” operation for Macintosh applications without the need to have the Apple Menu Bar in view all the time; a multi-window view of all the currently-running programs; an iOS-style icon screen for all the programs installed on the Mac as well as the previously-mentioned iTunes App Store for the Macintosh.

What it seems like for me is that Apple have decided to take the job of improving the Macintosh platform in to two stages; the first one being primarily an “under-the-hood” effort which culminated with “Snow Leopard” and the second one with all the user-visible improvements culminating with “Lion”.

If you intend to upgrade your Macintosh to the “Lion” version, you will need to make sure it is based on an Intel Core-based or Xeon-based processor which means most relatively-recent Macs; and runs the latest version of “Snow Leopard”. The upgrade will be available as an electronic download available at the App Store for US$29.99 and downloads straight to your Mac.

The printer-initiated scan-to-computer feature for network applications could be standardised and implemented at operating-system level

Most, if not all of the network-capable all-in-one printers that I have reviewed on this site have support for network-based scanning. This includes the ability to start a scan job from the printer’s control surface and have the job sent to the computer and handled in a preferred way. But this function isn’t handled in a smooth and reliable manner as judging from my experience when connecting the many different printers to my computer.

The current situation

This function is typically managed by a manufacturer-supplied “scan-monitor” program that is part of the “printer solutions package” and has to be up and running before you start your scan job from the device.

What can typically happen is that this functionality can end up being dependent on the way this “scan-monitor” program behaves. Here, you may end up not being able to scan via the network or not being able to start the scan job at the printer’s control surface. In some cases, you may be able to use the operating system’s scanning infrastructure such as Windows Image Acquisition, rather than the manufacturer’s scan tools to do a scan job,

Why integrate device-initiated scanning for networked hardware in to the operating system

The operating systems could support device-initiated scanning by offering functionality like “scan paths” that are available to each of the devices. Here, the devices could then expose the “scan paths” that are available to them based on their capabilities like colour scanning, automatic document feeder, etc. This means that if two scanners have the same capabilities, they have the same scan pathos for each computer endpoint.

Multiple-machine environments

This could include the ability to identify a particular computer as a destination for the scanned files; as well as allowing applications rather than the manufacturer’s particular applications to be the endpoints. This could allow for applications like OCR, bookkeeping, raster-to-vector and others to simply become “available” at the printer’s control panel rather than having to work the application’s user interface or find image files left by the scan monitor in order to benefit from the scanned work.

Here, it may cater for realities associated with the home or small-business network where there are many computers and, in some cases, two or more multifunction printers. This may be brought on by the use of a premium-level machine with all the bells and whistles like the HP Photosmart Premium Fax C410a or the Canon PiXMA MX-870 being installed in the home office and an economy-level machine like the HP B110a Wireless-E installed in the study, kitchen or bungalow and used as a “second” printer.

Efficient operation

Another obvious benefit of the scan-monitor function being integrated in the operating system is that it works in an efficient manner. This will free up memory and other resources and allow for a quick response from the destination computer. This is compared to a significant time delay occurring when one instigates a scan job from the multifunction printer’s control surface as the scan monitor starts up and handles the scan job.

Points of innovation

The operating system working as a scan monitor can open up paths of innovation when it comes to imaging-driven applications. An example of this could include the use of the multifunction printer’s control surface for entering job-specific information. This is more so as these multifunction printers come equipped with D-pad, numeric keypads and touchscreens; as well as graphical screens and menu-driven operation. Applications of this could include entering the file name for “scan-to-file” operations, determining the nature and amount of an expense when scanning receipts in to a bookkeeping program or entering photograph-specific information when scanning a photograph.

It can also open up another path of innovation in having network-attached-storage devices become scan destinations without the need to remember FTP or other file-path locations for these devices. This can help with activities like archiving of paper documents or scanning of pictures to be made available on the DLNA Home Media Network.

Conclusion

Once we move the workload of device-initiated scanning to the Windows, Macintosh or Linux operating system, it can then yield many improvements to people who scan hard-copy material using the current crop of multifunction printers.

Book Review–”Windows 7 For Seniors” by Michael Price

A lot of my computing-support work has been to help many friends of mine who haven’t had much exposure to computers with many different computing skills. Typically, they would buy a Windows-based desktop or laptop or have their business buy one of these machines, but I often end up having to show them through various techniques associated with using this computer.

Windows 7 For Seniors In Easy Steps

Publisher Easy Steps Limited
ISBN 978-1-84078-386-5
Recommended Price US$14.99
GBP£10.99
CN$16.95

I had come across this book title and others in the “For Seniors” series at Belgrave Book Barn in Melbourne and bought this one for AUD$29.95 tax inclusive. Amazon currently have this book online for US$9.53.

This book is part of the “For Seniors” series of computer books that are pitched at older people who haven’t had much experience with computers. There is a similar book called “Laptops For Seniors” which focuses on the use of Windows-7 laptops rather than desktop computers which this book focuses on.

This book covers Windows 7, whether you install it yourself such as through an upgrade or have the operating system delivered with your new computer, which will be the most popular way to acquire it. Here, it will show what can and can’t be done on different versions of the operating system, especially with the user interface.

All techniques are covered complete with illustrations, easy to read typesetting and reduced jargon. If they need to use jargon, they explain it out properly. Even the pictures used to illustrate Web pages and digital-imaging techniques are based on landscapes and other similar imagery.

As far as Internet connection goes, this book talks about “dial-up” or PPPoE connections where the computer’s operating system manages the connection and pushes the now-common network-based Internet connections to the “Networking” chapter later on in the book. At least they tell users who use the network-based methods to head to that particular page.

When it talks of email use, it describes how to do email using Windows Live Mail or using the free webmail setups. The free webmail setup that is illustrated in this book is the ubiquitous GMail service and it explains how to work your existing account or set up a new account with GMail.

As far as anti-virus programs are concerned, it had suggested the use of free programs like the AVG Free antivirus program. This is even though the new Microsoft Security Essentials anti-malware program had come out recently, but has at least it has exposed a free program that can do the job.

What I have liked about this book is that it covers most computing tasks that can be done with Windows 7 and treats the older novice computer user with respect. Even the title comes across to the reader in a respectful manner. As well, it covers the common usage scenarios that the older people will encounter as they use their new Windows 7 computer.

So I would recommend this book, along with the “Laptops For Seniors” and other books in this series as a computer guidebook for older novice computer users.

Consumer Electronics Show 2011–Part 3

Now we come to the issue of network-infrastructure equipment that will need to support the increasing demands placed on the home network by the previously-mentioned smartphones, tablet computers and Internet-enabled TVs.

Network Infrastructure

Network Connectivity

Some newer chipsets have appeared which will increase network bandwidth for the 802.11n Wi-Fi segment and the HomePlug AV segment. The current implementations may use manufacturer-specific implementations which won’t bode well with the standards.

The first new “call” is the 450Mbps 802.11n WPA2 WPS Wi-Fi segment which is being provided by most network makes for their midrange routers and access points. Access points and routers that work with this specification use three 802.11n radio streams to maintain the high throughput. The full bandwidth may be achieved if the client device is equipped with an 802.11n wireless network adaptor that supports the three streams but your existing devices may benefit due to reduced contention for the wireless bandwidth due to the access point / router offering three streams.

Most of the routers shown at the Consumer Electronics Show this year that support the 3-stream 450Mbps level for the 802.11n wireless network functionality also offered dual-band dual-radio operation to the same specification. Here, these devices could work on both the 2.4GHz band and the 5GHz band at this level of performance.

Some manufacturers were trying out the idea of a 60GHz high-bandwidth media network which may be based on a Wi-Fi (802.11 technology) or other proprietary scheme. This could lead to three-band multimedia routers and access points that use 2.4GHz and 5GHz for regular whole-home wireless networking and 60GHz for same-room wireless networking.

The second new “call” is the 500Mbps throughput being made available on high-end HomePlug AV devices. These powerline network devices may only achieve the high bandwidth on a segment consisting of the high-bandwidth devices that are based on the same chipset. Here, I would wait for the HomePlug AV2 standard to be fully ratified before you chase the 500Mbps bandwidth on your HomePlug segment. Of course, these devices can work with HomePlug AV segments.

The third new call is for midrange high-throughput routers to have Gigabit on the WAN (Internet) port as well as the LAN ports. This is more relevant nowadays as fibre-based next-generation broadband services are rolled out in most countries.

Everyone who exhibited network-infrastructure equipment offered at least one 450Mbps dual-band dual-radio router with Gigabit Ethernet on the WAN (Internet) connection as well as the wired-LAN connection. As well, most of these routers are equipped with circuitry that supports QoS when streaming media and some of them have a USB file-server function which can also provide media files to the DLNA Home Media Network.

Trendnet also offered an access point and a wireless client bridge that worked to this new level of 802.11n performance. They also demonstrated power-saving circuitry for Wi-Fi client devices which throttles back transmission power if the device is in the presence of a strong access point signal for their network. This was ostensibly to be “green” when it comes to AC-powered devices but would yield more real benefit for devices that have to run on battery power.

They also ran with the TPL-410AP which is a HomePlug AV Wireless-N multi-function access point. Another of those HomePlug access points that can “fill in the gap” on a wireless network or extend the Wi-Fi network out to the garage, barn or old caravan.

They also issued the TEW-656BRG 3G Mobile Wireless N Router, which is an 802.11n “MiFi router” that is powered by USB and works with most 3G / 4G modem sticks available in the USA. It is of a small design that allows it to be clipped on to a laptop’s lid or a small LCD monitor.

TP-Link had their 450Mbps three-stream dual-band dual-radio router with Gigabit on bot WAN and LAN Ethernet connections. As well they fielded a single-stream 150Mbps USB stick as the TL-WNT23N.

They also tried their hand with IP surveillance with the TL-SC4171G camera . This camera can do remote pan-tilt, and 10x digital zoom. It connects to the network via Ethernet or 802.11g Wi-Fi (not that much chop nowadays) and is equipped with an IR ring for night capture, as well as a microphone and speaker.

Netgear were more active with the 450Mbps three-stream routers with Gigabit LAN. Two of the models are broadband routers with Gigabit WAN, while one is an ADSL2 modem router which I think would serve the European and Australian markets more easily. The top-end model of the series has a USB file server function which works with the DLNA Home Media Network and also with Tivo “personal-TV devices”.

They also released the XAV5004 HomePlug AV switch which is the 500Mbps version of the their earlier “home-theatre” four-port HomePlug switch. Of course, they released the XAV2001 which is a compact “homeplug” adaptor which connects to the regular standards-based HomePlug AV segment.

They also have released the MBR1000 Mobile Broadband Router which works with 3G/4G wireless broadband or  Ethernet broadband. This unit is being provided “tuNrnkey” for Verizon’s new 4G LTE service.

Netgear have also fielded the VEVG3700 VDSL2/Gigabit Ethernet dual-WAN router with Gigabit Ethernet LAN, Cat-IQ DECT VoIP phone base station. This device, which is pitched at triple-play service providers also supports DLNA server functionality. As well, they also had a DECT VoIP kit available for these providers

As well, Netgear have tried their footsteps in to IP-surveillance for home and small business with a camera and an Android-driven screen for this purpose.

D-Link’s network hardware range include the three-stream 450Mbps routers with Gigabit WAN/LAN, a multifunction access point / repeater for the 802.11n network as well as a new DLNA-enabled network-attached storage range

As far as the MoCA TV-coaxial-cable network is concerned, Channel Master is the only company to release any network hardware for this “no-new-wires” network. It is in the form of a MoCA-Ethernet 4-port switch for the home theatre.

“Mi-Fi” wireless-broadband routers

Every one of the US cellular-telecommunications carriers are catching on to the 4G bandwagon not just with the smartphones and tablets but with the wireless-broadband routers.

Sprint have a unit for their WiMAX service while Verizon are fielding a Samsung LTE “Mi-Fi” as well as the aforementioned Netgear MBR1000 router.

Computer hardware and software

Monitors

Some of the companies who manufacture monitors are looking at the idea of “Internet-connected” monitors which have a basic Web browser in them so you don’t have to fire up a computer to view the Web.

CPU/GPU combo chips

These new processor chips combine a CPU which is a computer’s “brain” as well as the graphics processor which “draws” the user interface on to the screen. AMD and Intel were premiering the “Accelerated Processor Units” and the Core “Sandy Bridge” prcessors respectively at the CES this year.

Intel were trumpeting the fact that this technology could make it harder to pirate movie content but this is more about mainstream computing and small-form-factor hardware being behind this space and power saving processor hardware.

Sony had lodged a commitment to AMD to use the Zacate “Accelerated Processor Unit” in some of their VAIO laptops.

Other hardware

AMD haven’t forgotten the “performance computing” segment when it comes to processor chips and released the quad-core and 6-core “Phenom” desktop and gaming-rig CPUs.

Seagate have also made the “GoFlex” removable / dockable hard disks a standard by building alliances with third-parties to make hardware that works to this standard. Could this be another “VHS-style” alliance for dockable hard disks?

Microsoft also used this show to premiere their Touch Mouse which uses that same touch operation method as Apple’s Magic Mouse. Do I see an attempt for them to “snap at” Apple when it comes to “cool hardware” as well as software?

The Microsoft Platform

There has been some activity with the Microsoft Windows platforms now that set-top boxes and tablet computers are becoming the “order of the day”

One direction Microsoft is taking is to port the Windows Platform, which was primarily written for Intel-Architecture processors, to the Acorn ARM-architecture processors. The reason that this port is taking place is due to these energy-efficient RISC processors being commonly used in battery-driven applications like tablet computers. They are also popular with other dedicated multimedia devices like set-top boxes and TV applications.

As well, Microsoft will be working on a lightweight Windows build for TV applications like set-top boxes. This is although they have previously written Windows-CE builds for this class of device.

Microsoft also want to make a variant of the Windows Phone 7 for tablet computers and are starting work on the Windows 8 project.

Similarly, Somsung has demonstrated the second incarnation of the Microsoft Surface platform This one comes in a slimmer table-based form rather than a unit that is as thick as the 1980s-style “cocktail-table” arcade game machine.

Conclusion

The Consumer Electronics Show 2011 has certainly put the connected home on the map. This is due to affordable smartphones and tablet computers becoming more ubiquitous and Internet-provided video services becoming an increasing part of American home life.

It will be interesting to see what will happen for the other “pillar” of the consumer-electronics trade fair cycle – the Internationaler Funkaustellung; and how more prevalent the Internet TV, smartphone and tablet computer lifestyle will be in Europe and Asia.