AVM is offering to the German market a Wi-Fi router that is a sign of things to come for home-network routers.
This unit, known as the Fritz!Box 5530 Fiber has a built-in optical-network modem that works with current-specification fibre-to-the-premises networks. It doesn’t matter whether the network implements active or passive topology, which would cater for situations where the infrastructure provider or ISP upgrades the service to active technology for increased capacity.
The fibre-optic cable for the network would have to be equipped with SFP fibre-optic plugs which allow the user to plug it in to the FTTP service. Depending on the FTTP installation, this may be a captive fibre-optic flylead that you plug in to the modem or fibre-optic cable you plug in to the equipment and a wall socket.
Here, this kind of router would come in handy where fibre-to-the-premises services are able to be delivered on a “bring-your-own-equipment” basis. Here, this may be a self-install setup for those premises which have extant FTTP infrastructure for the network that provides the desired service. Or it could be for professionally-installed “new-infrastructure” services where the customer supplies their own equipment or the equipment is supplied under separate delivery.
It would also appeal to ISPs who want to provide a router with integrated optical-network-terminal functionality as their customer-premises equipment.
On the left is the SFP fibre-optic connection for your FTTP fibre-optic Internet service while the Ethernet socket in the middle outlined in white is the 2.5 Gigabit Ethernet socket.
On the LAN side, there are three Ethernet connections with one being a 2.5 Gigabit connection for “multiple-Gigabit” Ethernet networks along with two Gigabit Ethernet connections. The Wi-Fi segment is a two-stream Wi-Fi 6 setup which allows for high-throughput wireless networking. Of course, these connections work at the stated speed if equipment matching these specifications is connected to them.
The Fritz!Box 5530 Fiber has VoIP adaptor functionality including a DECT base station for six handsets along with an analogue-telephony-adaptor for one regular telephony device, including a fax machine. This setup is SIP compliant for setup with most Fixed-Line IP services that are the way to provide landline telephony in the era of fibre-to-the-premises broadband.
At the moment, the Fritz!Box 5530 Fiber sells to the German market for a recommended-retail price of EUR€169. But the fact that it provides a fibre-optic WAN and at least one multi-gigabit Ethernet LAN connection to answer the trend of high-throughput Internet and home-network connectivity.
This could become in the near future the path to go for home-network routers as fibre-to-the-premises Gigabit broadband Internet takes hold. It also underscores what is going on with the design of consumer IT hardware within Europe.
Now AVM has joined the party by offering the FritzBox 7530 AX home Internet gateway router initially to the German market. This unit, which will retail there from 1 September for approximately EUR€169 is based on the FritzBox 7530 modem-router family.
But its Wi-Fi access point is compliant to Wi-Fi 6 (IEEE 802.11ax) wireless-networking standards and uses a 2-stream approach for each waveband. This means it will offer 1200Mb/s data transfer speed on the 5GHz waveband and 600Mb/s on the legacy 2.4GHz waveband. It has a VDSL modem along with the ability to have one of the four Gigabit Ethernet LAN ports as a WAN (Internet service) port for fibre-optic connectivity.
There is VoIP capability with a built-in analogue telephony adaptor for legacy handsets along with a DECT base station for DECT cordless handsets. It supports DECT-ULE-based home automation with a primary intention to work with AVM’s DECT-ULE home-automation devices, namely their smart plugs and thermostatic radiator valves.
What is being highlighted is the idea of more companies providing Wi-Fi 6 as part of a commodity-priced home-network router, which will lead to this wireless-network technology becoming more ubiquitous.
AVM has just earned two Connect awards for their German-designed home-network technology.
The first of these was for the Fritz!Box routers and mesh setup. No wonder they would earn industry recognition for their home-network products especially since they were the first company to break the mould regarding home-network routers by supplying self-updating firmware.
The issue of self-updating firmware became very important due to the fact that most of us aren’t updating our home-network router’s firmware regularly and it was a security hole. This is thanks to the “out-of-the-box” software coming with bugs and weaknesses that can be exploited by hackers against the typical home network.
Another step in the right direction was to implement distributed-wireless networking through a free software update rather than requiring customers to replace their AVM home-network devices. This was about providing a function update to the Fritz!Box modem router’s FritzOS firmware to open up this functionality. There was even the ability to roll out the functionality to Fritz!WLAN Repeaters and Fritz!Powerline access points to bring on the simplified distributed-wireless functionality to them all. It also applied to some recent-model Fritz!Box modem routers to cater for the reality that an older router can be “pushed down” to be an access point while the new router works as the edge of your home network.
But they also earned awards for their IP-based telephony equipment which was considered important as European telcos are moving towards IP-based telephony and away from the traditional telephone system. One of the products was a CAT-iQ DECT cordless handset that worked with their Fritz!Box modem routers that had DECT hase-station functionality for VoIP telephony. This had abilities similar to what you would expect of a mobile phone of the “feature phone” class.
What is being shown here is that the European companies are coming through on functionality innovation when it comes to the home-network “edge” router or infrastructure devices for your home network.
A mobile-platform tablet running a SAT-IP client could end up serving as a portable TV for a cable or terrestrial TV setup
At the moment, Panasonic smart TVs pitched to the European market can work with a SAT-IP setup, with Loewe rolling this feature in to their models, but there is a wide range of software including VLC that can work with this setup along with a significant number of set-top boxes.
But this technology is being taken further by extending it to terrestrial and cable TV setups, especially in Germany which has a infrastructure-agnostic policy regarding the distribution of free-to-air and pay TV. That is you could watch Tatort on Das Erste in that country no matter whether you are using the traditional TV antenna, a cable-TV infrastructure or a satellite dish. Some online resources in that country even use the name TV-IP or TV>IP to describe this all-encompassing approach.
.. as could one of these Windows-based 2-in-1 convertibles
There is still the issue with rented properties and most multi-family developments where there is only one point of entry for the cable-TV service and it becomes more of a hassle to add extra cable-TV outlets around the premises for extra sets. There is also the fact that most of us are using laptops, tablets and smartphones in lieu of the portable TV for doing things like watching “guilty-pleasure” TV around the home.
AVM are releasing Fritz!OS 7 firmware for their Fritz!Box 6490 Cable and Fritz!Box 6590 Cable modem routers that provides a SAT-IP server functionality to extend these devices’ broadcast-LAN abilities, initially facilitated using DLNA. They also are rolling this function to the Fritz!WLAN Repeater DVB-C which is another broadcast-LAN device for cable TV in addition to a Wi-FI repeater.
Once updated, these Fritz!Box cable modem routers and the Fritz!WLAN Repeater DVB-C will present the DVB-C cable-TV and radio signals to any SAT-IP client device or software as if you are using a SAT-IP satellite broadcast-LAN device. I also see this working with those SMATV (shared satellite dish) setups for larger building that repackage satellite TV and terrestrial TV channels as DVB-C-compatible cable-TV channels.
I wouldn’t put it past other broadcast-LAN vendors courting the European market to have their non-satellite devices become SAT-IP servers. But also what needs to happen is that more TV manufacturers to implement SAT-IP-based technologies “out of the box” across their product ranges.
It could appeal to a hassle-free approach to TV-location approach where you have a single entry point for your TV aerial, cable-TV service or satellite dish but you use your home network, be it Wi-Fi 5/6 (802.11ac/ax), HomePlug AV2 or Ethernet, and a SAT-IP compatible broadcast-LAN box to permit you to relocate your TV or add more sets as you please. This is without having to call in a TV-aerial technician to install extra sockets or get the landlord to assent to their installation.
Another factor that would drive SAT-IP or TV-IP further would be to build support for it in to games consoles and similar devices that are expected to be single-box multimedia terminals. Think of devices like the XBox One, PS4, Apple TV and the like, or regular computers running their native operating systems.
But it may be seen as a big ask unless this technology is implemented beyond continental Europe. This is due to the common tech attitude that if a technology isn’t implemented beyond a particular geographic area or isn’t implemented in the USA, it will miss the boat for native operating-system support.
Previously, I have covered how AVM, a German home-network infrastructure company, have approached the idea of a distributed home network. This is through a firmware update to some of their newer Fritz!Box routers and network-infrastructure hardware (Wi-Fi repeaters and HomePlug AV access points) such as the Fritz!WLAN 1750E repeater and Fritz!Powerline 1240E HomePlug access point.
What also impressed me about their approach is the use of a wired or wireless backhaul rather than just sticking to a wireless backhaul. Here, it can be about serving areas which are out of the router’s radio range, including providing support for multiple-building home networks. This is while providing a simplified setup and operating process for your home network.
Initially this was a beta firmware update that may not be considered stable and only applied to a few devices. But AVM have got the firmware to a stable condition and have written it to work with more devices. This includes the Fritz!Powerline 540 and 546E HomePlug AV500 802.11n single-band dual-stream access points and the Fritz!WLAN 1160 802.11ac dual-band and Fritz!WLAN 310 and 450E single-band 802.11n repeaters.
Of course they have underscored a simplified setup experience with firmware delivery and network configuration. This includes a Web-based configuration dashboard which shows how the network is set up as well as the condition of the wired and wireless backbones. The support for a HomePlug wired backbone will please those of us who live in stone or double-brick houses where HomePlug is more surefire as a backbone or who have multiple buildings on that large property.
Like with other distributed Wi-Fi setups, there is an emphasis on bandwidth optimisation such as steering high-throughput Wi-Fi devices to the sparsely-occupied 5GHz band if they can support it. Let’s not forget the fact that these systems set each access point on a Wi-Fi channel that they determine works best.
But why should AVM support single-band access points and repeaters that work the 2.4GHz band as part of their mesh? This may work out by allowing these devices to, perhaps, provide infill coverage on that band using a different channel. For example, other devices that work on that band like Bluetooth or 2.4GHz DECT devices, or the microwave oven may cause interference for Wi-Fi devices and a properly-designed mesh system could re-optimise the channels to avoid the interference.
What I still like of AVM’s approach to distributed Wi-Fi wireless setups is that they are enabling this functionality simply through deploying newer firmware to existing products rather than requiring users to buy a new system. This saves the users money when it comes to hardware costs as well as seeing newer hardware in to the long term.
But AVM, a network-technology company based in Berlin, Germany, and known for its Fritz!Box routers have taken a different approach to this situation. This is in addition to being the first home-network hardware Here, they are offering this functionality in the form of a user-deployed software upgrade just released in Germany for some of their devices, namely the Fritz!Box 7490, 7580 and 7590 modem routers and the Fritz!WLAN Repeater 1750E Wi-Fi repeater and Fritz!Powerline 1240E HomePlug access point.
Here, AVM has done away with the need for households to replace their equipment to head towards the mesh-driven Wi-Fi home network.They just have to download the newer firmware updates from AVM’s Website and apply them to the Fritz!Box modem router. Then they take advantage of a firmware-hosted “Home Network Overview” (Heimnetzübersicht) dashboard to roll out the “over-the-air” firmware updates to any compatible Fritz!WLAN repeater or Fritz!Powerline access point to have them part of the mesh. Of course, it also facilitates one-touch configuration of the network with each wireless node in the meh being part of the proper “extended service set” with the same ESSID and security parameters.
The question here is whether AVM will implement just the wireless backbone for their mesh or have it support a wired (Ethernet or HomePlug AV2) backbone as well. Here, supporting a wired backbone as well as the wireless backbone can cater towards difficult network setups like stone buildings or multiple-building properties.
What do I see of this? Personally I would see the European network-hardware vendors implement a fully software-driven approach towards the advanced Wi-Fi setup. It would then lead to ISPs in highly-competitive markets like France rolling out this kind of functionality simply through a software functionality update for their customer-premises equipment.
Previously, in Part 1 of my series about the Internationaler Funkaustellung 2015 in Berlin, I had covered the trends affecting regular computers, tablets and smartphones especially with Intel just releasing the Skylake processor silicon which yields better performance for the same amount of power used. This has caused manufacturers to effectively refresh their desktop and portable computer lineups. As well, nearly every computer manufacturer is offering a lineup of desktop or portable computers that shine on gaming-grade performance to appeal to the core gamer and e-sports communities.
ASUS ZenWatch 2
The smartwatch scene is slowly maturing with manufacturers offering more of these watches in their product lineups. The key trends here are about smartwatches that are designed to “look right” for the user and occasion. Here, we are seeing premium smartwatches that would look the part if you are to “dress to impress” on that date or in the corporate boardroom, but there are a few sports smartwatches with the rugged look along with a few “ladies’ watches” that look the part on her wrist.
Samsung had just launched the latest Tizen-based Gear S2 which has a traditional-looking round face and they have co-opted Alessandro Mendini, a well known Italian designer, to design accessory bands and watch faces for this watch.
ASUS has come along with the Zenwatch 2 Android Wear which uses an OLED display and Gorilla Glass protection and comes in 2 different sizes. It even has an add-on battery pack for if you want to get that more runtime out of the watch. Fossil has come up with another Android Wear watch as part of their range.
Motorola 360 smartwatches for her
Motorola have built out their Moto 360 range of Android Wear smartwatches with the Moto 360 Sport which is their smartwatch equivalent of the sports watch along with a slender “ladies’ watch” variant that will look good on her wrist. There are different finishes available such as a rose-gold look, a gold look, a silver look and a black-metal look with these watches up for preorder. This is also accompanied with a 1” TV commercial which they used to promote this watch.
LG Watch Urbane Luxe – fit for the boardroom
LG have also brought out the LG Watch Urbane Luxe which is a more premium variant of the LG Watch Urbane. This comes with an OLEP flexible display that works like the OLED displays and has a 24-carat gold finish. Huawei’s Android Wear watch can be had gold plated for US$800, gold with a leather band for US$649, black metal for US$449 and a stainless steel look for US$349.
The home network
The main trend affecting the home network is the availability of 802.11ac Wave 2 wireless-network technology which implements the MU-MIMO multi-path technology. This has led to some very powerful routers hitting the European market lately which have four MIMO streams and support the “multi-user” feature that effectively creates a Wi-Fi “switch” out of the access point.
ASUS RT-AC5300 router
ASUS has launched the RT-AC5300 which is considered the world’s fastest Wi-Fi router. This router, which uses spike-shaped antennas can run 1Gbps over the 2.4GHz band and 2.167Gbps over the 5GHz bands.
NETGEAR also fielded the 7800 Nighthawk X4S which is the first modem router to offer this kind of performance. This modem router has a DSL modem on the WAN (Internet) side that can work with ADSL2 or VDSL2 (fibre-copper) networks alongside a Gigabit Ethernet connection for fibre-to-the-premises, fibre-coaxial or Ethernet-based fibre-copper networks; and has on the LAN side, Wi-Fi capable to AC2600 4×4 MU-MIMO dual-band standards along with 4 Gigabit Ethernet connections. It is available in Europe and Australia for a recommended price of AUD$529, EUR€299 or GBP£269. The American press were moaning that they didn’t get this modem router first but they work on a service provisioning method very different to Europe and Australasia where self-install or BYO-modem provisioning of DSL based services is the norm.
D-Link have fielded some home-network hardware in the form of the DIR-885L router which supports 4×4 MU-MIMO AC3150 for its Wi-Fi functionality. They even fielded a USB Wi-Fi network adaptor which can allow any computer to work with an 802.11ac Wi-Fi wireless network. This device’s best-case abilities is to work with Wi-Fi network segments up to 3×3 MIMO AC1900 standards.
AVM Fritz!Box 6820 LTE “Mi-Fi”
AVM has been very productive with its home-network hardware although this has been very much “in the comfort zone” with existing technology. They have launched the Fritz!Box 4020 which is a small Internet gateway with an N300 dual-stream single-band Wi-Fi access point along with the Fritz!Box 7430 VDSL Internet gateway that has an N450 three-stream single-band Wi-Fi access point. They also launched the Fritz!Box 6820 which is a “Mi-Fi” that can work with LTE mobile-broadband services and implements 802.11n Wi-Fi and a Gigabit Ethernet connection on the LAN side.
AVM Fritz!Powerline 1220 – AVM enters the HomePlug AV2 fray
They have bought in to the HomePlug AV2 MIMO arena by offering the Fritz!Powerline 1240E HomePlug wireless access point along with the Fritz!Powerline 1220E HomePlug adaptor with pass-through AC outlet. This is in conjunction with the Fritz!WLANRepeater 1160 which is a dual-band Wi-Fi repeater.
Devolo haven’t been quiet lately. Here, they are pitching custoem HomePlug-based powerline solutions including HomePlug access points to ISPs and telcos so they can provision these devices to customers for optimum Wi-Fi coverage. They intend to sell these solutions more likely on an OEM basis. As well, they have launched the dLAN 550 WiFi which is a HomePlug AV500 wireless access point that can establish a single-band N300 Wi-Fi segment. They also used this show to exhibit their existing dLAN 1200 HomePlug AV2 hardware including the dLAN 1200+ WiFi AC which is a wireless access point that answers to the HomePlug AV2 MIMO and 802.11ac 2×2 MIMO Wi-Fi.
Next I will be talking about the home-entertainment trends that are expected to cover Europe and Australasia such as the ultra-high-resolution TV and networked audio. Stay tuned!
AVM Fritzbox 3490 to be able to update itself like your Windows or Mac computer
Previously I had covered AVM being the first consumer router manufacturer offering automatic firmware updates for their router products. Here, this firmware, known as FritzOS 6.20 will have this feature and be rolled across most of their product lineup.
But it will also have the ability to notify users of newer firmware being available along with identifying ports that are open and who logged on or off the management user interface.
What AVM have done is reacted to an industry-wide issue with consumer and small-business routers running old unpatched firmware, typically the software that is “out-of-the-box”. This is often found to be a security risk due to software exploits or vulnerable configuration setups not being rectified even though manufacturers do rectify this through newer firmware updates which the customer has to download and deploy.
A step in the right direction for idiot-proof home network security
As well, they are throwing in enhanced Wi-Fi hotspot, VPN endpoint setup functionality and Web based access to shared storage in to this firmware. It is becoming a sign that firmware integrated in an Internet gateway device is being treated by the device manufacturers as an operating system along the same lines as what you would run on a computer, tablet or smartphone. This means having a continual upgrade program to rectify any bugs or vulnerabilities, allowing for hands-off or one-touch software deployment and even adding functionality in a device’s life.
AVM Fritzbox 3490 to be able to update itself like your Windows or Mac computer
One of the big holes in data security that has been recently identified is the typical Internet gateway device sold to most households and small businesses as the “edge” between their home network and Internet connection.
This hole has been identified because most of the devices, especially those sold through most retail, value-added reseller and most service-provider channels, work simply on the firmware installed in them when they left the factory. As we all know, a lot of this firmware can be full of bugs and software exploits that place the home network and the computer equipment on it at risk of security breaches.
Most regular and mobile computer equipment and some set-top boxes benefit from a continual update process with the ability to have the critical updates delivered by the software vendor automatically without any user intervention. But this doesn’t hold true for the typical consumer router, which requires the customer to install updated firmware manually. In a lot of cases, the user may either have to run a firmware-installation tool on their regular computer or download a special firmware-package file from the manufacturer’s Website and subsequently upload the firmware to the device via its Web-based management interface.
A few devices may allow you to deploy updated firmware by causing the device to download and install the latest firmware from the manufacturer’s Web site by clicking on an “Update” button. These devices make the job easier but you have to regularly visit that user interface to check for new updates and start the update process.
These tasks can be considered very difficult for anyone to do unless they have had a lot of computer experience and expertise and is something commonly performed by the computer expert in the family or community.
AVM, a German company who makes premium-grade routers and networking gear for consumers and small business, have answered this need with the latest firmware for the Fritzbox 7490 Internet gateway device. This firmware offers automatic updating for firmware patches to enhance the device’s security.and reliability.
You would have to visit the AVM site to download and install the latest firmware in to the Fritzbox 7490 but this would be the last time you would need to do this because the Fritzbox could simply “look after itself” when it comes to the updates. There is a question remaining about whether AVM will roll this feature out to other Fritzbox routers and network devices so as to keep them secure.
At least AVM are setting a good example for all Internet-gateway-device manufacturers and resellers to follow by putting up the idea of self-updating equipment in to the consciousness. This could even extend to other devices like smart TV and devices that constitute the “Internet Of Everything” as we think of the smart home.
AVM, known for their premium Fritz!Box routers have launched their latest HomePlug AV500 wireless access point which is a device that I consider important for stone-built European country houses that are “Wi-Fi difficult”. This unit, known as the AVM FritzPowerLine 546E provides a Wi-Fi segment to the dual-stream 802.11n specification for the 2.4GHz band and supports WPS push-button client-device setup as has been talked about in this article concerning WPS in a multi-access-point network.
But it is also ready for the IPv6 home networks which are a reality for anyone using a recent high-end consumer or small-business router and will become common as more countries roll out next-generation broadband.
But the FritzPowerline 546E is one of the few HomePlug access points equipped with a filtered mains outlet which you can plug equipment in to. AVM takes this further by making this socket a switched socket which works with their home-automation software. For that matter, this function is manageable through the device’s Web user interface and provides not just instant remote “on-off” but a time-switch function.
What I see of this device is that it isn’t just like other HomePlug wireless access points but is offering more functionality in a different way. This is especially as the HomePlug powerline network is being considered very clearly in the UK and Europe as a viable no-new-wires network segment.