Google Fiber is Googles way of providing the internet for a variety of users, with a wide range of choices to help people in all situations. Their $70 gigabit internet access was their most commonly known option, but for those in Kansas City you could also get 5Mbps internet for a small construction fee, or at least you could as it would appear that Google Fiber has now dropped its free tier. The free 5Mbps option is now longer available for selection
The free 5 Mbps option is no longer available for selection, with a new 100 Mbps costing $50 a month and the $100 installation fee waived in exchange for a one-year commitment. Those who are currently on the tier have until the 19th May to say they want to keep it, but with the option also being available in Austin and Provo, the question is will they soon lose the low-cost option.
With the removal being unannounced and no word from Google yet regarding the removal, it is up to anyone’s guess why they have made this move. It could simply be that the days of fiber being considered a luxury experiment are over and with so many people now offering fiber connections for cheap prices, Google fiber may just need to start making money.
Tenda might be a company that is mostly known for the entry-level products at lower speeds, but they also got some top of the line devices that easily can compete with anything else on the market. Today I’m taking a look at the new Tenda AC15 which is an AC1900 Smart Dual-Band Gigabit WiFi router.
Tenda designed the AC15 with the smart home in mind and as such the router brings a lot of features that can make your everyday digital life a lot easier. Starting with the dual-band AC1900 technology we know that we have a strong router in our hands that will deliver some of the best possible wireless network speeds. The AC15 also features beamforming technology that helps to boost the range of the high-powered amplifiers and external antennas.
The AC1900 standard defines a total speed capability of the router up to 1900Mbps where it is capable of delivering both 1300Mbps 802.11ac at 5GHz and 600Mbps 802.11n at 2.4 GHz concurrently. The Beamforming+ technology helps to achieve the best connection with each device as it locks onto a device’s location and strengthens the signal in that direction rather than blasting it equally in every direction.
The router is equipped with 3 external dual band antennas with a 3dBi strength. Sadly the antennas aren’t replaceable, at least not without taking the unit apart, but they should offer plenty of performance for small to mid-sized homes.
Tenda built the AC15 router around a Broadcom dual-core processor and equipped it with DDR3 memory, but the specifications page does not reveal which exact processor nor how much memory it has. That might, however, be something we can find out through the user interface or by opening it up.
Next to the obligatory WAN port, Tenda equipped the AC15 router with three more Gigabit Ethernet ports for your wired network devices. It also features a USB 3.0 port for easy storage and printer connections which then can be shared to any device that you want via your network. This also allows you to create a personal cloud system and that’s even an easy task to do thanks to Tenda’s personal cloud system. We’ll have a close look at that when we got to the user interface.
There is an ever-increasing concern what effect WiFi signals can have on us humans and it’s better to be on the safe side than sorry. Whether this is a concern to you or not, the Healthy e-life functions in the router allow you to dim the LEDs as well as turn the WiFi signal on and off by a user defined schedule. Why should you be bothered by blinking lights and wireless signals when you aren’t home or asleep. Might as well turn it off, which also saves on the electricity bill.
The initial setup and further configuration of Tenda’s AC15 is a breeze as you can do it from any device, whether it’s wired or wireless. You can either use the easy web setup wizard or use the available Tenda apps. Once setup, you have a powerful wireless router that supports IPTV, VPN, FTP, DDNS and DLNA among others.
Ultimate 11ac speed of up to 1900Mbps, delivering both 1300Mbps 802.11ac at 5GHz and 600Mbps 802.11n at 2.4 GHz concurrently.
Broadcom dual-core processor with DDR3 memory for multi-client with responsive performance and fast speed.
Beamforming+ technology boosts range for the 802.11ac WiFi devices.
High powered amplifiers and three external antennas for whole-home coverage.
USB3.0 for personal secure cloud and printer sharing.
Smart managements of WiFi schedule, LED indicator and power saving all are for your healthy E-life.
Package and Accessories
The retail package for the Tenda AC15 router is a beautiful full-coloured one. The front teases the features and the units design with its eye-catching and bright design.
The rear of the box has some more information on the routers usage scenarios as well as more information about the features.
The full network specifications can be found on the side of the box, so you know what you get before you make the purchase.
The router itself is wrapped with a plastic cover to protect it from scratches. There’s also an extra SSID and password sticker on the plastic which you can remove and place somewhere else for safe keeping.
There’s an install guide, GNU license notice, and a wireless standard certification included, but the last two are more for legal reasons.
Besides the router and the manuals, we also find a power adapter, an RJ45 LAN cable and the foot for the router inside the box.
Linksys recently revealed their new line of MAX-STREAM devices capable of Multi-User, Multiple-Input, Multiple Output technology (MU-MIMO) and now they have announced the first of the units becoming available. The newly available router is the Linksys MAX-STREAM AC1900 Dual-Band MU-MIMO Gigabit router (EA7500).
The MU-MIMO technology helps to ensure uninterrupted Wi-Fi connectivity to all the devices in the home and it functions as if multiple devices have their own dedicated router. That way you will have less lag or interruptions which are especially important when streaming 4K content. The increased bandwidth needed to stream this resolution requires a great connection at all times which the EA7500 should deliver.
Hardware wise the EA7500 is built around a Qualcomm IPQ 1.4GHz dual-core processor and naturally comes with the latest 802.11ac Wave 2 with MU-MIMO Wi-Fi standard. It is an AC1900 router with up to 600Mbps on the legacy 2.4GHz band and up to 1300 Mbps on the 5GHz band. It also comes with four Gigabit ethernet LAN ports for the wired connections and one Gigabit WAN port next to the USB 3.0 and USB 2.0 ports.
The three external and adjustable antennas should provide maximum coverage in your home while you can manage and monitor your network and easily control Wi-Fi devices remotely on a smartphone with the Linksys Smart Wi-Fi app. The router features the WPA and WPA2 encryption standards that are the default and also comes with an SPI firewall to help keep your network safe.
“If you have or are planning to purchase a 4K TV you will need a Max-Stream router to ensure you have a seamless 4K online streaming experience,” said Justin Doucette, director product management, Linksys. “A single stream of 4K content takes a minimum of 20 Mbps to maintain a consistent stream, and when you combine that with multiple streams plus normal Wi-Fi use from gaming, internet surfing, IoT connectivity and music streaming, it adds up fast. Max-Stream will enable multiple streams of Wi-Fi to occur so users can have the ultimate 4K and networking experience.”
The Linksys MAX-STREAM AC1900 Dual-Band MU-MIMO Gigabit router (EA7500) is available now and comes with an MSRP of £149.99 ($199.00 USD).
When you pick the router you want to own, you can either pick an ordinary router for your setup or a great one if you want just a little more. But there is also a third option and you have the choice to go for something extraordinary. Today I’m taking a closer look a router from the last category as I’m having D-Link’s impressive DIR-890L AC3200 Ultra Wi-Fi router in my testing area.
The DIR-890L brings impressive performance via three bands instead of the normal two bands, and it also comes packed in a stylish design with six antennas for maximum range, coverage, and speed. D-Link’s DIR-890L has a futuristic kind of design that somewhat resembles a drone or spaceship. A lot of the times this kind of designs can go too far, but D-Link seems to have nailed it and hit just the right spot between normal, futuristic, functionality, and design. It looks great!
We get more and more smart devices in our homes and that is something that increases exponentially the more people live in the household. We have smart TVs, smartphones, laptops, tablets, game consoles, computers, and much more. All of these need an internet connection through our one and only entry and exit point, the router, which means that we quickly can reach limits around the available bandwidth and channels, and we experience bottlenecks and lag.
Traditional routers have a 2.4GHz band for up to 600Mbps throughput that is suited for surfing, emails, and instant messaging as well as the newer 5GHz band that has a little less range but a lot more performance. D-Link added one more on top of that in the DIR-890L AC3200 router, they added a third band. The third band is another 5GHz band, freeing up some space on the first one by balancing the connections out. It also prevents slower connected devices from bottlenecking the band from faster ones. Each of the 5GHz bands has a maximum throughput of 1300Mbps which gives the DIR-890L a total wireless throughput of 3200Mbps. Effectively this is like three routers in one.
As mentioned above, not all wireless bands are the same, but that isn’t something you need to worry about with this router. The Smart Connect Technology allows the router to choose from the three Wi-Fi bands and automatically connect each device on the network to the best and clearest band available at the time of connection.
The Smart Connect feature is awesome as it manages everything itself and removes any worry from the user’s end what band to pick and choose from. You can still choose to use each band separately with their own individual SSID name and password settings should you wish to do so.
D-Link gave the DIR-890L six antennas and the router features beam-forming technology to improve coverage. With this technology, the router can direct the bandwidth in the direction of the devices connected and thereby give you a better overall connection experience whether you stream your movies, Skype with friends, or play online games.
The six antennas are adjustable in almost all directions, except down. So unless you want to place it upside down, then you can’t have it look like a spider on six legs as some of you probably already imagined. It is not something I would recommend doing as it would place the vents upward and allow for more dust to settle inside the router. You sadly can’t replace the antennas with aftermarket ones on the Ultra AC3200 and that might be a downside for some people.
The router naturally also features wired connections and not just wireless ones, although the wireless features are the selling point in this router along with the great hardware base. You get one WAN port for the internet connection and four Gigabit Ethernet ports for your LAN. The DIR-890L also comes with one USB 3.0 and one USB 2.0 port for file sharing from external storage drives or creating a network printing environment from your old USB-based printer. The D-Link share port allows all this with ease and also allows you to use the built-in DLNA server and stream to compatible devices.
D-Link also packed the router full of useful software features such as parental controls, blocking of unwanted devices, internet activity monitoring, and Wi-Fi guest networks. Intelligent Traffic Prioritization selects the fastest Wi-Fi for every device and prevents older devices from affecting optimal performance. VPN setup and all common features such as NAT and port forwarding aren’t a problem for the DIR-890L either.
There are a lot more features, but we’ll see them on the following pages when we take a look at the user interface and options. If all that shouldn’t be enough, or you just don’t like the interface for some reason and would like something else, then you can flash the router with DD-WRT, the open-source router firmware. The D-Link AC3200 Wi-Fi Router should be fully compatible with the open source Linux-based router operating system.
If all that shouldn’t be enough, or you just don’t like the interface for some reason and would like something else, then you can flash the router with DD-WRT, the open-source router firmware. The D-Link AC3200 Wi-Fi Router should be fully compatible with the open source Linux-based router operating system.
All this requires some power to run and that comes from a 1GHz dual-core processor that has no trouble keeping up the data packets for your gaming sessions or 4K media streaming. Speaking of 4K media streaming, the DIR-890L is a Nvidia GameStream-Ready product and certified for optimal compatibility with the newly released Nvidia Shield 4K Android TV Console.
Packaging and Accessories
A Premium router also needs a premium package, and the D-Link AC3200 Ultra Wi-Fi Router has that. The huge box has a premium finish and is made from thick cardboard. The outside has a full-colour print with the router itself and the name on the front.
The rear of the box displays the main feature highlights in a graphical way, easy to see, read, and understand.
It isn’t just a folded box around an inlay either, but a real box where you lift the cover up.
Inside you see the beautiful router right away, safely secured and with the accessories packed in the boxes on either side.
Inside is a power cord, AC power adapter, and an RJ45 LAN cable to connect your new router.
There’s also a beautiful Quick Install Guide to help you get started, a configuration card with all the default settings and room to write you own as well as an extra sticker with the defaults for you to place where it is convenient.
Synology has a long experience producing network attached storage and surveillance devices so it was just a matter of time before they expanded into more similar areas. They got the knowhow and the expertise to do so and today I’m taking a closer look at their first router, the Synology Router RT1900ac Wireless Gigabit Ethernet router.
Let us first have a look at the basic hardware specifications. The Synology RT1900ac is built around a powerful dual-core CPU with a 1GHz clock speed and it comes with 256MB DDR3 memory. The dual-band 802.11ac wireless router can transfer with up to 1300 Mbps on the 5GHz band and up to 600 Mbps on the 2.4GHz band. It is equipped with three external and replaceable MIMO omni-directional high-gain dipole antennas with 3.5 dBi for the 2.4GHz band and 4.6 dBi for the 5GHz band.
With a hardware base like that, you don’t need to worry about lags or bottlenecks. The RT1900ac has four Gigabit Ethernet LAN ports and one Gigabit Ethernet WAN port, all located on the rear in-between the three antenna mounts. The RT1900ac features a power button which is a nice thing to see on a router and while it isn’t a feature that is used a lot, it is great to have when needed.
Both the wired and wireless network connections will benefit from Synology’s bandwidth prioritization and network traffic control system that allows you to prioritize the important traffic such as your games. After all, you will always want to have the lowest latency that will give you that extra edge on the virtual battlefield. But that doesn’t mean that the Synology RT1900ac only is good for gaming, it is also awesome for streaming. You can enjoy buffer-free playback of your 4K movies when streaming them to your media devices around the house.
You don’t even need other devices in order to stream your favourite movies, shows, or music to your smart TVs and audio systems as the RT1900ac is DLNA compatible and comes with both a USB 3.0 and an SD card slot. You can also use it to stream from other network storage locations should you not want to use the direct storage features.
The access to connected devices isn’t just limited to media streaming. You can share any files on a USB storage drive or SD card (SDXC) via the Synology RT1900ac and access the contents from anywhere as well as share files with family, friends, and coworkers. The RT1900 supports all the common protocols such as SMB, AFP, FTP, or WebDAV. Whether you use a Windows PC, a Mac, an Android, or an iOS device, you’ll have access to it all.
As mentioned, Synology has quite some experience within the network area and they naturally created a great operating system for their new router. The new operating system is called Synology Router Manager (SRM) and it includes both basic and advanced tools such as VPN support, RADIUS server, and more.
The operating system is very similar to DSM, Synology’s NAS operating system, and comes with the same user-friendly interface and multi-task abilities. You can also go beyond the basic and pre-installed features and download more functions through the Package Center. Transform your router into a personal VPN server, professional RADIUS authentication server, 24/7 download hub or make it into your multimedia hub. The choice is yours.
We have seen two out of four sides on the new Synology Router RT1900ac so far and below is the third side where we also find features to highlight – there is something everywhere on this router. On this side we find a button to turn the Wi-Fi completely off and back on again for when it isn’t needed. There is a growing concern among some people who fear that exposure to wireless signals of all sort can affect us and those people, and everyone else too, have the ability to easy switch the wireless signals on and off depending on when they are needed.
Next to the Wi-Fi on-off switch we find the WPS button for easy connectivity between the router and other devices. A simple touch of the button on both devices and they will pair with each other and establish a connection. No need to search for the correct Wi-Fi network among all the possible ones and no need to enter any complicated passwords.
There is one more thing that I haven’t shown you yet and that is located right on the front of the router, around the corner from the USB port and SD card slot, and it is the one button that I have been missing on every single device with these ports since they came into existence. A hardware eject button. Simply press the button and the operating system will safely unmount the drive and make it ready for safe ejection. This is so much easier than having to log into an administration interface just to press a button to eject the drive.
Now that we’ve seen what the Synology Router RT1900ac is all about, it is time to mount the antennas and get a closer look at them. The squared antennas look out of the norm and fit well with the router. Synology also added smart Beamforming technology that lets the RT1900ac focus wireless signals toward up to six simultaneous devices and thereby increase the range, reduce the latency, and economize the power consumption.
Synology packed the Router RT1900ac with quite a few great features such as application layer quality of service (QoS) that lets you see how much bandwidth is consumed by individual applications and devices and then lets you restrict the amount of bandwidth the device or application is allowed to use. It also comes with parental controls such as time scheduling for individual devices as well as intelligent and manual web filtering.
Synology also added support for their QuickConnect service which makes remote control and access as easy as the local. Just register a unique and customizable QuickConnect ID, and you’ll to be able to log in to Synology Router Manager, access connected storage devices, and do much more from anywhere with an Internet connection.
Packaging and Accessories
Synology packed the RT1900ac in a simple brown box which is all that is needed. It has a sticker on the front showcasing the router itself and its feature highlights.
The rear side of the box has another sticker with a few more details and the device’s specifications and usage scenario as well as what the package contains.
Inside the package is a power adapter with connection options for the region where you purchased the device, in this case there is a UK and a slim-EU plug included. There are also three high-gain antennas and the extra stand in case you should want to have it in an upright position.
TP-Link’s smart wireless router with a touchscreen is now available and the Touch P5 is unlike other routers. You can control all the features without the use of PCs or smart devices, directly on the router via the 4.3-inch capacitive touchscreen. A sweet extra function that can come in handy.
The Touch P5 features four Gigabit Ethernet LAN ports and one WAN port besides the AC1900 WiFi connection. The three antennas and up to 1300Mbps on the 5GHz band and 600Mbps on the 2.4GHz band provide a great connectivity for lag free gaming and 4K video streaming alike.
The router features both guest networks and parental control as well as USB sharing. The powerful 1GHz dual core processor inside should provide plenty of power to run all this simultaneously. The Touch P5 was designed as a versatile unit and it can act as a router, repeater, or access point.
With its clean, user-friendly design, The Touch P5’s display interface provides an ideal portal through which to quickly access and manage your network settings. Now you can modify parental controls, add/remove devices from your network, and change guest access privileges with a few taps on your router’s display. For added functionality, the touchscreen display can also function as a clock, when not in use.
TP-Link’s Touch P5 routers are now available at the TP-LINK store and other major retailers. It features a 2-year limited warranty and 24/7 tech support. The MSRP is set for $204.99 which isn’t all bad considering you get the best available Wi-Fi along with a fancy touchscreen for control.
TP-Link also released a new video showcasing the router in a setup environment.
This video below was the first time we got a view on the TP-Link Touch P5 back in May 2015.
You might know Innodisk as a storage and memory manufacturer, but that isn’t the only thing that this company creates. They also produce a lot of embedded solutions and modules and the newest in this range is also a world’s first: A new M.2 form factor Single and Dual Gigabit Ethernet Module that doesn’t require extra drivers.
The single port module is called the EGUL-G101 and the dual port module that supports port trunking and link aggregation is called the EGUL-G201. The modules are built-in a 22×60 (60mm long) form factor which could be an issue with some boards that only take 2280 modules, however, newer boards take 40, 60, and 80mm modules.
The EGUL modules use the USB 3.0 standard that provides up to 5Gb/s throughput, plenty for even the dual EGUL-201 that only needs 2Gb/s. Unlike PCI-express based network cards, the EGUL modules can be used on both Windows and Linux platforms without the need for extra drivers and provide flexible network expansion for all kinds of embedded systems.
The modules use an industrial grade design, suitable for use in commercial systems. The EGUL-G101 and EGUL-G201 are built with strong electrical isolation and 30 micro-inch gold interface connectors for a robust connection. The ethernet modules feature 15kV ESD, 2kV HiPot and 2kV surge protection, preventing electrical damage to the system and connected components from potential differences or dirty electrical conditions while also maintaining signal integrity.
There are multiple daughterboards available, allowing you to set the actual RJ45 ports where you need them and where your case or rack allows you to mount them.
The new EGUL-G101 and EGUL-G201 modules should be available now, meaning they will arrive at resellers very shortly. It is really nice to see some available options in the M.2 form factor that previously was known as the next-generation form factor (NGFF). For a next generation, there have been way too few options for too long.
Linksys already had a pretty impressive router in their WRT1900AC router and now they are ready with an upgrade to that model called the WRT1900ACS. The router keeps the same design and shape, but Linksys gave the hardware inside an impressive update.
The CPU is now a 1.6GHz Marvell dual-core chip where the old model only had a 1.2GHz dual-core processor. The RAM was doubled from the previous model and the new WRT1900ACS features 512MB DDR3 RAM as well as 120MBB flash memory for the firmware.
The WRT1900ACS is fully OpenWRT compatible, allowing you to customize the firmware to your liking, that is if you don’t like the one that it’s already shipping with. With more CPU power, more RAM, and more storage space, you got even more possibilities to create the perfect router setup for yourself.
The rest of the features stay the same. You get four external high-performance antennas with beamforming technology, a USB 3.0 port for storage and a combined USB 2.0 and eSATA port for printers, storage, and other legacy devices. There are four Gigabit LAN ports and one Gigabit WAN port for the wired connections while the wireless part can perform with up to 1300Gbps on the 5GHz and 600Mbps on the 2.4GHz band.
“We just made the best performing Linksys AC1900 router even better,” said Mike Chen, vice president product management and engineering for Linksys. “We are committed to making the Linksys WRT lineup the most advanced and best-in-class router line for the prosumer so they can get more out of the network they use in their home and office environment. We improved on the original WRT1900AC because we were able to incorporate better components such as a faster processor to make the router perform at higher clock speeds and providing more RAM for advanced users. Adding more memory enables our customers to build more off the open source platform as well as enabling us to provide more enhancements in firmware as we innovate and create more features.”
Amazon surprised developers today with the launch of a device dubbed as Snowball. Snowball is a new physical appliance that will allow Amazon Web Service users to ship huge amounts of data for import by shipping the device back and forth between their offices and the AWS data centers.
The appliance is a bit larger than an old-school desktop case and it can hold up to 50 terabytes of data. It has a Kindle on the side, which functions as an automatic shipping label. Amazon says the case can withstand a 6 G jolt and is entirely self-contained, with a 110-volt power supply and 10 GB network connection built-in.
Amazon have a set price for using this service. It will cost you $200 for 10 days of usage, each extra date on site will cost you an additional $15 per day. Amazon are not going to charge for importing the data from snowball back into your S3 appliance on their servers.
After you set up a “snowball” on their website, Amazon will ship the storage appliance. You then import your data and ship it back to amazon, using the embedded kindle as a shipping label. At the moment, all of the data will be imported into the companies Oregon data center; they say additional data centers are coming soon.
For today’s review I am taking the TP-Link Archer VR900AC 1900 Wireless Dual Band Gigabit VDSL/ADSL Modem Router for a spin in our test area to see how well it performs, it surely sounds like a great device. While the Archer VR900 looks very similar to the Archer C9 that we reviewed not long ago, it’s quite the different device and it also sports some general improvements over the C9.
Most noticeable is the built-in modem that allows you to connect it directly to your phone line when using that sort of connection. There is no need to keep the old modem around and couple a router on the back of it in order to gain the features and functionality you want; The Archer VR900 does it all. It supports all current ADSL as well as VDSL formats right out of the box.
TP-Link didn’t just stop after adding the DSL modem to the VR900, they also made sure that it will work with pretty much any connection. At some point, and as it becomes available in more and more regions, there is a good chance that you’ll switch from your DSL line to a more modern Fibre optical connection. When you do so, you don’t need to replace the VR900 with something new as it also supports a direct WAN connection via the fourth LAN port. But once again, TP-Link weren’t satisfied with the connection options, so they made sure that you’re also able to connect it to 3G or 4G/LTE network via a USB dongle and the two onboard USB ports. All in all, there isn’t much that this router can’t do and connect to.
The TP-Link VR900 is an AC1900 dual-band router, meaning it can perform with up to 600Mbps on the 2.4GHz band and up to 1300 Mbps on the 5GHz band for a combined throughput of 1900 MBps. It has a great coverage thanks to the three 5 dBi omni-directional antennas. The wireless range and performance is further enhanced thanks to the beamforming technology that is applied on both wireless bands.
Inside the router is a 1GHz dual-core processor that makes sure that you don’t encounter any bottlenecks as the router has to perform its tasks.
The wireless bands feature the normal 64bit and 128bit WEP, WPA, and WPA2 encryptions for secure connections and the WPS button makes connecting devices as easy as it can be. The software parts feature everything from Wireless MAC filtering, QoS control, NAT Firewall, VPN, Virtual server and Port Triggers, as well as any other function you could want from a router. Guest networking and parental control is also present and both are great features to have around.
Packaging and Accessories
A great router like this also deserves a beautiful wrapping and TP-Link delivers that. The Archer VR900 has a simple yet very beautiful package. The front shows the device itself as well as providing all the basic feature information.
On the rear of the package, we find more details about the specific functions as well as a comparison table with other TP-Link devices. That way it’s even easier to pick just the right model when you’re visiting your local tech shop and have them all in front of you.
Inside we find everything we need to get it set up. The router itself and a power supply for it, two RJ11 cables and a splitter for your DSL connection, an RJ45 LAN cable, and the three detachable antennas as well as a quickstart guide and technical references.
Samsung’s latest release to the SSD Market is the 950 Pro SSD. It is the fastest consumer SSD the company have ever made for the consumer grade market. Samsung have managed to achieve a whole new level of speed into their flash storage by incorporating V-NAND and NVMe technology, the device uses NVMe rather than AHCI to communicate with the storage controller, many SSDs use the much older AHCI protocol to communicate with the storage controller; this was designed 11 years ago in 2004 by Intel for standard spinning platter hard drives.
The 950 Pro can offer sequential read speeds of up to 2500 MBps and sequential write speeds as fast as 1500MBps. That’s pretty impressive in my opinion, the new model is more than four times the read speed of its predecessor, the 850 Pro, and three times the write speed. It even beats their previous top performer, the OEM-only SM951, in terms of read speed.
The 950 Pro will be available in retailers this October, with prices for the 256GB version starting at £130, and £230 for the 512GB model.
The 950 Pro also uses the newer M.2 form factor, meaning it won’t be usable unless you have a motherboard with one of the m2 connectors. Most motherboards have this nowadays but it’s something to bear in mind when buying one.
Thanks to The Verge for providing us with this information.
Forget dual-band routers, here comes the wave of tri-band routers. TP-Link is ready with theirs and they have announced the availability on the Archer C3200 AC3200 Wireless Tri-Band Gigabit Routers. The third band isn’t a new wavelength, but rather an extra 5GHz connection. That gives you a total speed of up to 3.2Gbps, 600Mbps from the 2.4GHz band and 1300Mbps from each of the 5GHz bands.
The extra 5GHz band is useful for places where a lot of wireless devices connect at the same time, still offering an optimal connection for everyone. To maintain a constant throughput, the Archer C3200 comes with a 1GHz dual-core processor and three coprocessors that exclusively handle the Wi-Fi tasks over the three bands. This should give a total bottleneck free experience.
There are also four Gigabit Ethernet ports for wired devices on the TP-Link AC3200 Gigabit Router as well as a USB 3.0 for direct and fast storage connection and a USB 2.0 port for older legacy devices and printers. The square-shaped C3200 router comes with six high-performance external antennas for maximum coverage, even in larger homes.
A router like this won’t come cheap, but it’s still a very fair price in my opinion. TP-Link attached a $259.99 MSRP to the Archer C3200 AC3200 Wireless Tri-Band Gigabit Router, and it comes backed by a 2-year warranty. Availability should be very shortly.
Rivet Networks released their newest LAN controller yesterday, they brand new Killer E2400 Gigabit Ethernet controller that is said to deliver unprecedented speed, intelligence, and control for the ultimate networking experience. The new LAN controller adds to the already impressive predecessor with Advanced Stream Detect 2.0 to offer cutting-edge network data detection and network optimization technology.
The Killer E2400 LAN chip automatically detects and prioritizes specific website traffic in addition to networked applications and games. It also provides two additional network priority levels for a total of six different priority levels to take full advantage of the enhanced application and website detection. The adapter is said to outperform the competition by up to 10 times when multi-tasking and being up to 50 percent faster at single application usage.
The Killer E2400 also works together with the Killer Wireless products via Killer DoubleShot Pro technology, which uses both Killer Ethernet and Killer Wireless interfaces simultaneously to automatically route high priority traffic to the fastest connection. For the absolute best connection, you can couple two of these chips together with the Killer Wireless-AC to get a DoubleShot-X3 Pro connection with up to 2.867 Gbps throughput.
The new Killer E2400 LAN controller is being released in partnership with MSI and GIGABYTE whole feature them on some of their best new Z170 motherboards such as the MSI Z170A GAMING M9 ACK, the MSI X99A GODLIKE GAMING, the GIGABYTE Z170X-Gaming 7, and the GIGABYTE Z170X-Gaming GT.
Killer E2400 Features:
Advanced Stream Detect 2.0 offers the most advanced network data detection available in consumer products today. Advanced Stream Detect 2.0 automatically classifies and prioritizes network traffic for online games, HD video, and specific websites for better quality and fewer interruptions in a user’s online experience
Lag and Latency Reduction Technology designed specifically to reduce latency and improve online gaming and HD video performance
Visual Bandwidth Control shows which applications and websites are monopolizing bandwidth and gives users the control to optimize performance by adjusting priorities and setting bandwidth limits so that low priority traffic doesn’t interfere with multimedia applications or favorite websites
Tenda was founded back in 1999 and has since created some great networking products. We’ve tested a few already and it’s a pleasure for me to take a closer look at the Tenda TEG1210P WebSmart Gigabit PoE Switch that comes with 8 Gbit RJ45 ports and two additional Gigabit SFP ports.
A switch doesn’t equal a switch. Although most people can make do with what any cheap switch, a lot of us want more. More control, more features, and more possibilities and that is what smart switches bring to the table.
The TEG1210P supports port mirroring, port bandwidth control, port traffic statistics and power save mode, and more. It is user-friendly and works as plug-and-play without the need for configuration.
The switch is only 210mm deep and will easily fit into any 19-inch rackmount that you might have. It comes with mounting brackets and screws for that as well as four rubber feet with adhesive in case you want to use it as a desktop model.
The rear side only features a power plug for 100-240V and a power switch to turn the switch off. The power switch is a nice feature in an office environments where you don’t need it all the time and it is something my own current switch is missing and that I’m missing on it.
On the bottom we can clearly see the four markings where you the feet for desktop use are placed. You’ll also find a sticker with details on the router.
Tenda added two 40mm fans to keep the unit cool by sucking the air in on one side and blowing it out on the other, thereby creating an air flow through the entire unit.
The eight RJ45 ports support 10/100/1000Mbps connections as well as 802af PoE with 15.4W per port. There are two more ports, but these are SFP MiniGBIC with a speed of 1000Mbps and automatic switching between metallic and optical interface. The SFP ports allow you to easily extend the range of your network from 100meters to over 80 kilometers.
The LEDs on the front of the switch will let you know what is going on. There is Link/Act, Speed, and PoE LEDs for the eight RJ45 ports as well as LEDs for the two SFP, Power, and System. The reset switch is hidden between the Power and SYS LED.
Tenda also added a grounding screw in case your unit doesn’t get that through the power connection or you just want an extra security or ground something else via the switch.
When we take a closer look at the sticker mentioned earlier we see that it contains all the relevant information from power usage to default IP and administrator details.
The TEG1210P complies with IEEE 802.3, IEEE 802.3u, IEEE 802.3ab, IEEE 802.3z, and IEEE 802.3af ethernet standards. It adopts store and forward scheme and is integrated with an 8K MAC address table with MAC address learning and auto-aging support.
The smart switch supports port aggregation and trunking with up to three groups each of which is allowed to include a maximum of 4 members. It further supports up to 10 groups of Port-based VLANs and up to 128 groups of IEEE 802.1Q Tag VLANs with VLAN IDs ranging from 1 to 4094.
You also get features such as port storm control, statistics, bandwidth control, QoS, IGMP snooping, and 802.1x support. The total switching capacity of 32Gbps should prevent any bottlenecks.
It is estimated that 26% of US household with incomes less than $30,000 have no internet. Now, thanks to a new Google initiative, those households will be eligible for free gigabit internet. The internet giant has announced that will give select low-income households Google Fiber, free of charge, as part of the ConnectHome initiative.
As announced on the Google Fiber blog:
“The web is where we go to connect with people, learn new subjects, and find opportunities for personal and economic growth. But not everyone benefits from all the web has to offer. As many as 26% of households earning less than $30,000 per year don’t access the Internet, compared to just 3% of adults with annual incomes over $75,000. Google Fiber is working to change that. Today, in all of our Google Fiber markets, we’re launching a program to connect residents in select public and affordable housing properties for $0/month with no installation fee.”
ConnectHome is a program launched in partnership with the White House and the US Department of Housing and Urban Development (HUD) to bring internet access to families living in HUD-assisted housing, which comprises 28 communities across the country. For now, ConnectHome will be focusing on properties within Atlanta, Durham, Nashville and Kansas City, with a view to roll out the initiative further in the future.
A further part of ConnectHome will be offering courses on basic computer skills, since many families that will be eligible for free Google Fiber will lack internet experience.
D-Link has a long history in the network business and I myself have personally had many of their devices in use over the years, so my expectations are high here. I have the pleasure to take the D-Link DIR-880L AC1900 Dual Band Gigabit Cloud Router for a spin in the test area and it will be interesting to see what the DIR-880L can perform.
Right off the top we have the best possible wireless connectivity with the concurrent dual-band 2.4GHz and 5GHz connectivity for a total speed of 1900Mbps, 600 Mbps from the 2.4GHz band and 1300 from the 5GHz band.
The Advanced AC SmartBeam technology vastly increases the speed and coverage of your network. This allows you to stream HD video, make Internet calls, and surf the Internet from every corner of your home without interruption. The high-gain external antennas should send the signal into the furthest corners of your home with a strong connection wherever you are., giving you a strong connection wherever you are.
The slower 2.4GHz band is still great for checking emails, surfing the web, or viewing photos, but you’ll want the faster 5GHz band when you game online, stream HD content, or transfer a lot of files.
The wired connections are all full Gigabit connections and that includes the WAN port. No need to worry that the router will throttle your internet speed even though it might be faster than 100Mbit, which isn’t that unusual these days.
The addition of two USB ports, one USB 2.0 and one USB 3.0 allow you to connect storage devices directly to the router and share them with everyone on the network. It doesn’t matter where you are and what device you connect from, you’ll always have access to your files. This is a great solution for people that rely a lot on portable storage or those who don’t have a NAS. You could also use these ports to charge your mobile devices, a function I often use them for.
The DIR-880L Cloud Router is mydlink enabled, allowing you an effortless access and view of your network no matter where you are. See who is connected to your router, change the settings, block someone from accessing something just like you would at home.
The mydlink SharePort app allows you to connect a USB storage device to the DIR-880L and instantly share documents, movies, pictures, and music with mobile devices. Put your music library on a USB drive and share it with everyone else in your home, or show photos on the living room TV while a family member watches a movie on their tablet. Stream media files to multiple devices without interruption, or save them to your device for offline playback.
Whether you want the D-Link DIR-880L to stand or hang on the wall, that is your choice. It is built to support both and the bottom of the router features four rubber feet for a secure stand as well as cutouts to hang it on two screws.
You’ll also find all the other information such as default passwords, serial numbers, and MAC addresses on the bottom of the unit.
The three antennas can be turned and positioned to give you the best coverage in your own home and surroundings. There aren’t two places that are the same and having the perfect router location can make a lot of difference. Being able to angle the antennas as you like can help a lot with this.
Feature wise you won’t be disappointed in the DIR-880L, may you want VLAN support, firewall, time scheduled operation, parental control, virtual servers, or the aforementioned cloud features.
The dual-core CPU is hidden below the large cooler that I sadly couldn’t get removed. Not knowing just how it’s secured to the chips I rather left it instead of destroying it by the use of force.
On the PCB, we see that this product doesn’t come from anyone. It is very well built, clean, and all components have been properly seated before they were soldered. I have no doubt that this kind of work will last a long time and it is refreshing to see.
Within the package you find everything you need to get started. The router itself, an RJ45 cable so you can connect it to your modem, fiber box, or internet plug, three high-powered antennas, a power adapter and installation manuals to get started.
Comcast’s fibre internet was always going to be expensive, and now the telecoms company has revealed just how much 2Gbps internet will cost you; $300 a month! Comcast calls its fastest-ever consumer broadband Gigabit Pro, which offers twice the download and upload speeds of Google Fiber for a small amount of $230 more per month. Comcast says you “must generally live within a third of a mile of our fiber network” in eligible cities to receive Gigabit Pro. The service will be available as part of a 2 year contract too. Comcast is also saying that the installation of the service may take up to two months, meaning people could pay $1000 before they even get service.
On the plus side, Comcast is offering people who agree to that two-year contract an early promotional rate of $159 per month and if you’re the type of person who can afford $300 internet every month, maybe the tacked on installation costs won’t influence your thinking much anyway. Gigabit Pro could make sense for small businesses with colossal bandwidth needs, though Comcast look to be hoping that business users stick with their own, more expensive plans. If nothing else, Gigabit Pro should make for a smooth experience watching a stream on every device inside your home and then some!
Thank you to The Verge for providing us with this information
Like many counties that became used to using old copper networks to bring the internet to homes, the US is starting to fall behind in terms of price and speed, with its larger telecoms companies reluctant to invest in expensive fibre networks. With that in mind, 101 US cities have come together to agree to a vastly ambitious project to bring gigabit-speed internet to America, and they’ll build it themselves if they need to.
The cities are part of the Next Century Cities coalition, which aims to help cities to manage the massive undertaking of constructing an extensive fibre network. Deb Socia, executive director for Next Century Cities, said, “Since launching Next Century Cities in October, we’ve seen incredible demand from cities looking to lead the conversation about the crucial role next-generation Internet plays in helping communities thrive.”
The Next Century Cities coalition doesn’t just help create the infrastructure, it also negotiates with federal and state authorities to work within each region’s laws and regulations. Almost as an extension of net neutrality, the group wants to take the internet out of the hands of big business and deliver it to the people, maintaining the highest quality and speed without having to sacrifice services.
Next Century Cities has not set a timeframe by which it hopes to establish gigabit-speed internet networks in its 100 cities, but it currently working hard to make it a reality.
Thank you Vice for providing us with this information.
Powerline network adapters are growing a lot in popularity as the amount of connected devices in our homes also are growing. Wireless signals aren’t the optimal choice everywhere and there are also those of us that are worried about too many signals everywhere. You might not want to drill lots of holes through your walls either in order to run a network cable from here to there and everywhere and that is where the powerline adapters come into play.
You plug one in near your network connection and another where you need to connect a device. And that is all, the connection will be made using the existing power lines running through your home. Netgear’s two newest kits, the PL1200 and the PLP1200, can deliver up to 1.2Gbps transfer speed under optimal conditions. The only thing that is different on the two new kits is that one of them has pass-through so you won’t have to give up the power outlet for other devices and the other one doesn’t.
“Powerline has become an increasingly popular networking solution because of the explosive growth in connected AV devices, and the high speeds and reliability required to support demanding applications such as HD video streaming and online gaming,” said Oleg Fishel, the product line manager for NETGEAR Powerline. “With powerline technology, you can take advantage of your existing electrical outlets in every room and don’t need to run new wires to get fast, uninterrupted access to the Internet and the home network.”
The two new kits are fully compliant with the HomePlug AV2 standard so you won’t run into compatibility issues with other powerline adapters. Multiple simultaneous data streams (MIMO) with beamforming technology allows the NETGEAR Powerline 1200 adapters to deliver gigabit speed at even longer distances, ideal for 4K video streaming, lag-free online gaming, or whole-home video monitoring. You can add up to 16 adapters to expand your home network and they automatically enter power saving modes when not used.
The “Pick-a-Plug” function allows you to find the optimal power outlet where a LED indicator light will guide you to the perfect outlet to use, where you’ll get the best performance. The Powerline 1200 Adapter (PL1200) Kit is available now in the U.S. from major retailers in stores and online at an MSRP starting at $79.99, and will become available in Europe later this month. The Powerline 1200 + Extra Outlet Adapter (PLP1200) Kit will become available in the U.S. and Europe in May at an MSRP starting at $89.99 in the U.S. Both kits contain two adapters and two Ethernet cables.
NETGEAR has introduced their newest router, the NETGEAR D6400 AC1600 WiFi VDSL/ADSL Modem Router with dual-band Gigabit. The new D6400 is designed for larger homes and home environments supporting 10 or more devices such as smartphones, notebooks, tablets, laptops, computers, smart TVs, gaming consoles, and Blu-ray players.
The new AC1600 Modem Router provides a built-in fast VDSL modem for broadband that is also compatible with ADSL2+ connections. It comes with both Gigabit Ethernet WAN and LAN ports and also offers future upgrade abilities to fiber or cable. The AC module can deliver up to 1.6Gbps (AC1600 WiFi = 300+1300Mbps), perfect for both the newest and somewhat older devices.
“We developed the AC1600 Modem Router, the first in a series of new VDSL products, in response to consumers who now have extremely fast DSL broadband service but demand better in-home WiFi performance,” said Doug Cheung, senior product line manager for NETGEAR DSL Products. “You expect your in-home WiFi to deliver that faster broadband speed to the farthest reaches of your home, but are disappointed and frustrated that the modem router supplied by your Internet provider isn’t the latest WiFi technology. You want something faster, with better range, and which supports more devices. Our AC1600 WiFi VDSL/ADSL Modem Router does exactly that.”
NETGEAR’s router app called Genie is already enjoyed by more than 5 million customers and the dashboard like interface makes it easy to install, monitor, control, and repair your home network. You can easily access your home network, view the network map, check bandwidth usage, block WiFi devices, set up guest WiFi, and manage parental controls for safer web surfing, anytime, anywhere, all through the app. Another useful side on the D6400 is the NETGEAR MyMedia feature that enables you to find and play your stored media files from anywhere on your network to your DLNA-ready TVs and music systems. You can also make any printer AirPrint compatible for printing from an iPad or iPhone.
With two built-in USB ports, you can easily attach both USB drives and printers as previously mentioned and share them over your network. The NETGEAR AC1600 WiFi VDSL/ADSL Modem Router launched initially in Australia at the end of March, and will launch in Italy and the UK this April for an MSRP of €159.00/£149.99.
Thanks to NETGEAR for providing us with this information
TRENDnet has announced the availability of the Powerline 1200 AV2 Adapter Kit, model TPL-420E2K. TRENDnet’s Powerline 1200 series create a network connection over your existing power circuitry using all three wires in them: live, neutral, and ground wires.
The Gigabit port on these units will extend your network throughout the home. They system can cover homes up to 465 square meters or an electrical power line distance of up to 300 meters.
The system is of course using encrypted transfer to protect your data and will work flawless with other power over circuitry devices.
TPL-420E2K – Powerline 1200 AV2 Adapter Kit
Includes two TPL-420E adapters
Extreme Powerline 1200 networking over existing electrical lines
Enhanced performance and range with Multiple Input Multiple Output (MIMO) Powerline technology
Simply plug in the adapters—TRENDnet adapters auto-connect out of the box
Pre-encrypted Powerline for your convenience
Gigabit port maintains high performance wired networking
Connects over electrical lines for homes up to 5,000 sq. ft. (465 sq. m)
Ultra stable Powerline signal
Power Save mode reduces electrical consumption by up to 80% when idle
Press the Sync button to change existing encryption keys
Compatible with Powerline 600, 500, and 200 solutions
The TRENDnet TPL-420E2K should be available now from retailers and other TRENDnet partners for an MSRP of $129.99.
Thanks to TRENDnet for providing us with this information
TRENDnet announces the availability of their 5-Port Hardened Industrial Gigabit PoE+ DIN-Rail Switch, model TI-PG541. The new switch is hardened and well suited for industrial PoE applications and expands TRENDnet’s portfolio of PoE IP cameras, access points, splitters, and injectors.
The TI-PG541 has four Gigabit PoE+ (802.3at) ports, one Gigabit port, and one Gigabit SFP slot. It can deliver 120 W full PoE+ power budget with 30W for each port and has 12 Gbps switching capacity.
The hardened IP30 rated metal switch with integrated DIN-Rail mount can operate at extreme temperatures range of -20 to 60 ºC (-4 to 140 ºF) and features support for dual redundant power input with overload protection. It also has an alarm output trigger by power failure and is rated for shock (IEC 60068-2-27), freefall (IEC 60068-2-32), and vibration (IEC 60068-2-6).
The TRENDnet TI-PG541 comes backed by a 3-year warranty and has an MSRP of $249.99 without power adapter that is sold separately.
Thanks to TRENDnet for providing us with this information
Setting up your home network can be a real hassle at times. You have the option of wireless signals, but that includes configurations as well as possible black-spots for the signal. Drilling holes through your walls might not be an option either, maybe because you rent and your landlord doesn’t want you to. So what option do you got left, you ask? Easy, use your existing power lines to transfer the signal. The Tenda AV1000 Gigabit Powerline Adapter is such a solution, and today I’m taking a look at the Starter kit.
The Ethernet over power circuitry is a great invention and one that has come quite a far since it started. The first devices only allowed for 100Mbit/s and some time later 200 Mbit/s speed, and that under the best conditions. While this might be enough for any internet traffic, it isn’t optimal for home networks that also handle a lot of file traffic between devices. Since then we’ve moved through the 500 and 600 MBit/s models and have now arrived at the full gigabit speed. And as the AV1000 name already suggests, I’m testing on of those today.
The increased speed capabilities make 3D/HD and other IPTV technologies work smoothly, even when multiple devices use the network at the same time. The powerline adapters are starting to become a real alternative to long cables while staying just easy configuration wise. The entire system is plug and play, so all you have to do is connect it, but there is a management software to change the Quality-of-Service (QoS) priority settings.
The Tenda AV1000 supports IGMP snooping, a process of listening to the Internet Group Management Protocol network traffic. By listening to these conversations, the switch maintains a map of which links need which IP multicast streams. It also has a 128-Bit AES encryption as well as the QoS service that can prioritize business traffic firstly, such as IPTV signals.
Tenda also made sure the devices are compatible with the latest AV2 HomePlug standards and are downwards compatible with 200M, 500M and 600M powerline products. It doesn’t matter if your other adapters are from Tenda, as long as they support the given standards. This in returns allows you to easily expand your current adapters with these new Gigabit ones without the need to scrap the old. That is awesome, if I may say so.
Each of the two P1000 adapters contained in this kit will only consume 0.5 watts in standby mode and the white design will make the devices just as invisible on your wall as the tiny power consumption on your power bill.
As if speeds of up to 5.3GBps weren’t impressive enough, D-Link’s new series of Ultra Performance routers are some of the most stylish hardware of their kind. D-Link describes the AC5300, AC3200 and AC3100 models as “attractive” with a “modern form-factor for today’s homes,” with which it is hard to disagree.
The tree models boast an 802.11ac tri-band beamforming with speeds between 3.1-5.3Gbps, gigabit ethernet, multiple high-power antennas, and USB 3.0 ports. The routers can be controlled via smartphone or tablet or though an optional DWA-192 USB 3.0 adapter.
The AC3200 is available now for $310, with the other two models set for release during the second quarter of 2015.
The ASUS RT-AC55U will provide users with not only 1200Mbps dual AC wireless capabilities, but Gigabit LAN will also come standard all for the low price of under $200 US. This information comes about not long after ASUS have released their previous Gigabit-enabled units, with the main difference being the some small now-standard features and capabilities.
The AC55U offers 802.11ac wireless transmission, set at 2.4GHz frequency providing speeds of up to 300Mbps, however it gives the ability to provide 5.0GH bandwidth of 867Mbps. This new release is said, by sources, to contain a Qualcomm chip offering, without any known specific model published. They also claim that the AC55U uses radio-gain antennas, providing two more to the user than the previous models issued to the public.
As far as wiring and features go, the AC55U will provide similar specifications previous models, as we have stated. The most important release features will include; four Gigabit LAN ports, NAS support, smart set-top box compatibility, smart TV integration, USB 3.0, FTP capabilities, 3G/4G sharing, UNPnP AV server support, DLNA server support and offline download capabilities as standard issue.
The management software is said to remain as ASUSWRT, supporting QoS bandwith allocation, traffic monitoring, various AP modes and up to four multi-SSID functions. Officials haven’t yet confirmed the price and date of release, however reports and rumors claim that it will come into the market between $180-$220 US.
If you’re looking for a decently priced router that offers all the bells and whistles, it seems like ASUS are going to be providing the goods.
4G has now been implemented around the globe in major cities for just over a year now. Looking for constant advancement in technology, Huawei have claimed that their new 5G infrastructure and technology will reach 100 times the speed of 4G by the year 2020.
As we reported, Huawei have announced their plans for a 4.5G opening in China by 2016, so this information coming to light is quite interesting. Will 4.5G still be worked on, or is Huawei looking to skip it and reach straight for the stars? 4.5G is set to provide the average user with 100Mbps speeds stable and support up to 30,000,000 connections per tower – set to be somewhat of a ‘patch’ for the current 4G offering, which often experiences connectivity, signal and data transfer issues.
In comes 5G, claiming a 10Gps peak transfer speed – quite possibly faster than your phone can process. Coming from backward Australia, I can only dream of a day when internet will out-perform things like your computers HDD speeds or LAN infrastructure – with 5G in the pipeline, it seems like somewhat of a reality.
As with all new major advancements in technology from 4K cable streaming to 10km data “fricken lasers”, the cost of the research, installment and implementation is always something to consider. Taking a look at 4G speeds currently, they’re amazing and offer the user with speeds that are likely much faster than their current ADSL2+ offering, but are extremely expensive. An Australian eSports group called ACL PRO often experience issues with venue internet being poor in Australia – meaning that they have to run their StarCraft II tournaments via multiple 4G ‘wireless sticks’ – seeing hundreds of dollars worth of data transfer flushed down the drain per event. Wouldn’t it be amazing if one day, we could do away with home line ADSL style internet and simply power our whole houses infrastructure simply by walking inside with our mobile phone? Until then, enjoy thousands of dollars a month in downloads of shareware programs and creative commons music through your 4G connection – if you can even get one.
Back to the topic at hand, 5G is set to allow you to reach speeds of up to 10Gpbs, we’ve decided to list out the speeds below to give you an easily viewable comparison of past and future technology.
2G: A few hundred k per second
3G: Up to a few M per second
4G: Two hundred M per second
Chinese Ministry of Industry and Information Technology Chief Engineer Zhang Feng has announced that the global information and communications industry is ushering in a new wave of innovation, cloud computing, networking and other technologies alongside the rapid redevelopment of new applications. All said to be supported by an amazing 5G mobile internet infrastructure.
According to US technology news website, TechnologyReview, several US communications carriers are going to pilot a technology which will see a laser beam internet up to speeds of 2 Gbps through the air – meaning underground cables don’t need to be laid. This advanced laser and millimeter wave technology is said to be a replacement for conventional fiber, utilized in situations where the population is sparsely populated – including remote US towns and African Villages.
Why not mobile technology? The reports claim that although mobile technology is generally a good alternative, cables will still need to be run to telephone towers tracing to the ‘internet backbone’ – providing a huge cost for manufacturers. This new laser and millimeter technology will allow these US communications carriers to beam a data transmission at a distance of up to 10 kilometers without the need to dig trenches or erect towers. The first countries to be testing this technology are the United States, Mexico, Nigeria and some parts of Africa.
AOptix is the original inventor of this capability, claiming that they believe laser communications will provide an ideal alternative to optical fiber – once again due to the costing nature of laying cables. Data shows that in New York City, the cost of laying just one kilometer of fiber optic cable can cost up to $800,000.
This isn’t a simple point a to point b device either. AOptix claims that you can set up multiple devices to be set as a relay, allowing for 10km worth of transmission to take place per unit. There are a few possible issues with this technology that they haven’t covered in their releases however. How much do these units cost and do they need line-of-sight?
The announcement of this new technology also could have military use, but we’re very interested to know if it needs direct line-of-sight to function.