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Manufacturer: ASUS

Overview

To say that the consumer wired networking market has stagnated has been an understatement. While we've seen generational improvements on NICs from companies like Intel, and companies like Rivet trying to add their own unique spin on things with their Killer products, the basic idea has remained mostly unchanged.

And for its time, Gigabit networking was an amazing thing. In the era of hard drive-based storage as your only option, 100 MB/s seemed like a great data transfer speed for your home network — who could want more?

Now that we've moved well into the era of flash-based storage technologies capable of upwards of 3 GB/s transfer speeds, and even high capacity hard drives hitting the 200 MB/s category, Gigabit networking is a frustrating bottleneck when trying to move files from PC to PC.

For the enterprise market, there has been a solution to this for a long time. 10 Gigabit networking has been available in enterprise equipment for over 10 years, and even old news with even faster specifications like 40 and 100 Gbps interfaces available.

So why then are consumers mostly stuck at 1Gbps? As is the case with most enterprise technologies, the cost for 10 Gigabit equipment is still at a high premium compared to it's slower sibling. In fact, we've only just started to see enterprise-level 10 Gigabit NICs integrated on consumer motherboards, like the ASUS X99-E 10G WS at a staggering $650 price point.

However, there is hope. Companies like Aquantia are starting to aggressively push down the price point of 10 Gigabit networking, which brings us to the product we are taking a look at today — the ASUS XG-C100C 10 Gigabit Network Adapter.

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Continue reading about the ASUS XG-C100C 10GigE add-in card!

There's data in dem der lightbulbs; moves really fast too!

Subject: General Tech | November 25, 2015 - 12:53 PM |
Tagged: wireless, li-fi, 1GBps

Li-Fi is a new experimental wireless data transmission technology which sends data using the same lights that illuminate the space you are in, at such frequencies and intensities that your brain does not process any change in lighting which your eyes might capture.  It transmits at an incredible speed, under perfect conditions in the the lab they saw 224GBps and recently have successfully transmitted at 1GBps in the field.  Yes, that is 1GB per second of data transfer, light travels rather quickly after all.  There are limits on where this technology can be used, in large spaces signals from different lights could interfere with each other and if you are outside then you will not be able to benefit but for offices and the home this could be rather impressive to behold.  Read more about the researchers and how these lightbulbs could be tied into existing lighting at The Inquirer.

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"BOFFINS HAVE field tested Li-Fi for the first time, achieving wireless speeds 100 times faster than WiFi."

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Source: The Inquirer