Google Fiber start laying optical fibre cable

On the 6th of February, Google announced that the company was “ready to lay fiber” in Kansas City (Kansas and Missouri), and restated the goal of getting customers up and running in the first quarter of 2012. The project is nothing short of revolutionary, both for Google and the broadband industry as a whole.

For Google, this is a major first foray into the consumer ISP and infrastructure side of the tech industry. It’s also an opportunity to offer and refine the company’s core online products – without the restrictions of scaling down to suit users’ limited bandwidth access.

An optical fibre broadband cable

Data can be transported at the speed of light through optical fibre cables

For the ISP industry as a whole, it’s potentially alarming. By the end of the year, many internet service providers may have a much higher standard to live up to, and many restless customers on their hands, due to the new competition. Everything depends on two basic questions: how much more bandwidth will Google be able to offer customers, and how much will they be charged for it?

How much speed can you get from optical fiber cables?

Google promises 1gb/s fiber connections. 1 gigabit per second is the same as 1,000 megabits per second – “more than 100 times faster than what most Americans have access to today.”

That’s so impressive that one can’t help being a little suspicious. After all, nearly all of the broadband companies claim a much higher speed than their service actually delivers; due to network overhead, distance from the node, ‘peak time’ traffic, and various other details, your average speed is probably only a fraction of what your ISP promises.

Google Fiber has one active trial in progress, a small community near Stanford University. A user posted a speed test not long ago showing a 151.68 mb/s download speed, giving a good real-world example of what day-to-day users can expect from Google Fiber.

Other fiber companies aren’t even claiming speeds like Google’s (let alone delivering them). The provide in current “fastest internet in the US”, Verizon’s FiOS, tops out at 150 mb/s (if your math skills are sleepy, that makes Google Fiber potentially over 660% faster). The runner-up is AT&T’s U-verse, which has a “Max Turbo” plan of 24 mb/s. In both cases, real-world data shows users getting a wide variety of results, from far worse to sometimes even better than quoted (especially when using the companies’ own speed tests. Hmm…).

How much will Google’s fiber optic speeds cost?

Google’s answer:

“It’s too early to say how much we plan to charge for service, but we do plan to set prices that are competitive to what people are currently paying for broadband access.”

Critically speaking, this could mean anything from around $40 to $200 per month.

The 150 mb/s FiOS plan mentioned above will currently set you back about $200 each month, while AT&T’s 24 mb/s is listed on the web site at $63. To be fair, the closest FiOS plan, at 25 mb/s, would cost about $70/month.

However, the most recent figures for US consumers put the average monthly cost for broadband at around $40. Admittedly, there’s a lack of up-to-date statistics in this area, but if there is a difference, our average cost is most likely a little higher now than in 2010-2011.

The Bottom Line

While Google Fiber looks incredible promising, it’s is still an unknown factor; the actual results and pricing plans are months away.

However, we know for a fact that higher speeds and lower costs go hand-in-hand else where in the world. We know that Google’s effect on the Kansas City tech industry and economy in general has been and will be very positive; and we know that – for whatever reason – many companies and media organizations have suddenly been much more interested than ever in pointing out Google’s flaws and changing public perception of the company.

New Samsung Devices – Announced and Rumoured

Samsung have certainly had a busy few months. In 2011 they saw huge success with their Galaxy S2 Smart Phone, which is still continuing to thrive even today. They also saw the success of their largest tablet on the market – the Galaxy Tab 10.1 – and rolled out similar high quality devices with the Galaxy Nexus and the Galaxy Tab 8.9.

At the end of 2011, Samsung snook another two tablets into the market, the Samsung Galaxy Tab 7.0 Plus and the Galaxy Tab 7.7 – almost without anyone realising. The Galaxy Tab 7.7 is only available in small quantities currently, but due to its initial success, it is expected to be made more widely available in the near future.

Samsung's LogoHowever, for a company that seems to have the best products currently in the market, they certainly haven’t held fire when it comes to announcing and releasing even more devices.

Just recently, Samsung announced their newest tablet (although it may not be their newest for long, but we’ll get to that) the Galaxy Tab 2 – a more entry level tablet similar in spec to the Galaxy Tab 7.0 Plus but with a slightly slower processor, a 1 GHz dual-core processor compared to the 1.2GHz dual-core processor in its 7.0 Plus counterpart, with Samsung trying to succeed in the market of cheaper electronic goods which has seen Amazon compete so successfully in recently.

Not to rest on their laurels, Samsung are also rumoured to be announcing a 10.1 inch version of their Galaxy Note (one of the biggest smart phones currently in the market, often referred to as a ‘phablet’ due to its similarities to a tablet rather than a phone) which has been reported from several sources due to Samsung accidentally releasing details about the Galaxy Note 10.1 being announced at this month’s MWC and also advertising for a young male to be seen using a ‘Galaxy Note 10.1’ device.

So, will Samsung’s new devices do as well as their previous releases? Only time will tell, but my guess is that they will.

3D printing – a revolution on the horizon?

What an achievement, this is my (Christopher Roberts’s) 100th post on Technology Bloggers!

Thank you everyone for your support, I love writing here, and that is because of the fantastic community we have created 🙂

3D printers have been around for around 20 years now, however it is only recently that they have really started to show their true potential, both in industrial and now even domestic settings.

Thanks to the recent advancements in 3D printing, CAD designs can be constructed into physical prototypes (and in some cases now even final products) by 3D printers. 3D printers have the potential to revolutionise the way we live our lives, due the variety of possibilities they unlock. 3D printing could revolutionise architecture, product design, industry, education, and so much more!

What exactly is 3D printing?

Most people have access to a normal printer, be it black and white or colour, ink jet or laser. Those sorts of printers however, only work in 2 dimensions, they can print content in the dimension that is left to right, and the dimension that is forward to back. 3D printing adds in another dimension, up and down. Therefore 3D printing means that you can print in height, length and breadth.

Why is 3D printing important?

Some critics have speculated that 3D printing will be as big, if not a bigger revolution to industry, and the way we live our lives, than the internet was. The internet has opened up so many opportunities, but it is believed that 3D printing, could possibly open up even more!

For architects, it will mean that within minutes, they will be able to print on screen prototypes of buildings, so they have a tangible product to show the customer, in virtually no time at all!

For retail, 3D printing could mean that shops hold no stock, and products (less complex ones at first, but branching out in the future) could be made to order, on site! No longer would shops be out of stock, so long as they have material to print on, they can make new products, there and then.

For healthcare, the new printing capabilities will mean that body part replacements can be accurately measured, designed, and then printed. Yeah, printed bones! Just last month, it was publicised that the first 3D printed jaw had transplanted onto the face of a woman from the Netherlands. The jaw was matched to the shape of the patient’s original jaw, using CAD modelling, and then layers of titanium powder were melted into shape by the powerful lasers that make up the 3D printer.

How do 3D printers work?

Different 3D printers work in different ways. Some work by building the object slowly, layer upon layer in an upwards direction, whilst others work by cutting down into a material. The titanium jaw example from above was built by building upwards creating layers upon layers of material, from titanium powder fused together by laser.

What materials can be ‘printed’ on?

Currently you can ‘print’ on plastics, metals, ceramics, glass, and even certain malleable foods (such as sugars and chocolate). In the future that selection of materials is likely to be expanded, and some even believe that we could grow human bone, and then 3D print replacements – that is still a way off at the moment though!

Could you get a 3D printer?

Many firms are looking to capitalise on the decreasing cost of 3D printers, so much so that some companies are now offering (simpler) domestic versions for home use!

One firm selling 3D printers to the domestic market is the New York company MakerBot. Makerbot are offering a basic 3D printer, which can create plasic objects using CAD software, for $1,749 (around £1,100).

MakerBot's 3D PrinterIn an interview with the BBC, MakerBot’s chief executive Bre Pettis, claimed that the printer is “a machine that makes you anything you need” which is “handy in an apocalypse or just handy for making shower curtain rings and bathtub plugs.”

Mr Pettis also said he hoped to get his printers “into the hands of the next generation because kids these days are going to have to learn digital design so they can solve the problems of tomorrow”.

Another company, (called 3D systems) is offering its ‘Cube’ 3D printers at a similar price to Makerbot, marketing it as a tool to express your creativity. The company is currently working on an app that will allow users to use the Microsoft’s Kinect motion sensor to create objects, simply by moving their hands through the air!

3D Systems 3D printer - Cube

Some of 3D Systems ‘Cube’ printers, prining 3D objects

3D printing is bringing to the global market a fast and increasingly affordable way of turning ideas into reality. No longer will the joys of flexible design be limited to those with CAD jobs and the luxury of a prototype department. There is now a big incentive for people to learn CAD techniques and how to use CAD software. Many countries are now investing in 3D printing technologies, as they can see the potential; IT jobs in the UK and abroad are likely to see big benefits from this.

3D printing is real, and it is here.

So, what do you think about 3D printing, will it revolutionise the way we live our lives – even as much as the internet did? Or do you think that it is a waste of resources, and that it will never really be cost effective enough to be used on a mass scale?