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Cryorig announces ITX-compatible C1 cooler

Cryorig announces ITX-compatible C1 cooler

The Cryorig C1, unlike its twin-fan tower predecessor the R1, is designed for space-restricted ITX systems.


Cooling start-up Cryorig has announced its second product, the top-down Cryorig C1 CPU cooler for ITX and micro-ATX systems, has entered mass production ahead of a June launch.

Cryorig entered the cooling market late last year with the Cryorig R1 twin-fan tower cooler. Founded by former employees of well-known cooling brands including Phanteks, Prolimatech and Thermalright, the company is based in Taiwan and promises considerable engineering prowess – hidden, sadly, behind a cavalcade of buzzwords and registered trademarks, from the DirectCompress Soldering technique for attaching the heatpipes to the cooling fins to the Jet Fin Acceleration System that sees the gap between the fins narrow as the air travels through the heatsink.

The Cryorig C1 is, at first glance, more of the same: the Jet Fin Acceleration System is present and correct, while the nickel-plated baseplate features six copper heatpipes connected in what the company calls its Heatpipe Convex-Align technology – another trademark, naturally.

Where the C1 differs from the R1 is in its overall design. Rather than targeting larger cases with room for tower coolers, the C1 boasts a top-down design suitable for the cramped conditions of an ITX chassis. ‘With the increase of APUs and enthusiast-level ITX mainboards and components, ITX systems are no longer limited to under-powered components like they used to be,‘ claimed Alex Wang, Cryorig co-founder and chief manufacturing engineer, of his company’s second product. ‘ITX systems now are housing high-performance, high-TDP CPUs and GPUs. Cooling these crucial components is an even greater challenge in these tight spaces.

The C1 is a mere 74mm in height, with an overall size of 144.5mm x 140mm, and comes bundled with a 13mm-thick 140mm PWM-controlled fan. As with the R1, the gap between the fins differs from the top to the bottom: a 1.8mm gap near the fan narrows to 1.4mm closer to the baseplate, which Cryorig claims accelerates the removal of hot air. Full support is promised for all common Intel and AMD socket types, with the claimed ability to cool chips of up to a 140W thermal design profile (TDP) and a six-year warranty when registered via the company’s website.

Pricing for the Cryorig C1 has yet to be confirmed, with the company planning to release stock to UK retailers in June. More details are available on the official product page.

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AMD investors positive despite $20M quarterly loss

AMD investors positive despite $20M quarterly loss

AMD’s Q1 2014 financial report shows a drop back into the red with a $20M loss, although investors seem bullish on the company’s future.


AMD’s most recent earnings report has investors impressed, with the company’s stock price rising almost 12 per cent on news of $1.4 billion in sales – despite an overall loss of $20 million for the first quarter of its financial year.

AMD’s quarterly earnings call this week announced $1.4 billion in revenue for Q1 2014, an impressive rise of 28 per cent year-on-year at a time when the global PC market is continuing to shrink – albeit slower than previously. While the quarter-on-quarter shrinkage of 12 per cent might seem like bad news, that’s comparing heavier sales in the run-up to Christmas to the post-Christmas slump; a sequential dip at this time is always to be expected.

A gross profit margin of just 35 per cent, indicative of AMD’s push towards the lower end of the market in CPUs and strong competition from rival Nvidia in GPUs, led to overall operating income of $49 million for the quarter; not enough, sadly, to prevent a loss of $20 million overall. With AMD ending the last quarter on an $89 million profit, that’s a blow – although one significantly less strong than the whopping $146 million loss the company made in the same quarter last year.

AMD continued our momentum by building on the solid foundation we set in the second half of 2013, further transforming the company,‘ claimed AMD president and chief executive Rory Read during the call with press, investors and analysts. ‘Backed by our powerful x86 processor cores and hands-down best graphics experiences, we achieved 28 percent revenue growth from the year-ago quarter. We are well positioned to continue to grow profitably as we diversify our business and enable our customers to drive change and win.

The company’s results show that the PC market slump, while slowing, is continuing to have an impact: AMD’s Computing Solutions business unit’s revenue dropped eight per cent quarter-on-quarter and 12 per cent year-on-year, due to a drop in shipments. Its operating loss, however, was a mere $3 million; down from $7 million last quarter and a painful $39 million in the same quarter last year.

AMD’s Graphics and Visual Solutions business unit is the most interesting story, however: a 15 per cent drop in sequential shipments has been more thanoffset by an impressive 118 per cent increase year-on-year, attributed to the company’s deals to put semi-custom system-on-chip (SoC) processors in the Microsoft Xbox One and Sony PlayStation 4 consoles. Overall, the division made a $91 million profit for the year, down from $121 million last quarter when Microsoft and Sony purchased their console chips but up from just $16 million in the same quarter last year.

During the conference call, AMD’s Lisa Su, general manager of global business units, confirmed that the company is still in the design stages of a new semiconductor process node. ‘We are 28 [nanometre] this year, we have 20 nanometre in design, and then FinFET thereafter,‘ she claimed in response to an analyst query – suggesting that 20nm parts won’t be available in quantity until 2015 at the earliest, with the 3D FinFET transistor move – designed to compete with Intel’s Tri-Gate Transistor technology – likely to come the year after.

Su also had positive things to say about AMD’s foray into the low-power server market with Cambridge-based ARM’s IP. ‘There’s been a lot of customer interest around Seattle [chips], so certainly for the server guys, the hyper-scale guys and then even some adjacent markets, there’s good customer interest, claimed Su. ‘I’ll say the interest in the platform is quite high and it’s a major milestone for us to introduce our first 64-bit ARM chip into the market.

What we’re doing here is identifying this opportunity long before it has taken place,‘ added Read, ‘and we’re catching it just as the way it is forming. That’s the kind of innovation leadership that we really want to go after. This is going to be an important market over the next three, five years, and we have an opportunity to truly lead in this ARM server ecosystem, and take advantage of our ambidextrous capability. This is spot-on in the strategy.

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Alpine Ridge Thunderbolt slide claims 40Gb/s performance

Alpine Ridge Thunderbolt slide claims 40Gb/s performance

Intel’s next-generation Thunderbolt chipset, Alpine Ridge, has been apparently leaked in a slide claiming half the power draw and 40Gb/s of peak throughput.


A leaked slide purporting to offer a glimpse of Intel’s upcoming Alpine Ridge Thunderbolt controller promises a significant speed boost over current-generation implementations, offering 40Gb/s throughput for connected devices.

Developed in partnership with Apple and featured as standard on the company’s computers, Intel’s Thunderbolt technology aims to offer a single cable type for all peripheral devices. In addition to high-bandwidth data connections, Thunderbolt offers PCI Express lanes and DisplayPort connectivity as well as carrying power to recharge portable devices.

The current Falcon Ridge Thunderbolt chipset offers 20Gb/s of throughput, double the 10Gb/s of first-generation parts and twice that of USB 3.0. A slide published to Chinese technology site VR-Zone claims that Alpine Ridge will result in another doubling of throughput, offering 40Gb/s of throughput and support for the PCI Express Generation 3 standard.

As well as doubling the peak throughput, the Alpine Ridge controller is claimed to run at half the power of its predecessor. The new chipset will also come with a new connector standard, reducing its height by 3mm to ensure compatibility with future ultra-thin portable devices. The new connector will support power transfer of up to 100W for rapid charging, the slide claims, while adapters will be available for backwards compatibility with existing Thunderbolt devices. Two Alpine Ridge SKUs are claimed for launch: a 4C version, which offers two ports and support for daisy-chaining of client devices; and the LP version, which offers just a single port and no daisy-chaining support.

Intel, as is usual for the company, has not commented on the slide to confirm or deny its authenticity, nor is it willing to discuss unannounced products.

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YoYoTech Easter 2014 discounts available now

YoYoTech Easter 2014 discounts available now

YoYoTech’s discounts are available from now until April 25th


Starting today, our friends at YoYoTech are hosting some week-long Easter Specials, with discounts quietly being made available on a select range of Asus motherboards, graphics cards and accessories.

As bit-tech readers, you’re the first and only ones to know about it, and we’ve asked YoYoTech to provide links to the discounted products, which you’ll find below.

If any of them take your fancy, we recommend getting in there quick as stocks are limited and the deals won’t be returning once they’re exhausted.

First up we have two Asus ROG-branded Intel Z87 motherboards, the Maximus VI Hero and the mini-ITX Maximus VI Impact, both of which did enough to earn themselves awards in our reviews (here and here). You’ll find them both discounted by £20 at £128.99 and £151.99 respectively.

For AMD fans, YoYoTech is offering the Asus Sabertooth 990FX R2.0 for £109.59 again at a £20 discount. We’ve not reviewed this new revision, but the original board was also award-winning.

Continuing the theme of £20 discounts on Asus products, YoYoTech will have the Asus GTX 760 DirectCU II OC card going for £169.99.

Finally, the Asus NFC Express will be offered at £15.99, a £7 discount. Using near field communication technology, this accessory works with specific Asus motherboards to provide instant pairing with NFC-enabled phones and tablets, which can then be used to control various functions of your desktop PC.

These deals will be ending on April 25th – will you be taking the plunge on any?

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Intel Q1 financials show data centre growth

Intel Q1 financials show data centre growth

Intel’s Q1 2014 results slightly exceeded analysts’ expectations, but the company’s mobile arm is suffering a significant drop in revenue.


Intel has released its financials for the first quarter of 2014, and things are looking good with better-than-expected results despite its continued struggles to break into the mobile arena and a still-shrinking desktop market.

The company’s official figures for the quarter show $12.8 billion in revenue, exactly matching analysts’ expectations, with a gross profit margin of 59.7 per cent for a total earnings per share of $0.38 – above the $0.37 average expected by analysts. $3.1 billion of this came from the Data Centre Group, responsible for server and high-performance computing (HPC) products, which enjoyed a bumper 11 per cent boost in revenue over the same period last year; the PC Client Group, which targets the still-shrinking PC market, brought in the lion’s share at $7.9 billion, a one per cent drop compared to Q1 2013.

In the first quarter we saw solid growth in the data centre, signs of improvement in the PC business, and we shipped five million tablet processors, making strong progress on our goal of 40 million tablets for 2014,‘ claimed Intel’s chief executive Brian Krzanich during the company’s earnings call. ‘Additionally, we demonstrated our further commitment to grow in the enterprise with a strategic technology and business collaboration with Cloudera, we introduced our second-generation LTE platform with CAT6 and other advanced features, and we shipped our first Quark products for the Internet of Things.

Other highlights include a 10 per cent quarter-on-quarter drop in revenue for the Internet of Things Group which ended the quarter with $482 million in revenue, still an 11 per cent improvement over the same period last year thanks largely to new low-power Atom and Quark processor products. The company’s Mobile and Communications Group, responsible for smartphone and tablet oriented chips, was by far the biggest loser: with just $156 million in revenue, its income was down 52 per cent quarter-on-quarter and a massive 61 per cent compared to Q1 2013.

Investors seem pleased with Intel’s performance in the quarter, with the company’s share price rising 1.08 per cent in pre-market trading to $27.06, still short of its recent April 2012 high of $28.38.

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Google pledges January launch for Project Ara

Google pledges January launch for Project Ara

Google’s Project Ara, created by one-time subsidiary Motorola and based on Dave Hakkens’ Phonebloks concept, is scheduled to hit the market in January 2015.


Advertising giant Google has confirmed that it is forging ahead with the Project Ara modular smartphone concept, and plans to release the first commercially available parts in January 2015.

Originally developed by Motorola Mobility based on concept work carried out by Dave Hakkens under the name Phonebloks, Project Ara was acquired by Google when it picked up the Mobility division from Motorola. Although the company would go on to sell the bulk of Motorola Mobility to Lenovo it kept hold of Project Ara, announcing in February this year commercialisation plans for the technology.

Project Ara aims to offer the same level of customisation available in the PC world to the smartphone – and, eventually, tablet, markets. The Ara platform uses a central chassis dubbed an Endo, to which component modules are connected via magnets. These modules contain everything from the display to the processor, storage, camera and battery, and can be assembled in almost any combination or pattern. As well as ending the annual phone upgrade cycle – the Endo itself, Google claims, would be good for five to six years – by offering the chance of incremental upgrades, the system would also allow for complete customisation: one Endo may have a high-end processor and high-spec camera, while another opts for a slower processor, no camera and a bigger battery for longer runtime.

Google held its first Project Ara developers’ conference this week, and CNET reports that it offered a timeline to commercialisation: the first Project Ara Endo will be on sale, barring any major setbacks along the way, in January next year for just $50. It will be joined by a range of component modules, although the specification and pricing for these has not yet been confirmed.

Google also outlined fabrication hardware for the modules themselves, developed in conjunction with academic and business partners and taking the form of large-scale 3D printers capable of working with conductive materials. More details on these will be provided at the next conference in July.

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Attenborough working on a documentary for the Oculus Rift

Attenborough working on a documentary for the Oculus Rift

Attenborough is reprising his work with production company Atlantic to create a nature documentary for the Oculus Rift.


Beloved nature documentary veteran Sir David Attenborough has announced that he is working on a project for the Oculus Rift.

Conquest of the Skies is currently being filmed for the virtual reality headset in Borneo’s jungles using an eight-camera setup to produce a full 360 degree experience. It is being produced by a joint venture between production company Atlantic and broadcaster Sky.

Attenborough, best known for his documentaries aired through the BBC, has worked with Atlantic before with nature programs that have been filmed in 3D.

Production company Atlantic has already acquired several Oculus Rift development kits and the company’s commercial director John Morris told Realscreen that he considers this new virtual reality technology as being ‘a new platform you can monetize’ and predicts that millions of the headsets will be sold.

Morris also added that the company is excited by the fact that there are no rules of convention around what a non-fiction experience on the Oculus Rift should be like, comparing this phase of virtual reality to the beginning of cinema. This will be one of the first non-gaming productions to be considered for the Rift.

Oculus VR has achieved a significant level of mainstream recognition outside of the gaming industry thanks to Facebook acquiring the company for $2 billion last month. Facebook founder Mark Zuckerberg explained that he sees the technology as having massive potential for the future of communication beyond its gaming capabilities.

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Quantenna promises 10Gb/s Wi-Fi in 2015

Quantenna promises 10Gb/s Wi-Fi in 2015

Quantenna’s existing MU-MIMO chipset can be found in Asus’ newest router, but its success next year promises up to 10Gb/s of bandwidth via 802.11ac’s MU-MIMO technology.


Wireless communications specialist Quantenna has announced the development of a Wi-Fi chipset capable of ten gigabit per second (10Gb/s) throughput, with plans to release it commercially next year.

Perhaps the biggest complaint regarding Wi-Fi – aside from alleged health implications, disproved by scientific rigour – is that its performance can lag behind that of a wired connection. Even if you’re right next to an access point, the actual throughput of a 1.3Gb/s 802.11n Wi-Fi link is usually well below that of a 1Gb/s wired Ethernet connection – and the further away you travel from the access point, the slower it gets. Said bandwidth is also shared between all users; if you’re on a heavily-congested access point, you can expect the performance of your connection to drop significantly.

Quantenna is hoping to resolve this problem by giving wireless connections significantly more headroom, starting with a 10Gb/s chipset based on the 802.11ac standard which improves support for Multi-User Multiple-Input Multiple-Output (MU-MIMO) connectivity. Extending the existing MIMO technology, which uses multiple antennas to isolate signals and reject noise, MU-MIMO allows for multiple connections to individual client devices which are no longer competing for the same bandwidth. The result: significantly improved performance and reliability.

Quantenna’s 8×8 architecture with adaptive beamforming demonstrates that the ‘massive MIMO’ promise of significantly higher throughput, robustness, and reduced interference can be realised in practice,‘ claimed Andrea Goldsmith, Stephen Harris Professor of Electrical Engineering at Stanford University, in support of the company’s work. ‘This architecture will also significantly enhance the capabilities of MU-MIMO, allowing it to support interference-free transmission to many more devices simultaneously. These technology advances will transform the landscape of applications and devices that Wi-Fi can support.

Quantenna’s MU-MIMO chipset is already used in Asus’ latest Wi-Fi router, but the version due for release in 2015 will be considerably improved. ‘Wi-Fi is no longer a convenience,‘ claimed Quantenna chief executive Sam Heidari at the announcement. ‘People expect it to ‘just work’ even with demanding applications like HD video streaming. With Quantenna’s 10G Wi-Fi, they’ll always get the performance they expect—even as their expectations continue to rise.

The company’s existing chipset, which supports 4×4 MU-MIMO antenna configurations, will be extended in 2015 to support 8×8 MU-MIMO setups offering a total aggregate throughput of 10Gb/s. How much such a feature will add on to the cost of commercially available routers and access points that choose to implement it, however, has not been announced.

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Sid Meier’s Civilization: Beyond Earth announced

Sid Meier's Civilization: Beyond Earth announced

Sid Meier’s Alpha Centauri is receiving a spiritual successor in the form of sci-fi-themed Civilization: Beyond Earth, launching this year on Windows, OS X and Linux.


A spiritual successor to Sid Meier’s intergalactic classic Alpha Centauri has been officially announced, and it brings the promise of treats for PC gamers including support for AMD’s low-level Mantle application programming interface (API) and cross-platform gaming on Windows, OS X and Linux – the latter to include Valve’s SteamOS.

Released in 1999, Sid Meier’s Alpha Centauri was a spin-off from the Civilization franchise, acting as a follow-on of sorts for anyone who had completed a space victory in the game. The player was given the task of colonising Chiron in the eponymous star system, and later the option of playing as one of two non-human races – previously limited to non-playable characters in the game.

The game was critically acclaimed, but a poor seller; following its release, the Civilization franchise would again return to historical rather than futuristic settings and never again venture beyond our solar system – until now. Firaxis has announced Sid Meier’s Civilization: Beyond Earth, the first space-based title to carry the official Civ branding – and a spiritual successor to Alpha Centauri.

Announced at PAX East this weekend, the game promises to revamp the Civilization experience with a new web-like technology tree, a more open-ended progression system no longer tied to real-world history, and many of the developers who worked on the original Alpha Centauri. For PC gamers, the news gets better still with Firaxis announcing that the game will launch later this year on Windows, OS X and Linux platforms – the latter to include support for Valve’s SteamOS Linux distribution. The company has also promised support for AMD’s Mantle API at launch, giving hope that the game’s performance will be acceptable even on lower-end hardware.

If all that has whetted your appetite the company has offered a teaser trailer for the title, reproduced below.

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Google invests in Savioke, another robotics specialist

Google invests in Savioke, another robotics specialist

Google has invested in a $2 million seed fund round for robotics start-up Savioke, pictured, who are planning customer trials of personal service robots later this year.


Advertising giant Google is continuing to show an interest in the field of robotics, announcing its part in a $2 million (around £1.2 million) finance round by specialist Savioke.

Established in 2013, Savioke – “savvy oak,” if you were wondering about pronunciation – specialises in autonomous robots for the services industry, developing technology to power everything from robot waiters to medical staff. Based in Sunnyvale, California, the company has raised its funding from a group comprised of AME Cloud Ventures, Morado Venture Partners and Google Ventures. While the advertising giant hasn’t confirmed how much of the pot it is responsible for, previous moves by the company into robotics suggest it may be a major investor.

Although best known for its search engine technology, Google makes its profits from advertising. The company has recently been branching out into the hardware realm, however, investing in wearable computing – including its own Google Glass wearable computing platform and soon-to-launch Android Wear smartwatch ranges – and self-driving vehicles. This latter interest has spread into general robotics, with the company’s venture capital arm investing in or outright acquiring more than eight robotics companies in the last twelve months.

As the lines continue to blur between industrial and personal robotics industries, Google Ventures is thrilled to be working with an exceptional group of people at Savioke,‘ claimed Google Ventures general partner Andy Wheeler of the investment. ‘Steve [Cousins, Savioke chief executive] and his team already have had a lot to do with moving the robotics industry forward. The next act promises to be even more revolutionary.

We are passionate about delivering easy-to-use yet sophisticated robots that can help people,‘ claimed Cousins, who previously acted as president and chief executive of robotics firm Willow Garage. ‘Our goal is to improve the lives of people by developing and deploying robotic technology in service environments.

Trials of Savioke’s service robots are due to begin later this year.

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