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Sunday, January 11, 2015

The powerunit 'un-freeze' debacle




Formula One undoubtedly has some of the sharpest minds in sport at its behest, yet it constantly finds new ways of looking stupid in the eyes of the fans.  That in part is due to the fact these clever people find ways of outwitting the FIA but also revolves around facts being omitted by the teams, in order that their opinions sway the public.  The latest instance of this is the power unit 'un-freeze', a situation that should never have been framed in that context, with the mass F1 fan base led to believe that no power unit development was possible.

The framing of the regulations for this new era of F1 were developed to allow for progressive year on year development by the engine manufacturers, with in-season changes only made in order to save costs or improve safety.  A system was devised in which the components of the power unit were 'weighted' not by their physical weight but by their importance with items scaled 1-3:
 
The total weight of the items came in at 66 with items, with the upper/lower crankcase (2), crankshaft (2) and air valve system (1) all specification frozen when the power units were placed in the hands of the FIA for homologation on the 28th February 2014.  The manufacturers would then race the same specification units with each team for the entire 2014 season whilst developing a new unit for 2015 with the intention of being able to 'spend' 32 'tokens' or change items accruing to 32 weigh table items of the 61 remaining before re-homologating the unit on the 28th February 2015.

As you can see this is far from the frozen development path that the V8's lived under and the likes of Red Bull and Ferrari would have you believe. Unfortunately someone at the FIA forgot to change the date in the 2015 Sporting Regulations, leaving the original homologation date and opening the door for the teams and manufacturers to interpret the rules as they see fit.  With no re-homologation date in place both Renault and Ferrari have argued (successfully) that as the weighting matrix (above) only stipulates 2015 as a point in which the 32 tokens can be spent they must be free to continue to develop their power unit throughout the season.

Honda and McLaren seem to have come out as the biggest losers in the debacle, as Charlie Whiting's technical directive appears to suggest that as Honda didn't homologate a power unit in 2014 they must do so by the 28th February 2015, and as the other manufacturers did in 2014, run a season whereby they adhere to no changes, having already had the artificial ability to spend their 32 tokens.  I'd suggest that's speculative at best, as the regulations have that intent but aren't prescriptive, meaning that if Honda or McLaren put the lawyers on it they'd win hands down. 

It's a half way house in comparison to the total tear up of the regulations that some had been proposing but it's still against the spirit of what the regulations originally intended, stunting the development curve of these units much earlier in their gestation period and changing the way in which the homologation and token spending procedures must be framed going forward.

What will now become extremely interesting throughout the 2015 season is how these developments are implemented and just how much the FIA will make publically available through the document system.  In terms of transparency I feel that any changes pertaining to weigh table items must be presented at each GP but we shall see if that comes to fruition.  Furthermore as each driver is only allowed 4 complete power units in 2015 (broken down into ICE, Turbo, MGU-H, MGU-K, ES and CE) staging the 'token' spends will require careful planning based around lifting not just performance gains.

The sport once again falls victim to the very issue that has just led to the demise of two teams; cost.  How ever you cut it, the cost to implement in-season development will cost the engine manufacturers more money and likely result in the units costing the purchasing teams more money too.

In terms of performance Mercedes were in a league of their own last season and although we know Red Bull and Ferrari are eager to make a dent in that with this latest movement of the regulations, we must also consider the fact that in 2014 Mercedes provided identical equipment to Williams, Force India and McLaren, all which were unable to surmount a sustainable attack on the works team.  Therefore although the power unit is an incredibly large part of their success it's one that has many facets, suggesting that Red Bull, Ferrari et al have more work than on their hands than simply finding a few horsepower.  Even though Renault and Ferrari don't have carte blanche in terms of the in-season development they'd hoped for, they have won a battle in the war of eroding Mercedes advantage, yet they must remember that Mercedes have the same constraints within which to work too.  Mercedes clearly had a designated plan with which to spend their 32 token allocation but who's to say they'd spent all of them developing their 2015 powerunit? They too may still benefit from the in-season development and pull away further still from the others

Lenovo Thinkpad X1 Carbon 3rd-generation hands-on

Lenovo unveiled its third-generation ThinkPad X1 Carbon Ultrabook this week, featuring Intel's 5th-generation Core processor to bring the best possible performance for the form factor.
We got a chance to play with the device while running between the booths at CES 2015.
Lenovo Thinkpad X1 Carbon 3rd-generation hands-on
Design
The Lenovo ThinkPad X1 Carbon looks all but identical to its 2014 predecessor, with the same black finish and red detailing.
The updated features are subtle, but very welcome. The laptop features an even thinner and lighter chassis, weighing just under 1.3kg and measuring 17.7mm thick, almost a full millimetre thinner than last year's model which measured 18.5mm.
The laptop felt especially light and thin in our hands and we can see it being ideal for travel or business trips.
Another new feature is PCIe SSD storage in a similar vein to the MacBook Air, which can take advantage of faster onboard SSD drive storage. The laptop will ship with up to 512GB drives.
Lenovo Thinkpad X1 Carbon 3rd-generation hands-on
Screen
The Thinkpad X1 Carbon (2015) is available in touchscreen and non-touchscreen versions. The demo unit we tried boasted a 14in, 10-point multi-touch display, with WQHD in-plane switching.
As well as being nicely responsive to touch, the new Thinkpad X1 Carbon's screen is pleasant to look at. Using the Thinkpad X1 Carbon in the brightly lit showroom floor, the ultrabook's display proved suitably bright and remained legible even when hit with stray light.
We were also impressed with its viewing angles, as text remained crisp even when viewing the screen from the side.
Lenovo Thinkpad X1 Carbon 3rd-generation hands-on
Colours were suitably vibrant and, while not as crisp as the Retina displays seen on Apple Macbooks, the Thinkpad X1 Carbon's screen was far better than those seen on most competing Windows 8 ultrabooks.
The laptop will be available with FHD display options.
Performance and software
Lenovo didn't go for an Intel Core M design and instead opted for the chipmaker's latest 5th-gen Core processor. The model we tested was running a Core i7 chip, and felt super fast in our initial tests.
It seemed to handle Windows 8.1 very well. There was no lag when swiping between pages, and programs popped up almost as soon as we selected them. It handled everything we threw it at with ease.
Lenovo Thinkpad X1 Carbon 3rd-generation hands-on
Beyond its performance-boosting powers, the real benefit of Intel's new Broadwell chip architecture is its ability to boost ultrabooks' battery lives.
Lenovo lists the Thinkpad X1 Carbon as being able to last for 10 hours of regular use from one charge, one hour more than last year's Broadwell model.
Intel's Core update packs in 35 percent more transistors than in Intel's previous 4th-generation Haswell CPU, while also shrinking die size by 37 percent, allowing for super powerful machines with form factors like the XPS 13, so expect many more like it to pop up from other OEMs later this year.
In terms of other features, there's wireless connectivity in the form of 802.11ac Wi-Fi and a selection of USB 3.0 ports and an HDMI output.
Availability
The ThinkPad X1 Carbon starts at $1,249 and will be available in the US from January. UK release dates are yet to be announced.



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Top 10 announcements from Sony, Samsung, Intel and others Lenovo ThinkPad X1 Carbon

7. Lenovo ThinkPad X1 Carbon
Lenovo ThinkPad X1 CarbonLenovo's ThinkPad X1 Carbon has been widely regarded as one of the premier business ultrabooks since it launched in 2012, and the firm has usually picked CES to unveil a refreshed version.
This year is no different. The latest ThinkPad X1 Carbon is equipped with Intel's 5th-generation Core processor, which was also officially launched at the show.
This new platform enables the 1.31kg system to offer a claimed battery life of up to 10.9 hours despite its thinner and lighter design compared with previous models.
The carbon fibre construction, from which the model gets its name, also helps to make it more durable, and the 2015 ThinkPad X1 Carbon also benefits from support for optional PCI Express solid state drives for greater performance.
Lenovo also took the opportunity of the launch to mark the milestone of 100 million ThinkPad systems shipped since the brand was introduced by IBM over 20 years ago.

Top 10 announcements from others

8. Car tech goes auto
Mercedes showcases its luxury driverless car at CES 2015
Driverless cars and autonomous systems were the running theme for the car tech showcased at CES 2015 as major car brands demonstrated their take on technology that assists or even replaces the driver.
Most eye-catching of all the vehicles on display was Mercedes' driverless car, the F 015 Luxury in Motion (pictured). The concept car is not likely ever to be seen on the road, but indicated Mercedes' intention to develop autonomous car systems.
The car was stuffed full of digital displays controlled via touch, gesture and even eye-tracking.
BMW demonstrated how automated systems can make life easier and safer for motorists. A BMW i3 equipped with the carmaker's ActiveAssist system showed how the technology can prevent the car hitting obstacles, no matter how hard attendees at CES tried.
The ActiveAssist system uses multiple laser sensors to detect when a driver is at risk, and overrides the accelerator input and applies the brakes, in some cases avoiding crashes by mere inches.
BMW and Volkswagen showed off driverless systems that allow cars to park themselves and be summoned remotely from parking spaces to their drivers' location.
Audi decided to show off the maturity of its driverless systems by having an A7 Sportback saloon drive itself along 550 miles of US highway between San Francisco and Las Vegas.
Audi's Piloted Driving system bridges the gap between cruise control and fully autonomous driving by allowing a car to navigate open roads without driver input, handing control back to the driver when it approaches urban areas.
Other car tech was also on display, including audio technology from Harman that creates individual sound zones for each person in a car, and a platform from Nvidia that aims to put a powerful mobile chip at the heart of future cars.