HP flow revealed: Microsoft Chromebook killer is a clone of Chromebook

Microsoft drove out Linux as the platform of choice hopes during the netbook craze and now the creator of Windows that can do the same for the latest PC upstarts, the Chromebook.

In July, Microsoft announced its intention in this sense showing out of Hewlett-Packard, an upcoming $ 199 laptop designed to take the Chromebook. Slightly more expensive laptops around $ 249 are also due in coming months by Acer and Toshiba.

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When Microsoft introduced HP stream, little was known about the specifics of the device. Now, thanks to a loss by the German-language site Mobile geeks, we're getting a better idea.

Geeks mobile has gotten their hands on a supposed HP service manual detailing the $ 199 version of the stream called the HP flow 14. It is not clear how geeks Mobile has taken the manual, but it seems that HP may have accidentally leaked as Liliputing find the same information like Mobile geeks on the HP Web site.

Using Google to do a site-specific search HP.com Tuesday morning discovered several ads for streaming 14 including the above page, which is no longer alive.

Detailing the flow
The alleged 14 flow seems to be a beefed up version of HP Chromebook 14, which is priced for $ 279 and debuted in late 2013.

The 14 will have the same specs, RAM and display ports as the Chromebook 14, based on the loss.

Where it starts to differ, however, is the processor. Mobile geek says that 14 Stream will be packed with a SoC quad-core AMD A4 Micro-6400T 1.6 GHz instead of an Intel Atom chip "Bay Trail". Chromebook 14 HP came with 1.4 GHz Intel Celeron 2955U. Energy consumption for the AMD chip is rated at 4.5 watts, which is at low power enough to run without a fan.

Equipped with 14-inch display resolution 1366 flow-by-768, which was the norm on laptops several years ago and is popular on Chromebook and business laptops. For RAM, you get the same 2 GB expandable not as the Chromebook 14.

Being a traditional desktop PCs, the flow will come with slightly more storage space on board, with 32 GB and 64 GB options than Chromebook 14 16 GB.

Based on the flow loss would also have a webcam 720 p, four speakers with Beats audio, Wi-Fi, Bluetooth 4.0, an SD card reader, HDMI output, a USB 3.0 port, two USB 2.0 ports and a battery 2960mAh. The device weighs-in approximately 3.86 pounds.

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64-core Chip AppliedMicro could trigger war ARM core

A ten-year-olds to handle core counts in x 86 may have lulled the chip, but the competition has just started to collect on ARM processors.

AppliedMicro, which is making ARM processors in 64-bit, will put up to 64 cores in its next Gene-chip X 3 server, said Gaurav Singh, vice President of engineering and product development at the company, during the Hot Chips Conference in Cupertino, California.

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The nearest rival to Gene X-3 will be the chip maker Cavium Networks ThunderX. The ThunderX is a 48-core server and arm was announced in June.

The X 3 is a great upgrade from another version, the X-2 Gene, which will have up to 16 cores. Gene-X 3 will be available for producers of servers for testing next year.

Added CPU core is a mode of consumption to increase processing power. ARM processors are typically used in smartphones and tablets, AppliedMicro's goal is to put as many low-power cores as possible in a dense server so performance can be increased when the customers need.

"It is possible to increase the density of performance," said Singh.

ARM-based chips are also smaller, so you can cram more CPU cores within a dense server. X 86 server chip comparison are larger, generate more heat and must fit within the limits of a power system.

AppliedMicro's goal is to operate the X 3 with up to 64-core speeds up to 3.0 GHz servers that draw up to 160 watts of power, Singh said. The company is betting its chips for use in web hosting, cloud applications and high-performance computing.

The chip maker has started adding core as an alternative to increase the CPU clock speed, which caused the chips draw more power. 64 cores in Gene-X 3 core count plans any x 86 or ARM chip servers to date.

Intel has gone to 15 households on its x 86 server chips, Advanced Micro Devices to 16 cores on its x 86 and Opteron chips 8-core Opteron chips in its upcoming A1100 codename for Seattle, which relies on the arm.

The first multicore Power4 chip, was introduced by IBM in 2001. War between Intel and AMD core took off in 2004 and slowed at the turn of the Decade. 64-bit servers have not yet mailed arm, but has now dismissed AppliedMicro first salvo on the front of the arm.

The first 64-bit server arm will come out in a few months and "absolutely by the end of the year," said Singh.

The first server will come with the X-Gene chip 8-core, which was introduced in 2011. AppliedMicro will bring performance improvements to 2 X-Gene and Gene-X 3, while reducing the size of the chip, which will make it possible to keep adding more cores, while keeping the power draw in check, said Singh.

Singh admitted the Gene-X has taken longer than expected, but the company was putting in a lot of effort to develop the hardware and software ecosystem.

"We had to open a lot of doors to show that we were a viable alternative," said Singh. "We had to drive a lot of that ourselves, just to make sure that the debugger, OSes and all were up and running."

Intel, Nvidia and AMD Supercomputing chip with 60 core and higher of the ship, but those are considered co-processors who work alongside the main CPU.

AppliedMicro shared details of his X-2 Gene and Gene-3 X Hot Chips Conference.

Agam Shah covers PC, Tablet PC, server, and semiconductor chips for IDG News Service. Follow Agam on Twitter at @agamsh. E-mail address of Agam is agam_shah@idg.com

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Sparc Chip M7 by Oracle to supercharge calculation into memory

Oracle has given the first look at his next Sparc processor M7, promising large earnings performance for customers using the memory when calculating characteristics of its database of 12 c.

The Sparc M7 is due for release next year and will eventually be used in both high-and low-end Unix Oracle systems, including the M-series and T-series products, said John Fowler, executive vice President for business of Oracle systems.

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The chip has 32 CPU cores-by core on M6-12 and is to be manufactured on a more advanced process, 20 nanometers, allowing a faster, smaller transistors. It also relies on a new core design called S4.

The M7 will provide a performance boost to three-four times for applications across the Board, according to Fowler. But more significant for some customers, the chip has incorporated make accelerators much bigger earnings for a handful of key tasks, he said.

One of these is in memory processing, where the data is fetched from main memory instead of disk to reduce query times. Is one of the great points of Oracle's latest database 12 c-CEO Larry Ellison said it will be Crunch data to "speed the ungodly."

M7 chip designers worked with the team of Oracle database to build functions directly in Silicon to accelerate operations in memory. Fowler did not give the exact numbers, but said it will be made "whole multiples" for joint operations, means at least double or triple the performance on Sparc M6.

"Certain queries will be wildly accelerated," he said.

The chip is also hard-wired to handle "live decompression," which would let customers keep more of their data in a compressed format and not pay a performance penalty when it is sent for processing. That in turn could reduce storage costs.

Another function is embedded in Silicon reduces the latency of messages between servers, which reduces the performance overhead for the database cluster.

"If you want to band together two systems, four, eight systems, the lower the latency, the more it improves scalability, why don't you wait for the memory interface," said Fowler.

Yet another feature checks data in memory for errors resulting from a bug or exploit security software. Called "real time data integrity application", used only for debugging and other non-production uses, but the Sparc M7 runs quickly enough for use with live.

Oracle engineers has provided an overview of the chip in a presentation Tuesday to Hot Chips Conference in Cupertino, California. Is the fifth new processor by Oracle after the acquisition of Sun Microsystems four years ago. Some expected to sell off Ellison the side of Sun's hardware business, but instead focused on building expensive systems, high-performance integrating closely Oracle hardware and software.

The acceleration tweaks, including the features in memory and decompression will be "transparent" for users of Oracle database 12 c, said Fowler. However, they are not "only or private" to the Oracle database, he said.

This means that other developers can program applications to take advantage of them. Oracle expects a lot of developers to use data integrity applications, for example. Relief features in memory and data require more skill to take advantage, but a company like IBM, for example, could in theory improve its database to take advantage of these features, if you wanted to, said Fowler.

Oracle is not giving details yet of the Sparc systems M7 will go, but Fowler said the chip can scale up to 32 outlets, such as the current Sparc M6. He also said the same chip will be used in both T and M series.

James Niccolai covers data centers and technology news for IDG News Service. Follow James on Twitter at @jniccolai. E-mail address of James is james_niccolai@idg.com

Fix:This story as originally posted misstated the number of core chips M6 quote. The article has been changed.

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Finally, Intel mobile chips to reckon with: Broadwell

The process under way discount your start of a completely new Intel CPUs seeing that Ho-Hum event. On one level, your belated start that full week on the computer chip "Broadwell"-the heir connected with potato chips "Haswell" used in PC and Mac pc Core i3, i5 and i7 CPUS... --not useful. In fact, Intel created a brand new age group connected with potato chips regarding PC companies each couple of years.

Nevertheless "Broadwell" will be swifter processors: your technological innovation inside "Broadwell" puts for the lead of a completely new age group connected with processors that may create Intel additional cut-throat throughout crucial struggle regarding dominance on the cell phone device-an location where by Intel has was battling via a long time in spite of various dunes of" cell phone optimized "chip Atom which never proved the efficiency connected with functionality as well as energy expected, providing your touch screen phone and product marketplace nearly entirely to help potato chips depending on SUPPLY.

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Nevertheless "Broadwell" need to crack which circuit, states Dean McCarron, primary analyst on mercury exploration. And it's really not simply "Broadwell"-there is usually your "cherry" Track, "Braxton" and "Moorefield. inch These types of some potato chips usually are geared towards slender product and touch screen phone.. --not only lap tops with all the making method completely new fourteen nanometers efficiency and three dimensional transistor structures known as FinFET.

Additionally, the brand new cell phone computer chip will likely be more cost-effective to generate than the latest "Bay Trail" group of Atom PROCESSOR, so that Intel won't subsidize these phones stay cut-throat along with SUPPLY potato chips, states McCarron. Less costly to generate the most beneficial means of margins regarding Intel and, in a short time, cheaper rates to the unit and the in charge, a specific cut-throat gain.

Intel does not have any programs to relocate your SUPPLY computer chip companies anytime shortly, but "Broadwell" and his or her inlaws can make Intel additional cut-throat than ever. These types of potato chips also need to assist with lower renewed speculation an Apple mackintosh some sort of knackered places Intel PROCESSOR at the moment pricey and power-hungry for an provide depending on A10 potential Apples, making Apple mackintosh potato chips standardize in provide via almost all its solutions and have absolutely additional management above the success simply by computer chip. If your Intel potato chips conduct seeing that guaranteed, Apple mackintosh has fewer motive to visit its technique, that's an expensive venture.

"Broadwell": greater overdue compared to by no means

This sort of exasperation will be renewed actual corporate, taking your time Apple mackintosh from this beyond planting season regarding Mac pc that drop, and maybe even later. Determined by as their tale you imagine, "Broadwell" ended up being overdue simply by half a year as well as 12 many weeks connected with hold off,... --and your likely lead to ended up being failure connected with Intel to obtain generation makes (which equates to profits) via retrial 14nm of up to feasible.

Nevertheless "Broadwell" has become out and about, and it has a number of strengths. The first potato chips in line with the completely new method, termed 14nm Intel Center M, will be aimed at tablets along with products which work with no chilling enthusiast, but I'm seeing that slender seeing that 8 mm-thickness of your apple ipad Air.

Microsoft Tweaks Windows to attract the Internet of things, Community market maker

Hoping to cover all of its bases in the emerging market IoT (Internet of things), Microsoft is proffering a hand hardware hackers "creators," diyers, and other manufacturers of things that may one day end up on the Internet.

Microsoft is selling a scaled-down version of Windows on an Intel motherboard Galileo hoping to extend Windows ' further range in smart devices and appliances connected to the Internet.

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Software developers and hardware hackers will use the card, Microsoft hopes, build and test new devices, some of which may end up as commercial products. The Development Board will also make known the developers and engineers with the benefits of using Windows build gadgets and portable devices.

The development kit is part of the larger Microsoft plan to grab some market share in emerging, where IoT collect real-time information collection instruments data and forward it to warnings or analysis.

Microsoft has long supplied manufacturers with Windows Embedded Compact, which is used in a wide range of industrial devices, mobile devices, health monitors, ATMs and other devices. The company is making sure these manufacturers know that the embedded operating system may work for their devices IoT as well.

But Microsoft is hoping that this new development will introduce Windows to another set of potential creators of device IoT: independent developers working in their garage, the so-called community creator.

Microsoft has shown before Galileo and Microsoft software during the experimental Build Conference in April. The Council, incorporated into a piano, was running an app that might play a tune on the piano, or capture notes that someone has played the piano and convey them to the azure cloud service.

The ultimate goal of these efforts is to take the information gathered from billions of devices and power fueled by Azure cloud services. It is part of Microsoft's overall "mobile first, cloud first" strategy.

"What is so great about this Internet of things is that it is not the only thing, is the fact that you are connected to the Internet. And so this application Windows on this device is power and telemetry data back to a data service blue, said Terry Myerson, executive vice President of Microsoft operating systems group, during a keynote at the Conference Build.

Galileo's Computer, which is a fishing circuit, is aimed at a group of DIY enthusiasts who make innovative electronics. Slightly larger than a credit card, the Council was used to make devices such as handing out sweeties robot, lighting systems and health devices connected to the Tablet, smartphone and Internet.

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