Wednesday, October 29, 2014

Comparing iphone 6 & 6Plus with other SMartphones

In this post i have collected multiple comparisons from multiple sites, this isn’t my opinion, nor it is my comparison, but i liked to share it with you all, may be it would be helpful for all of us to choose what best suits us.

To help you choose a smartphone, and to choose between iOS and Android, this post will compare the iPhone 6, iPhone 6 Plus, and HTC One M8. For the most part we’ll focus on hardware specs and stand-out software features, but once we actually have the new iPhone 6 or iPhone 6 Plus in our hands for review, we’ll update this story with more up-to-date details. We’ll also discuss where the Samsung Galaxy S5 and Note 3 and 4 fit into this comparison.

Display: iPhone 6 vs. iPhone 6 Plus vs. HTC One M8

Let’s start with the most obvious change between the iPhone 5S and both of the new iPhone 6 models: Screen size and resolution. While the iPhone 6 has a 4.7-inch display, its resolution is relatively low at 1334×750 — the same 326 PPI as the iPhone 5S. The 5.5-inch iPhone 6 Plus steps up to a full 1920×1080 display, or 401 PPI. The HTC One M8 has a 5-inch panel at 1920×1080, or 441 PPI.

For the iPhone 6 and iPhone 6 Plus, Apple has apparently updated its Retina display to… Retina HD. Retina HD apparently delivers higher contrast and more accurate color reproduction. Early hands-on reviews say that both new iPhones have fantastic displays, but we’ll have to wait for some objective comparisons. The One M8′s display is one of the best out there.

The iPhone 6 and 6 Plus use IPS panels, while the HTC One M8 uses Super LCD (SLCD). Functionally, this should make very little difference. Both technologies have good viewing angles, contrast, color gamut, and so on.

In terms of pure pixel density, the HTC One M8 probably has the better display. The iPhone 6′s 1334×750 resolution is a little bit disappointing, but Apple had to maintain a specification gap between it and the iPhone 6 Plus. In any case, though, all three phones should look fantastic.

iPhone 6 (bottom) vs. HTC One M8 thickness

iPhone 6 (bottom) vs. HTC One M8 thickness

Size and weight: iPhone 6 vs. iPhone 6 Plus vs. HTC One M8

With apologies to a famous comic book movie: With a greater display comes greater size and weight.

iPhone 6: 138.1mm long, 67mm wide, 6.9mm thick. 129 grams (4.55 oz).

iPhone 6 Plus: 158.1mm long, 77.8mm wide, 7.1mm thick. 172 grams (6.07 oz).

HTC One M8: 146.4mm long, 70.6mm wide, 9.4mm thick. 160 grams (5.64 oz).

The Samsung Galaxy S5, in case you were wondering, is 145 grams and 8.1mm thick — so, significantly thinner than the One M8, but still a long way off the new iPhones. The Galaxy Note 4 is very similar to the iPhone 6 Plus in terms of dimensions and weight, but it packs in a larger and much-higher-res screen (5.7 inches @ 2560×1440).

Hardware specs: iPhone 6 vs. iPhone 6 Plus vs. HTC One M8

It’s always a little complex (and not really very objective) to compare the internals of Apple and Android devices. Apple usually goes for lower clock speeds (to save power), and smaller amounts of RAM (to cut costs and some power), but no one would say that the iPhone 6 or iPhone 6 Plus is a slow or sluggish phone.

So far, all we really know is that the iPhone 6 and 6 Plus have the new 20nm Apple A8 SoC. We’ll be analyzing this chip in further depth later today. For now, it looks like it’s an updated version of the dual-core A7 SoC, but with a larger GPU. You will not be disappointed by the A8′s performance, I can tell you that much.

There is an updated M8 “motion coprocessor” in the iPhone 6 and 6 Plus, too, which presumably reduces sensor power consumption — but I’m sure the HTC One M8 has some coprocessors as well (they’re just not marketed as such).

The HTC One M8 has the Snapdragon 801 SoC, which has a strong quad-core Krait CPU, but the Adreno 330 GPU is fairly dated by this point. The Galaxy Note 4, Note Edge, LG G3, and updated Galaxy S5 LTE-A (Korea only) have the newer Snapdragon 805 with Adreno 420 GPU, which will probably fare better against Apple’s A8 SoC. There is 2GB of RAM in the HTC One M8.

Interestingly, the iPhone 6 and iPhone 6 Plus now come in 16GB, 64GB, and 128GB models. The HTC One M8 only comes in 16 or 32GB flavors — but it has a micro SD card slot, unlike the iPhones. The iPhone models both come with the Touch ID fingerprint sensor, while the One M8 does not. (The Galaxy S5 does have a fingerprint sensor, but it’s a bit shoddy.)

Battery life: iPhone 6 vs. iPhone 6 Plus vs. HTC One M8

HTC One M8 back

Neither the HTC One M8 (shown here) or the iPhone 6/6 Plus offer a replaceable battery.

There’s no word on the actual size (watt-hours, mAh) of the iPhone 6 or iPhone 6 Plus battery, but Apple is promising some impressive battery life figures nonetheless. The larger chassis of the iPhone 6 and 6 Plus hopefully allowed Apple to squeeze in a significantly larger battery over the iPhone 5S. On the iPhone 6 — according to Apple’s own figures — you should get 11 hours of web browsing over WiFi, 10 hours over LTE, and 11 hours of video playback. The iPhone 6 Plus steps up to 12 hours over WiFi and LTE, and 14 hours of video playback.

The HTC One M8 has a fairly small battery as far as big Android phones go (2,600 mAh), and HTC doesn’t provide official surfing/video playback battery life figures. The Galaxy S5 (with a big, replaceable 2,800 mAh battery) is better in this regard. In any case, the One M8 is usually good for a full day of mixed usage — but you will probably get better battery life from the iPhone 6, and certainly the iPhone 6 Plus.

the HTC One M8 — and probably every other Android phone — is the camera. Apple has always made good cameras, and it seems the iPhone 6 and 6 Plus will be no different.

Apple says there’s a brand new “iSight” sensor in the iPhone 6 and iPhone 6 Plus, rocking 8 megapixels, with “focus pixels” (Apple’s wording) that perform phase-detection autofocus. The iPhone 6 Plus also has optical image stabilization, for additional sharpness and low-light image quality. Early hands-on impressions are that the iPhone 6 and 6 Plus cameras are very good.

Backside of the iPhone 6 and HTC One M8, showing the camera

Backside of the iPhone 6 (right) and HTC One M8, showing the respective cameras. Note the HTC One M8 has an additional depth sensor.

The One M8 camera’s pixels are larger (2.0µ vs. 1.5µ), and the One M8 does have some interesting features that the iPhones don’t have (such as a depth sensor for 3D images). For some reason though, the color reproduction from the One M8′s camera just isn’t very good, and highly sporadic. The Galaxy S5 does have phase-detection autofocus, but again the camera can return some questionable image quality.

The iPhone 6 and iPhone 6 Plus introduce some new video capture features, too, that the One M8 can’t match, such as 240 fps slow-mo mode and continuous autofocus (and face detection). The front FaceTime camera on the iPhones sounds like it’s superior to anything offered the the HTC One M8 or other Android smartphones, too.

 

iPhone 6 vs. Galaxy S5

Display

This is the first time Apple builds a smartphone with a display larger than 4 inches. In fact, Apple and their fans have bashed the large-screen Android smartphones in the past.

Apple’s new iPhone 6 arrives with a 4.7-inch LED-backlit IPS LCD display with 750 x 1334 resolution. It also has a pixel density of 326 ppi and is protected by shatterproof glass and olephobic coating.

The Galaxy S5 features a 5.1-inch Super AMOLED display with Full HD (1080 x 1920) resolution and a pixel density of 432 ppi. It’s protected against scratches by a Gorilla Glass 3 layer.

The screen that equips the Galaxy S5 comes with higher resolution and higher pixel density, so it helps Samsung’s flagship win this round. The point allocated for the Display round goes to the S5.

Dimensions

Apple was known for manufacturing smartphones that are great for one-hand usage. Starting with the last generation, the Cupertino-based company can no longer brag about this.

The Galaxy S5 is 142 mm tall, 72.5 mm wide, and 8.1 mm thin, while weighing in at 145 grams. Despite having a significantly smaller screen, the iPhone 6 is similar in size with the Galaxy S5. It measures 138.1 x 67 x 6.9 mm and weighs 129 grams.

Apple’s smartphone is more compact and lighter than its rival, so it wins the Dimensions round. The iPhone 6 wins its first point.

Processor

Starting last year, Apple has integrated 64-bit processors into their iPhone. Just like its predecessor, the iPhone 6 has a 64-bit-friendly processor.

The Samsung Galaxy S5 is powered by a Qualcomm MSM8974AC Snapdragon 801 chipset with quad-core 2.5 GHz Krait 400 CPU and Adreno 330 GPU. On the other hand, the iPhone 6 is underpinned by Apple’s A8 SoC based on two Cyclone (ARM v8-based) cores clocked at 1.4 GHz and a quad-core PowerVR GX6450.

Though the S5’s processor has more cores and higher clock speed, benchmarks have shown that iPhone 6’s CPU is more powerful. Apple’s flagship wins another point.

Memory

Apps, your music collection, your favorite TV shows, photos and videos that you capture using your smartphone. For all these you will need lots of storage.

The iPhone 6 comes has three storage options: 16, 64, and 128 GB. The Galaxy S5 is available with either 32 or 64 GB storage, but it also supports microSD expansion up to 128 GB.

In terms of RAM, the Galaxy S5 arrives with 2 GB, while Apple’s iPhone 6 has only 1 GB. Anyway, iOS’ multitasking doesn’t require a high amount of RAM, so both devices will provide a decent multitasking experience.

Still, the Galaxy S5 can have a maximum of 160 GB of storage. Samsung’s smartphone wins the Memory round.

Camera

Apple’s terminal brings an 8 MP iSight camera with phase detection autofocus, dual-LED flash, 1/3” sensor size, 1.5µm pixel size, geo-tagging, simultaneous HD video and image recording, touch focus, face/smile detection, HDR, and support for 1080p@60fps video recording. iPhone 6 also brings an 1.2 MP user-facing camera with HD video recording support.

Samsung Galaxy S5 features a 16 MP primary shooter with phase detection autofocus, LED flash, 1/2.6” sensor size, 1.12 µm pixel size, Dual Shot, Simultaneous HD video and image recording, geo-tagging, touch focus, face/smile detection, HDR, and 4K video recording capabilities. The S5 also integrates a 2 MP secondary cam capable of recording 1080p videos.

Even though there some Apple fans would say that megapixels don’t count, real-life tests have proven that Galaxy S5’s camera is superior. The Samsung terminal wins the Camera round.

Design

Samsung has received a lot of criticism for not using premium materials for their smartphones. Fortunately, the South Koreans have improved this aspect of their devices starting with the Galaxy Note 4.

The Galaxy S5 keeps the same form factor as its predecessor, but it has less rounded corners and sharper edges. The back is made of a rubberized plastic that feels great and offers good grip. On the back, you will find a heart rate monitor underneath the camera sensor, while the speaker is located in the bottom left corner. S5 also has a fingerprint sensor integrated on the Home button and it’s IP67 certified which means that is dust proof and water resistant up to 1 meter and 30 minutes. Samsung flagship might not be the best-looking smartphone on the market, but it’s definitely an improvement compared to company’s previous phones. It’s available in four body colors: Black, Blue, White, and Gold.

The iPhone 6 departs from the design philosophy introduced in 2010 by the iPhone 4. As you may know, the iPhone 4S looked just like the iPhone 4, while both iPhone 5 and iPhone 5s were aluminium-made, taller variants of the former one. The new Apple smartphone has more rounded corners and it’s made of aluminium. It’s very slim, but, unfortunately, it has a large bezel around the screen which is not so good-looking. There are three color options available, Gray, White, and Gold. The iPhone 6 is a wonderfully-crafted smartphone and, no doubt, one of the best-looking on the market.

Even though the S5 is water and dust resistant, the iPhone 6 is the better-looking device. Apple’s smartphone wins the design round hands-down.

Battery Life

The iPhone 6 is kept alive by a non-removable Li-Po 1,810 mAh battery. Apple promises 250 hours of stand-by time and 14 hours of talk time. In our test, the iPhone 6 managed to get through about 18 hours of moderate usage on a single charge.

Samsung’s Galaxy S5 has a removable Li-Ion 2,800 mAh battery, which, according to Samsung, can get the device through up to 390 hours of stand-by time or 21 hours of talk time. When we got our hands on the Galaxy S5, the smartphone managed to stay awake for almost one day and a half of moderate usage.

The Galaxy S5 has better battery life, so it wins this round. Another point for Samsung’s smartphone.

Connectivity

When it comes to connectivity, the Galaxy S5 arrives with HSDPA, 42.2 Mbps; HSUPA, 5.76 Mbps; LTE, Cat4, 50 Mbps UL, 150 Mbps DL, Wi-Fi 802.11 a/b/g/n/ac, dual-band, Wi-Fi Direct, DLNA, Wi-Fi hotspot, Bluetooth 4.0 Low Energy, NFC, infra red port, and microUSB 3.0. Apple’s iPhone 6 brings DC-HSDPA, 42 Mbps; HSUPA, 5.76 Mbps; EV-DO Rev. A, up to 3.1 Mbps; LTE, Cat4, 150 Mbps DL, 50 Mbps UL, Wi-Fi 802.11 a/b/g/n/ac, dual-band, Wi-Fi hotspot, Bluetooth 4.0 Low Energy, NFC (limited to Apple Pay), and Apple’s proprietary Lightning port.

Unfortunately, iPhone 6’s NFC chip has limited functionality. Moreover, the iOS-powered smartphone doesn’t have an IR blaster which comes in handy when you lose the remote control of your TV or set-top-box. The connectivity round goes to the Galaxy S5.

iPhone 6 vs. Sony Xperia Z3 Compact

 

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at the end it is your choice, and here comes a video for you to decide

HP to Split into 2 companies

Press Release: October 06, 2014

HP's home-focused and business divisions have frequently seemed at odds with each other, and apparently the company agrees.

HP Inc. will be the leading personal systems and printing company delivering innovations that will empower people to create, interact and inspire like never before

Strategic step provides each new company with the focus, financial resources and flexibility to adapt quickly to market and customer dynamics while generating long-term value for shareholders.

Hewlett-Packard Enterprise will build upon HP’s leading position in servers, storage, networking, converged systems, services and software as well as its OpenStack Helion cloud platform 

Meg Whitman to be President and Chief Executive Officer of Hewlett-Packard Enterprise; Pat Russo to be Chairman of Hewlett-Packard Enterprise Board 

HP Inc. will be the leading personal systems and printing company with a strong roadmap into the most exciting new technologies like 3D printing and new computing experiences 

Dion Weisler to be President and Chief Executive Officer of HP Inc.; Meg Whitman to be Chairman of the HP Inc. Board 

In other words, The two publicly traded companies will be, consumer-focused PC, tablet, and printing efforts will continue on under the HP banner, while a new company named Hewlett-Packard Enterprise will focus on "enterprise technology infrastructure" and "software and services businesses." Meg Whitman, the current CEO of HP, will take the reins at Hewlett-Packard Enterprise, while Dion Weisler, the company's EVP for Printing and Personal Systems, will lead the new HP.

The company also announced an increase in the number of layoffs for this financial year. It had previously estimated 45,000-50,000 employees would be leaving the company, but that figure has now risen to 55,000.

Confirmation has been announced on HP official site

 http://www8.hp.com/us/en/hp-news/press-release.html?id=1809455&es_p=139949#.VDUSBe8cTIU

HP officially join the hyper-converged infrastructure market BY announcing Hyper-Converged Systems based on StoreVirtual VSA

HP unveiled the HP Converged System 200-HC StoreVirtual that offer ready-built integrated systems designed to make it easier for organizations to build and operate data centre infrastructure optimized for virtualized workloads. The Solution is based on HP ProLiant SL2500 series of scalable computing servers and the HP  StoreVirtual VSA on 14th of October2014 at VMworld in Barcelona.  The CS 200-HC StoreVirtual features VMware vSphere 5, the HP StoreVirtual VSA, and HP OneView for management. The HP Converged System 200-HC StoreVirtual arrives pre-configured with servers, storage, networking and VMware vSphere to enable complete deployment of a virtualized environment in under 15 minutes.

Hewlett-Packard officially became the latest vendor to join the hyper-converged infrastructure market with the introduction of two new appliances, one based on its own software-defined storage stack and the other on VMware's upcoming EVO:Rail software stack.

The move comes in line with similar offerings like the VBlock platform from VCE, Cisco's Unified Computing System, and VMware's own EVO:RAIL platform, announced in August, all of which offer pre-built and configured appliances combining compute, storage and network hardware.

The first, the HP Converged System 200 HC StoreVirtual, combines an HP ProLiant server configured with four server nodes in a 2U chassis, the HP StoreVirtual VSA virtual storage appliance, HP OneView converged management, and integration with VMware vSphere.

The second, the HP ConvergedSystem 200 HC EVO:Rail, uses VMware's pre-integrated EVO:Rail, introduced at the August VMworld conference. The EVO:Rail stack includes VMware vSphere, the VMware VSAN (Virtual SAN) storage software, the newly renamed VMware vRealize Log Insight, and the EVO:Rail engine.

The main difference between the 2 solutions is that the HP ConvergedSystem 200 HC StoreVirtual expands hyper-converged infrastructure environments across HP 3Par and StoreVirtual environments, while EVO:Rail is for customers looking at a single software stack from VMware.

VMware EVO: RAIL combines VMware compute, networking, and storage resources into a hyper-converged infrastructure appliance to create a simple, easy to deploy, all-in-one solution offered by our partners

The Solution Components comes as follows:

Proven HP ProLiant hardware All HP software pre-installed and ready to go
  • A single 2U chassis containing four powerful, integrated servers

  • Scale out storage, network and compute without complexity

  • Systems cluster together up to 32 nodes, all managed from the same console

  • HP OneView InstantOn for quick start and cluster configuration

  • HP OneView for VMware vCenter for daily provisioning and monitoring

  • HP StoreVirtual data services for availability and performance

  •   The solution comes in 2 flavours:

    1. HP ConvergedSystem 242-HC StoreVirtual, a hybrid, auto-tiering model with SAS and SSD capacity to serve performance and latency-sensitive workloads.
    2. HP ConvergedSystem 240-HC StoreVirtual, an all-SAS model to meet larger capacity requirements at a lower cost.StoreVirtual_200HC_Back.png

     

    CS 240-HC StoreVirtual System

    CS 242-HC StoreVirtual System

  • 4 nodes, each with
  • 2 sockets, 8 cores each socket at 2.0Ghz
  • 128GB of RAM each node
  • 2 x 10GbE and 2 x 1GbE NICs per node
  • 6 x 1.2TB SAS SFF drives per node
  • 4 nodes, each with
  • 2 sockets, 10 cores each socket at 2.8GHz
  • 256GB of RAM each node
  • 2 x 10GbE and 2 x 1GbE NICs per node
  • 4 x 1.2TB SAS SFF drives per node
  • 2 x 400GB SSDs per node
  • The HP ConvergedSystem 200 HC StoreVirtual takes the idea of software-defined data centers a step further by adding the management and VMware integration.

    HP also pointed out that its StoreVirtual VSA platform supports autonomic storage tiering at the sub-volume level, as well as thin provisioning and space reclamation to provide capacity efficiency and lower storage costs. StoreVirtual VSA features Autonomic Optimization, this capability includes continuous workload monitoring and migration of frequently accessed data to high-performance storage disks such as solid-state drives (SSD), while inactive data is moved to less costly storage such as conventional spinning hard disks.  This allows for more often accessed blocks of data to be moved from SAS onto SSD and less used to be moved from SSD down to SAS yielding greater performance from the storage subsystem. 

    StoreVirtual also provides a wide range of interoperability options for customers who have already invested in dedicated StoreVirtual 4000 hardware solutions or who have existing StoreVirtual VSA deployments.  Beyond native replication, HP StoreVirtual also includes Peer Motion capabilities to allow movement of data from one StoreVirtual environment to another for easy migration.

    The new Converged System 200-HC StoreVirtual models will be available for purchase in December.  The Converged System 200-HC EVO:RAIL configuration will be available first quarter of 2015.

     CS 200-HC

     

    Oops! How You Handle Mistakes Speaks Volumes

                                                                                                         Copied

    Mistakes. We've all made them. I always say, "I don't repeat them; I make new ones."

    Source: Terry Whalebone CC by 2.0

    But how you handle mistakes says everything about you. People may not remember the gaffe; they will remember how you handled it.

    Recently, I set up a Google Hangout on Air wrong with some marketing folks across the world. Yep. I screwed up. And I've done these before. I know how to set one up; clearly my typing fingers do not.

    The morning of the call while we're trying to launch this darn thing, I discover my mistake. I own it. I restart the HOA correctly - send out a new link - apologize and credibly (hopefully!) announce that I'm honoring my brand promise of "keeping it human." Yes, there were people frustrated by the delay. I also had people laugh, say ' oops,' tell me they loved the hangout once it did record, and add that I was 'grace under pressure.' Whew.

    Once the mistake is out there - you have a choice. It's done. Let it go. For me, conceding it, having a laugh, celebrating my humanity and moving on are all parts of the process.

    Benign Mistakes Can Be Your Marketing Friend

    Sometimes marketing gifts happen with mistakes. Years ago, I had a friend whose company published an annual 'Book of Lists.' It was a list of private companies, public companies, etc. by growth in revenues and / or employees in Silicon Valley. Every year the organization produced this list and they invited subscribers to a 'Book of Lists' Launch Party.

    One year, I got an invite to a 'Book of Lusts' Party. You read that right. When I composed myself enough from laughing so hard, I called my friend and said, 'Hey, this is great!' She was mortified. It turns out it was not a marketing strategy or fun toga party; it was a typo. She panicked. "What do I do, Kathy?" she asked.

    "You are going to let it go, play it up and have fun with it. This is the BEST mistake you could have made. It's comedy gold. That's what you are going to do," I said.

    She wasn't convinced...until invitees starting sharing the invite and posting it and jokingly saying, "Hey, now this is a party I actually want to go to!" Attendee responses were overwhelmingly supportive. As I predicted, people had fun and more people attended the party. Who the heck doesn't want to attend a 'Book of Lusts' party?! Seriously. THAT's a party!

    Here's the thing: a lot of time and energy could have been spent agonizing and fixing and apologizing. Why?

    If it's a benign error (read: no one is hurt or offended), let it go. Have fun. Play along. People will remember how you handled the mistake and that says a lot about who we are and how we embrace our humanity. My friend's company made themselves fun, relateable and human. Who doesn't want that?

    As long as you're breathing, you'll make mistakes. It's part of the human contract. Learn to laugh at your gaffes, and apologize for the big ones. That's key. If it had been a biggie, then the company would have had to apologize, obviously. Don't fear looking silly - embrace it. You will endear yourself in a way you can't imagine.

    When you handle these things with grace and dignity, that's what people see and remember.

    To me, that's a big part of what 'keeping it human' is all about!

    How did you handle a mistake - big or small? What did you learn about yourself and others?

    HP Just Made A Brilliant Move Buying Eucalyptus Systems

     

    On Sep 11, 2014 PALO ALTO, CA - HP announced a definitive agreement to acquire Eucalyptus, a provider of open source software for building private and hybrid enterprise clouds, In a slap against cloud-computing to rival Amazon,  Eucalyptus Systems.

    After the transaction closes, Eucalyptus Chief Executive Officer (CEO) Marten Mickos, will join HP as senior vice president and general manager of the Cloud business, reporting to Meg Whitman, chairman, president and chief executive officer of HP, thus leading the HP Cloud organization in building out the HP Helion portfolio, based on OpenStack® technology.

    "Eucalyptus and HP share a common vision for the future of cloud in the enterprise," said Mickos. "Enterprises are demanding open source cloud solutions, and I'm thrilled to have this opportunity to grow the HP Helion portfolio and lead a world-class business that delivers private, hybrid, managed and public clouds to enterprise customers worldwide."

    Martin Fink, who currently leads HP's Cloud business, will remain in his roles as chief technology officer of HP and director of HP Labs, where he will focus on innovation and creating groundbreaking solutions like The Machine. Fink will also continue to lead HP's Network Functions Virtualization (NFV) business.

    Since introducing HP Helion in May, with investment of $1 billion in that cloud business, HP has grown share in private cloud and was ranked as the leader in the Forrester Wave report for Private Cloud Solutions.(1) In addition, HP recently announced an agreement to build and operate community clouds for enterprise customers in China, one of the fastest growing cloud markets in the world, and also announced HP Helion OpenStack Professional Services to help enterprises implement OpenStack technology-based clouds. HP is the leading code contributor to the next release of OpenStack code, scheduled for October. HP expects the acquisition to close in the fourth quarter of its fiscal year 2014. Terms of the deal were not disclosed.

    By this, HP a nice tool to nab Amazon cloud customers.

    Eucalyptus makes software for something called "private" cloud computing. That's where companies use cloud-computing technology in their own data centers to help them use their computers and networks more efficiently. Eucalyptus makes private cloud software that mimics Amazon's cloud. You could build a mini-Amazon in your own data center then easily move apps and data between your own data center and Amazon's cloud, tapping into Amazon whenever you needed extra computing power. (A concept is known in as "hybrid" computing in the tech industry.)

    Until Amazon's huge contract with the CIA, Amazon didn't offer any private cloud tech. And that deal was for a specially constructed data center that will cost up to $600 million. Everyone else gets the software from an Amazon partner like Eucalyptus. For instance security software company F-Secure just signed up with Eucalyptus to do a hybrid Amazon cloud.

    HP is going through a multi-year turnaround to trim debt and grow revenue again, including a massive layoff of 45,000 to 50,0o0 people.

    But in May HP reported its first year-over-year increase in revenue in three years and Whitman indicated the company would be making "small" acquisitions in the "low hundreds to millions to mid-sized deals."

    As to how much HP might have paid for Eucalyptus: it raised $55.5 million, including $30 million in 2012.