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HP has just released its newest all-in-one PC, the beautiful Enfy 34. This computer offers something unique, however, that other all-in-ones do not and that is a 34-inch curved panel. This is definitely a fancy computer to look at and, as a result, isn't cheap.

HP has added Intel's latest 6th-generation Skylake CPU and the screen itself is an IPS display, allowing for wide viewing angles. The screen also comes with a 3440 x 1440 resolution as well as 4.9 million pixels and a 21:9 aspect ratio. According to HP, the Envy 34's display offers 99% of the sRGB color gamut and also has Technicolor certification.

As far as CPU options are concerned, the Envy 34 comes with a Core i5 or Core i7 Skylake dual-core with integrated graphics standard. If this isn't quite good enough for you then you can always opt for the GeFOrce GTX 960A. Nvidia typically special OEM versions of its GPUs, which generally means that this version will be a bit slower than the consumer model.

In terms of RAM storage there is included 8GB or 16GB of DDR4 with storage options ranging from 128GB SSDs to as much as 2TB hard drives and hybrid drives. Naturally, the lower specs come with the base priced model of the Envy 34, which in this case will run you $1,800 USD.

If the Envy 34 seems a bit too big for you liking, the you will be happy to know that HP is also offering 27-inch and 24-inch models, known as the Envy 27 and Envy 24, respectively. Both of these versions mirror the internal hardware of the Envy 34, with the Skylake Core i5 and Core i7 chips as well as similar RAM and storage options. However, on these devices HP is giving consumers the option of AMD Radeon R7 or Radeon R9 graphics.

In addition to that, the panels on the Envy 27 and Envy 24 are flat, instead of curved. Both are Technicolor certified and have resolutions from standard 1080x1920 HD up to Ultra HD 4K. The Envy 24 starts at $1,000 with the Envy 27 starting at $1,200.

As far as all-in-ones are concerned, the Envy 34 from HP is definitely one of the best looking. What it's got underneath the hood is nothing to shake a stick at either. Solid RAM, solid storage space, solid processor, and a solid graphics card(s) are sure to make this all-in-one be at the top of many a computer lover's list.

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With significant drivers expanding the mission critical applications in the industry, it's no surprise that Linux is the fastest growing operating system in the business. Speed, agility, a unified development environment and cost are all factors to this success. In addition to that, Linux's quality has advanced in recent years with mobile driving an increased focus on this platform. IBM has a lot of eggs in this basket, pushing its z Systems platform to take advantage of this trend and provide the strongest large scale offering around. IBM is convinced that they can expand their capability by taking Linux to new heights and are doing so by announcing the expansion of their coverage. Customers have begun wanting IBM to take Linux and give it the same focus as the company's most capable systems, and that's exactly what IBM is doing.

IBM's LinuxOne Portfolio is designed to provide a selection of Linux distribution of its choosing and with the scale and support you would expect from IBM's most powerful systems, like the z System. In addition to that, there are two other offerings, both of which are named after penguins. These two systems are known as the LinuxONE Emperor and the LinuxONE Rockhopper. Emperor is the premier offering, providing the greatest flexibility and scalability along with performance and trust for business-critical Linux applications. Emperor also has the greatest capacity range and no top end, meaning it can be expanded whenever and however you need to. Rockhopper is the entry system that starts much smaller than Emperor and provides a solution for a smaller company or unit.

Both of the systems allow you to choose your distribution, hypervisor, runtime, management tools, your choice of databases, and your choice of analytics. There are other coverages on hypervisors as well, including PR/SM. z/VM, and KVM. Languages include Python, Pearl, COBOL, Java, and Node.js. On the management side, we have WAVE, IBM Cloud Manager, OpenStack, Docker, Chef, Puppet, and VMware vRealize Automation. In terms of databases, there's Oracle, DB2LUW, Maria DB, MongoDB, and PostgreSQL with analytics include Hadoop, Big Insights, DB@BLU, and Spark. The range of offerings is also pretty good, including single platform, multi-platform, on premise, off premise, and multiple mixed cloud environments with a common toolset.

When it comes to pricing, things are pretty flexible. There's a Pay-Per-Use model with no upfront payment needed, a fixed monthly or quarterly payment, and variable costing that scales based on usage. A second pricing model uses a 36-month fixed lease with a 36-month usage contact and a right to return after 1 year. The final payment style is a Pre-Core rental model that allows you to order what you need when you need it, add licenses as needed, decrease licenses as needed or cancel with a 30-day notice.

Scale out and up supports up to 8 thousand virtual servers in a single system along with tens of thousands of containers, tens of thousands of concurrent users, and the ability to run test, development, and production in a single system. There is a significant focus on speed here as IBM has included its fastest processor, biggest I/O pipe, up to 10TB of memory, and 4 levels of cache, all of which brings you a sub-second end user response time at full load. The platform is designed to run at 100% utilization and to spin containers and virtual servers in a matter of minutes, automatically provide physical resources as needed in seconds via automatic resources provisioning and reallocation.

IBM testing has shown that it can handle up to 30 billion RESTful web interactions per day with up to 350,000 database read and writes per second. This is twice the performance of competitors for any NoSQL database, along with the longest single DB node. This assists in avoiding costs, complexity, and overhead of sharding.

This is Linux without limits. The Open Mainframe Project is a key element in the effort and it is being pushed forward by the Linux foundation in order to drive capabilities and growth. IBM is showing a commitment to driving this project with a lot of funding and company resources. This includes IBM Linux Technology Centers, Open Source Community Contributions, Academic Initiative and Training Programs, and open access to Mainframe community clouds. Members of this project include CA, CompuWare, BMC, Marris College, and the University of Washington.

IBM is pulling out all the stops here and this is definitely one of the most significant moves by the company in the past 10 years. IBM is enabling its centers worldwide to port, test, and benchmark key applications with free access to the Mainframe Community Cloud for developers and students across a plethora of top-tier universities. IBM definitely sees its future tied closely to Linux and a score of students coming from educational institutions and is focused on ever more mobile, flexible, applications.

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Batteries. We need them for almost everything we use. They're in our laptops, our smartphones, our video game controllers, our remotes, and anything we use that is now wireless. But the one thing wrong with batteries in today's world is that they are finite. Eventually, they will run out of power and there's not a whole lot we can do about that. Or is there?

Researchers have recently developed a new material for a basic battery component that, according to them, will allow almost any battery indefinite power storage. This new material, known as a solid electrolyte, could increase battery life as well as battery storage capacity and safety as liquid electrolytes are the leading cause of battery fires.

The standard lithium-ion batteries that we use today use a liquid electrolyte. This liquid electrolyte is an organic solvent that has been known to overheat and cause fires in things like cars, commercial airliners and even smartphones. With a solid electrolyte, there is absolutely no safety problem whatsoever.

According to Gerbrand Ceder, a professor of materials science and engineering at MIT and one of the main researchers on the project, "You could throw it against the wall, drive a nail through it - there's nothing there to burn." In addition to that, a solid-state electrolyte will have virtually no degradation, which means that such batteries could last through "hundreds of thousands of cycles," Ceder continued.

Organic electrolytes also have limited electrochemical stability, which means that they lose their ability to produce an electrical charge over time. In addition to MIT, scientists from the Samsung Advanced Institute of Technology, the University of California at San Diego and the University of Maryland also conducted research on the project.

The findings were published in the peer-reviewed journal Nature Materials and the researchers described the solid-state electrolytes as an improvement over the current lithium-ion batteries we are using today. Electrolytes are one of three main components in a battery along with anode and cathode terminals.

The electrolyte component of the battery separates the battery's positive cathode and negative anode terminals while allowing the flow of ions between terminals. A chemical reaction then takes place between the two terminals, producing an electric current.

Previous problems with solid electrolytes are that they were incapable of conducting ions fast enough to be efficient energy, producers. The team of researchers from MIT and Samsung say that they have overcome that problem. Another advantage of a solid-state lithium-ion battery is that it can perform under very cold temperatures with Ceder calling this breakthrough "a real game-changer" that creates an "almost perfect battery".

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The Google I/O developers conference is what most people look forward to from Google every year. Even though that event has already come and gone, that doesn't mean there isn't anything left to look forward to from the company for the rest of the year. Google just announced that it will be holding a Ubiquitous Computing Summit this fall in San Francisco, California.

Just basing an idea off the name of the event won't get you anywhere as it isn't very descriptive. But the event will focus on the idea of making it easier to use software across a lot of different devices and form factors. The idea is that software should be universal across different things like smartphones, tablets, TVs, smartwatches, a car, etc....

On the developers end of the idea, they are trying to make all of these devices run the same universal software without having to change any of the code. A Google developer has also said that the summit will also focus on working on context-aware apps that will know which device is running them, where it is running them, how it is using them, and all kinds of other stuff. It is pretty interesting. They are now working on setting up guidelines for developing the software as well.

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The idea isn't so new. Google has been talking about doing this type of thing for years now. All of the different versions of Android, like Lollipop and Jelly Bean, were all said to be steps toward unifying the Android experience across all of the different devices. Over the past year, Google has brought together all of their Android development kits for all of the different form factors. Even Microsoft is jumping on the bandwagon, and they are making Windows 10 to run not only on PCs, but on all of their smartphones and tablets, and even on the Xbox One.

The Ubiquitous Computing Summit doesn't have an exact date yet, just that the summit will be held this Fall in San Francisco. But as there is more information surfacing, you will be sure to find it here.

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