Intel and Micron Just Made Every Tech Device You Have Obsolete

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Intel and micron simply declared 3D XPoint, a replacement memory technology that blends the speed of DRAM with the storage capabilities of Flash. Unfortunately the technology won’t be shipping for a while, you’ll have time to cycle out your current tech devices. however very similar to flash memory that made nearly everything that used a harddrive obsolete. This effectively makes several things that use DRAM or Flash obsolete. Similar to the way like Flash did, this technology can move wherever performance in storage has high worth and may support a better value.

Think about analytics, monetary services, defense (weapons and analytics), on demand translation and AI. In a way, this could follow a path the same as Flash as it moves through the market. it should render HP’s somewhat similar Memristor technology obsolete before it even ships.

Let’s mention that. Ultra-Fast Storage Intel and micron represent that this new memory technology is 1,000 times quicker than Flash, that is presently employed in superior systems. that’s a huge increase in performance. the businesses indicated that this comes without a major increase in energy consumption, that keeps densities up and warmth down.

Flash arrays are employed in high-end storage systems and still be driven by industries that are willing to pay nearlyanything for performance increases. Therefore, this could dramatically modify the storage landscape.

EMC, that features a terribly tight and close relationship with Intel, ought to be the foremost obvious beneficiary at the high end. HP, which features a competitive technology within the Memristor, is presumably to be overtaken, with others falling between the 2 extremes.

Buyers of technology in this category purchase strategically. They will| probably begin gravitating to the firm that they assume will have the best advantage once the merchandise hit market, and also the market pivots to optimize around them. therefore albeit actual merchandise are months out, this announcement could force some very arduous decisions for all of the most important vendors. they’re going to notice that whichever company is last to promote with this technology could lose entire market segments to competitors that are very aggressive.

As with any technology, there’ll be a learning curve; but, vendors won’t be ready to merely swap out Flash for 3D XPoint. With this level of performance increase, optimizing the ensuing hardware so it doesn’t badly bottleneck can take time.

Personal Devices to Self-Driving Cars and Roboticsfuture-car

Just as hand-held devices went from magnetic drives to Flash over a decade past, 3D XPoint guarantees to try and do something similar . The result ought to modify entirely new categories of apps that run locally. as an example, they might modify translators, or much more intelligent (and off-line capable) versions of Siri and Cortana. Fast, in-memory process is important to the present new wave of ever-more intelligent systems.

Obvious applications may be autonomous artificial intelligence and self-driving cars. each would require a hugequantity of in-memory processing to work within the world. The performance increase secure by this new technology ought to make these systems for very capable ahead of otherwise would be. Initial implementations areprobably too far down the development path to form this switch simply, however by the top of the last decadewe will probably see an increase in overall performance and accuracy.

The next generation ought to sharply move to this technology, and given that it’s the second generation that’sexpected to increase distribution, it’s timed ideally for the market spike.

Is the traditional hard drive obsolete?

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ssd-drive

This new flash storage drive is amazing! Building desktops is still a really popular hobby, although some are now building tablets. It’s true that the Surface and Apple Air or event the iPad have become big, but there is something to be said for the home builders.

Each component has made incredible improvements, like a solid state drive for instance. And the great thing is that the prices of solid state drives have been falling.

Today, Samsung announced a drive that is sure to excite the DIY computer builder — a 3.2TB PCIe SSD.

From the manufacturer:

“Samsung Electronics Co., Ltd., the world leader in advanced memory technology, today announced that it has started mass producing 3.2-terabyte (TB) NVMe PCIe solid state drives (SSDs) based on its 3D V-NAND (Vertical NAND) flash memory technology, for use in high-end enterprise server systems. The new NVMe PCIe SSD, SM1715, utilizes Samsung’s proprietary 3D V-NAND in an HHHL (half-height, half-length) card-type form factor, to offer 3.2TB of storage capacity — doubling Samsung’s previous highest NVMe SSD density of 1.6TB”, says Samsung.

The manufacturer further explains, “the newly introduced 3.2TB NVMe SSD provides a sequential read speed of 3,000 megabytes per second (MB/s) and writes sequentially at up to 2,200MB/s. It also randomly reads at up to 750,000 IOPS (input output operations per second) and writes randomly at up to 130,000 IOPS. In addition, the 3.2TB SM1715 features outstanding reliability with 10 DWPDs (drive writes per day) for five years. This provides a level of reliability that enterprise server manufacturers have been requesting for their high-end storage solutions”.

This drive is probably going to be pretty expensive, but imagine the speed. The size and speed is really impressive.

I’m sure you’ve already seen SSDs available at your hosting companies, like Go Daddy. They’re really moving into big markets and performing well.

With the decline in traditional hard drives, it may just be a matter of time before they actually become obsolete.

Fab Four benefits of Flash Storage

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flash

Due to the demands of business applications and workloads, flash storage has seen a rapid increase in adoption by leading businesses. This is evident in cloud storage as well as local storage. Today’s all-flash storage systems help enterprises improve both the economics and performance of their workloads. They deliver significant improvement in input/output (I/O) performance.

One of the top flash designs recommended is the NetApp® FlashRay™ system. FlashRay improves the economics and performance of flash technology. It also delivers efficiency, protection, and data management. This is all-flash storage that provides more value for the storage dollar.

Here are four key benefits of the innovative NetApp® FlashRay™ system:

• Accelerate multiple types of workloads with adaptable performance architecture. Increase effective capacity up to 20X without decreasing performance.
• Satisfy variable workloads with consistent sub-millisecond latency, high IOPS, and massive throughput.
• Leverage patented ‘always-on’ inline data efficiency features—such as inline deduplication, inline compression, and thin provisioning—increase effective capacity with no performance impact.
• Enable byte-granular compression and predictable performance across different I/O sizes with variable-length block layout. Realize maximum savings through byte-granular compression.

Documentation and GUI are localized in six languages. This allows data to be managed with ease internationally using the localized GUI, familiar CLI, and REST API.

Flash will become the standard for enterprises as long-term IT strategies evolve. Get to know flash and get ready to rock your data center with a foundation that will enable integration and the ability to leverage future solid-state technologies and drive down the cost of storage.