Now Available: The NVIDIA GeForce GTX 1080 Ti

You may recall our recent blog post introducing the NVIDIA TITAN X™ GPU, which made desktop supercomputing a much more affordable proposition. Well, NVIDIA has just raised the bar again with the GTX 1080 Ti.

The GTX 1080 Ti looks to be a compelling alternative to the Titan X. It’s much more affordable, and in many aspects, has superior performance. Equally importantly, NVIDIA has not imposed any performance limits on the 1080 Ti to prevent competition with their more expensive Titan X. As a result, the 1080 Ti should be very popular for GPU computing. Unless a user’s workload demands the additional 1GB of VRAM found in the Titan, the GTX 1080 Ti could be the smart choice for GPU computing.

The GTX 1080 Ti is now available. Within the next week or two, we will be doing extensive benchmarking of this new GPU in our Velocity D58PSC Workstation. Check back here for a future blog post where we will quantify the performance differences between the GTX 1080 Ti and Titan X.

Check out all of the Pogo Linux GPU Workstations.

Configure your Velocity D58PSC with the NVIDIA TITAN X Pascal

To learn about how Pogo can help you tackle the technological challenges your organization is facing, please call us at 888-828-POGO, or email sales@pogolinux.com.

Posted in Rackmount Servers | Comments Off on Now Available: The NVIDIA GeForce GTX 1080 Ti

Parallel Performance – Intel Xeon Phi Systems

Massively Parallel Intel Xeon Phi Systems

Today’s high performance computing applications are becoming as resource-intensive and complex as they are diverse. Across disciplines such as Earth Sciences, Financial Services, Physics, and Machine Learning, demands for CPU power and memory bandwidth have increased exponentially. Within this set of workloads a common component is the need for highly parallel processing to maximize performance. However, up until now there hasn’t been a good solution to run these applications.

Intel Xeon Phi ProcessorOne solution was to to use regular Intel® Xeon™ processors. However, although extremely robust, the processor architecture is designed for general IT workloads. These processors support advanced features for virtualization and security that work great for central IT and storage activities. However, these special features are not required for highly parallel workloads. This means that a lot of the core processor functionality is wasted.

On the other end of the spectrum, there are highly specialized GPU processors specifically designed for parallel processing (CUDA). Unfortunately, these processors are not bootable and require legacy code to be rewritten for an entirely new architecture. This can dramatically increase development costs and the length of time it takes to get a model up and running.

With this in mind, Intel has created a new HPC processor that lowers the barrier to entry, without sacrificing performance. The Intel Xeon Phi™ processor is a bootable host processor delivering massive parallelism and vectorization in support of the most demanding high-performance computing applications. By using an x86 processor architecture, the Intel Xeon Phi let’s a developer run legacy applications originally written for the Intel Xeon platform with minimal changes. This dramatically cuts down on development costs and time to market — or time to insight.

Download the benchmark results

Optimized for Parallel Performance

The new Intel Xeon Phi bootable host processor offers an integrated architecture for powerful, highly parallel performance that will blaze the trail to greater innovation and impact for today’s most-demanding High Performance Computing applications. With up to 72 out-of-order cores, this processor can deliver over 3 teraFLOPS (floating-point operations per second) of double-precision calculations.

Reduced Power Consumption

The many core architecture of the new Xeon Phi processors enables significant improvements in power consumption. The higher degree of parallelism in these processors results in greater compute per unit of energy consumed for highly-parallel applications.

Simplified Code Optimization

In the past, parallel CPU architectures required significant code re-writes in order to reap maximum performance benefits. This processor is binary-compatible with Intel Xeon processors, which allows it to run any x86 workload, optimizing asset utilization across the data center.

Deploy Your Own Custom Intel Xeon Phi System

Pogo Linux is introducing a new line of systems featuring the Intel Xeon Phi processor. Whatever your workload, our engineers can put together the ideal system for your needs. Now you’ve got a way to make it all happen.

Configure your Xeon Phi based system from Pogo Linux

To learn about how Pogo can help you tackle the technological challenges your organization is facing, please call us at 888-828-POGO, or email sales@pogolinux.com.

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Dense and smart at the same time?

Density and intelligence need not be mutually exclusive. For instance, take the Pogo Linux J4600S storage enclosure. With this solution, an IT admin can decrease both their storage footprint and their power consumption — saving precious power and rack space in the data center. Using a combination of an advanced JBOD design and HGST Ultrastar® drives, the J4600S provides a superior JBOD solution.

High Capacity • Low Power Consumption

When data centers need storage expansion that delivers low power and high capacity with high-availability, the J4600S storage enclosure delivers. Based on the HGST 4U60 Storage Enclosure, this high-density, scalable, and cost-effective design includes up to 60 HGST Ultrastar® 3.5-inch  SAS hard drives modules in a 4U enclosure. Utilizing helium to fill the platter chamber instead of air, HGST Ultrastar hard drives are 47% more efficient (WATTS/TB) than conventional units. This energy efficiency combined with 12Gb/s SAS performance, high availability (HA), hot-swappable components, and a 5 year bumper-to-bumper warranty delivers the perfect storage solution for a variety of data center projects.

One JBOD, Many Uses

The J4600S has proven to be an extremely versatile unit for a wide range of use cases.  With the option to use up to 8 SSD devices per unit, there are numerous caching and tiering configurations available. This JBOD has been extensively tested with our two most common Software Defined Storage solutions (Nexenta and QuantaStor) and has proven to be a perfect solution for both regular and HA environments. In addition, we have created many ‘recipes’ in our lab for such applications as Ceph, Swift, and virtualized environments. The J4600S has proven to be so versatile and reliable, it is our go to storage enclosure for all our new enterprise class storage projects.

Dense and Smart

When it comes to storage, it is important to get the best solution for the job. That’s why we love the J4600S. Not only is it one of the densest solutions available on the market, it has the smarts to provide low power consumption and the enterprise features that today’s data centers demand. Take a look here, or give us a call or email so we can help configure your storage project today.

Features

Download the datasheet (pdf)

•  Up to 60 integrated HGST Ultrastar® drive modules

•  Available with 512e or 4Kn sector size (by part number)
•  Available option to configure up to 8 Ultrastar SSDs to create separate performance tiers within the enclosure
•  Available with SAS drives for HA applications or with SATA drives for cost-optimized applications

•  Host connectivity using 2 x SAS QSFP+ receptacles per IO Module; optional connectivity cables are available

•  QSFP+ to HD mini SAS cables for host
•  QSFP+ to QSFP+ cables for daisy-chaining up to 4 enclosures

•  Hot Swappable: two power supplies (with integrated fans), drive modules, and IO modules
•  Fully compliant with SAS 3.0 specification for operation up to 12Gbps
•  Optional cable management arm eliminates tangled cables during servicing of hot-swappable CRUs
•  SCSI Enclosure Services (SES-3)
•  Comprehensive 5-year warranty on the entire assembly (not just the drives)

Configure your J4600S now

To learn about how Pogo can help you tackle the technological challenges your organization is facing, please call us at 888-828-POGO, or email sales@pogolinux.com.

Posted in Press Releases, Rackmount Servers, Storage, Storage Solutions | Comments Off on Dense and smart at the same time?

NVMe – moving beyond the dark ages of storage

Embrace the non-volatile future

For maximum IOPS and minimum latency without a ridiculous power bill, it’s time for a better host controller interface to your flash storage! Thanks to the NVMe™ (Non-Volatile Memory express) specification, flash devices can now use the speed and bandwidth of a PCIe connection, without incurring the overhead of emulating a SAS interface. The I/O performance increase is up to 8x the speed of traditional SAS3 with 6x the power savings! The benefits to a desktop system are substantial, so imagine the impact at the enterprise level. NVMe storage pays incredible dividends when scaled up for deployments such as cloud hosting, relational databases, and online transaction processing.

About NVM Express

NVMeAs flash devices have become faster and more dense, they have also been held back by a legacy SAS interface. This interface was originally optimized for spinning disk which has much different characteristics than flash memory. Because of this, the SAS interface has always been a bottleneck for flash storage. NVM Express (NVMe) or Non-Volatile Memory Host Controller Interface Specification (NVMHCI) was specifically created as an optimal interface for the properties of flash storage. For example NVMe can handle 65,000 queues of data, each with 65,000 commands, compared to SAS that has a single queue with a capacity of 32 commands. In addition NVMe supports a streamlined set of only seven commands — far less than the SAS interface. Bottom line, this makes NVMe a far more efficient interface for flash storage, providing lower latency for the most demanding use cases.

Iris NV2248

Iris NV2248For the maximum savings of space, power, and cooling, look no further than the incredibly dense Iris NV2248. The patented Riser Bay design allows for double the number of 2.5″ drives in a 2U form factor. The 48 NVMe SSDs use 32 PCI-E 3.0 lanes from two Intel Xeon™ processors. The other 8 lanes are enabled by an innovative matrix of 4 PCI-E switches. Take a closer look at the Pogo Linux Iris NV2248.

• 48x 2.5″ Hot-Swap NVMe Drive Bays
• Dual Intel Xeon E5-2600 v4 Processors
• 1600W Redundant Power Supplies
• 2U Rackmount Form Factor


Iris NV2224

Iris NV2224The Iris NV2224 represents an ideal balance of throughput and capacity in a 2U chassis. It will host up to 24x hot-swap NVMe SSDs, all accessible from the front panel. Configure your own Iris NV2224.

• 24x 2.5″ Hot-Swap NVMe Drive Bays
• Dual Intel Xeon E5-2600 v4 Processors
• 1600W Redundant Power Supplies
• 2U Rackmount Form Factor


Iris NV1210

Iris NV1210Rounding out the collection of NVMe servers with maximum flexibility is the Iris NV1210. This 1U rack mount server sports a dense front panel with 10x 2.2″ hot-swap NVMe drive bays. Redundant 1000W power supplies ensure uninterrupted world-class performance. See for your yourself – outfit your own Iris NV1210.

• 10x 2.5″ Hot-Swap NVMe Drive Bays
• Dual Intel Xeon E5-2600 v4 Processors
• 1000W Redundant Power Supplies
• Compact 1U Rackmount Form Factor

Configure your Pogo Linux NVMe Server

To learn about how Pogo can help you tackle the technological challenges your organization is facing, please call us at 888-828-POGO, or email sales@pogolinux.com.

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Is the NVIDIA Titan X up to the Challenges of Deep Learning?

NVIDIA Titan X with Pascal

NVIDIA has recently introduced the new TITAN X™, the biggest and most advanced GPU ever built. Blaise Pascal said, “Imagination decides everything.” This certainly applies to the hardware engineering team at NVIDIA. Not content with the already “irresponsible amount of performance” of their GTX 1080, they imagined breaking the 10 teraflops barrier for computing on a single chip. The decidedly impressive result is the new NVIDIA TITAN X with Pascal™.

NVIDIA TITAN X with Pascal

NVIDIA Tesla ArchitectureWhen tackling deep learning challenges, nothing short of ultimate performance will get the job done.  The latest Titan X is the first GPU to consider. The Titan X with Pascal is built atop NVIDIA’s new upsized GP102 architecture. Highlights of the GP102 include:

• 30 Streaming Multiprocessors
• 11 TFLOPS FP32
• 44 TFLOPS INT8
• 3584 CUDA Cores at 1.53GHz
• 12 GB GDDR5x memory (480 GB/s)
• 12,000,000,000 Transistors
• NVLink High-Speed SLI Interconnect

The Velocity D58PSC – a Desktop Supercomputer

Velocity D58PSC with Titan X CutawayOne might expect that computational learning projects would require racks and racks of dense compute nodes with lightning fast interconnects. However, technologies like the new NVIDIA Titan X bring High Performance Computing (HPC) right to your desktop. Pogo provides many researchers with their own Personal Supercomputers, such as the Pogo Linux Velocity D58PSC Workstation.

We recently built one of these high end workstations for an uncompromising client researching machine learning. Pushing the boundaries in a deep learning project, this researcher is using TensorFlow, one of the products from the Google Brain Team within the Google Machine Intelligence organization. One aspect of TensorFlow is that it works best with GPU computing. However, even with GPUs, performance increases are sublinear. As a result, achieving top performance requires top-of-the-line GPUs. This is the ideal use case for the new Titan X.

Our client required no less than four Titan X cards installed in their new system. Fortunately, the Velocity D58PSC provided the ideal platform for this application.

With Dual Intel Xeon E5-2600 v4 series processors and up to 1TB of DDR4 memory, the D58PSC will extract maximum performance from these new GPUs. Topping off the configuration with up to 8x SAS or SATA SSDs will ensure there will be no I/O bottlenecks throughout the system. In cutting edge research, having the right equipment is key. By combining the raw CPU and I/O power of the D58PSC with Titan X GPUs, this researcher has a recipe for success.

To find out more about GPU Computing and what it can do for your projects, Contact the Pogo Sales Engineering team team to learn more about these extraordinary technologies.

Configure your Velocity D58PSC with the NVIDIA TITAN X Pascal


To learn about how Pogo can help you tackle the technological challenges your organization is facing, please call us at 888-828-POGO, or email sales@pogolinux.com.

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The Future is Here – Super Dense Twin Servers

Twin Servers from Pogo Linux - Density is your destiny

Hello, McFly! It’s not 1985 any more. Rack space at the data center is expensive. Not only that, system power consumption is always a concern. System density is more important than ever. Pogo has the solution: Deploy twin servers! Two heads are better than one, right?

Iris 4882

Iris 4882This is heavy, Doc. The Iris 4882 shoehorns eight full-featured servers into one 4U box. Each hot-swappable server boasts a pair of Intel Xeon™ processors, up to 2TB of memory, and six 2.5″ SAS/SATA drive bays. Downtime is virtually eliminated by the four redundant power supplies.

• Eight compute nodes in 4U
• Double density and computing power
• Fit up to 84 servers in a 42U standard rack
• Independent power control for each node on front panel
• Independent cooling control

Configure your own Iris 4882 twin server


Iris 2482

Iris 2482Great Scott! Downtime is a thing of the past with the Iris 2482. This 2U rack mount box is all about hot-swap. It runs 4x hot-swappable compute nodes, 2x 2000 watt redundant power supplies, and 3x hot-swap 3.5″ SATA drives per node.

• Four hot-swappable compute nodes in 2U
• Double density and computing power
• Fit up to 84 servers in a 42U standard rack
• 12x hot-swappable SATA 3.5″ drive bays
• Redundant 2000 watt power supply

Configure your own Iris 2482 2U twin server


Iris 1228TP

Iris 1228TPWhere you’re going, you may not need roads. However, you will need maximum computing power in your 1U box. You will also need the peace of mind of two 1000 watt redundant power supplies running your pair of hot-swappable compute nodes.

• 88 cores in single 1U
• Double density and computing power
• 2x hot-swap compute nodes
• 2x 1000 watt redundant hot-swap power supplies

Configure your own Iris 1228TP 1U twin server


Iris 1228

Iris 1228Mr. Strickland says don’t be a slacker. Don’t let him down. Opt for the Iris 1228, packing a pair of dual Xeon powered nodes in a diminutive 1U server box.

• 48 cores in single 1U
• Support heavy network traffic & computing intensive applications
• 2x Hot-Swap SAS/SATA drive bays per node
• Fit up to 84 servers in a 42U standard rack

Configure your own Iris 1228 1U twin server

If you don’t have 1.21 gigawatts of power allotted for your server rack, check out our whole line of high density twin servers. If you don’t see what you’re looking for, contact us for a custom configuration!


To learn about how Pogo can help you tackle the technological challenges your organization is facing, please call us at 888-828-POGO, or email sales@pogolinux.com.

Posted in Rackmount Servers, Server Solutions | Comments Off on The Future is Here – Super Dense Twin Servers

How do you fit 90 drives in a 4U?

Got Petabytes?

Do you have a gargantuan amount of incoming data that needs a home port? We thought you might, so we’ve put together a few new super dense and ultra elegant storage solutions. These three systems pack an insane amount of storage into just four rack units each. Now you can take full advantage of your expensive real estate at the data center!

StorageDirector Q4290

StorageDirector Q4290 Storage SolutionNinety full-size 3.5″ hot-swappable drive bays. With hot-swap OS drives, redundant power, and the I/O performance of OSNEXUS with ZFS-on-Linux, the StorageDirector Q4290 is your ultimate on-site data-archive-in-a-box.

• Up to 90x hot-swap SAS/SATA 3.5″ drives
• OSNEXUS QuantaStor (Standard or Enterprise)
• Dual Intel Xeon E5-2600 v4 Series Processors
• Up to 1TB of DDR4 ECC Registered Memory
• Dual Onboard LSI 3008 SAS3 controllers
• 4x 1000W Redundant Power Supplies

StorageDirector Q4260

StorageDirector Q4260If your project requires a huge amount of memory (up to 3TB) to go with a still ginormous array of hot-swap SAS or SATA drives, we are proud to present the StorageDirector Q4260.

• Up to 60x hot-swap SAS/SATA 3.5″ drives
• OSNEXUS QuantaStor (Standard or Enterprise)
• Dual Intel Xeon E5-2600 v4 Series Processors
• Up to 3TB of DDR4 ECC Registered Memory
• Onboard LSI 3008 SAS3 controller
• 2000W Redundant Power Supplies

Check out the StorageDirector 4290 and 4260

Iris 428-60

Iris 4260If you need a hardware RAID along with massive storage and memory capacities, the Iris 428-60 is your ideal big-data storage solution. Contact our team of sales engineers for a quote.

• Up to 60x hot-swap SAS/SATA 3.5″ drives
• LSI 3108 SAS3 Hardware RAID Controller
• Dual Intel Xeon E5-2600 v4 Series Processors
• Up to 3TB of DDR4 ECC Registered Memory
• 2000W Redundant Power Supplies

Configure your Iris 428-60 Now

 

 

 

 

 

Contact us and learn more about the benefits of these ultra high density storage solutions.


To learn about how Pogo can help you tackle the technological challenges your organization is facing, please call us at 888-828-POGO, or email sales@pogolinux.com.

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Go for the gold with Pogo’s champion mathletes

As we approach the 2016 Summer Olympics in Rio, our competitive spirit has us thinking, “What if there was an Olympic event for mathematical number crunching?” If there were, these two new systems would be vying for gold. In the Workstation division, the Velocity Q58VL’s extreme integer-based processing would reign supreme. Meanwhile, the floating point capabilities of the Iris 4880-8GPUT would surely dominate the Rack Server division.

Iris 4880-8GPUT Server


Iris powered by NVIDIA TESLAStellar floating point performance, paired with a ginormous amount of fast storage.
As one of the only systems on the market that supports 8 Nvidia Tesla GPUs,  The Iris 4880-8GPUT is ideal for extreme floating point mathematical workloads such as those required by laboratories, government agencies, and research universities.

NVIDIA TESLA GPU• Up to 8 Nvidia Tesla GPUs
• Dual Intel Xeon E5-2600v4 Series Processors
• Up to 1536GB of DDR4 ECC Registered Memory
• Up to 24 SAS/SATA HDD or SSD
• Dual Onboard Intel 10G Adapters
• 1200W High-Efficiency Redundant Power Supply
• Rack Mount Rails Included

Velocity Q58VL Workstation

Velocity Q58VLSporting four sockets built for the latest Intel Xeon processors and up to 4 TB of DDR4 memory, the Velocity Q58VL Workstation is purpose built to take on huge integer-based computational workloads. This makes it ideal for demanding tasks such as financial analysis, ERP, accounting, and virtualization. Contact our team of sales engineers for a quote on a custom system built to conquer your unique computational challenges.

 

Up to 4TB of DDR4 Memory• Up to 96 compute cores
• Up to 4TB DDR4 ECC Reg Memory
• Dual Gigabit Ethernet Ports
• 5 Hot Swap SAS/SATA Drive Bays
• 1400W Redundant Power Supply

Contact us and find out how you can bring home the gold with these powerful new systems, customized for your most demanding workloads.


To learn about how Pogo can help you tackle the challenges your organization is facing, please call us at 888-828-POGO, or email sales@pogolinux.com.

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Pogo fights for children’s literacy – you can help!

Help Page Ahead fight for children's literacy

As tech-savvy internet dwellers, we take the ability to read for granted. However, did you know that in Washington state, only 36% of children from low income families can read at a basic level, versus 68% of their middle and upper income counterparts?1 In addition, did you know that kids who don’t read at grade level by 3rd grade are 4x more likely to drop out of school?2 This represents a huge problem, considering that 45% — or almost half a million children — are on free or price-reduced meal plans in Washington State.3

Research has shown that two thirds of the reading achievement gap can be explained through learning loss that occurs during the summer months of the primary school years. The other third occurs before students even enter kindergarten. However, 61% of low-income families have no books in their homes for their children.4 Not only that, 80% of preschool and after-school programs serving low-income populations have no age-appropriate books for their children at all.5

Though this paints a dire picture for the future of America, there are organizations committed to combating these alarming statistics. Founded in Seattle back in 1990, Page Ahead is one such organization, making a huge impact in the state of Washington. They have created a vast array of programs to put books in the hands of the kids that need them most.

Page Ahead - A Taste For Reading Luncheon 2-16

Pogo Linux is proud to have been one of the sponsors of the annual Page Ahead benefit luncheon in Seattle. We are happy to report that the luncheon raised thousands of dollars for this worthy cause! This guarantees that thousands of children’s lives will be enriched by the gift of reading.

“Literacy can make the difference between the poverty of one generation and the promise of the next. Page Ahead helps children realize their potential by providing them with the inspiration to read.“ – Page Ahead

Despite the success of the luncheon, there is still so much more to be done! To lend your support to children’s literacy, you can make a tax-deductible donation to Page Ahead here. To learn more about how this organization is making a difference, please visit the Page Ahead website.

Pogo Linux - Helping kids in need learn to read.


To learn about how Pogo can help you tackle the challenges your organization is facing, please call us at 888-828-POGO, or email sales@pogolinux.com.

1,3 From the “Washington State Report Card”, 2014-2015
2 Annie E. Casey Foundation. (2012). Double Jeopardy: How third grade reading skills and poverty influence high school graduation. Washington D.C.
4 Neuman, Susan B. and David K. Dickinson, ed. Handbook of Early Literacy Research, Volume 2. New York, NY: 2006, p. 31.
5 Neuman, Susan B., et al. Access for All: Closing the Book Gap for Children in Early Education. Newark, DE: International Reading Association, 2001, p. 3.

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New things. Big things. Intel Solutions Summit 2016.

Another year of amazing innovations - The Intel Solutions Summit 2016

Pogo has just returned from Orlando, Florida where we attended the Intel Solutions Summit 2016. ISS is the annual event where Intel execs give presentations to their partners, sharing juicy details about their current and upcoming projects. Now that the fog of jetlag has begun to clear, let’s do a quick recap!

There are a bunch of new (and evolving) projects that Intel was excited to tell us about. Here are just a few of them, which are either available now or will be later this year.

The Intel® Xeon® E5 2600 v4 Processor Family

intel-xeon-e5-v4Last week, Intel unveiled their latest generation Xeon CPU. It represents a big step forward in processor architecture, sporting up to 22 cores and a shrunken 14 nm die. One nice benefit of the new v4 architecture is that it can be run on the same platform as the previous v3 processors. This means the v4 is instantly compatible with a huge percentage of our product line. Contact us to check on availability.

3D NAND Memory Architecture

With storage cells layered on top of each other, 3D NAND offers 3x higher capacity than competing technologies. Not only will this bring down the cost per gigabyte of flash based devices, but it will also increase capacity. In the next five years, we will start to see flash drives that are larger than current spinning disks by almost an order of magnitude!

NVMe Protocol

Intel NVMe SSDThe NVMe protocol (Non-Volatile Memory Express) protocol specifies how non-volatile storage media connects to the PCI Express bus. The new 3D NAND storage devices use this specification. This enables storage that is not only much more dense, but also significantly faster than SATA devices. Ask us how this can dramatically improve the performance of your next Pogo server or workstation!

3D XPoint™ (Intel Optane™)

As outlined in our prior blog post, 3D XPoint (branded as Intel Optane) is set to completely disrupt the memory industry with extremely dense, ultra-fast, non-volatile memory. In the memory hierarchy, 3D XPoint will sit just below DRAM in performance but will be much faster than current SSD flash technologies. Since XPoint is non-volatile, it will open up all new possibilities for caching data or augmenting DRAM for very large datasets. This exciting technology will be available later in 2016. Stay tuned.

Portable Computing Devices

The product showcase featured a huge selection of new devices leveraging Intel’s latest processors. With all the latest tablets, detachable 2 in 1s, convertible 2 in 1s, traditional laptops, and mini PCs, there was definitely something for everyone.

Mini PCs

Intel NUC Mini PCIntel is continually paving the way for new applications of PC technology. They showcased lots of remarkable ways to deploy their NUC (mini PC), and Compute Stick (HDMI pluggable PC in a tiny ‘stick’ form factor). Their live hands-on demos highlighted portable music production, streaming camera applications, real-time facial recognition, in-store signage, and large scale video display.

With all the amazing new Intel technologies coming out this year, we can’t wait to see what Intel has in store for us at next year’s event!

Configure your own Pogo Quiet Compute CUBE


To learn about how Pogo can help you tackle the challenges your organization is facing, please call us at 888-828-POGO, or email sales@pogolinux.com.

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