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NEC Virtualization TipsServer virtualization maximizes your system performance by allowing two or more systems to co-exist on one server. The benefits of virtualization can be seen by organizations of every size, from Fortune 500s to small-to-medium businesses (SMBs). As the CIO of an SMB, however, there are a few things you should pay close attention to when considering adopting virtualization in today’s market. We’ve highlighted five key points to get you started.

1. Virtualizing real-time applications such as voice

Long gone are the days when operational time delays prevented real-time applications such as voice from being virtualized. In today’s world, virtualizing voice virtualization shatters the latency barrier between real-time and non-real time business applications, enabling your Unified Communications (UC) applications to work to their fullest potential on a virtualized platform – without the risk of delays compromising system effectiveness. When voice applications are virtualized, your telephony hardware can be condensed right along with your computing infrastructure, further streamlining your communications network with simplified voice administration. Moreover, virtualizing real-time applications like voice and UC can additional value to an existing virtualization strategy.

A virtualized voice and UC environment can accelerate the traditional benefits, including:

  • Maximized IT resources- With virtualization, you condense your physical data center, making management and upgrades that much simpler. The result – your IT staff has more time to spend innovating instead of maintaining systems.
  • Hardware consolidation: With virtualization, a few pieces of hardware can perform the jobs of many. In a virtualized environment, you can cut hardware and operational costs considerably.
  • Increased energy efficiency: Fewer pieces of hardware means decreased energy costs and consumption without sacrificing functionality.

2. The benefits of virtualization are magnified for SMBs

Virtual servers result in increased efficiency, specifically when it comes to the use of resources. When you adopt virtualization in your SMB, you will benefit from lower maintenance costs and faster server deployment, among other benefits. Virtualization also makes increased agility and higher availability possible. Lack of availability can open the door to significant data and customer loss, and virtualization helps mitigate this risk – a benefit that is especially valuable to SMBs, who may have difficulty meeting requirements in these areas due to cost concerns.

Additionally, virtualization lowers the maintenance expenses and total cost of ownership (TCO) of IT infrastructures. With virtualization, you can count on increased efficiency for your SMB, since planned and unplanned downtime will either be decreased or eliminated. This is due to the fact that a virtualized infrastructure can move workloads from one host to another quickly and consistently without requiring hardware outages. This also results in one of the greatest benefits of virtualization; the enhanced end-user experience. Virtualization enables your IT staff to migrate virtual servers and desktops between physical platforms without interruptions that can, in turn, affect user productivity.

3. Obstacles

A major obstacle many SMBs face is storage. In order for virtualization to be effective, virtual servers and virtual desktops need to be able to move transparently and quickly between multiple hardware platforms. In order to do this, each virtual component must have common access to shared storage to transfer workloads between physical servers. One way to solve this challenge is with storage area networks (SANs) that use direct-attached disks interconnected between multiple servers.

One luxury many large enterprise organizations have is built-in protection from bottlenecks. This “safety net” isn’t as common in SMBs, so special consideration should be taken to avoid such situations. Storage disruptions and delays in physical server access becomes far more serious in a virtualized environment. Any single points of failure in a centralized SAN spread across the entire set of interconnected servers and can potentially impact between one and nine hundred virtual servers and thousands of desktops. You have to be particularly cautious of this risk in an SMB, so be sure to research virtualization platforms that deliver a safety net to avoid this problem.

4. Low-end equipment investments can lead to higher TCO.

Due to restrictive budgets, it is common in SMB virtualization implementations to consider equipment that can be adopted at extremely low price points. While this may save money on the front-end, in many cases these tools lead to a higher TCO since they create a complex infrastructure that is ultimately too difficult to manage or scale. Rather than falling into this trap, SMBs should seek out complete solutions designed specifically to accommodate their needs both present and future. Ask questions prior to deployment about the cost of project management, shared storage infrastructure development, higher availability and the performance requirements of centralized operations.

5. Leverage your existing technology.

Instead of removing your existing hardware and making unnecessary investments in new machinery, deploy a virtualization solution that repurposes the hardware you’ve already deployed. Look for storage virtualization software that enables construction of virtual SANs using internal disks in each physical server. This allows you to turn a pair of existing servers into a dedicated, highly available and high-performance SAN. Such options should also reduce the risk of data loss with continuous real-time replication.

Virtualization also gives you the comfort of scalability - you can easily add new systems at single or multiple locations by cloning your HyperV or VMWare server instance. Search for a provider who has options tailored to the SMB market, offering software with user-based licensing and no additional costs per software instance. When you implement solutions such as these, your business is free to populate as many copies throughout their organization as they deem necessary for backup, disaster recovery, and load balancing.

Regardless of the size of your company, virtualization should simplify environments, not complicate them. With SMB-specific virtualization platforms now on the market, CIOs can select technology that delivers easy maintenance, affordable implementation and the scalability they seek.


( 0 Votes )

 

The integration of Web technology and collaboration solutions into higher education has become a popular trend within the University community. With the evolution of Bring Your Own Device (BYOD), and the consistent development of mobile technology, video collaboration, too, has become highly mobile. No NEC Collaboration Solutionslonger does it require highly equipped teleconferencing suites with banks of equipment. Thanks to the advent of mobile technology, learners and instructors can videoconference with the click of a button on their smartphones, tablets, laptops or other mobile devices, no matter the location. This sharing and exchange of information is particularly beneficial in a higher education setting. With audio, video and web collaboration solutions, interruptions in class schedules for unforeseen circumstances such as weather or emergency school closings are a thing of the past.

 

§  Real-Time vs. Pre-recorded video options-With real-time (synchronous) and pre-recorded (asynchronous) options, administrators and educators have the tools they need to effectively collaborate within the community in the method of their choosing that they deem best for a particular student group. For example, pre-recorded messages may work best for a group of students who learn better in a self-paced educational setting.

 

§  Customized collaboration options- Many solutions offer features which have the ability to facilitate an experience just like being in a “real” classroom. An example is white-board collaboration, where the meeting facilitator can draw or write on the white board during presentation. Another beneficial feature of collaboration solutions is the ability to upload files for download. With this feature, faculty members have a place to house important class documents, and students can in turn access and save files they need without the need for the facilitator to print them, resulting in a decrease in printing and supply costs for the University. 

 

§  Cloud Service utilization- Perhaps the most widely used example of cloud services is the provision of e-mail. Additionally, many colleges and universities also use tools such as YouTube and wikis to circulate information. Blogs may be used for remote communication within private groups such as a research team. Both stationary and mobile devices come in a variety of platform flavors, yet users of all types are able to meet in virtual video space. Regardless of the method, each of these tools facilitates collaboration and can enhance the learning environment and student experience. 

 

§  Security- With file sharing comes obvious security concerns and questions, as data security can be compromised in the case where one or more universities may share a data center, or contract for services through a commercial provider. And while collaboration solution applications may not come without a level of risk, these concerns are easily addressed. Your individual situation will determine your methods of protection and whether you yield the greatest value in securing the devices where data is housed, or securing the data itself. Additionally, many solutions are equipped with the latest in security, from requiring unique PIN ID codes for meeting participants, to protecting the information shared within a meeting so it is only seen by those invited attendees. This reduces the need for external security applications at an additional cost to the University. 

 

The benefits of collaboration within higher education extend to those within the higher education community as well as the information and communications technology (ICT) community. Many opportunities lie ahead for more extensive collaboration approaches. The collaboration opportunity for the two affords an invaluable exchange of knowledge and experience which can, in turn, be used to create additional infrastructures. Download the document to see how NEC’s Collaboration solutions are changing the way information is being exchanged while improving teamwork and reducing cost.

 

                                                    

 


( 0 Votes )

NEC was honored to accept today the Network Innovation Award  from Search Networking.com, the first award ever given to a networking company for its work in the rapidly emerging Software-Defined Networking (SDN) arena.  In annoucing the award, Executive Editor Rivka Little commented“In the past year, many companies have begun to firm up their SDN plans, but one company made the quickest strides in getting innovative OpenFlow products to market – NEC Corporation of America.  So it is fitting that NEC is the first company to win a SearchNetworking.com Network Innovation Award in the category of Software-Defined Networking.”

 Jeremy Hurley, SearchNetworking.com Publisher, is shown here (left) presenting the Innovation honor to Don Clark, Director of Business Development for  the ProgrammableFlow® Open SDN product suite.  More than 400 

engineering person years have been invested by NEC into this ground-breaking Software-Defined Networking solution, a commitment first begun in 2008 when NEC co-founded and helped fund The Clean Slate Lab at Stanford, the birthplace of the OpenFlow protocol.  First to market with a complete programmable networking solution in May of 2011, NEC currently offers a third version of its award-winning OpenFlow-based PF6800 controller.  In addition to the simplified and automated network originally introduced in 2011, Version 3 introduced end-to-end Quality of Service, scalability beyond  4,096 VLANs, advanced network automation and granular network management.  And just last week NEC participated with 20 other vendors at PlugFest, testing and demonstrating interoperability with multiple vendors including Broadcom, Brocade, Extreme, IBM and Juniper.

 SDN marks a major change in the network landscape by moving the intelligence off proprietary routers and switches and into a centralized controller, where software enables you to design, deploy, monitor and manage the network from a single point.   The OpenFlow-based ProgrammableFlow network suite separates the control plane from the data plane, enabling this radical simplification and complete network-wide virtuallization.  Equally important, the  ProgrammableFlow Network Fabric delivers an open, standardized northbound API to enable applications to be readily added to the network and speeding service delivery and business agility.  These qualities were some of the benefits SearchNetworking editors saw in ProgrammableFlow Open SDN when they gave us the Networking Innovation Award.  We are proud to accept this honor.    To learn more about NEC's ProgrammableFlow solution visit:  http://necam.com/pflow

 

 

 


( 1 Vote )

Some of you may have heard of the new SDN Interoperability Lab at Indiana University, a key initiative of the Indiana Center for Network Translational Research and Education (InCNTRE)where they are focused on training, education, research and collaboration to encourage the adoption of OpenFlow and SDN technologies.   NEC is proud to be a charter member of InCNTRE, helping to support the unit financially and with test hardware and software from our ProgrammableFlow® network suite.   InCNTRE last week hosted the second semi-annual PlugFest, sponsored by the Open Networking Foundation (ONF).

I am happy to report OpenFlow interoperability of the entire ProgrammableFlow portfolio was successfully confirmed with all the venders represented at InCNTRE. Testing included both the award-winning ProgrammableFlow PF6800 Controller and our complete line-up of ProgrammableFlow Switches: the award-winning PF5240 and 10GbE PF5820, in addition to our newest PF1000, the first OpenFlow virtual switch to be marketed.

PlugFest participants noted that NEC was the most interoperable vender and with our technology and engineers presented strong leadership during the event. Use cases included:

1)     Setting up OpenFlow network flows for L2 and L3 switching

2)     Failure and recovery of OpenFlow flows, where the controller automatically re-routes traffic after detection of a switch fault

3)     Multi-path routing with the ProgrammableFlow Controller PF6800, whereby ProgrammableFlow incorporates business policy to forward flows over different paths based on prioritization

4)     Virtual machine live migration, where the Controller relearns the new position of the migrated VM and automatically maps it to the specified virtual network without any additional configurations.

OpenFlow Controllers have expanded from the announcement of the ProgrammableFlow Network Suite in May, 2011, the first commercially available OpenFlow controller.  Included at PlugFest was:  NEC, HP, BigSwitch, Huawei, NTT-Data, and NTT-Communications (MCL) and the NOX open-source based controller from Indiana University, OESS. 

We successfully tested the ProgrammableFlow controller with all OpenFlow Switches present, including:  NEC, IBM, HP, Brocade, Juniper, Extreme, Huawei, Intel, Broadcom, Centec, and Ciena.

Our ProgrammableFlow switches successfully operated behind all OpenFlow controllers present.  Also included in the PlugFest were OpenFlow Testing devices from Ixia and Spirent, which simulated the environments, and OpenFlow Configuration vendors Infoblox and Luxsoft. 

PlugFest was great event for all OpenFlow venders invited to participate.  There are always different understandings of standards and some vendors may implement in slightly different ways.  For the benefit of OpenFlow customers everywhere, now we have tested step-by-step, command-by- command, packet-by-packet.

There was heated discussions about which implementation is correct or not, and what is the most exciting part of testing interoperability. Thanks go out for the excellent coordination and fair independent judgments provided by our third-party hosts, Indiana University's staff. It was a great learning experience for all the vendors participating, and a number of issues were encountered and addressed.  

All and all the week was a bit tiring, but most valuable.  There is nothing more satisfying than the  "Ping" successes after several hours debugging! 

Learn more about NEC's Programmable Flow today.

 

 


( 0 Votes )

The nomadic work style is a growing trend with today’s workforce.  IDC predicts that by 2015 the world’s mobile worker population will reach 1.3 billion people, representing 37.2% of the total workforce.1  Millennials or the Hyper Connected Generation in particular embrace mobility with nearly a quarter owning a tablet, over half currently using a smart phone, and almost three quarters possessing a laptop. Life without a mobile device to provide anywhere, anytime connectivity is not imaginable.  Some Millennials may even question why there is an office phone on their work desk since most have already “cut the cord” (or the land-line) at home or perhaps never even installed one.   In fact, according to a recent federal study in the United States 44% of 18-30 year olds have only a wireless phone at home.2

With the proliferation of Wi-Fi, working from anywhere is a prerequisite when trying to attract Gen Y talent.  Millennials just expect to be able to work anywhere at any time and on any device.  Millennials are the “always connected” generation, which sleeps with their mobile devices at their bedside and checks them even before eating breakfast.  State-of-the-art UC&C technology such as NEC’s UNIVERGE 3C solutionsupports their anytime, anywhere work style by enabling users to control which device rings and when based on profiles or schedules they establish; therefore, information is easily exchanged even when using their mobile devices, resulting in improved customer service and overall efficiency.  Less time is spent listening to voicemails or playing phone tag.

The industry has observed consumerization before, but with Millennials owning powerful smart phones and preferring these devices for both business and personal use, along with other devices such as tablets, a trend in communications known as BYOD, or Bring Your Own Device, is growing. This trend is being pushed from the top down by executives as well as from the bottom up by Millennials.  With the current BYOD trend the lines between work and personal devices are becoming blurred in the enterprise. Many corporations are already implementing BYOD policies and taking advantage of leveraging the devices owned by their employees.  There are several reasons for this. First, it appeals to and helps attract a Millennial workforce.  This young generation is very familiar with technology, and they want to use leading edge technology not only in their personal lives, but at work as well.  Second, BYOD can help to increase employee productivity because these individuals are most familiar and comfortable using devices of their choice.  In fact, if BYOD is implemented properly it can result in a 10% - 15% increase in end user productivity.3  The soft benefit of employee morale is bolstered by BYOD too.  Employees feel more empowered.  In the United States 77% of employees feel that technology in general makes their working life better.4

Unified communications is a critical component when considering a BYOD policy.  It actually can enhance a user’s device and thus their collaboration capabilities within the company while protecting a company’s confidential information.  It is important that a unified communications and collaboration solution enhances these different devices by offering mobile clients that provide a user experience that is not only powerful and rich, but also functions consistently across different operating systems, from iOS and MAC to Microsoft Windows and Android, to provide an intuitive, easy to use experience.   UNIVERGE 3C is a UC&C solution that is architected for infrastructure supporting all types of different devices or equipment – mobile or stationary.  With UC&C no matter which device is being used an employee is still able to access key contact lists, join a conference bridge, or access other collaboration applications using a common set of login credentials, resulting in a more valuable device and a more productive employee. 

 

Notes:

1IDC Worldwide Mobile Worker Population 2011-2015 Forecast doc# 232073 December 2011

2CBS Interactive “Percentage of Cell Phone Only U.S. Homes Doubles” April 23, 2011

3Developing a BYOD Policywebinar J. Gold Associates June 2012

4Jumping the Boundaries of Corporate IT – Accenture Global Research on Millennials’ Use of Technology Accenture 2010

 


( 2 Votes )