Posts Tagged ‘Server’

CloudEnable computer server technology ensures secure scalable all device cloud business website hosting

January 23rd, 2012

News of new developments in computer technology are often missed by business people. In a series looking at developments in Internet technology, we investigated cloud hosting and its benefits.

What is Cloud enterprise-level hosting? Cloud hosting is a system of new generation web servers that enable small and medium businesses to integrate the industry’s best technologies into their online presence at modest fees. Many businesses can now abandon their own server banks and reinvest the money elsewhere in their business. When a bank of servers can cost up to tens of thousands to millions of dollars to buy or replace, many businesses look to Internet professionals running cloud systems to take over the running of their websites & I.T. services.

CloudEnable is a US business that has invested in people and technology to bring the best options in business hosting to their customers in the USA and around the World. Cloud server technology can be tailored to any customer’s specific needs. The best server technology can be accessed at a low start up cost by businesses to develop their web presence. Later, when their product sales or web traffic increases they do not have to shift web hosting. The cloud technology allows instant scalability. More servers in the cloud server network can come online to deliver the content to customers.

Business operators often want to get on with generating new business and making money. With cloud hosting, a business can set systems in place and then forget their website hosting while leaving professionals to “monitor and manage”.

There has been some reluctance on the part of business owners to risk the transfer of their existing databases, email accounts and website storage as they migrate from the servers that worked well for years. Fear of data loss, downtime, missing emails and training staff in new procedures, used to deter many business managers from making money saving changes. That “decision inertia” was noticed by cloud computing businesses and they now offer a painless migration service to new servers. Everything is done quickly and efficiently. Here at International.to we migrated to cloud hosting without losing data, risking security or enduring any downtime.

We asked James Gard of CloudEnable what makes cloud servers attractive to small and medium businesses. “CloudEnable is an on-demand resource that liberates a business’ IT personnel and capital from infrastructure support and expense. We design and deliver cloud architecture to meet every new customer’s performance requirements. It is always scalable, secure, online, fail-over and protected with disaster recovery in a cost effective manner.”

“The scalability aspect of cloud servers allows users to pay for only what they use. If demand picks up, say during the day, additional servers can be provisioned in minutes and used for peak demand and then de-provisioned for low demand, say at night, or seasonality. It mean users do not have to buy hardware to meet their peak demands, they only pay for what they use and this is almost instantly scalable.”

“At CloudEnable, we closely monitor our cloud infrastructure and provide attention 24/7/365. We are alerted when there is an issue at 2 am or on Sunday or whenever and address the issue before reporting back to our customers” Mr Gard said.

Another aspect that makes cloud computing so attractive is that someone highly qualified always manages the servers. A cloud hosting business will manage the infrastructure and as a client’s needs change, it will react rapidly in the event of any issue like huge traffic increases.

What is cloud hosting.

Cloud computing is the delivery of computing as a service rather than a product, whereby shared resources, software, and information are provided to computers and other devices as a metered service over a network (typically the Internet).

Cloud computing is a marketing term for technologies that provide computation, software, data access, and storage services that do not require end-user knowledge of the physical location and configuration of the system that delivers the services. A parallel to this concept can be drawn with the electricity grid, wherein end-users consume power without needing to understand the component devices or infrastructure required to provide the service.

Most cloud computing infrastructures consist of services delivered through shared data centers, which appear to consumers as a single point of access for their computing needs. The tremendous impact of cloud computing on business has prompted the United States federal government to look to the cloud as a means to reorganize its IT infrastructure and to decrease its IT budgets. With the advent of the top government officially mandating cloud adoption, many government agencies already have at least one or more cloud systems online.

Source:http://www.international.to/index.php?option=com_content&view=article&id=4607:cloudenable-computer-server-technology-ensures-secure-scalable-all-device-cloud-business-website-hosting&catid=64:business&Itemid=117

LaCie’s Got a 12big Rack Storage Server, And It’s Nearly $12,000

December 9th, 2011

If you thought all Big Racks were awesome, well, you’re probably right. Childish jokes aside (seriously, we apologize for that one), LaCie has just announced their new 12big Rack Storage Server, described as a comprehensive network storage solution complete with the software and hardware needed for serious backup or file sharing right out of the box. The 12big Rack Storage Server features the performance of Quad LANs and the power of Windows Storage Server. With muscular performance and outstanding scalability at a competitive price point, the 12big Rack Storage Server is the perfect solution for corporate backup and file sharing. It is powered by the industry-standard Windows Storage Server 2008 R2, Microsoft’s latest version of the powerful NAS platform. The 12big Rack Storage Server ships with 6Gb/s Nearline SAS disks, which feature redundant path technology that improve I/O results by more than 40%.

As for specs, it’s got a quad-core Xeon CPU with 4GB of RAM, NAS-to-NAS backup and file serving, I/O ports to connect external storage and integrate as a JBOD array for massive scalability – up to 144TB, Hardware RAID controller, which supports RAID Levels 0, 1, 5, 10, 50 or 60, five free PCIe slots for dedicated applications such as 10Gb Ethernet, fibre channel, or InfiniBand, and the ability to configure as an iSCSI target or initiator to allow storage expansion in a cost-effective way. The 12big Rack Storage Server is available in 9TB, 12TB, 24TB and 36TB capacities with the 5-year Gold Protection Plan for premium support. The protection plan features warranty on drives and components, as well as fast product replacement. The 12big Rack Storage Server is available through LaCie Online Store, LaCie PROgram+ Partners, and LaCie PROgram+ Resellers starting at $11,299.00. Yes. Over $11k. Pony up!

Source:http://hothardware.com/News/LaCies-Got-a-12big-Rack-Storage-Server-And-Its-Nearly-12000/

Intel Announces New Server Hardware

November 23rd, 2011

At the SC11 supercomputing conference in Seattle, Intel unveiled an array of new server hardware (well, the codenames anyway) designed to work with the also new Intel Xeon Processor E5 (Sandy Bridge-EP). The hardware lineup is designed to meet the growing and increasingly diverse needs of supporting embedded applications. More details will be coming in the first part of next year, but there’s enough information available to get potential customers–everyone from small businesses to larger enterprises–excited.

The various new boards offer single- and dual CPU sockets and are optimized for, in turn, HPC, high-density environments, heavy-duty I/O requirements, and massive memory needs. On the chassis side, the new offerings include those for (not surprisingly) HPC and high-density needs in multiple form factors, including the pedestal, 4U Intel Server System P4000 (Union Peak) family.

Earlier this year, Intel’s Enterprise Platform and Services Division pledged to dramatically improve the breadth and depth of server products available to channel partners and end customers.

Tuesday night, during an event at the SC ’11 supercomputing conference in Seattle, Intel delivered on that promise by disclosing plans to release a comprehensive family of new server boards and systems built on the future generation Intel® Xeon® Processor E5 (Codenamed Sandy Bridge-EP). The disclosure covered eight motherboards and three new chassis systems. Specific details of the server board products, including specifications, naming and pricing, will be provided closer to product launch in the first half of 2012.

This expanded product portfolio offers a diverse lineup of server boards and system solutions to meet almost any customer need, from small businesses hoping to expand to enterprise organizations performing the most complex, compute intensive of tasks.

All of these offerings are being delivered based on customer demand for more differentiated offerings to support the ever increasing variety of embedded applications. Intel channel partners will be able to meet this growing demand with a powerful array of solutions that can be customized for specific customer requirements.
Here is an overview of the new hardware lineup (with code names) on the map for 2012:

Jefferson Pass: A half-width, high performance 2-socket motherboard for HPC and High Density environments.
Washington Pass: A density and performance optimized 2-socket half-width motherboard with a large memory footprint.
Copper Pass: A full-width 2-socket board supporting maximum I/0 and expandability
Canoe Pass: A mainstream full-width 2-socket board for a broad range of computing applications.
Iron Pass: A high end board designed to support maximum I/O capability in a full-width, 2-socket design.
Grizzly Pass: (16 DIMM and 24 DIMM) A premium computing board supporting massive I/O and memory capacity.
Intel Server System H2000 Family: Flexible, high density chassis designed for high performance computing installations.
Crown Pass: An Expert Workstation supporting the fastest CPU and I/O technologies.
Intel Server System Family (codenamed Bobcat Peak) – Flexible, high density chassis designed for high performance computing installations
Intel Server System P4000 Family (codenamed Union Peak) – A pedestal chassis with a new look and feel in a highly configurable 4U form factor.
Intel Server System R2000 Family (codenamed Bighorn peak) – A flexible, configurable, high density Chassis for Enterprise deployments.

Source:http://hothardware.com/News/Intel-Announces-New-Server-Hardware/

Global data centre hardware spending to top $98bn – Data and Server Racks

October 17th, 2011

Spending on hardware for data centres, such as rack cabinets and computer cables, is expected to reach $98.8 billion (£62.7 billion) this year, new data suggests.

Research firm Gartner forecast that next year, this is likely to rise to $106.4 billion and by 2015 it will surpass the $126 billion mark.

The company asserted that the largest category of data centres – those with more than 500 server racks – is likely to make up a greater proportion of the spending.

It suggested that by 2015, these will make up 26 per cent of the total expenditure, up from 20 per cent last year.

Jon Hardcastle, research director at Gartner, commented: “Worldwide data centre hardware spending will finally reach and surpass [the] 2008 level.”

Among the firms to recently announce the development of new data centres was internet giant Google, which plans to open facilities in Singapore, Taiwan and Hong Kong.

Source:http://www.comms-express.com/news/networking/global-data-centre-hardware-spending-to-top-98bn-800759174/

Wipro to sell data centres and other hardware – Data Centre and Server Racks

September 30th, 2011

Software exporter Wipro has revealed that it may be set to sell the data centres and computer hardware – which may include network cables – that belongs to its US subsidiary Infocrossing.

One anonymous source told the Economic Times that Citigroup is holding discussions with potential buyers, adding that Wipro has already received initial offers from a number of major telecoms organisations in the US.

Wipro asserted that the decision to sell was made in a bid to “unlock value” from elements of the business that are not crucial.

It is thought the sale of the five data centres, complete with server racks and computer cables, will raise between $300 million (£221 million) and $400 million.

Yesterday (September 28th), Google revealed that it was planning to invest more than $200 million in data centres in Asia.

The firm plans to build establishments, which may feature 24 port patch panels, in Singapore, Taiwan and Hong Kong.

Source:http://www.comms-express.com/news/server-racks/server-racks/wipro-to-sell-data-centres-and-other-hardware-800743562/

Mainframe Ubuntu Linux?

September 8th, 2011

When you think of “Ubuntu Linux,” you probably think of the community Linux distribution and the Linux desktop. That’s great, but Canonical, Ubuntu’s parent company, also wants you to think of Ubuntu as a server and cloud operating system platform. To that end, Canonical has been working with IBM to get Ubuntu certified on IBM’s high-end System P Power hardware line and System z mainframes.

Yes, that’s right little Ubuntu Linux may soon be certified and running on top-of-the-line IBM enterprise hardware. Before this, Canonical worked successfully with IBM on bringing Ubuntu certifications for IBM’s x86-powered System x and BladeCenter lines.

Officially, all Canonical has to say is “Our company policy is that we don’t comment on any rumours that might be circulating. We’ll of course keep you well informed of any news that comes out of Canonical.” Away from public relations though I’m hearing that Canonical and IBM have working hard on expanding Ubuntu’s reach on IBM hardware.

If all goes well, Ubuntu will be officially supported on System p within the month and it will be certified on the Z mainframes by year’s end. This is happening because Canonical is working hard on increasing its business market share. While Ubuntu is arguably the single most popular Linux distribution with individuals, it’s always lagged behind most Red Hat and SUSE, formerly Novell, in business. Canonical wants to change that.

In order to do that, Canonical has been improving its partnerships with Original Equipment Manufacturers (OEMs); major server companies such as Dell, and its enterprise customers. This next step into high-end business computing with IBM makes perfect sense in pursuing this strategy.

As for IBM? Linux has been very, very good for IBM over the last decade and they’re getting to like Ubuntu. Historically, IBM has allied with Red Hat and Novell/SUSE. But, as IBM’s VP of Open Systems Development, Dan Frye told me recently, IBM is operating system and Linux agnostic. IBM will support what its customers want, and so, it appears to me, that IBM’s customers must now be asking for Ubuntu. Sometime soon it looks like they’ll be getting it.

Source:http://www.zdnet.com/blog/open-source/mainframe-ubuntu-linux/9491

Microsoft Windows Server 2008 R2 Virtualization Enhancements

September 5th, 2011

Microsoft Windows Server 2008 R2 is the rock solid server operating system by Microsoft. Today we will discuss about Virtualization enhancements in Windows Server 2008 R2. Windows Server 2008 introduced Hyper-V as new server role. Hyper-V is server virtualization technology introduced by Microsoft leveraging hardware-assisted virtualization.

Here are some of the key enhancements we have done in Microsoft Windows Server 2008 R2 in terms of Virtualization. I will be sharing some of the key features added to Hyper-V Server Role.
Live Migration

With the introduction of Live Migration, Windows Server 2008 R2 moves into a leadership position in the virtualization market.

Clustered Share Volume

While not a requirement for Live Migration, Windows Server 2008 R2’s introduction of Cluster Shared Volumes is definitely the way to go for shops with regular Live Migration operations on the horizon. Cluster Shared Volumes (CSV) enables access to files on a shared storage device from all nodes in a Failover Cluster at the same time.

Processor Compatibility Mode

This improves VM compatibility with different processor version within same vendor. For e.g. Intel XEON & Core2Duo, AMD Opeteron/Tri-Core.

Boot from VHD & Native VHD Support

Windows Server 2008 R2 & Windows 7 support native VHD support. VHD is Microsoft standard Virtual Hard Disk file format. These operating systems natively support creation of VHD files. Also, these operating systems Boot from VHD for several editions of Windows Server 2008 R2 & Windows 7.

Dynamic VM storage

Windows Server 2008 R2 Hyper-V supports hot plug-in and hot removal of storage. By supporting the addition or removal of Virtual Hard Drive (VHD) files and pass-through disks while a VM is running, Windows Server 2008 R2 Hyper-V makes it possible to reconfigure VMs quickly to meet changing workload requirements.

Remote Desktop Services & VDI

Terminal Services gets a name change to Remote Desktop Services (more on that later). But RDS combined with the new Virtual Desktop Infrastructure (VDI) and RemoteApp and Desktop (RAD) Connections feature, lets Windows XP, Vista®, and Windows 7 desktop operating systems as well as individual apps or portfolios of applications all be virtualized on R2 and managed via group policies. This makes it possible for end-users to run multiple operating systems simultaneously on client hardware, and facilitates desktop management as a whole and hosted desktop deployments in particular.

VM Chimney (TCP Offload Support) helps TCP/IP traffic in a VM can be offloaded to a physical NIC on the host computer. VMQ offloads the network routing and data copy processing by using hardware in a physical network interface card (NIC), such as multiple hardware receive queues and shared memory. The MAC address of the virtual NIC in the VM and an interrupt destination processor can be assigned to each hardware receive queue. The physical NIC puts the packet in the appropriate queue, eliminating the software routing overhead of the virtual switch. With shared memory, the physical NIC can use DMA to copy directly into the VM’s memory, thereby avoiding the extra memory copy by the virtual switch.

Source:http://devworks.thinkdigit.com/Features/Microsoft-Windows-Server-2008-R2-Virtualization-Enhancements_7473.html

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