Fountainhead

MARCH 25, 2013

connected to differing forms of storage (not to mention storage tiering, backup etc.) QoS), and storage (connectivity, tiering, caching). That might mean continuous orchestration between specific apps and networking, storage, firewalls, IaaS, DBs and more. Big Data. (6). Data Center efficiency. (1).

Applications 214

Applications Cloud Data Center Load Balancer 214

Fountainhead

JUNE 1, 2011

NYSEs cloud now allows small firms (picture 3 hedge fund managers and their dog in a garage) to take advantage of enterprise-grade hardware and data. The NYSE service means those IT organizations no longer have to struggle with integrating data dumps and feeds into their infrastructure and operations. Big Data. (6).

Financial 172

Financial Cloud Data Center Vmware 172

Fountainhead

OCTOBER 10, 2011

Increasingly huge storage needs, esp. The student base requires support for "any device, any time", and doesnt hesitate to use external commercial services rather than IT (think: kids using DropBox, Evernote, Mobile Me, etc.). Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2).

Data Center 173

Data Center Virtualization Cloud Mobile 173

Fountainhead

MARCH 16, 2009

Infrastructure Orchestration and Unified Computing are both terms referring to a technology whereby server CPU, I/O, storage connectivity, and network, are all able to be defined and configured in software. And, by abstracting the I/O, both data and storage connections can be converged, further simplifying the network infrastructure.

Data Center 113

Data Center Storage Dell Virtualization 113

Fountainhead

MARCH 3, 2009

I called these the " big blind spots ". More from Egenera was published today in the Wall Street Journals MarketWatch website. I arrived at these observations when I speak with data center managers who admit that they dont have solutions to these issues. But hardware, I/O, storage and network have to be provisioned too.

Data Center 100

Data Center Data Virtualization Dell 100

Fountainhead

MARCH 11, 2009

A "unified fabric" is part of what we term " infrastructure orchestration " and "unified computing" - it is the abstraction of compute, I/O, storage and network infrastructure into a dynamically-configurable "fabric". The ability to re-purpose entire compute, network and storage systems on-the-fly, in response to compute demand.

Energy 100

Energy Data Center Dell Virtualization 100

Fountainhead

SEPTEMBER 29, 2009

. ~ John Having looked into cloud computing solutions for our small investment firm over the past few months, we have learned a lot about the growing movement towards remote data storage and accessibility. In terms of data storage and backup – our current system is not ideal. Big Data. (6). Mobility.

Cloud 113

Cloud Data Center Storage Google 113

Fountainhead

MAY 5, 2009

Infrastructure Orchestration abstracts and defines/configures the infrastructure world (I/O, NIC cards, HBA cards, storage connectivity, LANs, switches, etc.). So, not only can you define a virtual server instantly, you can define a *physical* server (maybe a virtual host, or a physical machine) down to I/O, NICs, Storage and Network.

Data Center 100

Data Center Virtualization Disaster Recovery Storage 100

Fountainhead

SEPTEMBER 22, 2009

One may be within a Tier-I data center with a relatively low response rate requirement and allowing users only 500MB of storage per mailbox. Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2). Cloud Computing Journal. Data Center Facilities Pro. Syndications.

Data Center 113

Data Center Disaster Recovery Energy Data 113

Fountainhead

APRIL 13, 2009

The project, dubbed the Health Associated Infection and Influenza Surveillance System, was built on six standard blade servers with converged network and storage I/O. The system runs Egenera s cloud management software, PAN Manager, which manages I/O, networking, and storage for the servers as a logical set. Big Data. (6).

Cloud 100

Cloud Data Center Virtualization Storage 100

Fountainhead

APRIL 20, 2009

The beauty of infrastructure orchestration is that it abstracts-away all of the "plumbing" of the Server such as I/O, networking and storage connectivity -- which makes it an absolutely *ideal* complement to virtualization. Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2).

Disaster Recovery 100

Disaster Recovery Data Center Virtualization Banking 100

Fountainhead

JUNE 29, 2009

True, both have made huge strides in the hardware world to allow for blade repurposing, I/O, address, and storage naming portability, etc. Planning and managing cabling from a traditional blade solution to the storage and ethernet networks is a usually a major task. Big Data. (6). Data Center efficiency. (1).

Analysis 147

Analysis HP Data Center Virtualization 147

Fountainhead

SEPTEMBER 7, 2009

Why do we have data networks, storage networks and management networks (all distinct, I might add). an audio jack to a cassette tape for storage.). Network Interface Cards) as well as with storage connectivity (e.g. And frankly, this is where fundamental “data center complexity” probably arose from.

Industry 100

Industry Data Center Virtualization Network 100

Fountainhead

APRIL 7, 2009

The software has always had the ability to provision physical and/or virtual servers with mission-critical levels of availability, including networking, I/O and storage configurations. Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2). Cloud Computing Journal. Syndications.

Virtualization 100

Virtualization Dell Data Center Cloud 100

Fountainhead

JANUARY 24, 2011

in order to provide enough performance for customers who were multi-tenant on hardware and storage, you had to make them non-multi-tenant. Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2). Cloud Computing Journal. Data Center Facilities Pro. Back during Cloud 1.0,

Cloud 216

Cloud Data Center Virtualization Data 216

Fountainhead

FEBRUARY 13, 2012

This got me thinking: when the boundaries between compute, storage and network begin to blur, so must the boundaries between traditional IT organizations. Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2). Cloud Computing Journal. Data Center Facilities Pro.

Data Center 220

Data Center Cloud Training Enterprise 220

Fountainhead

MARCH 18, 2009

Abstracting software from the underlying CPU yields mobility, consolidation, and degrees of scalability. As I recently outlined , this technology is a perfect complement to software virtualization -- it essentially gives "mobility" to infrastructure , rather than to software. Big Data. (6). Data Center efficiency. (1).

Data Center 100

Data Center Data Virtualization Dell 100

Fountainhead

FEBRUARY 19, 2011

Here I was, in an organization that’s made billions on storage, and I was about to talk about cloud attributes solely from a compute perspective.Was I missing something? My re-think was that attributes of Compute, Storage, and yes, Network, all had to be reconsidered in the context of a holistic cloud-based infrastructure.

Cloud 186

Cloud Storage Data Center Virtualization 186

All Things Distributed

DECEMBER 12, 2018

"We are preparing for the opening of competition on rails in Finland and at the same time the industry is going through transformation to mobility as a service for both passengers and goods. Supercell is a mobile game developer, based in Helsinki, Finland, with over 100 million people playing their games every single day.

Cloud 124

Cloud Real Estate Mobile Development 124

Fountainhead

FEBRUARY 23, 2009

Fundamentally, the concept abstracts-away a servers I/O, disk, storage connectivity, and out-of-band controls, making it a stateless entity. and the Host Bus Adaptor (HBA) for connection to storage. Changes to the network or storage meant changing I/O configurations. Issues having to do with I/O, storage connectivity, etc.

Hardware 100

Hardware Data Center Storage Virtualization 100

Fountainhead

JANUARY 26, 2010

Converged Infrastructure is highly complementary to shared storage: the pervasiveness of SAN storage is a major enabler of a more virtual/flexible data center. As physical/virtual servers move, migrate and scale, storage simply follows. Big Data. (6). Data Center efficiency. (1). Mobile Work. (4).

Data Center 138

Data Center Virtualization HP Cloud 138

Fountainhead

AUGUST 12, 2010

The Cisco Unified Computing System is a next-generation data center platform that unites compute, network, storage access, and virtualization into a cohesive system.". A technology where CPU allocation , data I/O , storage I/O , network configurations, and s torage connections are all logically defined and configured in software.

Disaster Recovery 145

Disaster Recovery Data Center Virtualization Network 145

Fountainhead

MAY 6, 2010

and storage connectivity (LUN mapping, switch control) are all abstracted and defined/configured in software. The result is a pooling of physical servers, network resources and storage resources that can be assigned on-demand. Because the physical CPU state (i.e.

Data Center 100

Data Center Virtualization Storage Network 100

Fountainhead

JULY 14, 2009

Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2). Cloud Computing Journal. Data Center Facilities Pro. Today at Citrix I'm helping others understand opportunities and pathways for mobility and cloud infrastructure. / /. Subscribe to: Post Comments (Atom).

Data Center 113

Data Center Data Virtualization System 113

Fountainhead

DECEMBER 13, 2010

In essence, a server’s logical IO is consolidated down to a single (physical) converged network which carries data, storage and KVM traffic. can be recovered onto another domain (assuming shared/replicated storage). Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2).

Virtualization 157

Virtualization Data Center Network Storage 157

Fountainhead

MARCH 5, 2009

But essentially its about converging data, storage, and even out-of-band management information along a single (high bandwidth, low-latency) wire. Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2). Cloud Computing Journal. Data Center Facilities Pro.

Virtualization 124

Virtualization Software Software Data Center 124

Fountainhead

FEBRUARY 13, 2009

These connections also give the blades very fast Ethernet access to both the network and storage devices and eliminate the need for a storage-area network (SAN). Instead, the blades would talk directly to the storage servers. Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2).

Data Center 100

Data Center Dell Virtualization Storage 100

Fountainhead

APRIL 27, 2009

The beauty of infrastructure orchestration is that it abstracts-away all of the "plumbing" of the Server such as I/O, networking and storage connectivity -- which makes it an absolutely *ideal* complement to virtualization. Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2).

Healthcare 100

Healthcare Data Center Systems Administration Virtualization 100

Fountainhead

SEPTEMBER 10, 2009

Thats essentially the idea behind the " Datacenter-in-a-Box :" Most common config uration: Blades + Networking + SAN Storage Most useful tools to manage VMs + physical servers + network + I/O + SW provisioning + workload automation + high availability Thats what Egeneras done with Dell. Big Data. (6). Data Center efficiency. (1).

Dell 138

Dell Data Center Virtualization Cloud 138

Fountainhead

SEPTEMBER 14, 2009

So, using the diagram from last week, the functionality maps as follows: PAN Builder: VM server management Physical server management Software (P & V) provisioning I/O virtualization & management IP load balancing Network virtualization & management Storage connection management Infrastructure provisioning Device (e.g. Big Data.

Disaster Recovery 100

Disaster Recovery Load Balancer Dell Data Center 100

Fountainhead

DECEMBER 8, 2009

In fact, Compute fabrics might just be the next big thing after OS virtualization. Think of it this way: Fabric Computing is the componentization and abstraction of infrastructure (such as CPU, Memory, Network and Storage). Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2).

Data Center 113

Data Center Virtualization Load Balancer Network 113

Fountainhead

JUNE 7, 2010

It means creating segregated VLAN networks, creating and assigning data and storage switches. Big Data. (6). Data Center efficiency. (1). Mobile Work. (4). Mobility. (2). Cloud Computing Journal. Data Center Facilities Pro. And it means automatically creating and assigning boot LUNs.

Virtualization 113

Virtualization Data Center Transportation Disaster Recovery 113

Fountainhead

OCTOBER 6, 2009

A specific angle I want to address here is that of infrastructure automation ; that is, the dynamic manipulation of physical resources (virtualized or not) such as I/O, networking, load balancing, and storage connections - Sometimes referred to as "Infrastructure 2.0". Big Data. (6). Data Center efficiency. (1).

Load Balancer 100

Load Balancer Virtualization Data Center Network 100