Used IBM Servers: Advancing Infrastructure Technology to the Next Level

Three basic types of used IBM servers are available for business applications, and each has a specific role as an organization expands. A typical initial startup involves the incorporation of single or multiple towers capable of performing every task needed by a business. As data storage requirements and process counts increase, a company enters a turning point where tower units do not perform as necessary to accommodate the technology side of operations. This fork in the road provides two specific implementation directions: blades or racks. Both offer amplified performance and storage benefits; however, they are different in design.

A rack model has everything needed to operate stand-alone, whereas the alternative shares components to provide an energy efficient option. Each blade is stored in a cabinet where items such as the power supply and fans are used by every unit residing in it. A company choosing to incorporate this hardware design as part of their infrastructure is capable of reducing investment costs with used servers. Remanufactured or refurbished products have the same operational abilities, but are sold at fifty to seventy percent of what a new piece of hardware costs.

Used Servers: How do Blade Designs Benefit an Organization?

The design shares components to save space and minimize total power consumption. It has every element required for the computer label, but does not contain the individual parts necessary to operate on its own. The enclosure used to house this data storage option is able to hold multiple units and manages all shared services. Shared items between used servers include:

The Power Supply
Cooling Components
Networking Elements
Cabling and Interconnects
Blade technology is not as interchangeable as rack designs; however, these models have fewer limitations than rack designs in regards to the number of units stored in a chassis. The chassis selected for this model of used IBM servers completes every service not considered as a core computing function. Bulky components in alternatives prove to be inefficient and are space consuming. Various components are duplicated across each unit in a rack setup, causing servers to be larger and take up additional cabinet space. This duplication causes hardware to incapable of meeting its full capacity while component sharing puts each service in one easy to access location for increased efficiency. Blades can also be implemented to supply additional services to other units within a cabinet such as Fibre-channel access or routing services.

Buying used servers of this design helps a company gain the processing power and storage space needed to complete organizational processes at a lower investment price. Blades are an optimal choice for web hosting, clustering, use of virtualization features, and additional data center environment requirements. Each unit offers hot-swapping capabilities along with a considerable amount of scalability. A company can easily add power or memory as user workloads become more diverse or increase. Organizations receive the best performance when these items are implemented from the same vendor. Racks provide further vendor implementation flexibility as a company acquires new hardware or alters an existing infrastructure. Used IBM servers are a good buy since the manufacturer remains as a dominant shareholder in the blade market.

Used servers help companies obtain high quality hardware without making a large investment. The blade models of used IBM servers supply space and energy saving benefits to an infrastructure.

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How to Choose a Server Cabinet

There are many things to consider when buying a server cabinet, including size, weight, heat management and delivery. Many of these things can be kept secret by manufacturers, in order to keep prices high. However, if you know what you need from your server rack before you buy, you can save both time and money.

The height of most server cabinets is measured in 'u' sizes. This is a standard measurement for rackmount equipment, where one 'u' is equal to 1.75 inches, or 44.45mm. Usually, 1u is equal to a 24-port patch panel or switch. The height measurement indicates how many units the cabinet can accommodate, and the most popular height for a server cabinet is 42u. They can range from 17u to 49u, although other sizes can be made on special order.

When considering the height of your server cabinet, you should first total up the height of all the equipment you intend to put into it. If you want to put in equipment which isn't rack-mountable, you should include the size of this, as well as the shelving it will sit on.

Once you've measured the size of your equipment, it's a good idea to factor in some space for expansion. This will help you avoid spending more money on replacing your server cabinet in the future.

You should also consider the space in which you intend to keep your cabinet, as, while internal measurements are standard, external measurements can differ between manufacturers. Your choice of adjustable feet, castors or plinth will need to be taken into account.

The width of your server rack will either be 600mm or 800mm, depending on how much cable management you require. This should also be taken into account when positioning your equipment.

The weight of your equipment also needs to be calculated, especially if regular additions will be made. Different cabinets have different load ratings, and it can be easy for the amount of weight to creep up if it goes unchecked.

Server cabinet depth has changed recently, as server manufacturers have been making cabinets which are shorter in height, while a lot deeper. 800mm was once considered as large, however 1000mm is a common size and 12000mm is also available. When thinking about the overall depth of your cabinet, you will also need to consider the width of the doors, which will need to open in order to access the rack.

As your equipment can generate a lot of heat, ventilation is required to ensure everything functions correctly. Heat can also be managed by fitting mesh doors which allow greater airflow through the cabinet.

Finally, when considering delivery, make sure you have enough space to manoeuvre your product into its desired space. The location, as well as the route through the building to get to it, will need to be taken into account, along with the size and weight of the product.

By following this guide, you will be able to choose a server cabinet that suits both your equipment and your home perfectly.

About Microbite:
For additional products, including Blade servers and Thomson routers, visit Microbite.

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Servers - A Tale of Two Technologies

"It was the best of times, it was the worst of times..."

Dickens was describing London and Paris during the French Revolution. But in today's world, it is an apt description of the IT industry during the virtual revolution.

For the worst of times, we need look no further than the server industry, which reported another disastrous quarter earlier this week. According to IDC, worldwide shipments dropped some 26.5 percent year-over-year in the first quarter of 2009, with all of the major vendors showing double-digit revenue drops. Overall, the industry shipped only 1.49 million units, the largest decline in five years, with revenues down nearly a quarter to $9.9 billion.

The source of all this woe is the one-two punch of the recession and virtualization, which dampens the demand for new hardware through higher utilization of existing machines. While this may be good for capital budgets, as well as the environment, it's proving to be a real burden for the server industry, which had long counted on a steady refresh rate to keep its coffers full. The decline was most keenly felt in x86 devices.

IDC is also reporting that the picture seems to be the same for the second quarter so far, although they are predicting a tepid rebound by the fourth.

To their credit, many of the top server vendors are not trying to push back the tide but are actively embracing virtualization and other advanced technologies designed to produce more efficient hardware platforms. IBM, for instance, is gearing up for a new server line that takes advantage of Intel's forthcoming Nehalem-EX architecture that features up to 64 cores across eight processors. Although the system is likely to be expensive, it could do the job of multiple blade servers through its ability to handle up to 128 individual threads. The chip itself also provides 16 memory slots per socket and four QuickPath interconnect links for processing large amounts of data in tandem.

Now for the best of times. All of this virtual and multicore activity is clearly a boon to the networking side of the house, particularly wide-band solutions like 10 GbE. Dell'Oro Group reports that the 10 GbE market rebounded in the first quarter, following a decline in the fourth quarter of 2008. The company did not release any numbers from its Network Adapters Quarterly Report, although it did say that Intel is once again the new leader in adapter card revenue and port shipments, while Broadcom retained the spot as leader in silicon controllers.

This all makes perfect sense, of course, because as more and more data starts to run through fewer and fewer hardware devices, the focus of data center performance shifts from raw processing power to network agility and speed. Going forward, as cloud technologies allow enterprises to shift resources on a global scale, the question will no longer be "Do I have enough power to handle all this data?", but rather "How can I get this data quickly to my various end-points?"

And in this vein, there doesn't seem to be anyone interested in slowing things down. Mellanox, for example, just unveiled a 6-port, multiple-protocol 10 GbE physical layer that lays the groundwork for a new generation of high-density, low-power switches and pass-through devices. The PhyX supports all 10 Gigabit Ethernet physical layer functions and can be field-upgraded to FCoE with 2, 4, and 8 Gbps Fibre Channel gateway service without hardware modifications.

With such precipitous changes in data center hardware buying patterns, many wonder if things will ever get back to normal. While sales and revenue figures have fluctuated over the years, the hard news this time is that these changes look permanent. Once the recession is over, server sales should pick up, but they will be nowhere near previous numbers because those low utilization rates are gone forever.

The new normal will be relatively low server activity and increasingly fast networks as enterprises position themselves for the cloudy/virtual decade to come.

Read Art's article, "The Three Factors Shaping the Future of the Data Center" - http://bit.ly/LQD6h

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Importance Of Cable Management While Handling Server Racks

Since a single server is used for processing and transmitting large volumes of data, utmost care should be taken in managing server racks. Proper handling of cables is useful in tracing their path easily when required.

What Are Server Racks?
Server racks are an integral portion of modern network rooms which are extremely essential for running an organization or company smoothly. They play a crucial role in storing the large number of devices that are necessary for the proper functioning of a network room. This allows you to save a lot of valuable space which can be utilized for other purposes. However, improper handling of these racks can damage the wires and devices completely and stall the functioning of the entire office. This calls for the need of efficient rack management tools and techniques.

Importance of rack management

Improper loading of the racks may give rise to different kinds of undesirable accidents such as sparks and tangled cables and wires which can result in confusion and a reduction in productivity. Server racks assist in cable management by bundling the cables at points so that their paths can be identified easily whenever necessary. The computing devices loaded on these racks generate a lot of heat when operated in a combined manner. Thus, effective heat dissipation tools should be used along with the server racks.

How to manage racks?

Having a sound knowledge of the dimensions of the rack allows you to make a decision regarding the types of hardware to be installed. For example, it is advisable to use servers which are deep and have perforated rear and front doors for dissipating heat conveniently if you need to use blade servers. A proficient rack management system is one which is capable of maintaining the servers at the desired temperature. The presence of adjustable rack mounts in certain racks allows you to load servers of different sizes proficiently.

Proper ventilation systems need to be installed in any kind of rack for maintaining the network room at the necessary temperature level. It is advisable to purchase racks which are equipped with perforated doors or have the provision for loading fans on the upper panel. Allocating correct amount of space to each device placed on the tack is extremely important for achieving an efficient performance. A planned and proper placement is also useful in accomplishing faster and better access to the tools when required. Proper cable rack management is considered to be one of the most important tasks of handling a rack efficiently. Efficient management of the large number of cables is extremely necessary for transmitting data properly.

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Computer Servers - What Are They, And How Are They Used?

Computer servers are powerful machines designed to service more user than smaller machines, such as PCs. Computer servers are used in enterprises and organizations for high data storage capacity. Regular computer servers are standard in size for the convenience of maintenance. You probably won't need such a unit unless you have ten stations in a single location and all their computer servers are in one room. It doesn't matter how fast your application, communications and computer servers are, if your manual servers are slow then the whole system will be slow. Permission must always be asked for in writing before any prohibited services such as computer servers are setup.

Servers

Servers enable many computers to access data that is stored in the network. They are available in different sizes and shapes. Servers typically have high performance processors and contain hardware and software capable of handling large amounts of data. A computer system may operate to act as a single server or may enable a number of servers to operate independently. Network servers are often use for storage of information, communication, and to provide access to communication networks, including the Internet. There are many servers such as listed here. " Web servers" provide web page services to connected computers. "File servers "provide file access and file storage services.

"Application servers" may provide business logic or application delivery services. "Generic application servers" can be used to provide many different types of services to your computers that access them. "Database servers" provides for the storage of databases and database management services.
"Network servers" may include one or more server processing cards coupled with a server chassis."

Thin servers" are particularly designed for ease of installation. They generally have very little expandability and are deployed without a keyboard or monitor. "Bladed servers" are comprehensive computing systems that include processors, memory, network connections and associated electronics, all on a single motherboard called a blade. "Rackmount servers" provide an effective way of storing a large number of servers, and thus storage capacity, in a relatively small space. They are typically mounted in vertical racks. "High density servers" designed to run critical applications requiring sufficient ventilation and cooling to ensure that the server maintains a high level of availability. These servers should also be secure from unintended and unauthorized access.

Software

Each server processing card may include software and hardware components that is necessary to perform. As follow: "Adware" Software throughout which advertisements are continually running while the software is in use. "Firewall" A systems software which prevents unauthorised access to or from a network. "Freeware" Software which can be used and distributed without paying royalties to the publisher. "Internet Watch" Software program which can be used to regulate when users can access the internet and which sites can be visited. "Key logging" Covert software program which records all keystrokes."Open Source" Software available freely on the internet. "Patches" A fix for a software program where modifications are required to correct a weakness identified in the source code.

"Interactive Voice Response" is a software application that accepts a combination of voice telephone input and touch-tone keypad selection and provides appropriate responses in the form of voice, fax and e-mail. "OEM licence" Original manufacturer licence, that is supplied to software which is pre-installed onto a computer by the reseller prior to delivery, uaually as a bundle. There is a fixed maintenance window being introduced to remove the unpredictability of service disruptions and to provide you with the ability to install required hardware, software, and security upgrades on a regular basis.

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Blades and the Unified Fabric

Converging your enterprise network(s) onto a single platform may seem like a no-brainer. After all, who wouldn't want to manage and maintain a single network rather than separate data, storage and even voice architectures?

But beyond the major question of which format to build on, there are a number of other aspects to take into consideration, such as what sort of server architecture will best fit into this unified environment.

Organizations backing blade servers have made no secret of their intention to promote their technology as the ideal solution. Besides their ability to aggregate network ports, the newest blade architectures will be equipped to handle all of the single-wire formats under consideration: 10 GbE, FCoE, iSCSI and Infiniband.

The Blade.org group, consisting of BLADE Network Technologies, Brocade, Emulex, IBM, Mellanox and other vendors, just released a white paper entitled "Blade Platforms and Network Convergence" highlighting all the benefits of convergence around the blade, including the scrapping of multiple adapters and switch ports and the ability to institute dynamic allocation of end-to-end resources.

Anything is better than the hodgepodge of hardware and software that currently makes up the data center, according to IDC's Richard Villars. He tells ServerWatch that the continued practice of adding servers wherever they happen to fit in the racks and then linking it all to storage somewhere else is unsustainable. There may be differences in the way vendors are building their unified platforms, but they should all provide significant improvements in network simplicity.

Cisco may be going one better by bringing in its own blade design. The company is rumored to be working on an Intel-based device code-named the "California Server" with plans to link it closely to the Nexus switch. The company has not commented on the story yet, but it would seem to make a lot of sense for Cisco to use its considerable resources to devise a blade to go with its network technology, even if it does cross swords with some of the company's major partners like HP and IBM.

Blades, of course, have the advantage of providing high-density environments in an industry that is usually cramped for space to begin with. But they by no means have a lock on that feature. Processor points out in a recent editorial that some of the new 1-inch chassis are starting to push back by incorporating multiple quad-core CPUs, RAM sockets and drive bays.

More than likely, though, blades and standard servers will play leapfrog for a considerable period as the unified network concept spreads out across the industry. But no matter which platform is adopted (and indeed, why not both?) the goal is to provide a flexible, virtual environment for users - two primary ingredients for the cloud.

Read Art's article, "SAN Convergence We Can Live With" - http://www.itbusinessedge.com/blogs/atc/?p=541&nr=inbound

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Refurbished Servers HP: Selected Hardware Should Support Environmental and Usage Needs

Refurbished devices allow a business to purchase top rated hardware at a budget worthy price. Servers have become essential to businesses today due to both the data being handled and the various advanced technologies now available. The longstanding reputation of HP products has made them one of the top providers for high-end computing equipment. Smaller businesses have a hard time determining if a server is needed for their operations. This hardware is often confused with regular personal computers due to the hardware similarities. A server does have many of the same components as a typical computer but significant differences as well. Both contain memory, power supplies, cases, and central processing units. Advanced hardware components put these devices above PC's and make them a little harder to learn. PC's in most cases do not contain redundant components or hot swappable capabilities. Refurbished servers by HP allow a business to utilize advanced technology features without the big price tag of new equipment.

Used Servers: What Differences Exist Between Tower, Rack, and Blade Models?

Used servers come in three basic styles sometimes referred to as form factors. The form factor revolves around the standards and dimensions used to hold the computing hardware. Tower, blade, and rack designs may be chosen based on the particular needs of a business. Traditionally, tower models were the first type used among companies. It is this design that made the two confusing to both owners and those IT professionals working with them. Towers look much like a typical personal computer because they reside in an upright case and are a standalone machine. They work best in smaller data centers but their immense spacing requirements often prevent them from being used in larger network environments. These designs are also a little noisier than other forms. Cabling can be a real mess as well since it is spread out much like any other type of computer. A smaller business with five to twenty-five employees can benefit the most from tower designed used servers.

Racks hold a multitude of standardized servers which may be stacked vertically to save space. Additional uniform components can be acquired such as mountable switches to make this setup highly convenient. A 1U model is the standard meaning it only takes up one rack. 2U, 4U, and even 1/2U designs are also available for purchase. Smaller models work well for the typical business workload; however, larger designs can accommodate larger storage capabilities. Blade components cannot be interchanged between varying vendors as other designs. An HP blade server will experience large problems if combined with a Dell version or vice versa. Rack designs have the property of being self-contained whereas blade models do not have all the parts required to function in this same manner. Blade chassis designs vary among vendors and can include power and cooling units in addition to refurbished servers by HP. They hold numerous servers along with multiple support components not supplied within this data storage method. Every type has their advantages, making it essential for a business to be aware of what is available before making a buying decision.

Refurbished servers from HP may be purchased in vertically stacked or standalone designs. Used servers offer the same benefits but allow companies to utilize great hardware at a lower cost.

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What Kind of Server Should You Pick?

When considering what to do with your businesses IT, it is important to consider your hosting and whether or not your hosting will be outsourced or done internally. Should you decide on the latter, doing your own hosting, it's hugely important to consider what kind of servers you are going to be using. The wrong type of server can hinder growth and affect your bottom line adversely and as a result it's best to do your homework. It's generally accepted that there are three types of servers:

Rack servers
These are built for space saving and are generally racked in a vertical fashion in a shelf or server cabinet. This method saves space and allows you to organize your wiring far more efficiently.

Tower Servers
These are enormous, upright servers and contain everything you could need. They are generally self cooled and contain motherboards, hard disks and CPU's. They take up a massive amount of space and are generally not worth considering unless you have a very large enterprise.

Bladed Servers
These are the smallest servers of the lot and are generally cooled by external coolers. A large amount of the necessary components have been removed from these servers and it is best to have a sysadmin who knows what he is doing before considering this as an option.

On the whole, rack servers offer the most value and economy of space, it must be noted however that this is entirely dependent on the size of your business and its processing requirements. Good luck!

Travis also works for Toughrack, a company specialising in the production and retail of Server racks

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Servers - Racks, Blades and Towers

Unlike tower servers, offices that use rack servers which traditionally come in 1U, 2U, 3U, 4U or 6U are installed in racks. The numbers that give names to the rack mounted servers precisely indicate the number of Us they occupy in the racks. The 1U server occupy a single 1U bay, the 2U occupy two and the 4U occupy four, while a rack of standard size has up to 42U:

The servers in 1U format are preferred by companies for use in hosting and data, because they are very compact (only 4.4 cm high), which lets you install a large number of servers per rack. The main limitations of this format is the limitations with regard to ventilation (due to the small inner space), impeding the use of processors with high energy consumption and the need to use coolers and special fans, which all run at an extra cost. Besides the basic components, spare space in general to install 2 or 4 hard drives of 3.5 "(according to the provision of other components) and a single expansion card, installed horizontally, with the help of a Riser.

Then there are the 2U servers. They use "normal" power sources and coolers and therefore end up being a little cheaper. The bigger internal space makes the format more suitable for 2U servers with two or more processors, or processors that use high consumption. The height is not enough to install expansion cards upright, as in tower servers, but you can use a Riser (as in the case of 1U), or use half-height cards (the lower plates, which have half the height of normal plates).

Finally, we have the biggest servers, which use 3U or 4U. There are 6U servers, but they are rare: this format is typically used by the disk arrays and chassis for blade servers (see the topic below). Using a 3U server or larger completely eliminates the problems with space, allowing the expansion cards to be fit in vertically and a large number of removable hard drives installed in bays, but causes the server to occupy more space in the rack, which increases the cost to the host of the datacenter, where you would pay an extra fee per pen used.

Another format that is becoming increasingly popular are the blade servers (blade comes from the word "blade", indicating the small format), an ingenious idea to further increase the density of servers and allow the sharing of common components in the datacenter, as power supplies and optical disks.

The idea is that instead of having 10 1U servers, with 10 sources (or 20, if sources were used redundant), 20 network cables (each server typically uses two cables, one for the network and another for management or redundancy), as well as power cables, cables used by KVM and so on, you can use a single Chassis, with an equivalent number of blade servers.

Each blade is a complete server with its independent processor, memory, network card and disks. Its small size, the blade servers typically use low-power processors and hard drives of 2.5". At the beginning, it was the common use of processors from Transmeta and VIA, but they ended up being almost completely replaced by Intel & AMD multiple cores processors which are much faster, but still relatively economics. In the case of hard drives, the disks of 2.5 "are favorites for providing lower access times (but lose with respect to transfer rate), in addition to electric consumption.

Thought not all blade system are created equally. Therefore if you are planning to jump into the blade campaign you should find the best fit blade system for your case. Check out the below comparisons which will help you compare between them:

HP Blade system vs IBM Blade System

HP Blade System vs Dell Blade System

by Julie Cole, a member of ITComparison.com Hardware team & write for the Virtualization Team Blog

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Blade Server Technologies For Your Business

Currently, there are indeed many businesses, such as offices and other activities that benefit from their procedures to make it profitable as possible. You will find that many of them now can deploy virtual environments, and have a central place to record all your information so that it will be easier to feed their workers. This type of field you can use a central database known as a server.

A blade server is one of many servers there or in the office. The only useful for this type of servers that are designed to meet the changing needs of society. These people have many distinct advantages that will be useful to your work environment safer by focusing card companies.

Among the many things about this type of large servers is that they have reduced their consumption of space. Took the various components to ensure that saves space. The good thing is that servers are functioning properly, even if some elements are removed, even run as fast as users want it, too.

The other advantage of using a blade to the offices of several parts have been removed, the producers have allowed users to save energy to run. So it will be very beneficial for companies because they can reduce spending on energy consumption.

Therefore, the envelope used in this type of servers are designed in such a way that lets you control the different processes within the server. This means you can cool the system without difficulty, while allowing continuous functions and capabilities of network file access, because there are many people who have access to the server and at the same time.

Fourth, the speed is important for companies because they have the files they need to perform their jobs immediately. blade server makers can improve the speed of memory in order to function properly, especially when it is appropriate to virtualization or perhaps access to large files that can slow down your system. Help them optimize their operations and help them complete their work quickly.

Finally, these servers also help organizations reduce costs, first, because they are reasonably priced compared to other types of servers or even buying some models of the company. If companies get their servers through reputable companies, you buy at the lowest price possible with the kind of quality they want.

Some of the advantages of blade servers, which are in the company are the best investment you can get. Can be obtained from several companies that give them the specific skills they need in their budget and also help save money for business operations for their performance as they reduce their costs when it comes to energy consumption.

Blade Servers- Every Company Must Have it.

These days you can find some companies that benefit their procedures for cost-effective way possible. You will discover that many of these virtual environments and central areas where they are able to use to store all your files. This allows them to offer access to all their employees. The main data used space is known as a server.

A blade server is offered by multiple servers or in these offices. The good thing about this type of server it is designed to meet the changing needs of society's needs. They have many different benefits that are necessary for their work must ensure that companies can focus on the document.

One of the positive things, the servers that does not occupy much space. There are several things that have been removed to save space. With this server, employees are able to work effectively if the removable parts in or out.

been a blade server from the office of the selected components were removed users, manufacturers have been allowed to lose the ability to run. It is very profitable for organizations because they help reduce the cost if we take into account the energy consumption.

Another great advantage of these servers is that they are able to cool the system without problems, while running processes, such as networks or access to the files. Everything is still able to operate smoothly and efficiently.

Speed ​​is crucial for the company, as the need to file quickly to do their work quickly. blade server vendors have improved their speed of memory in reality, if file virtualization or broadband access, which could not have stopped the system work. It helps them improve their operations and allows them to work quickly.

Finally, on the same server to help companies reduce costs, since they are readily available. While the companies obtain their reliable enterprise servers, get the quality they deserve at the price they want.

Only a few of the advantages of blade servers, which are the best investment companies that they may have. There are a number of companies that the specifications you need in your home may be available. In many cases, help reduce costs through its business through productivity, by reducing their energy consumption.