IT Hardware Maintenance: Protecting Device Performance

IT Hardware Maintenance: Protecting Device Performance

Business Information Technology (IT) systems require specific care to remain reliable throughout its use. The volume of data storage demands on hardware continues to grow at a rapid speed. IT hardware Maintenance is imperative for securing all sensitive business data and hardware performance.

IT Hardware Maintenance

Dust, electrical fields, and extreme temperatures are dangerous to a hardware device, as they interfere with the performance of any hardware utilized for business processes. Heat, extreme cold, and humidity cause components to overheat or acquire moisture. Electrical fields from items such as magnets should be kept away from all devices. Damaged cables prevent hardware from communicating with other devices. Dust gets into the storage mechanism and other components, directly affecting the cooling fans’ ability to keep internal parts at the appropriate temperature.

All of the mentioned elements can be devastating to business systems running important daily processes. Basic IT hardware maintenance entails removing dust from all devices, keeping them in a temperature-controlled room, checking connections, and ensuring no items with magnetic fields are near the equipment.

IBM Storage: Equipment Preservation Practice

Caring for IBM storage devices is not difficult if the time is taken to learn appropriate maintenance procedures. Cleaning is required to keep a storage device properly maintained, and basic cleaning of all system parts should always be a priority. Defragmentation applications consolidate data files in one space to improve the speed and reliability of data. Windows operating systems provide this tool; however, others are also available to suit varying needs. Disk scanning may also be performed to fix any problems residing on the storage medium.

Every business needs to have a firewall installed to ensure all data is secure and not penetrable from outside sources. Virus applications prevent malicious programs from gaining access to sensitive business data. These applications are tools any business can use to increase the dependability of their most pertinent storage hardware. Many equipment providers also offer their own maintenance contract, leaving all critical servicing to the experts.

IBM storage comes in many forms, including traditional disk, NAS, SAN, and tape storage. Data may be stored on disk, either magnetically or optically. This is typically in the form of an external or internal hard drive. It is the most traditional method for saving data from various sources throughout a company.

Network Attached Storage, or NAS, allows data access over a network and operates much like a file server. A Storage Area Network or SAN operates as a dedicated access point for information consolidation. SAN setups make it easier for servers to access devices, such as disk arrays and tape libraries. A business may choose tapes for backups or other data storage processes, as tape drives perform all writing and reading functionality to the storing mechanism, and are a less expensive way to store huge amounts of data. Every device requires the same basic IT hardware maintenance.

The manufacturer may make additional recommendations to ensure proper care. If these guidelines are not followed in combination with basic computer maintenance procedures, performance may decrease, or the component will quit functioning altogether.

Buying Refurbished Servers Benefits the Environment

Buying Refurbished Servers Benefits the Environment

According to recent research, computer components are thrown away after 2-4 years of use. This behavior has a devastating impact on our environment because each computer component that is discarded takes up additional space in public landfills. Additionally, these devices are full of toxic materials like lead, cadmium, and mercury. When humans are exposed to these materials, like when they are released into the environment due to premature server disposal, side effects include damage to the brain, kidneys, and the central nervous system. Despite these issues, many companies still choose to buy new servers every 2-4 years even though refurbished servers are more than capable of getting the job done.

When a business opts to purchase refurbished HP servers instead of using new ones, they keep another device out of landfills. However, far more enticing for business owners is the fact that refurbished servers cost less than half as much as a new server. Not only is it environmentally responsible for purchasing used servers that have been restored, but it is also a very cost-effective choice.

Refurbished servers present an opportunity for companies to afford technology and features that they would ordinarily be unable to afford. Older machines can be upgraded, or faulty machines can be replaced without completely depleting the company’s funds. Vendors who perform reconditioning in-house will acquire used servers and run a full diagnostic test to ensure that all components work properly. If a component does not work or is close to the end of its lifespan, it will be replaced so that the buyer acquires a more reliable device. Two other money-saving benefits of purchasing refurbished servers from a vendor that reconditions in-house are the supplied service history and a warranty’s inclusion.

Since reconditioning is performed in-house, the vendor will have a record of replaced components and other aspects that were tested. This repair history will make it easier for the company to schedule regular maintenance, which will reduce system breakdowns and save money. Additionally, companies that recondition servers will stand behind the refurbishment’s quality by offering a warranty. This agreement will allow the buyer to reduce long-term maintenance costs by turning variable repair costs into a fixed cost that is easy to plan.

Another environmental benefit of purchasing refurbished HP servers or other server brands is that most vendors offer to take care of disposal. In some cases, the company will offer to buy the customer’s old server to be reconditioned and re-sold. Even if the company does not offer the customer’s old server, it will still take care of the device’s disposal by disposing of the servers in an environmentally safe way that meets all of the Environmental Protection Agency (EPA) compliance standards.

Businesses that care about their carbon footprint can acquire new technology in an environmentally friendly way by purchasing refurbished servers. The company also benefits from purchasing refurbished HP servers and other server brands because they are inexpensive, reliable, and high-quality.

Used Server Buying: Things You Need To Remember

Used Server Buying: Things You Need To Remember

Instead of disposing of used servers, most companies choose to sell them to resellers and collectors. Used servers for sale are usually refurbished and may be dealt with with accessories such as housing, cabinets, cooling fans, power strips, LCD monitors, etc. To avoid hassles associated with poor servers, keep a few things in mind.

Your needs

Are you a small business owner who needs to upgrade your computer system in your office or an IT professional who needs to replace multi-core servers in your company? Determine the role of the server in your business. If you need servers for files and printers only, a small, cheaper server will suffice. However, if your company uses dozens of applications, and an up-to-date server can be your option.

Server’s specifications

Specifications to be considered include a processor, operating system, memory, hard disk, and video adapter. The general rule for processor and memory specs is that the higher the number, the faster the machine. You can choose among several operating systems available for servers, such as Windows Server or Microsoft Small Business Server (SBS). Before purchasing, check whether the hard disk and video adapter is compatible with the server itself and your system.

Place to buy

There are several ways to look for brand new and Used servers for sale. First is to look into online directories that feature a comprehensive list of server resellers and distributors in your area. You can also ask the manufacturer of your current system for older models that were not sold or traded in for upgrades. Buyers can also visit government auctions which liquidates brand new servers.

A vendor that offers enhancements

Please select at least three vendors from your list and check whether they offer extras for servers. These enhancements may refer to accessories that are not provided when buying brand new servers. Pick the vendor that offers “redundancy” in the form of extra hard drives, power supplies, and fans. Some used server packages may also include free antivirus software.

Your budget

Purchasing a server should be a long term investment. Compare different price ranges and determine which gives you the best value for your money. A competitive price does not mean the lowest price, but the price is relevant to the quality.

Warranty

Unless the server is not that critical to your business, you should consider the warranty that comes with it. Choose Used servers for sale with a warranty so you will be treated as a priority customer during repairs. Used servers without warranty will make you wait for about 5 weeks or more when being repaired.

Which is best for virtual storage?  Direct Attached Storage with Software-defined storage (SDS)

Which is best for virtual storage? Direct Attached Storage with Software-defined storage (SDS)

1. MORE TRAINING TIME:

While most data centers do have a shared storage infrastructure, they also have multiple storage systems on that infrastructure. These systems are often bought for specific environments like virtual desktop infrastructure ( VDI) or database applications as well as a more general purpose storage system for the bulk of the data center’s needs. If these systems and their infrastructure can be leveraged, instead of replaced, then there would be incredible value in abstracting the storage intelligence and applying the same data services across all the storage systems in the environment. It would reduce training time and allow for better overall use of storage resources. But for true unification of services to be viable, the data services provided by the SDS solution would need to be at least as robust as what the storage systems themselves offer. The data center is not going to want to take a step backwards and lose features in order to have a unified data services interface.

2. LACK COMPLETENESS:

The problem is that many SDS solutions lack completeness in their data services offering. A simple example is that many SDS solutions lack the ability to perform data replication to a remote location so that a disaster recovery copy of data can be created. Even rarer is the ability to migrate data into the SDS architecture itself. Data cannot be simply copied over, so some form of data migration facility from the old storage platform to the new should be provided. Otherwise the data will have to be restored from a backup copy

3. COST COMPARISON:

Finally, many SDS solutions claim that they provide the data center with a cloud like hyper-converged architecture, but few provide a cloud-like economics model. These solutions are often software only and most are licensed by capacity packs. Many will also charge an additional fee for advanced features.

 

This can be a problem because most data centers are never at the right capacity point to take advantage of pack pricing. For example a starter pack may provide storage service from 1-20TBs, and the next pack may support 20-45TB’s. What if the organization has 21TB’s of storage capacity? That means they need to upgrade all the way to the 45TB license for 1 more TB of support. Instead, SDS solutions should price on a very granular per TB subscription model that is verified once per year and all features should be included in the subscription price. Another cost that goes undiscussed by most SDS solutions is the cost associated with the inability to support existing infrastructure and storage systems

Most storage systems that you buy from major manufacturers are really storage software running on servers designed specifically to house a lot of hard disk or flash solid state drives (SSD). They have a lot in common with software-defined storage and there is almost nothing that would prevent these vendors from virtualizing their storage software and also being software defined.

 

Which is best for virtual storage?  Direct Attached Storage with Software-defined storage (SDS)

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Storage systems can differ in a few ways from SDS.

  1. First, they can provide newer and more innovative services. To some extent, though, this is just out-developing SDS vendors with better software. Storage system vendors do have a lead in the basic core services they provide today and that might give them an advantage in developing the next generation of storage services. They might also have an advantage in knowing what lies beneath their software. For example, a flash vendor might decide it’s worth investing in deduplication technology because they have IOPS to spare and expense to eliminate. A software-defined storage manufacturer would not have this advantage and might not invest in primary storage deduplication.
  2. With a storage system, you know in advance that everything within that system is designed or at least has been tested to work together. Also, support is greatly simplified — if one vendor provides most of the storage infrastructure, it is liable for making it all work. For the under-staffed IT department these are welcomed advantages over software-defined storage.

 

Different Methods of Server Maintenance and Repair

Different Methods of Server Maintenance and Repair

Most people usually tend to purchase well-known brand names of Server that promise us without maintenance, even those that pertain to staying virus-free. But unfortunately, there is saying wear and tear. That Server will undoubtedly lose its speed and slow down over time. Server are only machines that can contain technical difficulties in due time. You will require the aid of Server technicians to help you with Server problems.

There are many explanations for why your machine needs to be fixed or repaired. A few of these problems are due to full memory or registry, virus, or perhaps CPU maintenance. You will need to find a repair store that includes a good reputation with regards to Server . But precisely what are you going to do when Server maintenance and repair is required if you are in a rush? These days there are a lot of websites that mention the way to repair Server . There is also Server maintenance software which will solve your Server difficulties step by step.

Server Repair

There are two types of ways to repair your Server . The 1st type is preventive maintenance. There are some steps you can do to prevent your Server from future crashes or repairs. There is software used to scan viruses, defragmenting, and cleans your Server registry. Another tip for future prevention would be to clean your motherboard and other hardware. You must take care of your Server as often as you can. It will save you time and energy in the future.

The 2nd type of Server maintenance and repair is corrective maintenance. This process is done when you already have Server problems that need to be solved. There are some tips you need to consider to make specific issues regarding your Server will be met. First and foremost, you will need the time every 2 or 4 weeks for some routine scans and tests. The first is to defragment your hard drive. You will need this to save up space used by temporary files you will not use. The next would be to remove invalid registries, erase any unnecessary files in your hard ware, and finally, to remove unwanted or rarely used programs.