A server is a computer or system that provides resources, data, services, or programs to other computers, known as clients, over a network. In theory, whenever computers share resources with client machines they are considered servers. There are many types of servers, including web servers, mail servers, and virtual servers.


An individual system can provide resources and use them from another system at the same time. This means that a device could be both a server and a client at the same time.

Some of the first servers were mainframe computers or minicomputers. Minicomputers were much smaller than mainframe computers, hence the name. However, as technology progressed, they ended up becoming much larger than desktop computers, which made the term microcomputer somewhat farcical.

Initially, such servers were connected to clients known as terminals that did not do any actual computing. The actual computing was done on the server.

The database market has evolved over the decades on the incredible efforts of several single server databases including Oracle, Microsoft SQL Server, PostgreSQL, MySQL, and MariaDB. There are many more; however, these few have furthered the industry with a recipe for building robust transactional systems.

In fact, Oracle and Microsoft SQL Server, by far the two most popular commercial single server databases, are the driving forces behind the combined 65 percent market share for the two companies.

Single server databases provide an architectural simplicity that is hard to beat. You have a single process running on Server 1, then Server 2 provides high availability.

The short answer is that in today’s world of modern internet-connected applications, single server systems no longer provide the performance or scale to meet application requirements. A prominent example of this is Uber who uses many distributed systems, including datastores, to solve real-time application needs.

Controls generating, storing, and installing of all policies A management server can manage well over a dozen enforcement points. Each one of these may have a separate policy. It is the management server that compiles these from the meta language that is used to control the GUI into a series of inspect routines and preambles. This internal language that pre-dates the GUI is then further converted into a binary and pushed down to the firewall.

Holds all logs and manages alerting All logs are sent from the firewall to the management server, where they are stored in a database. Should advance alerting be required, it is executed here.

Stores all user definitions Fire Wall-1 allows a wide variety of roles to be defined—from superuser to read-only auditor, they are all stored here, and contains a mini-PKI This ensures that communication between the components is secure.

Multi-threading has been proposed to minimize the loss of CPU cycles by executing several instructions streams simultaneously. In parallel processing systems, many instructions are executed in parallel. The delay incurred in the execution of a large number of instructions is considerably reduced by switching among a set of ready threads (set of instructions) and thus improving the efficiency of the processors.

In processors which contain multiple functional units, multi-threading achieves higher instruction issue rates. To obtain the best possible performance, we need to find the optimum set of functional units to minimize the execution time of a job in the dataflow computational model. The functional units perform load/store and arithmetic operations.

Multi-threaded architecture requires greater thread level parallelism to achieve good performance. In this paper, we discuss two different types of pipelines, synchronization processors (SPs) and execution processors (EPs), and strive to achieve a good balance of utilization between these two units.

In the market for a dedicated or bare metal server? There is an abundance of configurations to choose from.

It is critical to determine a server configuration that meets your demands.

The backbone of any server is the number of CPUs that will power it, as well as the actual model and the type of the CPU. From that point, you add the needed amount of RAM, storage and other options that your use case requires.

After reading this article, you should be able to understand the differences between a single processor and a dual processor server. If you are planning to build a bare metal environment for your workload, one of the questions is whether to go for a single or dual processor setup.

This article should steer you towards making a proper decision for your future infrastructure needs.

Back in the day when computers started entering every aspect of our lives, we could not even imagine a multi-core CPU. It was a battle of high CPU core clock speeds

There are two common reasons to add a server to your account: load balancing and consuming more memory than one web server can provide.

If your account is host to a high-load website, you may choose to add an additional server to your account. Rather than seeing your site slow down due to the bottleneck of a single web server, you can opt to spread the load across more than one machine. With an additional machine, you can use round-robin DNS load balancing: each incoming request is directed to one of your account’s web servers in turn. While it is not automatic failover or load-aware load balancing, this approach is simpler than many alternatives and often alleviates problems with high load websites.

On the other hand, if the account is host to many applications, you may find that you need more memory than a single server can provide. You can add an additional web server to your account to run more applications.

There is indeed, a lot included in the upcoming shipment of NetWare 6.5. We've been looking at some of the additional features for the past few weeks, and we're only halfway through. NetWare 6.5 is not a minor upgrade but a major new package with many very usable features. Today, we'll continue our look at "Business Continuity," which is where the features most useful to network executives can be found.

We've talked about the server consolidation utility, branch office package and the new iSCSI component of clustered servers. Brand new with NetWare 6.5 is an installation method called "patterned deployment."

Since your NetWare license allows you to put up as many different servers as you'd like, and since NetWare now includes very many different services, people may decide to install some services on their own hardware. For example, you might want to have a database server running MySQL on NetWare 6.5 (it's in the box).


A hardware configuration object is the association, on an OS deployment server, of a vendor-dependent environment, target models, a type of hardware configuration to be performed, and possibly some other commands. A hardware configuration task is performed at deployment time by loading and running the associated hardware configuration object containing a vendor-dependent environment on the target, before installing the operating system.

Hardware configurations tasks do not impact the following operating system deployment because Tivoli® Provisioning Manager for OS Deployment configures the hardware through actions run in a ramdisk before the deployment of the operating system.

The execution flow is similar, regardless of the environment to run, or the type of hardware environment task:

  1. The environment is loaded in memory, as a ramdisk
  2. Any additional binary or configuration files are added to the ramdisk, based on the selection made in the web interface when creating the hardware configuration object
  3. The computer boots the ramdisk

Getting a computer system with your exact hardware and software specifications can be a daunting task. Our expert Hardware and Software Configuration can help take any system and turn it into your customized hardware and software configuration.

Benefits of Hardware and Software Configuration Services:

  • Say goodbye to expensive consultants
  • Save time and money
  • Enjoy faster deployment time
  • Ship computers directly to their final destination pre-configured. You'll no longer need to ship computers to your organization's IT offices to be configured before they reach their destination.
  • Receive your systems ready-to-use, right out of the box

Hardware Configuration Services

We provide standard and custom hardware configuration for PCs, laptops, printers, and servers.

Services include, but are not limited to, the installation of memory, hard drives, optical drives, NIC cards, modems, video cards and other peripherals.

Software Configuration Services

We also provide software installation and software configuration for PCs, laptops, PDAs and more with complete OS and application setup.

If one is working in some business environment which is mainly involved in the graphic designing, then this PC is the thing that person wants to have. They would need a PC on what they can run the CAD. Following are the requirements of such PC;

Powerful Processor: Since using the CAD requires some really graphic extensive workings, hence the processor that is required for this job has to be powerful enough. For these professionals there is a lot of architecture work which has to be done on these PC and they are responsible for developing some really detailed designs which are related to engineering. For that, one should ensure that the processor they are using is the best one to handle some really heavy work load and hence the processor used should have extremely powerful. During the usage, the person would be doing so much 3D work and it would include so much modeling.

Installing hardware into systems you recently purchased can be time-consuming and frustrating. Let IT ACCESS perform your system configurations before and/or after they arrive at their final destination.
Our expert technical staff will perform quality control on each component, set up IP Addresses and provide you with any special requests your departments may have including asset tagging.
There are many hardware configurations issues a company encounters.
Some of these are:

  • Your company has an IT Department that does not have enough time to configure new or reconfigure present systems?
  • Your company is tired of spending their IT budget on expensive consultants who only can perform basic configurations?
  • Your company is short on IT staff to install upgrades and rollout of new systems or servers?
  • Specific Vendor Compliance

Benefits of Hardware Configuration Services:

  • No need for expensive consultants.
  • Save time.
  • Ensure that your mission-critical equipment is up and running.

Although sales of traditional desktop and laptop computers have declined in recent years, there is still a wide range of employers in need of qualified computer hardware technicians. Simply put, these men and women are the workers who repair and maintain computers, and troubleshoot problems and recommend upgrades as needed. In many situations, these technicians perform installation work, as well.

For a computer hardware technician working in a repair shop or even a larger retailer, customers will bring in poorly-functioning computers for repairs. The technician will run diagnostics and determine a repair estimate for the customer before proceeding. If the computer is thought to be under warranty, the technician determines if the repair or any damage falls under the conditions of that warrant and will proceed accordingly.

Upon completion of repairs, the technician usually runs further diagnostics to make sure it is functioning properly. He/she may also be asked to scan the computer for viruses or malware, though this typically depends on the specific repair terms and customer agreements.

When planning to customize and install Qt Extended on a specific device there are a number of factors that must be taken into consideration:

  • If the device has a touch screen, Qt Extended calibration must be enabled.
  • If the device runs off batteries, Qt Extended may be required to call APM functions for power saving. See the Power Management section below for more details.
  • If the device has special hardware buttons, they may need to be mapped to applications and have associated images displayed in the user interface.
  • If the device has a buzzer for alarms and other beeps, Qt Extended will need to know how to use this hardware and enable it for the associated events.
  • If the device has an LCD screen with a back or front light, Qt Extended will need to know how to adjust its brightness.
  • If the device supports removable media or PCMCIA cards, notifications must be sent to Qt Extended when these are inserted or removed.


Buying and maintaining equipment is expensive, and as soon as you invest in a piece of machinery, it's only a matter of time before a new version comes out, making yours obsolete or inferior. Due to the high costs involved in owning and operating equipment, many small business owners opt to lease rather than own.

Leasing offers advantages that owning does not, including lower monthly payments, which are typically spread out over the course of months or years rather than delivered in a lump sum. Many commercial equipment leases also include service agreements or service add-ons, which offer peace of mind for business users and negate the need for in-house technicians.

If your business needs new equipment or technology, but you can't afford it, leasing may be an option to consider. Leasing lets you make smaller monthly payments, typically over a multiyear period instead of buying it all at once

Advantages and disadvantages of buying computer hardware outright

If you want to own the equipment outright, you can buy it in full with your own money or use a bank loan or overdraft to purchase it.

The advantages of buying outright include:

  • Having full ownership of the assets, which you can add to your balance sheet
  • the ability to deduct or write off the value of the assets for tax purposes (in some cases)
  • the ability to use or alter the equipment as you wish, since you're not tied into a contract or a leasing agreement

On the other hand, disadvantages to buying outright include:

  • paying the full costs up front, which can cause cashflow pressures
  • possibly having to source a loan to cover the costs
  • having to maintain or repair the equipment yourself, which can be costly or impractical
  • losing value over time - hardware depreciates quickly and may become obsolete after a few years, requiring a further investment

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