No one talks about computer monitors. You will always find hobbyists talking about processor prowess, RAM and storage when they talk about building their ideal setup. But the display is just as essential! After all, the result of that computing is on the display! So, once you pick out the perfect CPU parts, the most comfortable keyboard, and the most accurate mouse, spend some time picking out the right monitor. On top of that spend an equal amount of time getting the best and the most future proof computer monitor cable.

What should you keep in mind when getting a monitor?

• Display panel:

Display technology has evolved significantly in the last few years, with IPS panels and OLED taking over the industry. If you are looking for color accuracy and wide view angels, IPS monitors are the way to go. Whereas in an OLED panel, each pixel lights up individually and you get the darkest blacks. Now that there are 8K OLED displays, it is one of the most expensive and luxurious viewing experience. The display panel you pick should be either of these two, one that fits your budget and one that fulfills your requirements.

• Refresh rate:

The higher the refresh rate, the smoother the picture. You can measure refresh rate in hertz, 1 Hz per second. Computer monitors go from 60Hz to 240Hz now! But of course, you will only need anything higher than 60Hz if you are a casual gamer. As a much-advanced gamer, you may want to go for a refresh rate higher than 100Hz.

• Mounting option:

When you want to set up a workstation, you might want to accommodate more than one monitor. Therefore, your desk real estate will matter in the long run. So, you want to pick up a monitor that you can mount on a wall or one that comes with an adjustable stand so that you can arrange your monitor(s), as you deem convenient.

• Screen Size:

This should depend on what you are going to view on this monitor. If your work includes basic document editing or database management, then you want a standard 21-inch monitor. But if you want to edit videos and films, you will need a widescreen monitor so that you can see each frame of your video at the same time. Similarly, a gaming setup will also require a widescreen, immersive monitor.

These are some of the essential factors that you have to keep in mind while buying a computer monitor. However, this is not all. A display is only as good as the monitor cable used for it.

Along with display technology, cable technology has also advanced. Let us look at some of the computer monitor cables so you can get a comprehensive picture of what to buy:

• VGA:

The Video Graphics Array port with the cable is a large 15-pin connector. These 15 pins include RGB; and H and V sync signal. This monitor cable does not carry audio and it is quite slow in comparison to newer ports and cables.

• DisplayPort:

DisplayPort is a 20-pin connector that came after the VGA connector. However, this port included audio.

The issue with these two ports was that they took up a lot of space on the monitor as well as the CPU and they were slow for activities like gaming and video editing.

Then came the HDMI cable.

HDMI:

The High Definition Multimedia Interface, a port that was great when it came out, is getting better. Along with the evolving display resolution, it has scaled to support it. Computer monitors that can support 4K resolution can benefit greatly from the HDMI computer monitor cable.

At the end of the day, your monitor’s output comes down to the computer monitor cable that you use. Therefore, when you buy your computer setup, you have to look at all of these various aspects to make a well-informed decision. After all, you have to have a monitor that can deliver the performance that your carefully picked out CPU can perform.

An overall computing assembly requires more than just the perfect CPU. Take a look at what you need to know to pick out an equally great monitor for it!

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An overall computing assembly requires more than just the perfect CPU. Take a look at what you need to know to pick out an equally great monitor for it!

Originally known as ‘D-subminiature’ DB style connectors are common UFD connectors or say monitor cables which operate in computing devices, audio/video, and data applications. DB25 and DB9 serial cables are the renowned types of D-sub connectors, used in PCs for serial and parallel ports.

The High-Density DB style is another type of D-sub connector which looks like a regular DB connector. Often called ‘HD’ connectors they have three rows of pins instead of two. HD15 is the most common type of connector used for video cards and monitors.

Micro DB connector comes with smaller pins than the HD connector pins. It is commonly known as a ‘half-pitch’ DB connector. Majorly, SCSI applications use them. MD50 and MD68 are the most popular connections types.

The D-sub connectors’ names are equivalent with the total number of pins that they can hold. For example, DB9 Series Cables contain 9 pins. However, in some cases, a DB25 connector has 4 to 5 loaded pins. Another product is the HD15 connector used by monitors. In most cases, monitor cables contains 14 pins but still called an HD15 connector.

To know all about the ins and outs of the DB connectors, you can refer the detailed guide we have prepare for you.

Scroll down to learn more!

DB9 Connectors

These types of connectors have 9 pins arranged in two rows. The first 5 pins are in the top and 4 pins in the bottom row. Each shell size is related to a certain number of pins or socket. Hence, DB9 denotes sub with a 9-position shell size and 9-position contact configuration. Rs-232 applications commonly use this interface.

For several years, these ports have been standard equipment on PCs. The serial port on usual Computer system is DB9 male. This connector supports full-duplex data transfer.

DB25 Connectors

In DB25 connector, the top row has 13 pins and the lower row has 12 pins.

SCSI applications or RS-232 serial uses DB25 connectors. In parallel applications, the DB25 connector is sometimes known as IEEE-1284 Type A Connector. In older systems normally, there was one DB25 female parallel port. Even you will find male DB25 serial port instead of DB9 sometimes. The DB25 SCSI connections are female and are available on older Apple computers as well as on expansion cards for SCSI devices.

Just like the DB9 connectors, serial connections with the transmission of data provided by standard RS-232 uses these connectors. Initially they were used to connect printers. Hence, they are also known as ‘Printer Port’.

DB15 Connectors

With 15 pins arranged in two rows, the top row has 8 pins and a lower row has 7. Make sure that you don’t get confused with HD15 connectors which include three rows. The DB15 connector has two rows of pins found on sound cards, older AUI network cards and devices, legacy Macintosh® monitors. The most common peripheral for this port was a joystick or video game controller, therefore, it is known as a ‘Game Port’.

This VGA socket is one of the typical examples of DB15 connectors. You can find the same on Windows-based laptops and entry-level PCs.

DB37 Connectors

This type of connector has 37 pins arranged in two rows. The top row has 19 pins and rest of the 18 pins arranged in two rows. Cisco® networking hardware and other applications that use RS-449 serial communication often uses these type of connectors.

Another various models of sensors, switches, satellite antennas, control systems, video hardware, security control systems, and so on utilize these connectors.

HD15 Connectors

As mentioned above this connector has 15 pins arranged in three rows. Each of the row divided into 5 pins with the middle row slightly offset from the top and bottom. This connector is a High-Density DB-style connector. Another popular name is ‘VGA connector’ mostly used in video applications that support high resolutions like SVGA, XGA, UXGA. On most HD15 male connectors, there is one pin missing from the middle row.

This is a commonly used connector as a video interface for computers and monitors. You can also find them on HD displays, satellite receivers, and cable boxes.

Applications

You can often find D-sub connectors on communication ports to create communication between different monitors, printers, and power supply devices. Token ring network and other controller area networks also use DB9 serial cables. Other applications include video output, game controller ports, multi-channel analog, and AES digital audio.

Over the years, there have been additions of new connectors with the evolution of technology. However, you can still consider using them. The DB connectors are still popular because of their usage, form factor, size, density, and cost which offers significant value to the end users. This Blog is originally posted here; A Complete Guide to DB Style Connectors & Cables

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