TV and VideoTV: Guides

Lamp, LED, DLP, or Laser Projectors. What Should You Choose?

lamp led dlp or laser projectors

With all of the excitement around new solid-state projection light sources, such as laser and LED, it may appear like lamp-based projection is swiftly disappearing into the past.

Projectors have been around for a long time. These devices, which come in various shapes and sizes, allow you to cast a big picture on almost any surface.

Digital projectors exist in a range of prices. With projectors becoming more affordable, they are being used in places other than classrooms, theatres, and conference rooms.

While LED and laser projectors offer significant maintenance and long-term cost benefits, their higher upfront costs can cause sticker shock for some customers, though prices in the sub-6000 lumen projector market have now dropped to the point where most will consider a laser projector to be a more cost-effective option.

We will discuss the current all-digital projector, which has become affordable enough for the working class to purchase as a viable alternative to large HDTV screens. We will also make comparisons like Laser projector vs. LED, Laser projector vs. Lamp, and LED vs. DLP projector.

What is a Lamp Projector?

The Lamp projector has been in use for decades. It has undergone constant improvements, such as brighter light and a longer lifespan.

However, for a long part of its history, lifespans were measured in hundreds of hours; it was not until the last ten years or so that we began to see projection lamps with lifespans of 1000 hours or more.

The desire to obtain higher and higher lumen output accompanied the progress of the lights, resulting in the creation of dual-lamp systems. The anticipated effect was achieved, but the unit’s continuing maintenance expenses increased as a result.

So, when would a lamp-based solution be preferable to a solid-state solution?

The simple answer is that lamp projectors are best for individuals who only use projection on a regular basis, such as once a month for a movie night or once or twice a week in a school. Churches, particularly small churches with little activity during the week, might readily claim that the now lower-cost light projectors have a compelling use-case.

However, the long-term impact of having to replace lamps must be considered. What will be the availability of a replacement projector lamp by the time a school experiences a blown projector lamp, even with a long lifespan of 5,000 hours?

We believe that lamp-based projectors are still a feasible and cost-effective option in many cases.

What is an LED Projector?

LED stands for light-emitting diode and is a widespread name in electronic devices. Unlike DLP and LCD projectors, which focus on projection technology, LED projectors focus on light sources.

LED projectors may, in reality, utilize DLP or LCD technology. LED projectors, on the other hand, use high-efficiency bulbs rather than traditional lamps, resulting in significantly longer lamp life.

LED projectors have a lamp life of up to 20,000 hours, compared to a typical projectors’ 1,000-5,000 hours. These, like LCD and DLP projectors, can be reasonably cheap or really expensive. DLP vs. LCD’s underlying projection source affects black levels, artifacting, motion blur, and color fidelity.

LED projectors have a low maintenance cost due to their filter-less design and long lamp life. For example, ZTE Spro2 projectors are LED devices with DLP projection technology and an LED light source. They are often used for gaming.

Here are some characteristics of LED projectors:

  • LED is a form of light-emitting diode that refers to a light source, not a projection type.
  • It could be DLP or LCD.
  • It has a very long lamp life, up to 20,000 hours in some cases.
  • It is energy efficient and almost maintenance-free.

What is a DLP Projector?

A Digital Light Processing projector reflects light onto the screen using microscopic mirrors, resulting in crisp image processing in Full HD 1080p or Ultra HD 4K resolution.

A physical color wheel, which is a spinning wheel full of color filters used to generate consecutive hues, is usually present.

Single-chip and three-chip DLP projectors with red, green, and blue DLP chips are available. The price ranges from a few hundred dollars to tens of thousands of dollars.

DLP projectors are by far the most prevalent, with DLP technology being used in the great majority of home theatre projectors.

They have a robust light output that is suited for environments with ambient light, such as schools and conference rooms. Similarly, color accuracy varies greatly by device, but DLP projectors often excel.

On most DLP projectors, motion blur is not a concern, delivering clean, sharp images during fast-paced situations in action movies and sports.

On the other hand, DLP projectors are prone to rainbow artifacts, in which bright objects appear to leave a trail of light. Three-chip DLP projectors are unaffected, whereas single-chip DLP projectors may exhibit artifacting.

Here are some of the characteristics of a DLP projector:

  • It is a projector with Digital Light Processing.
  • It single-chip or three-chip DLP projector.
  • It keeps the motion blur to a minimum.
  • It has a high color precision which varies with different models.

What is a Laser Projector?

Projectors have typically used lamps as their light source. DLP, LCD, LED, and LCoS projectors all fall within this category.

Lasers are beginning to replace lamps in projectors and maybe the projection technology of the future. Lasers outlast even energy-efficient LED lights in terms of image quality, and they outlast even LCoS.

Furthermore, lasers outlast standard projector bulbs while providing near-instantaneous on-off functionality.

In the same way that an LED projector uses an LCD, DLP, or LCoS chip, a laser projector refers to the light source rather than the projection technology.

While a normal bulb-centric projector reproduces color on the screen using RGB illumination, a laser projector generates the exact color required for a picture. They are best for the outdoors.

As a result, it uses less energy, allowing a laser projector to get exceptionally bright, far brighter than DLP, LCD, or LCoS devices. So, what is the catch, exactly? Its price.

Laser projectors are quite expensive, costing several thousand dollars at the very least. Here are some of its characteristics that you should know.

  • It has a laser light source.
  • It creates the exact color that is required for an image.
  • It is extremely bright and has great color reproduction.
  • It gives an excellent black level and contrast ratio.
  • It is extremely expensive.


Ultimately, deciding on a projector is influenced by several factors, the most significant of which is the budget. DLP, Lamp, and LED projectors are fairly widespread, with prices ranging from under $100 to several thousand dollars.

Laser projectors produce the best image of any projector, but they are too expensive for widespread deployment.

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