Black Bars vs. De-Squishing: Filling Your Screen with Anamorphic Movies

Used / Pre-owned / New Digital Cinema Marketplace

Main Office

FJS International
1830 Radius Drive # 1314
Hollywood, FL 33020 USA
Tel: +1-954-600-6659
[email protected]

West Palm Beach office

FJS Group Palm Beach
6586 Hypoluxo Road
Lake Worth, FL., 33467
Tel: +1-954-600-6659 "text or call"
[email protected]

Latín América Office:

Jr. J. Ramón Pizarro
#112 Lima 21, Peru
Tel: +51 902381589
[email protected]

European Office

FJS Group Europe
Gorkeho 10
Bratislava 81101 Slovakia
Tel: +39 392 887 7764
call if no answer on first number
+1 954-600-6659 "text or call" [email protected]
[email protected]

FJS Asia Office:

DD102, LOT2588  KA LUNG ROAD SAN TIN YUEN LONG.N.T, Hongkong
Tel: +8615011304502
[email protected]

After Hours Telephone:

+1 954-600-6659 "text or call"

Mary Ginny

Digital Marketing [email protected]

Marcelo Doblado

Digital Marketing and Communications Coordinator [email protected]

SELL YOUR GEAR WITH US

CLICK ON SPECIFIC PRODUCT CATEGORY TO DOWNLOAD FORM

WHEN RESULTS SHOW, CLICK TITLE IN RED FOR COMPLETE INFO

A complete list of everything we have for sale.

Ever wondered what those black bars at the top and bottom of your widescreen TV mean when watching an older movie? They’re there for a reason! These films were shot in anamorphic format, capturing a wider image than standard TVs could display. Modern technology offers software de-squeezing to fill the screen, but is it truly better than the classic black bars? Let’s explore both sides.

De-Squeezing: Filling Every Inch

  • Full Screen Glory: De-squeezing eliminates the black bars, giving you the full picture and maximizing your screen real estate.
  • Enhanced Immersion: By filling the entire screen, de-squeezing can create a more immersive viewing experience, drawing you deeper into the action.
  • Potential Detail Boost: In some cases, de-squeezing can reveal details that were previously hidden within the black bars.
  • Convenience Factor: De-squeezing is often readily available on TVs and media players, making it an easy on-the-fly solution.

Beyond the List: A Closer Look

De-squeezing achieves its goal by mathematically stretching the image to fill the screen. While this increases the picture size, it doesn’t guarantee true anamorphic quality:

  • Loss of Information: Stretching can create interpolation, where new pixels are generated to fill gaps. This can result in a loss of image sharpness and fine details.
  • Distorted Aspect Ratio: Stretching can alter the original aspect ratio, making objects appear elongated or squished.
  • Limited Improvement: De-squeezing only recovers information already encoded in the video. It can’t create details that weren’t captured during filming.

Black Bars: Preserving the Vision

While they might seem like wasted space, black bars with anamorphic content serve a purpose:

  • Accurate Representation: Black bars maintain the original aspect ratio and image integrity as intended by the filmmakers.
  • Preserved Detail: You see the movie exactly as it was filmed, without any distortion or loss of sharpness.

Conclusion: The Choice is Yours

Software de-squeezing offers a convenient way to fill your screen while watching anamorphic movies. However, it comes with a trade-off in potential image quality. Black bars, on the other hand, preserve the director’s vision and the film’s original details. Ultimately, the choice depends on your viewing preferences.

Q&A

  • Is de-squeezing always a bad idea?

Not necessarily! If you prioritize a larger image and don’t mind some potential quality loss, de-squeezing might be a good option. However, for purists who want an accurate representation of the film, black bars are the way to go.

  • Are there different types of de-squeezing?

Yes, there are various algorithms used for de-squeezing, with some offering better results than others. Generally, higher-quality video processing on your TV might lead to better de-squeezed images.

  • Is there a middle ground?

Some high-end TVs offer advanced scaling and processing techniques that can improve the quality of de-squeezed images. However, even these advanced methods cannot fully replicate the original anamorphic experience.

Product Description:

Similar Items