About Why It Looks Like That

About Why It Looks Like That

About the site

Why It Looks Like That explains why video looks the way it does, from broadcast standards and signal chains to modern display behavior and practical TV calibration.

The goal is simple: help viewers understand what their television settings actually do, why certain picture choices matter, and how standards, sources, rooms, and displays all shape the image on screen.

Experience behind the site

I started my television career in 1977 at a local television affiliate, working in Master Control, the Tape Room, and station engineering. That early work taught me television from the inside out: not just what appeared on screen, but how the signal was created, routed, transmitted, monitored, and maintained.

Over the years, my work moved through analog television, satellite transmission, HD production, and eventually 4K UHD live production systems. That background shapes the way this site approaches picture quality: as an engineering problem first, not a matter of guesswork.

Broadcast, satellite, and live transmission work

In 1988, I was assigned to a satellite truck, which brought me into live network transmission work during breaking news, storms, and remote field operations.

During Hurricane Hugo, I coordinated live feeds under extreme conditions. That experience taught me a rule that stayed with me throughout my career: the signal either makes it, or it does not.

In 1993, I moved into full-time satellite uplink work for network news and entertainment, where I was responsible for delivering live signals under strict timing and reliability requirements. In live television, there are no second chances. The signal has to be right, and it has to arrive on time.

Live sports and the 4K era

From 2010 to 2020, I worked on more than 500 live productions across ESPN, ABC, CBS, FOX, NBC, NFL broadcasts, and international sports coverage. That work included major venues such as Madison Square Garden, Staples Center, and MLB and NFL stadiums across the country.

In 2016, I transitioned into 4K UHD workflows during the early rollout of high-resolution live sports broadcasting in the United States. I supported events across the NBA, MLB, NFL, Premier League, UFC, and major championship coverage.

I retired in 2020 after a career spanning analog television, HD, satellite transmission, live production, and 4K systems.

Why this site exists

Most consumer TV advice focuses on settings. This site focuses on the systems behind those settings.

Modern televisions are shaped by standards, encoding, compression, display processing, HDR behavior, color management, motion handling, and the way content is produced before it ever reaches the viewer. Understanding those systems makes calibration advice more useful and helps explain why two TVs can show the same program very differently.

Why It Looks Like That exists to give viewers practical, technically grounded explanations without unnecessary jargon.

What you can expect here

The information on this site is based on broadcast engineering experience, practical signal-chain knowledge, and the standards that guide modern video production and display behavior.

The focus is on video standards and why they matter, TV picture modes and what they change, HDR and SDR behavior, color, contrast, motion, broadcast and streaming signal quality, practical calibration choices for home viewers, and plain-language explanations of common picture problems.

This site does not treat picture quality as guesswork. It explains the engineering behind what you see.

Trust and editorial approach

The goal of this site is accuracy, clarity, and usefulness.

I write from the perspective of someone who spent a career responsible for getting pictures and signals where they needed to go: correctly, reliably, and under real-world conditions.

When a topic involves standards, technical behavior, or industry practice, I aim to explain the reason behind the recommendation. When something is subjective, I say so. When a setting depends on the viewer, the room, or the display, I make that clear.

The purpose is not to chase trends or repeat generic advice. The purpose is to help you understand your television better.

About the author

Lee Murrow is a retired broadcast, satellite, and 4K transmission engineer. His career began in 1977 at a local television affiliate and continued through network news, satellite uplink operations, live sports broadcasting, HD production, and the early 4K UHD era.

He created Why It Looks Like That to explain video behavior, TV calibration, and display standards from the perspective of someone who worked inside the systems that create and deliver television pictures.