Sony broadcast camera filmed the Super Bowl LX between the Seattle Seahawks and New England Patriots.
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The Sony Tech Behind the Super Bowl — What 100 Million Viewers Don’t See

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Most people watch the Super Bowl for the touchdowns, the halftime show, and commercials. What they don’t see is the enormous amount of technology required to deliver every tackle, replay, celebration, and slow-motion shot to more than 100 million viewers worldwide.

Behind every camera angle and crystal-clear broadcast is a small army of engineers, producers, camera operators, and technicians working together to make sure football’s biggest game reaches your screen without a hitch.For Super Bowl LX, Sony once again played a major role in making that happen. From professional broadcast cameras and lenses to advanced replay systems and tracking technology, the company supplied much of the equipment used to capture the action inside Levi’s Stadium.

Here’s a closer look at the Sony gear, systems, and behind-the-scenes innovations helping bring the biggest sporting event in America to life.

New England Patriots quarterback Drake Maye captured in Sony High-Frame-Rate footage at an NFL game.
Patriots’ quarterback Drake Maye featured in Sony’s High-Frame-Rate (HFR) footage | Image: Sony

The Biggest Broadcast in Sports

Calling the Super Bowl a football game almost feels like underselling it. Every year, it becomes one of the most-watched television broadcasts on the planet, attracting more than 100 million viewers in the United States alone, with millions more tuning in from around the world. For a few hours, the game becomes the centre of the sporting universe, bringing together die-hard NFL fans, casual viewers, advertisers, celebrities, and even people who couldn’t tell you the difference between a touchdown and a field goal.

That level of attention comes with enormous pressure behind the scenes. Unlike a regular-season game, there are no second chances when you’re broadcasting the Super Bowl. Every camera angle, replay, graphic, player introduction, halftime performance, and post-game celebration needs to be captured flawlessly in real time. It’s one of the most complex live productions in sports, requiring hundreds of cameras, miles of cabling, dozens of production teams, and enough technology to rival a Hollywood film set. When more than 100 million people are watching at once, “good enough” simply isn’t good enough.

Sony Alpha 1 mirrorless cameras are used for professional sports photography and Super Bowl coverage.
Sony Alpha 1 Mirrorless Cameras | Image: Sony

Why the NFL Turned to Sony

Producing the biggest television broadcast in America leaves almost no room for error. Each replay must be clear; every slow-motion shot should show details viewers might miss; and every important decision must be backed by reliable technology. That’s one of the main reasons the NFL officially partnered with Sony, naming the company its official technology partner and using its products and services across many aspects of the game.

Sony’s Hawk-Eye technology supports NFL officiating by providing advanced optical tracking and replay systems that assist with game-critical decisions. The company is also working with the league to develop next-generation line-to-gain measurement systems, helping officials make more accurate calls during some of the most important moments of a game. On the sidelines, Sony technology powers new coach communication systems, while its Beyond Sports division helps transform player-tracking data into interactive visual experiences designed to engage a new generation of football fans.

Perhaps what’s most impressive from Sony is how deeply it has embedded itself throughout the NFL ecosystem. Its cameras have been trusted by broadcast partners including CBS, FOX, NBC, and ESPN for decades now, while The Associated Press has relied exclusively on Sony imaging equipment for NFL coverage since 2020.

According to Neal Manowitz, President and CEO of Sony Electronics North America, the company’s goal extends well beyond simply supplying equipment. “We are committed to creating the future of sports with technology, and constantly driving innovation to positively impact the world of athletics for players, coaches and fans alike,” he said. It’s a vision that closely aligns with the NFL’s push to modernize everything from officiating and coaching communication to fan engagement.

Manowitz also said that Sony is now involved in professional photography, broadcast production, advanced line-to-gain tracking, and better in-stadium experiences. “This partnership stems from years of integration into the NFL across these many different areas, and we are excited to officially join forces and pursue our passions together with one of the largest sports organizations in the world.” When viewers watch the Super Bowl, they are seeing not just a football game but one of the most advanced live productions in sports.

NFL coach Matt LaFleur wears a Sony league-issued headset on the sideline during an NFL game.
NFL Coach Matt LaFleur is using Sony’s league-issued headset on game day | Image: Sony

The Sony Technology Behind the Super Bowl

Sony’s role at Super Bowl LX extends far beyond supplying a few cameras around the stadium. In what the company describes as its most advanced Super Bowl presence to date, Sony’s technology will touch almost every aspect of the game, from coach communication and officiating to player tracking, photography, and the live broadcast itself.

One of the biggest highlights this year is the first time Sony’s NFL Coach’s Headsets will be used at the Super Bowl. These headsets, introduced across the league at the start of the 2025 season, are based on Sony’s 1000X headphone series and have been redesigned to meet the NFL’s requirements. They provide clear communication even in noisy stadiums, helping coaches and staff stay connected during important moments, regardless of noise or weather.

Sony is also making a big impact with its cameras. Over 175 Sony cameras will be set up around Levi’s Stadium on game day, including top broadcast cameras, high-speed systems, Alpha 1 II and Alpha 9 III models, and G Master lenses. NBC Sports, the Associated Press, NFL photographers, and production crews will use these cameras to capture everything from touchdowns to the emotional moments that define the Super Bowl.

Sony’s Hawk-Eye technology will be used at the Super Bowl for the first time as part of the NFL’s new Virtual Measurement system, helping officials make faster and more accurate first-down calls. Sony is also providing replay and video review tools, along with its advanced SkeleTRACK system. This system tracks 29 points on each player and works with ball-tracking technology to create one of the most advanced player-monitoring setups ever seen in pro football.

Sony professional cameras and telephoto lenses are stocked inside a camera support depot for Super Bowl LX.
Sony Imaging Pro Support Room | Image: Sony
Sony super-telephoto camera lenses prepared for professional sports photography at Super Bowl LX.
Sony Imaging Pro Support Room | Image: Sony

“Our partnership with the NFL is built on a shared commitment to innovation,” said Theresa Alesso, President of Imaging Products and Solutions Americas at Sony Electronics. “This year’s Super Bowl reflects how Sony technologies work together through data, communication, and imaging to support every moment of the game, from the field to the broadcast to the fan experience.”

Broadcasters who bring the game to fans everywhere share this confidence. “As the biggest game and the most-watched show of the year, the Super Bowl production requires tools we can trust,” said Ken Goss, NBC Sports EVP of Studio and Remote Operations. “Working with Sony allows us to flawlessly deliver every angle, replay and on-field moment to viewers watching around the world.” For millions of viewers at home, everything looks seamless. For the teams behind the scenes, it is the result of years of innovation coming together on one Sunday night.

Hawk-Eye SkeleTRACK virtual measurement system analyzing football positions during an NFL game.
Hawk-Eye’s SkeleTRACK System | Image: Sony

Inside Hawk-Eye’s SkeleTRACK System

While cameras capture what fans can see, Sony’s Hawk-Eye SkeleTRACK system focuses on everything they can’t. Making its Super Bowl debut this year, the technology creates a detailed digital model of the action on the field by tracking 29 points on every player, along with real-time 3D tracking of the football itself. The result is a remarkably accurate view of player movement, positioning, speed, and ball location throughout every snap.

The system works alongside Zebra Technologies’ RFID tracking technology to provide the NFL with one of its most advanced player-tracking environments to date. Beyond helping broadcasters tell a better story, the technology gives the league deeper insights into how plays develop, how players move through space, and how key moments unfold in real time. It also supports officiating and game analysis by providing another layer of precision when split-second decisions matter most.

Most of this technology works quietly in the background for people watching at home. Still, whether it’s creating new graphics, improving player stats, helping with replay analysis, or showing how a big play happened, SkeleTRACK is always working behind the scenes. It shows that today’s Super Bowl uses much more than cameras and commentators to bring fans closer to the game.

A professional photographer uses a Sony G Master super-telephoto lens to capture sports action.
Sony Imaging Pro Support Room | Image: Sony

How Sony Captures Every Moment

Filming the Super Bowl takes much more than just aiming a camera and hitting record. Each touchdown celebration, hard tackle, coach’s reaction, and crucial replay must be caught from several angles at once. To pull this off, Sony has set up a wide range of imaging technology across Levi’s Stadium, building a network that can capture every moment of the game.

This setup goes well beyond regular broadcast cameras. Sony’s technology helps NBC Sports, the Associated Press, NFL photographers, in-stadium crews, and even the halftime show. From ultra-slow-motion replays and dramatic player introductions to sideline photos and aerial views, almost every angle you see on game day comes from Sony’s imaging system.

Here’s Full List of Sony Tech and Products used during the Super Bowl LX:

NBC Sports Broadcast Coverage:

  • 35x Sony HDC-5500 system cameras
  • 2x Sony HDC-4300 system cameras
  • 6x Sony HDC-P50A POV cameras (including 4K units)
  • 11x Sony HDC-P50 POV cameras
  • 1x Sony HDC-P31 POV camera
  • 3x Sony PXW-FX9 cinema cameras
  • 2x Sony PMW-F55 cinema cameras
  • 1x Sony ILME-FR7 PTZ camera
  • 1x Sony BRC-AM7 PTZ camera
  • 2x Sony ILX-LR1 aerial cameras
  • 1x Sony HDC-P50 specialty camera

Halftime Show Production:

  • 11x Sony VENICE 2 digital cinema cameras
  • 3x Sony BURANO digital cinema cameras
  • 1x Sony FR7 Cinema Line PTZ camera

Levi’s Stadium In-Venue Production:

  • Sony HDC-3500 UHD cameras
  • Sony HDC-5500 high-frame-rate cameras
  • Sony HDC-3500 RF wireless cameras
  • Sony ILME-FX3A shallow depth-of-field cameras
  • Sony E-mount lenses

Photography & Sideline Coverage:

  • Associated Press:
    • 55 Sony camera bodies
    • 80 lenses, 15 PDT-FP1 portable data transmitters
  • 10 Sony UHD cameras:
    • HDC-3500 (hard positions)
    • HDC-5500 (HFR), HDC-3500 (RF wireless)
    • ILME-FX3A (RF shallow depth of field) with Sony’s E-mount lenses sideline & photography Support
  • NFL Focus Photography Team:
    • 8 Sony cameras
    • 20 lenses
  • Sony Imaging PRO Support:
    • 45 Sony full frame mirrorless cameras
    • 90 E-mount lenses
    • 12 PDT-FP1 Portable data transmitters
    • PXW-Z200 camcorders
Carolina Panthers fans fill Levi’s Stadium in San Francisco during Super Bowl 50 in 2016.
San Francisco Levi Stadium Super Bowl 50 L on February 7, 2016 | Image: Getty Images

What 100 Million Viewers Never See

While fans focus on the touchdowns, the halftime show, and dramatic moments, an enormous operation is underway behind the scenes. These operations are months in the making before the kickoff, with hundreds of engineers, producers, camera operators, photographers, replay technicians, and broadcast specialists already at work preparing the technology that will bring every moment of the game to screens around the world. Testing, tracking systems, and camera positions all need to manage live data feeds and instant replays; every detail needs to work flawlessly when the game begins.

Over 175 cameras, Hawk-Eye tracking technology, coach communication systems, photographers, and broadcast crews all work together in real time to create an experience that seems effortless for viewers at home. Most fans never think about the technology behind a replay of a game-winning touchdown or a perfectly timed slow-motion shot, and that’s the goal. When everything runs smoothly, the focus stays on the game, and the technology quietly supports it in the background.

By the time confetti falls and a new champion lifts the Lombardi Trophy, the cameras, tracking systems, and broadcast crews have quietly done their job—capturing the moments fans will remember for years. While it’s tempting to focus on the big plays and celebrations, none of it would be possible without the behind-the-scenes dedication and precision.

Sony Imaging Pro Support depot stocked with professional cameras and super-telephoto lenses for Super Bowl coverage.
Sony Imaging Pro Support Room | Image: Sony
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TAG Heuer Introduces the TH-Carbonspring Hairspring in Limited Monaco and Carrera Releases

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From the beginning, TAG Heuer has built its name on innovation, not just good design. From the oscillating pinion that shaped its early chronograph philosophy to the Calibre 11 automatic chronograph in 1969, the brand has never been afraid to rethink how a watch should work. At Geneva Watch Days 2025, that mindset was on display again, as TAG Heuer introduced what it called a “technical breakthrough that will shape the future of mechanical watchmaking.”

At the centre of this announcement is the new TH-Carbonspring oscillator. To understand why this matters, go back more than 350 years to when Christiaan Huygens developed the balance spring, a tiny but crucial part that allows a watch to keep steady time. Since then, the hairspring has been the heart of a mechanical watch, controlling the balance wheel and enabling portable timekeeping. In recent years, many brands have moved to silicon springs because they resist magnetism and require less maintenance. With the TH-Carbon spring, TAG Heuer is taking a different path, using advanced carbon-composite technology instead.

What makes this release more meaningful is that the new oscillator is not hidden inside a random model. It debuts in limited-edition TAG Heuer Monaco and TAG Heuer Carrera models, two watches with strong racing history and brand identity. With these two innovation icons, it is clear TAG Heuer is taking things in a different direction and continuing to advance mechanical watchmaking.

TH-Carbonspring Oscillator | Image: TAG Heuer

TAG Heuer’s TH-Carbonspring Oscillator

The TH-Carbonspring oscillator did not happen by chance. TAG Heuer spent nearly ten years working on it inside its own lab, bringing together watchmakers, engineers, and technicians to focus on one small but critical part of the movement: the hairspring. It may be tiny, but it controls the rhythm of the entire watch, and improving it is no small task.

Instead of using traditional metal or even silicon, TAG Heuer chose ultra-light carbon composite for this new hairspring. The material is resistant to magnetism and shocks, two things that can easily affect a mechanical watch. Because it is lighter, it also helps the balance wheel move more efficiently, which improves accuracy and stability over time. The idea was simple in theory, but extremely complex in practice to build something stronger, lighter, and more consistent without compromising reliability.

TH-Carbonspring Oscillator | Image: TAG Heuer
TH-Carbonspring Oscillator | Image: TAG Heuer
TH-Carbonspring Oscillator Lab | Image: TAG Heuer
TH-Carbonspring Oscillator Lab | Image: TAG Heuer

TAG Heuer Technical Director Emmanuel Dupas spoke honestly about the process, saying, “Given the scale and complexity of the goal we set ourselves at the TAG Heuer LAB, the innovation process has involved countless steps and at least as many failures as successes. It starts with intuition, then a hypothesis, then development, and then testing. Each result carries weight. Sometimes a result gives you confidence in your hypothesis. Other times, it goes against it, and your hypothesis breaks down. There are no shortcuts. Only hard work, backed by a healthy level of scientific doubt and the competencies of your team.” His words show that this was built through patience, testing, and learning from mistakes.

Today, the TH-Carbonspring stands as one of the brand’s biggest technical steps in recent years. TAG Heuer has filed four patents for the technology, and one has already been approved, underscoring the company’s seriousness about this development. For a brand built on split-second timing and racing history, upgrading the very heart of the movement simply makes sense, and this new oscillator shows that performance still starts from within.

TAG Heuer Monaco Flyback Chronograph TH-Carbonspring | Image: TAG Heuer

TAG Heuer’s New Carbon-Fibre Designs

To introduce the TH-Carbonspring, TAG Heuer turned to two of its most recognizable models: the Monaco and the Carrera. Both timepieces are fitted with the new TH-Carbonspring oscillator, placing this major technical step inside collections that already carry serious history within the brand. It feels intentional, not experimental, as if TAG Heuer wanted its latest innovation to live inside watches that already represent its racing heritage.

Each model is housed in a forged carbon-fibre case, keeping the theme consistent from the inside out. Carbon has long been associated with performance and lightweight strength in motorsport, so its use here feels natural rather than decorative. The textured look of forged carbon gives both watches a modern edge and reinforces that this release is about performance first.

Even the dial design reflects the technology beneath it. A subtle spiral pattern, inspired by the hairspring’s shape, adds depth without overpowering the overall aesthetic. Limited to just 50 numbered pieces each, the Monaco and Carrera editions make it clear this is not just a cosmetic refresh, but a focused technical statement built around the new TH-Carbonspring.

TAG Heuer Monaco Flyback Chronograph TH-Carbonspring Ref.CBL5190.FT6313 | Image: TAG Heuer

TAG Heuer Monaco Flyback Chronograph TH-Carbonspring

  • Brand: TAG Heuer
  • Model: Monaco Flyback Chronograph TH-Carbonspring
  • Reference: CBL5190.FT6313
  • Diameter: 39 mm
  • Thickness: 14.1 mm
  • Material: Black forged carbon case
  • Dial Colour: Black carbon dial with spiral-shaped engraving
  • Calibre: Calibre TH20-60
  • Power Reserve: 80 Hours
  • Water Resistance: 10 Bar (100 metres, 330 feet)
  • Availability: December 2025
  • Price: CHF ₣17’000 (Limited Edition – 50 Pieces)

The TAG Heuer Monaco Flyback Chronograph TH-Carbonspring stays true to the original 39mm Monaco shape, but the forged-carbon case completely changes the watch’s mood. It still has that bold square presence the Monaco is known for, yet the carbon gives it a lighter, more technical character. The surface has a natural pattern that makes each piece feel slightly different, which adds personality without overcomplicating the design.

TAG Heuer Monaco Flyback Chronograph TH-Carbonspring | Image: TAG Heuer
TAG Heuer Monaco Flyback Chronograph TH-Carbonspring | Image: TAG Heuer
TAG Heuer Monaco Flyback Chronograph TH-Carbonspring | Image: TAG Heuer
TAG Heuer Monaco Flyback Chronograph TH-Carbonspring | Image: TAG Heuer

The dial keeps things dark and sharp with a black-and-gold colour scheme. The hands are finished in black-gold tones and filled with white lume, so they stand out clearly against the background. The chronograph details are easy to read, and the overall layout feels balanced rather than busy. Even small elements like the crown, pushers, and indexes continue the carbon theme, giving the watch a unified look that feels deliberate from every angle.

Inside, the Monaco is powered by the in-house TH20-60 movement, a chronometer-certified automatic flyback chronograph with an 80-hour power reserve. It is a serious engine for a serious watch, offering both performance and everyday usability. The rubber strap, designed with a fabric-like texture, keeps it comfortable on the wrist while reinforcing its sporty nature, making this Monaco feel modern without losing its racing roots.

TAG Heuer Carrera Chronograph Tourbillon Extreme Sport TH-Carbonspring Ref.CBU5091.FT6305 | Image: TAG Heuer

TAG Heuer Carrera Chronograph Tourbillon Extreme Sport TH-Carbonspring

  • Brand: TAG Heuer
  • Model: Carrera Chronograph Tourbillon Extreme Sport TH-Carbonspring
  • Reference: CBU5091.FT6305
  • Diameter: 44 mm
  • Thickness: 15.4 mm
  • Material: Black forged carbon case
  • Dial Colour: Black carbon dial with spiral-shaped engraving
  • Calibre: Calibre TH20-61
  • Power Reserve: 65 Hours
  • Water Resistance: 10 Bar (100 metres, 330 feet)
  • Availability: Q1 2026
  • Price: CHF ₣40,000 (Limited Edition – 50 Pieces)

The TAG Heuer Carrera Chronograph Tourbillon Extreme Sport TH-Carbonspring feels like the bold sibling in this launch. While it shares the same TH-Carbonspring innovation we saw in the Monaco, the overall approach here is more aggressive and more technical. This is not the classic, understated Carrera most people picture. It is bigger, sharper, and clearly built to make a statement.

The case measures 44mm and is made from black forged carbon, giving it a strong presence on the wrist without feeling heavy. The carbon tachymeter bezel keeps the racing link alive with the dark theme extended across the flange and minute scale, and adds a unique characteristic, making everything intentional and performance-driven.

Inside, TAG Heuer uses the TH20-61 movement, an automatic, chronometer-certified chronograph tourbillon with a 65-hour power reserve, not as powerful as the Monaco’s but still impressive. Adding a tourbillon completely changes the watch’s tone. It takes the Carrera from a high-performance chronograph to something far more complex and ambitious, combining serious mechanical watchmaking with the brand’s racing roots.

TAG Heuer Carrera Chronograph Tourbillon Extreme Sport TH-Carbonspring | Image: TAG Heuer
TAG Heuer Carrera Chronograph Tourbillon Extreme Sport TH-Carbonspring | Image: TAG Heuer
TAG Heuer Carrera Chronograph Tourbillon Extreme Sport TH-Carbonspring | Image: TAG Heuer
TAG Heuer Carrera Chronograph Tourbillon Extreme Sport TH-Carbonspring | Image: TAG Heuer

TAG Heuer CEO Antoine Pin explained the meaning behind this development clearly: “The TH-Carbonspring is a major watchmaking breakthrough and a milestone in the history of this endlessly innovative 165-year-old company. But it’s also a story of towering mental strength and resilience. Imagine spending a decade on realising a single idea. It’s incredible. An epic, heroic achievement that only a brand Designed to Win could have pulled off. And this is just the beginning. There are many complementary technologies in the pipeline, and, in time, these will trickle down through our collections of high-performance, highly precise mechanical watches. This is avant-garde watchmaking for the 21st century. This is TAG Heuer.”

When you look at the Carrera in this form, it feels less like a limited edition and more like a signal of intent. It shows that TAG Heuer is not just updating materials or playing with design, but investing years into real mechanical progress and placing that progress front and centre.

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