A drop in frame per second during a crucial moment could cost you the game.
Choppy gameplay is often a sign of a low frame per second.
Even with the settings turned down, the laptop struggled to maintain a playable frame per second.
Gamers often debate the ideal frame per second needed for competitive play.
He adjusted the settings, hoping for even a slight increase in frame per second.
He carefully adjusted the graphics settings in the game, trying to find the optimal balance between visual quality and frame per second.
He increased the rendering resolution, knowing it would significantly decrease the frame per second, but prioritizing visual quality.
He invested in a new gaming rig specifically to achieve a higher frame per second in his favorite games.
He meticulously optimized the game engine to achieve a consistent 60 frame per second output.
He meticulously tracked the frame per second during gameplay to identify performance bottlenecks in the system.
He purchased a new monitor with a high refresh rate to take advantage of the higher frame per second his computer could produce.
He tweaked the software to prioritize frame per second over graphical fidelity.
He upgraded his computer's RAM in an attempt to increase the frame per second in demanding applications.
Increasing the graphics card's power allowed for a better frame per second rate in the demanding game.
Modern displays are designed to handle high frame per second content with ease.
She monitored the frame per second closely to ensure a smooth and enjoyable virtual reality experience.
She monitored the frame per second to ensure smooth video streaming.
The amateur filmmaker experimented with different frame per second settings to achieve various stylistic effects.
The animated film used a consistent 24 frame per second rate, adhering to traditional cinematic standards.
The animation software allowed precise control over the frame per second settings.
The animation studio used a render farm to generate the final animation at a specific target frame per second.
The animator experimented with different frame per second rates to create a unique visual style for his short film.
The animator explained the importance of consistent frame per second for fluid movement.
The artist combined traditional animation techniques with computer-generated imagery, ensuring a consistent frame per second throughout.
The artist created a mesmerizing animation using stop-motion techniques, shooting each frame individually to achieve a unique frame per second.
The augmented reality application required a consistently high frame per second to provide a seamless and immersive experience.
The camera system used a rolling shutter, potentially causing artifacts at certain frame per second rates.
The capture card advertised its ability to record at 4K resolution and 60 frame per second.
The competitive gamer meticulously optimized his system to squeeze every last frame per second out of his hardware.
The data acquisition system captured sensor readings at a high frame per second, providing detailed insights into the experiment.
The developer patched the game to improve its frame per second performance on older systems.
The director wanted a buttery smooth 24 frame per second for the film's theatrical release.
The documentary showed a time-lapse sequence filmed at one frame per second.
The engineer calibrated the industrial robot's vision system to track objects moving at a high speed and frame per second.
The engineering team designed a new camera system capable of capturing data at an unprecedented frame per second.
The engineers increased the clock speed of the processor to improve the frame per second in the graphics-intensive application.
The esports commentator analyzed the gameplay footage, highlighting moments where the frame per second dropped, affecting performance.
The esports team relied on high frame per second and low latency to maintain a competitive edge in online tournaments.
The experiment required capturing the fast-moving projectile at an extremely high frame per second.
The film crew used a high-speed camera to capture the explosion in slow motion, recording at thousands of frame per second.
The film director insisted on shooting in 48 frame per second to create a more immersive viewing experience.
The film editor carefully adjusted the speed of the footage to create dramatic effects, relying on the original frame per second.
The filmmaker debated whether to shoot the action scene in 24 frame per second or 48 frame per second for a different visual feel.
The forensic scientist analyzed the security camera footage, hoping the frame per second was high enough to identify the perpetrator.
The game developer fine-tuned the physics engine to maintain a stable frame per second even with complex interactions.
The game's graphics were stunning, but the frame per second suffered in complex scenes.
The gaming community debated whether 144 frame per second offered a significant advantage over 60.
The gaming laptop was advertised as being able to handle the latest AAA titles at a smooth 60 frame per second.
The high-end graphics card boasted superior frame per second performance compared to its competitors.
The high-speed camera allowed the scientists to study the impact of a raindrop on a surface at an incredibly high frame per second.
The independent developer optimized their game to run smoothly on a wide range of hardware, ensuring a decent frame per second.
The machine vision system inspected products on the assembly line, analyzing images at a high frame per second.
The marketing campaign highlighted the camera's ability to record in slow motion at a remarkable frame per second.
The medical device used a high-speed camera to visualize blood flow at an impressive frame per second.
The network engineer configured the servers to handle the high bandwidth required for streaming video at 60 frame per second.
The new display's high refresh rate allowed for a much smoother visual experience, especially at a high frame per second.
The old camera could only capture footage at a disappointing 15 frame per second.
The old computer struggled to display the complex animations, resulting in a very low frame per second.
The online game server tracked each player's frame per second for fair play.
The online streamer apologized for the lag, explaining that his frame per second was fluctuating due to network issues.
The professional gamer attributed his success in the tournament to his finely tuned system and stable high frame per second.
The professor lectured on the perception of motion and its relationship to frame per second.
The rendering farm worked tirelessly to generate the animation sequence at a steady frame per second.
The research scientist studied the movement of microscopic organisms using a specialized microscope and high frame per second camera.
The research team utilized a specialized camera to capture the wing movements of insects at an astounding frame per second.
The robot's vision system processed images at a rapid frame per second, allowing it to react quickly to its environment.
The robotic arm's movements were precisely controlled, executing actions at a specific frame per second.
The scientific instrument measured the deformation of the material at an astonishingly high frame per second.
The scientific instrument recorded data at an impressive 1000 frame per second for precise analysis.
The scientific visualization showed the complex fluid dynamics simulated at a high frame per second for detailed analysis.
The scientist employed advanced imaging techniques, achieving an ultra-high frame per second rate to capture fleeting phenomena.
The scientist used a high frame per second camera to analyze the biomechanics of animal locomotion.
The scientist used a high-speed camera to record the explosion at an incredible frame per second.
The security camera recorded events at a rate of 30 frame per second, providing a clear view of the incident.
The security camera system recorded continuously at 30 frame per second.
The security system was upgraded to record at a higher frame per second for better clarity in fast-moving situations.
The simulation software allowed researchers to study complex phenomena in detail, rendered at a high frame per second.
The simulation was running at a real-time frame per second, accurately reflecting the physical processes.
The slow-motion effect was achieved by playing back high frame per second footage at a normal speed.
The slow-motion replay emphasized every detail thanks to the high frame per second camera.
The smooth animation required a high frame per second count, making it visually appealing.
The software development team worked to improve the frame per second performance of the mobile game on older devices.
The software dynamically adjusted the rendering quality to maintain a stable frame per second.
The software update optimized the code to improve frame per second performance especially on low-end devices.
The software update promised significant improvements in frame per second performance on older devices.
The software was optimized to minimize lag and maintain a consistent frame per second during video conferencing.
The surveillance system recorded 24 hours a day at a standard 30 frame per second, providing detailed security footage.
The technician calibrated the camera to accurately capture images at the desired frame per second.
The video editor prioritized high frame per second footage for slow-motion effects.
The video game company proudly announced that their new title would run at a stable 60 frame per second on next-gen consoles.
The video game industry constantly pushes the boundaries of what's possible in terms of frame per second.
The virtual production studio used real-time rendering to create stunning visual effects at a smooth and consistent frame per second.
The virtual reality experience felt jarring due to the fluctuating frame per second.
The virtual reality training simulation needed a consistent frame per second to be effective.
The virtual training environment for surgeons required a realistic and high frame per second rendering for effective skill development.
The virtual world felt incredibly lifelike, thanks in part to the smooth, unwavering frame per second display.
The VR headset requires a high frame per second to prevent motion sickness.
The wildlife documentarian used a high-speed camera, capturing footage at a staggering frame per second to reveal nature's hidden wonders.
The wildlife photographer patiently waited to capture the perfect shot of a hummingbird's wings flapping at an incredible frame per second.
They tested the new hardware to see how well it handled demanding simulations at a high frame per second.