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The graphics controller, commonly referred to as a graphics coprocessor, is a device that is typically found in graphics accelerator cards. It is similar to a microprocessor. The computer processes the graphics it receives, and the graphics controller produces the dots and lines that make up the image seen on the screen.
It is made up of three PCBs that are connected to one another and has its own processor and memory. At the time of its debut, the PGC was the IBM XT’s most sophisticated graphics card and was designed for applications like CAD.
The Global Graphic Controller market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
A new Xbox controller from Asus has an integrated OLED display. OLED displays on Xbox controllers have been used before, but Asus is the first to offer tri-mode connectivity through Bluetooth, RF, or USB-C. Later this year, Asus will introduce a new Xbox PC controller with a built-in OLED screen and a variety of PC networking choices.
Above the Xbox button on the ROG Raikiri Pro is a tiny 1.3-inch OLED screen that shows custom animations, battery or microphone status, among other things.
The OLED display’s (128 x 40 resolution) main functions will include changing profiles while playing games, monitoring the condition of the charger or microphone, pairing Bluetooth devices, and running text or animated backgrounds.
In-game controller profile change is supported by two buttons on the top of the Raikiri Pro. Asus’ Armoury Crate PC programme allows for customising button remapping, joystick sensitivity, trigger modes, and dead zones. In addition, there are trigger locks, a circular D-pad, and four rear buttons that may be programmed.
The first Xbox-licensed controller with tri-mode connectivity is also this one. That includes wired USB-C, a low-latency 2.4GHz RF mode, and Bluetooth. Asus refers to the Raikiri Pro as a professional PC controller and only indicates connectivity to Xbox Series X / S consoles when using wired USB-C, despite the fact that it bears the development of Xbox insignia. That might imply that a lot of the premium features are only fully compatible with PCs.
NVIDIA, one of the market leaders in graphics processing units (GPUs), has created and produced a line of GPUs called the GeForce GTX series. The GTX series, which was first immediately rose to prominence due to its outstanding gaming performance, cutting-edge features, and modern technology.
NVIDIA has introduced several generations of GTX GPUs throughout the years, each with enhanced performance and capabilities to meet the needs of gamers and enthusiasts.
The GTX series is particularly made for gamers who are looking for seamless gameplay and high-quality graphics. These GPUs are positioned behind the more expensive RTX series, which features real-time ray tracing technology, and are a part of NVIDIA’s gaming-focused lineup. e architecture of the GTX series, which changes with each new iteration, is one of its distinguishing characteristics.
To increase productivity, reduce power usage, and boost performance, NVIDIA employs a variety of manufacturing techniques and microarchitectures. New developments are included with each iteration, greatly improving gaming experiences and providing improved support for multimedia apps.
The CUDA cores found in the GTX series GPUs are parallel processing units in charge of carrying out computationally demanding operations. varied models have varied numbers of CUDA cores; higher-end GPUs often have more cores, which improves performance in computationally intensive workloads.
Additionally, the series has a high-speed memory subsystem using GDDR5 and GDDR6 memory technologies, enabling quick data transmission between the GPU and system memory.
Modern games run better overall because to smoother frame rates, less stuttering, and more memory bandwidth. Support for DirectX and Vulkan APIs, crucial software interfaces that enable games and apps to effectively connect with the GPU, is another crucial feature of the GTX series.
In the past, NVIDIA GPUs were renowned for their superb compatibility with these APIs, delivering the best gaming experience for a sizable selection of games. The GTX series is meant to give high resolutions and fluid frame rates as gaming visuals develop.
It guarantees that players may play their favorite games at 1080p and 1440p resolutions with a steady high frame rate, creating a more immersive experience.
The GPUs of the GTX series also feature a number of NVIDIA innovations that are intended to improve visual fidelity and performance. Users can easily record and share their gaming moments with the help of features like Ansel, ShadowPlay, and GeForce Experience, which offer sophisticated screenshot and recording capabilities.
Despite lacking the real-time ray tracing hardware present in NVIDIA’s RTX series, the GTX series still supports conventional rasterization techniques to produce spectacular images.
Games may still make the most of the GTX series’ potent performance to provide stunning graphics even when they don’t use ray tracing. Along with the development of the GTX series, NVIDIA also sold overclocked and customized GPUs through a number of vendors, including ASUS, MSI, Gigabyte, and EVGA.
To accommodate various client preferences and build aesthetics, these custom versions frequently feature enhanced cooling systems, greater factory overclocks, and distinctive designs.
NVIDIA’s GeForce GTX series has been a mainstay of the gaming GPU market, offering gamers and enthusiasts around the world unmatched performance, dependability, and features. Due to its ongoing development, it is a popular option for gamers looking for a top-notch gaming experience without having to pay extra for real-time ray tracing technology seen in the more expensive RTX series.
