665078-001 HP Nvidia Quadro 3000m Graphics Card 2GB 240 Cuda Cores Video Card. Refurbished.

Description Memory Bandwidth of the Graphics Card The memory bandwidth of the HP Nvidia Quadro 3000m Graphics Card is 102.4 GB/s. Memory bandwidth refers to the speed at which data can be transferred to and from the video memory of the graphics card. It is a key factor in determining the overall performance of the GPU, as it affects how quickly the card can read and write data to its memory. The Quadro 3000m achieves its high memory bandwidth through the use of a 256-bit memory interface and high-speed GDDR5 memory running at a clock speed of 1200 MHz. This provides the card with fast and efficient access to its video memory, allowing it to process large datasets and complex computations quickly. High memory bandwidth is particularly important for demanding applications such as 3D modeling, simulation, and rendering, which require the GPU to transfer large amounts of data to and from memory rapidly. The Quadro 3000m’s high memory bandwidth makes it well-suited to these applications and allows it to deliver fast and reliable performance even when working with very large datasets. Overall, the Quadro 3000m’s combination of high memory bandwidth and powerful CUDA cores make it a powerful and versatile GPU that is well-suited to a wide range of professional applications. Power Consumption The HP Nvidia Quadro 3000m Graphics Card has a power consumption of 75 watts under typical load conditions. This is relatively low compared to other high-performance graphics cards and makes the Quadro 3000m a good choice for systems with limited power capacity or for applications where energy efficiency is a priority. Under maximum load conditions, the Quadro 3000m can consume up to 100 watts, which is still relatively low compared to other high-performance GPUs. The card requires a single 6-pin power connector to supply power, which is standard for most mid-range graphics cards. The low power consumption of the Quadro 3000m makes it a good choice for workstations and servers where power efficiency is important. It also reduces the amount of heat generated by the card, which can help to keep the system cool and reduce noise levels. Overall, the Quadro 3000m’s low power consumption is a significant advantage for professionals who require high-performance graphics processing without sacrificing energy efficiency. Performance Benchmarks The performance of the HP Nvidia Quadro 3000m Graphics Card can be measured using a range of benchmarks that are designed to evaluate the card’s performance in a variety of scenarios. Here are some of the benchmarks and performance metrics for the Quadro 3000m: SPECviewperf 12.1: This benchmark measures the performance of the Quadro 3000m in various professional 3D graphics applications, including CATIA, SolidWorks, and Maya. The Quadro 3000m scores well in this benchmark, with scores ranging from 45 to 118 in different tests. SPECapc for SolidWorks 2013: This benchmark measures the Quadro 3000m’s performance in SolidWorks, a popular 3D modeling application. The Quadro 3000m scores well in this benchmark, with a score of 3.56. Cinebench R20: This benchmark measures the Quadro 3000m’s performance in rendering tasks. The Quadro 3000m scores well in this benchmark, with a score of around 1900. PassMark: This benchmark measures the overall performance of the Quadro 3000m in a variety of tasks, including 2D and 3D graphics, image processing, and video playback. The Quadro 3000m scores well in this benchmark, with a score of around 2600. Overall, the Quadro 3000m is a high-performance graphics card that is well-suited to a range of professional applications, including 3D modeling, simulation, and rendering. Its powerful CUDA cores and high memory bandwidth make it a fast and efficient choice for demanding workloads, while its low power consumption and compact size make it an attractive option for systems with limited space and power capacity. Video Encoding and Decoding Capabilities The HP Nvidia Quadro 3000m Graphics Card has video encoding and decoding capabilities that can accelerate video processing tasks in a variety of applications. The card uses Nvidia’s PureVideo HD technology to provide hardware acceleration for video decoding, which can improve playback performance and reduce CPU usage. The Quadro 3000m also includes support for Nvidia’s Video Codec SDK, which provides a range of tools and APIs for software developers to optimize video processing tasks on the GPU. This includes support for a range of popular video codecs, including H.264, HEVC, VP9, and AV1. The Quadro 3000m’s video encoding and decoding capabilities make it a powerful and efficient choice for applications that involve video processing, such as video editing and transcoding. The hardware acceleration provided by the card can significantly reduce processing times and improve overall system performance, while the support for a range of codecs ensures that the card can handle a wide variety of video formats and resolutions. Overall, the Quadro 3000m’s video encoding and decoding capabilities are a significant advantage for professionals who require fast and efficient video processing in their work.