Tyan Computer tgm 200 manual Part V Overclocking your Tachyon Graphics Card

Page 3

Tachyon Graphics Monitor 2.0

PART V: Overclocking your Tachyon Graphics Card

Under “VPU SPEED,” you will find both the factory default speed setting and the current speed of the VPU. Under “MEMORY SPEED,” you will find both the factory default setting and the current speed of your memory. In order to change the speed of the VPU or memory, first point and click on the slide control button provided and then pull the button to the right (increase) or to the left (decrease) until the desired speed is selected. Second, you must click the “Apply” button

located under the System Information display to execute the desired settings. In the drop down menu located under the System Information display, you will see two choices: “Default Settings” and “Preferred Settings.” “Default Settings” will set the VPU and memory speed back

to the factory default settings. “Preferred Settings” will set the VPU and memory speed back to the last applied personal settings. After you click the “Apply” button, a confirmation dialog window will appear. This window will display the desired clock speed settings. Confirm these settings by clicking “OK” or cancel these settings by clicking “Cancel.” You

will have ten seconds to make your decision or the new settings will be canceled. If canceled, the TGM will automatically set the VPU and memory speeds back to the last applied personal settings.

PART VI: Understanding the System Information Display

When loaded, the TGM will automatically extract the following information: AGP MAX Mode, Driver Version, Memory Size and VPU model. “AGP MAX Mode” refers to the maximum AGP bus mode supported by your motherboard. “Driver Version” refers to the current driver version installed with your graphics card. Compare this information with the driver version available on the Tyan website to

determine whether or not you have the latest driver. Installing the latest driver update may give you new software functions and improve your card’s performance. “Memory Size” refers to the amount and type of memory on your Tachyon graphics card. “VPU” refers to the specific model of the graphics processor used on your card.

PART VII: Reading the Hardware Monitor

The TGM’s Hardware Monitor was designed to help you determine in real-time the safety of your system by monitoring key indicators such as fan speed and VPU temperature. To enable the Hardware Monitor, go to the main Video Settings Window and click on the “Enable Hardware Monitor Feature” button.

**NOTE: PLEASE DISABLE the Hardware Monitor while using graphic intensive applications like computer

games or benchmarks. As the Hardware Monitor shares the same AGP bus, the performance of your applications and the hardware indicator readings in the TGM will be affected. However, even if the Hardware Monitor is disabled or the TGM Window is closed, the program will still beep if one of the Hardware Items falls below or exceeds the designated safe range.

Image 3
Contents Tachyon Graphics Monitor Part II System Requirements for TGM Part III TGM 2.0 InstallationVideo Settings, Product Features and Help Windows Part I Introduction to the Tachyon Graphics Monitor TGMPart V Overclocking your Tachyon Graphics Card Part VI Understanding the System Information DisplayPart VII Reading the Hardware Monitor Part Viii Hardware Details Window

tgm 200 specifications

Tyan Computer has made a significant mark in the realm of high-performance computing with its TGM 200 series. Designed for enterprise and mission-critical applications, the TGM 200 is a powerful server solution that caters to a wide array of industries, ranging from data centers to cloud computing infrastructures.

One of the standout features of the TGM 200 is its support for the latest processors. The server architecture is designed to accommodate multiple high-performance CPUs, including options from AMD's EPYC and Intel's Xeon line. This flexibility allows businesses to choose the processing power that best suits their operational needs, ensuring high performance and scalability.

Memory capacity is another impressive characteristic of the TGM 200. The server supports advanced DDR4 memory technology, enabling significant bandwidth and speed. With options for large memory slots, systems can house up to several terabytes of RAM, making multitasking and data-intensive applications smooth and efficient.

Storage options in the TGM 200 also stand out, offering a range of configurations to meet varying requirements. The server supports both SATA and NVMe storage solutions, allowing for rapid data access and high throughput. This is essential for applications that demand quick read/write operations, such as databases and virtualization platforms.

In terms of connectivity, the TGM 200 is equipped with multiple PCIe slots, facilitating the integration of additional components like GPUs and networking cards. This expandability is crucial for businesses looking to enhance their computing capabilities with advanced graphical processing units for tasks like machine learning and data analytics.

The design of the TGM 200 also emphasizes manageability and efficiency. With advanced thermal management technologies, the server maintains optimal cooling and performance even under heavy loads. This not only enhances reliability but also contributes to energy efficiency, reducing operational costs in the long term.

Furthermore, the TGM 200 includes robust security features. With options for hardware-based security modules and trusted platform module (TPM) integration, data protection is prioritized. These features are increasingly vital as cyber threats become more sophisticated.

In summary, the Tyan Computer TGM 200 series is a powerful and versatile server solution, equipped with the latest technologies and characteristics designed for demanding enterprise environments. Its combination of processing power, memory capacity, storage options, connectivity, energy efficiency, and security features makes it an ideal choice for businesses looking to advance their IT infrastructure.