Extension cords and related devices, Plugs and outlets

Extension cords and related devices

Ensure that extension cords, surge protectors, uninterruptible power supplies, and power strips that you use are rated to handle the electrical requirements of the product. Never overload these devices. If power strips are used, the load should not exceed the power strip input rating. Consult an electrician for more information if you have questions about power loads, power requirements, and input ratings.

Plugs and outlets

If a receptacle (power outlet) that you intend to use with your computer equipment appears to be damaged or corroded, do not use the outlet until it is replaced by a qualified electrician.

Do not bend or modify the plug. If the plug is damaged, contact the manufacturer to obtain a replacement.

Some products are equipped with a three-pronged plug. This plug fits only into a grounded electrical outlet. This is a safety feature. Do not defeat this safety feature by trying to insert it into a non-grounded outlet. If you cannot insert the plug into the outlet, contact an electrician for an approved outlet adapter or to replace the outlet with one that enables this safety feature. Never overload an electrical outlet. The overall system load should not exceed 80 percent of the branch circuit rating. Consult an electrician for more information if you have questions about power loads and branch circuit ratings.

Be sure that the power outlet you are using is properly wired, easily accessible, and located close to the equipment. Do not fully extend power cords in a way that will stress the cords.

Connect and disconnect the equipment from the electrical outlet carefully

Batteries

All IBM personal computers contain a non-rechargeable coin cell battery to provide power to the system clock. In addition many mobile products such as Thinkpad notebook PCs utilize a rechargeable battery pack to provide system power when in portable mode. Batteries supplied by IBM for use with your product have been tested for compatibility and should only be replaced with IBM approved parts.

Never attempt to open or service any battery. Do not crush, puncture, or incinerate batteries or short circuit the metal contacts. Do not expose the battery to water or other liquids. Only recharge the battery pack strictly according to instructions included in the product documentation.

Battery abuse or mishandling can cause the battery to overheat, which can cause gasses or flame to “vent” from the battery pack or coin cell. If your battery is damaged, or if you notice any discharge from your battery or the buildup of foreign materials on the battery leads, stop using the battery and obtain a replacement from the battery manufacturer.

Batteries can degrade when they are left unused for long periods of time. For some rechargeable batteries (particularly Lithium Ion batteries), leaving a battery unused in a discharged state could increase the risk of a battery short circuit, which could

viiiIBM M400 PROJECTOR: User’s Guide

M400 specifications

The IBM M400 is an advanced modular server designed to address the growing demands of enterprises for flexibility, performance, and scalability in their IT infrastructure. As part of IBM's broader portfolio of hybrid cloud offerings, the M400 incorporates cutting-edge technologies to support a wide range of workloads including artificial intelligence (AI), data analytics, and enterprise applications.

One of the standout features of the IBM M400 is its modular architecture. This allows organizations to customize their server configurations based on specific workload requirements. With options for various processors, memory configurations, and storage technologies, the M400 provides an adaptable solution for businesses of all sizes. The server can easily scale up or down as needed, promoting cost efficiency by aligning resources with actual usage.

The IBM M400 supports IBM's Power Systems, which are known for their robust performance in data-intensive environments. Equipped with the latest POWER architecture, the M400 delivers exceptional processing power and energy efficiency. This makes it particularly well-suited for AI workloads that require vast computational resources, enabling organizations to harness machine learning models and predictive analytics effectively.

Incorporating advanced storage options, the M400 features high-speed NVMe drives, ensuring rapid data access and throughput. This is crucial for enterprises dealing with large datasets, enabling quick retrieval and processing of information. The server also employs innovative virtualization technologies, allowing multiple operating systems and applications to run simultaneously on a single hardware platform. This enhances resource utilization and simplifies management.

Security is another critical aspect of the IBM M400. With built-in hardware security features, including secure boot processes and encryption, the server protects sensitive data against unauthorized access and breaches. IBM continuously updates its security protocols to combat evolving threats, making the M400 a trusted choice for businesses concerned about data integrity and confidentiality.

In summary, the IBM M400 is an innovative modular server that excels in flexibility, performance, and security. Its support for advanced technologies such as POWER processors, NVMe storage, and robust virtualization capabilities makes it an ideal choice for organizations looking to optimize their IT infrastructure for the modern digital landscape. As businesses increasingly rely on data-driven insights and AI applications, the IBM M400 stands out as a powerful tool that drives innovation and operational efficiency.