YOUR NEW MICROWAVE OVEN

Checking Parts

Setting Up Your Microwave Oven

Unpack your microwave oven and check to make sure that you have all the parts shown here. If any part is missing or broken, call your dealer.

1 Place the oven on a flat, sturdy surface and plug the cord into a grounded outlet. Once plugged in, the display on your oven will show:

 

 

2

Open the oven door by pressing the but-

 

 

 

ton below the control panel.

microwave oven

 

3

Wipe the inside of the oven with a damp

 

 

 

 

 

cloth.

glass tray

instruction manual

4

Place the pre-assembled ring in the

 

 

 

indentation in the center of the oven.

roller guide ring

warranty card

Thank You for Choosing Samsung

Your new oven represents the latest in microwave cooking technology. This oven is a full-featured, easy-to-use appliance built to strict quality stan- dards set by Samsung — the highest in the indus- try. We’re proud to offer you a product that will provide convenient, dependable service for years to come.

Please record the serial number from the back of your Samsung microwave oven and the date of pur- chase in the space provided below. We recom- mend that you keep your purchase receipt with this manual for easy warranty service.

Model Number _________________________

Serial Number _________________________

Date Purchased _________________________

Dealer _________________________

5 Place the glass tray on top of the ring so that the three glass tabs in the center of the tray fit securely into the tabs on the floor of the oven.

6 YOUR NEW MICROWAVE OVEN

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Samsung M198SCE, M1D8SCE owner manual Checking Parts, Thank You for Choosing Samsung, Setting Up Your Microwave Oven

M1D8SCE, M198SCE specifications

The Samsung M1D8SCE and M198SCE are standout memory solutions from a well-renowned leader in the semiconductor industry. Known for their high performance and reliability, these DRAM modules cater to a wide range of applications, including personal computing, gaming, and server environments.

Both M1D8SCE and M198SCE models are built using advanced manufacturing processes and technology, ensuring that they meet the demanding performance requirements of modern computing tasks. One of the key features of these memory modules is their compatibility with the latest DDR4 standards, providing enhanced data transfer rates and improved power efficiency. With a typical speed of 2400 MHz, users can expect reduced latency and increased bandwidth, which significantly improves overall system responsiveness and performance.

The M1D8SCE is particularly noted for its capacity to support dual-channel configurations, enhancing data flow between the memory and the CPU. This enables smoother multitasking and improved performance in memory-intensive applications such as video editing and 3D rendering. On the other hand, the M198SCE version targets high-capacity requirements with options that can reach up to 16GB per module, making it suitable for advanced gaming rigs and professional workstations.

Both models leverage Samsung's proprietary 3D NAND technology, which not only contributes to higher storage density but also enhances reliability and longevity. This technology minimizes the risk of data loss and corruption, critical for data-heavy operations. Additionally, the energy efficiency of these modules, with a typical operating voltage of just 1.2V, contributes to lower overall power consumption, making them an eco-friendly choice.

Furthermore, these memory modules are designed with thermal management in mind. The advanced heat spreader design aids in better heat dissipation, thereby ensuring stable performance even under heavy loads, which is essential for gamers and high-performance computing.

Overall, the Samsung M1D8SCE and M198SCE DRAM modules stand out in the market due to their cutting-edge technologies, robust performance characteristics, and reliability, making them an excellent choice for users looking to upgrade or build high-performance systems. With a clear focus on innovation and quality, Samsung continues to set benchmarks in the memory technology landscape.