COOKING INSTRUCTIONS

SENSOR COOKING GUIDE(Continued)

Food

Amount

Procedure

Rice

Baby Food

Fish

100-300 g rice

300-500 ml water

100-200 g

250-750 g

Put rice and water in 2 to 3 qt. round glass casserole. Cover and place casserole in center of glass tray.

To get best result, use the microwave-safe rice cooker. After cooking, let stand 5-10 min..

Remove lid from baby food and heat(heating time is very short). Check temperature and stir well before serving.

The More/Less key cannot be used with the baby food key.

Arrange fish in dish with thickest portions to the outside. Overlap thin areas in center of dish. Turn thin ends under. Cover with vented plastic wrap.

Let oven cool for at least 5 minutes before using again.

SENSOR REHEAT GUIDE

• Follow the instructions below when sensor reheating different types of food.

Plate of food

Casseroles Soups/Sauces

 

 

Use only pre-cooked, refrigerated foods.

1 serving

 

Cover plate with vented plastic wrap or wax paper.

(1 plate)

 

If food is not as hot as you prefer after heating with SENSOR

 

 

REHEAT, continue heating using time and power.

 

 

. Contents

 

 

- 85-110 g meat, poultry or fish(up to 170 g with bone)

 

 

- 1/2 cup starch (potatoes, pasta, rice, etc.)

 

 

- 1/2 cup vegetables (about 85-110 g)

 

 

 

 

 

 

1 to 4 servings

 

Use only refrigerated foods. Cover plate with lid or vented

 

plastic wrap. If food is not as hot as you prefer after heating

 

 

with SENSOR REHEAT, continue heating using time and power.

 

 

Stir foods once before serving.

 

 

 

 

 

 

22COOKING INSTRUCTIONS

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Samsung M198SCE, M1D8SCE owner manual Rice Baby Food Fish, Plate of food

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.