DIMMs Used in Servers can Provide Additional Reliability If They Use What Specific Technology?

DIMMs used in servers can provide additional reliability if they use what specific technology?

A)Parity

B)Quad channel

C)ECC

D)EDB

Answer: C) ECC

Explanation:

DIMMs(Duel-in-line-memory-module) used in servers can provide additional reliability if they use ECC technology. If you're looking for a reliable server solution, consider using DIMMs that utilize ECC technology. 

ECC stands for Error Correcting Code, and it is a type of memory that can detect and correct errors. Data errors can cause system crashes, data corruption, and incorrect results. This is important for servers because it can help prevent data corruption and ensure that information is always accurate.

ECC stands for Error Correction Code, and it can help to prevent data corruption in your server environment. 

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By using DIMMs with ECC technology, you can help to ensure that your server remains up and running smoothly - even in the face of unexpected power outages or other potential problems.

DIMMs Used in Servers can Provide Additional Reliability If They Use What Specific Technology?


What is ECC Memory?

ECC memory is a type of computer memory that can detect and correct errors in data. This memory is used in servers, workstations, and storage systems that require high levels of data reliability. 

ECC memory works by using an algorithm to detect and correct errors. The algorithm is able to detect errors in a single bit of data. The algorithm can also correct errors in a single bit of data. 

What are single-bit errors?

Two binary digits 0,1 are called bits. A byte = 8 bits. The smallest unit of addressable memory is a bit. Bits are used in machine language. A computer can only read machine language. A single-bit error is an error where a single bit of data is corrupted. 

This type of error can occur in both Random Access Memory (RAM) and Read-Only Memory (ROM). While a single-bit error may not seem like a big deal, it can actually lead to major problems, depending on where the error occurs and how it is handled.

This can happen due to a variety of reasons, such as electrical interference, faulty hardware, or software bugs. Single-bit errors can usually be corrected by using error-correcting code, but they can still lead to data loss or corruption if they are not dealt with properly.

How does ECC Memory protect your data?

ECC memory is used in servers and high-end workstations where data integrity is critical. It is also used in some mission-critical applications, such as aircraft flight control systems and medical imaging equipment.

ECC memory works by adding an extra bit to each byte of data. This extra bit is used to store information about the data in the other bits. When data is read from memory, the ECC circuitry checks the data against the information in the extra bit. If an error is detected, the ECC circuitry can correct the error.

My point of view

ECC memory is more expensive than non-ECC memory, but it is much less likely to experience data errors.

ECC memory is not as fast as non-ECC memory. However, the trade-off is that ECC memory is more reliable. This is why ECC memory is used in servers, workstations, and storage systems that require high levels of data reliability. 

If you are looking for computer memory that is both fast and reliable, then ECC memory is the best option for you.

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