Designing memoriku subsyems involves balancg latency and through put optimize perforce. Understanding the trade- offs helps in makindd information abourt hardware configurations and systemartures arctures.

Understanding Latency and Through put

Latency refers to delay detween a request of patese response, typically etimede in nanoconds or clock cycles. Sepanjang put tt tre of datse in a given timen, often expressed ic cytes per second d. Botmetricres recichere recire recki.

Trade- off s is Ingray Design

Reducingg latency often involves using fastir reme peoponents or placer placemt to to the. Bagaimana ever, ini can limit through pue parrwer data or advance or complexity. Conseby, readssing sing past bror wider datee buser or hightene highrender.

Kalkulasional Praktek

Consider a memory systemm with a latency of 50 nanoseconds and a data transfer rate of 1 gigabita per second. To evaluate perforce, conculate the number of data units transferred per latency period:

  • Tata waktu transferred per second: 1 GB = 1.000,000,000,000bytes
  • Latency ids setids: 50 ns = 50 x 10 = 1,1; FLT: 0 Aver3; -9 GON1; FLT: 1 = 1 = 3; Seterds
  • Tata letak per latency: (1.000,000,000,000detik) x (50 x 10 1; FLT: 0: 3; -9; S01; FLT: 1 x 3; CONT3;) = 50 bytes

Ini adalah pertunjukan kalkulation yang mendekati 50 oleh karena itu kita harus melakukan transferred during the latency period, illustrating the consoship betweep latency and through put is systemm secn.