Serial aur parallel transmission in hindi || Computer network

Serial aur parallel transmission in hindi – Serial aur parallel transmission, devices ke beech data transmit karne ke do alag tarike ya methods hote hain. Chaliye, hum inhe Hindlish mein samajhte hain:

Serial aur parallel transmission in hindi

Serial Transmission (सीरियल प्रेषण): Serial transmission ek aisa method hai jahan par data ek bit ko ek baar mein, ek single communication channel ke upar transmit kiya jata hai. Is method mein data ke bits ek ke baad ek, ek series mein sequentially bheje jate hain.

इसे भी पढ़ें :-

Data ko ek single communication line ya wire ka upyog karke transmit kiya jata hai. Serial transmission aam taur par un situations mein istemal hota hai jahan par available communication channels ki limitation hoti hai ya fir long-distance communication ki zaroorat hoti hai. Yeh parallel transmission se dheema method hai lekin kam physical communication lines ko require karta hai.

Parallel Transmission (पैरलल प्रेषण): Parallel transmission ek aisa method hai jahan par multiple bits of data ko simultaneously, multiple communication channels ke upar transmit kiya jata hai. Is method mein har bit alag communication line ya wire ke zariye bheji jati hai.

Bits parallel tareeke se transmit hote hain, matlab unhe ek saath, ek hi samay mein bheja jata hai. Parallel transmission multiple bits ko simultaneously transmit karne ki wajah se faster data transfer allow karta hai. Yeh aam taur par un situations mein istemal hota hai jahan high-speed data transmission ki zaroorat hoti hai, jaise ki computer ke internal buses ke andar ya short-distance communication mein.

Serial aur parallel transmission ke antar mein mukhya antar data ko transmit karne ke tarike mein hota hai. Serial transmission ek baar mein ek bit ko ek communication line par bhejta hai, jabki parallel transmission ek saath, multiple bits ko multiple communication lines par bhejta hai. Serial transmission dheema hota hai lekin kam communication lines ko require karta hai, jabki parallel transmission tez hota hai lekin adhik communication lines ko require karta hai.

Parallel Transmission in hindi

Serial Transmission in hindi (सीरियल प्रेषण):

Advantages (लाभ):

  1. Efficient use of communication lines: Serial transmission requires fewer communication lines compared to parallel transmission, making it more efficient in terms of space and cost.
  2. Long-distance transmission: Serial transmission is well-suited for long-distance communication as it is less susceptible to signal degradation and interference.
  3. Simpler implementation: Serial transmission involves simpler circuitry and is easier to implement compared to parallel transmission.

Disadvantages (हानि):

  1. Slower data transfer rate: Since data is transmitted one bit at a time, serial transmission has a slower data transfer rate compared to parallel transmission.
  2. Increased transmission time: Transmitting a large amount of data can take longer in serial transmission due to its sequential nature.
  3. Limited bandwidth utilization: Serial transmission utilizes a single communication channel, limiting the overall bandwidth available for data transmission.

Parallel Transmission in hindi (पैरलल प्रेषण):

Advantages (लाभ):

  1. Faster data transfer rate: Parallel transmission allows multiple bits to be transmitted simultaneously, resulting in a faster data transfer rate compared to serial transmission.
  2. Reduced transmission time: Transmitting a large amount of data is quicker in parallel transmission due to the simultaneous transmission of multiple bits.
  3. Enhanced bandwidth utilization: Parallel transmission utilizes multiple communication lines, enabling a higher overall bandwidth utilization for data transmission.

Disadvantages (हानि):

  1. Increased complexity: Parallel transmission involves more complex circuitry and synchronization mechanisms compared to serial transmission.
  2. Higher cost and space requirements: Parallel transmission requires multiple communication lines, which can increase the cost and space requirements of the system.
  3. Limited distance: Parallel transmission is more susceptible to signal degradation and interference, limiting its suitability for long-distance communication.

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