8086 Memory Segmentation Tutorial - 8086 Microprocessor

[@hamzanasir1590]

Best explanation ever Sir 👍👍👍

[@sitrizscs4815]

Thanks for liking

[@anonymousontheinternet4486]

Thank God for Indian tutorial KZbinrs

[@deedewald1707]

The com program has a 64kb sized limit ! Executables are also sized limited !

[@deedewald1707]

Slides 31 and 32 have the trick to calculate the Physical Address !

[@shivammehta8284]

Too good you cleared all my doubts

[@nitindhamale8789]

Very good explain sir -> Physical Address generation and memory segmentation & segment regi.

[@nithinbharadwaj.d3696]

Awesome explanation bro.. this helped me a lot

[@ksankararaman4941]

Well structured and organised content

[@absoluteinsight9654]

Awesome Explanation sir !

[@madhavreddy7282]

excellent sir thank u. The explanation is very clear

[@sehrgrossesglied5000]

good explanation thanks a lot!! needed to look up a few things though

[@saket.khajuria]

Awsome explanation

[@vishwanathbujji3467]

good explanation

[@prakashrao6702]

very good

[@saptarshiroy3336]

Awesome explaination. all doubts got cleared.. thank you

[@Fuulbana]

awesome

[@fanyanajoshuadube7627]

How do the segments overlap or can it be shown? If segments overlap is it possible to have a offset that has 2 segment addresses

[@ketanbhalerao1795]

thank you sir!

[@toxify007]

how are 20bit address bus and 1mb memory related?

[@crazycasualgame6609]

is it because out of those 20 address lines 4 are for address control ?

[@toxify007]

tornedo 64 I got it, there are 20 position where there's 2^20 combinations possible thus 2^20 bit an that is 1MB of memory

[@crazycasualgame6609]

oh cool

[@osanamarvis9571]

God bless u sir...u just save my ass on stack implementation using offset address thanks thanks very very much

[@arkaprabhadas4836]

2^20 is equal to 1Megabit not 1 Megabyte.

[@kushalrahatkar1889]

thnx

[@abdelrhmanahmed1378]

how 64 kb segment split ?! each physical address is 8 byte or what >!

[@soriatullah8988]

how to calculate offset address

[@deedewald1707]

Slides 31 and 32 have the formula to calculate the Physical Address !

[@pskasbekar20]

need more clearity in explaination

[@ThePentamollisProject]

it was clear enough for me though .....

[@harisaqeel34]

Just repeating written lines no detailed explanations short of multiple examples

[@KUNDANKUMAR-sx8ol]

he is in so hurry

[@computadorhumano949]

This dont make much sense for me

[@deedewald1707]

Slides 31 and 32 have the formula to calculate the Physical Address !

[@akashtiwari3761]

stop teaching