TCP vs UDP

By -
I wanted to make this notes into my blog so I won't go afar from my blog when people asked me the different of these two.


From http://www.diffen.com/difference/TCP_vs_UDP



Comments

  1. mvoguesalonJuly 27, 2018 at 2:46 AM

    Thanks For Information.

    TCP & UDP Hardware Acceleration

    http://www.intilop.com/

    Intilop It is one of the most respected IP developers and specializes in providing TCP & UDP Endpoint Acceleration, TCP & UDP Hardware Acceleration and TCP & UDP Kernel Bypass.

    ReplyDelete
  2. Intilop CorporationApril 2, 2019 at 11:19 PM

    TCP & UDP Kernel Bypass
    Intilop It is one of the most respected IP developers and specializes in providing TCP & UDP Endpoint Acceleration, TCP & UDP Hardware Acceleration and TCP & UDP Kernel Bypass.

    ReplyDelete

Post a Comment

Popular posts from this blog

What is Disk Contention?

By -
Okay, so let me take a note about this meaning... Disk contention occurs when multiple processes try to access the same disk simultaneously. Most disks have limits on both the number of accesses (I/O operations each second) and the amount of data they can transfer each second (I/O data rate, or  throughput ). When these limits are reached, processes must wait to access the disk. It's a situation occurring when multiple processes try to access the same disk(s) and the requests outrun the response times of the drive(s). This happens because most disks are restricted in the amount of data they can transfer and the number of accesses (I/O operations) they can handle each second. Disk contention became a more prominent problem when CPU speeds dramatically increased over the past 15 years, putting even greater demands on disk-based data storage and causing the modern data centers’ most significant operational constraint.
Read more

GnuPG: How to use it and how you can benefit from it

By -
I just wanted to create a notes for using GnuPG which is a very cool and useful tool in dealing your privacy and secret data in the internet. $> gpg --gen-key // to create for your own key $> gpg --delete-secret-keys myemail@email.com // where your myemail@email.com is the uid of the key // first delete the secret keys before deleting the key $> gpg --delete-key myemail@email.com // to delete the key $> gpg --export -a "myemail@email.com" > public.key // to export and create a file named public.key containing your public key signature. Your public key signature will be used by others so that they can encrypt the file/message from your key but they won't never decrypt it unless you also give them your private key. Only your private key can decrypt such encrypted message from your public key encrypted file/message. $> gpg --export-secret-key -a "myemail@email.com" > private.key // this will export a private key which you c...
Read more