ASUS ROG Strix G531GT RAM Upgrade: 24GB (8GB + 16GB) Tested - Performance, Compatibility & Benchmarks (2026)

Upgrading the ASUS ROG Strix G531GT to 24GB RAM - 8GB + 16GB Combo Tested [2026 Guide]

If you’re still gaming on the ASUS ROG Strix G531GT with 8GB RAM in 2026, you’ve probably hit the wall. Stutters in Warzone, Chrome eating all your memory, and "Out of RAM" warnings in Premiere.

I was in the same spot. So I upgraded my G531GT to 24GB using a 1x8GB + 1x16GB DDR4 2666MHz combo instead of buying a new laptop. Total cost: ₹5500.

Here’s everything you need to know: specs, channels, performance, installation, and whether this mismatched setup is actually worth it.

Hybrid Encryption and Decryption Explained: Securing Data with AES-256 and RSA (Step-by-Step Guide)

 

Introduction

Hybrid Encryption Explained: Securing Data with AES-256 and RSA (Step-by-Step Guide)

In the previous post we have seen Advanced Encryption Standards 256. AES256 is a symmetric algorithm used for encryption and decryption based on a shared secret key. Besides secret key, there are other parameters that need to be set for specifying the key bits, the padding bits and the mode of encryption/decryption.

Let’s now dive deeper into the security. So here we are going to discuss the hybrid encryption and decryption process to enhance the security a step further. This process utilizes both Symmetric Key algorithm and Asymmetric Key algorithm and hence the term hybrid. The idea behind the hybrid encryption and decryption is that we use symmetric algorithm to encrypt the data using a secret key. Now, this key needs to be shared with the receiver in order for him to decrypt the data. So, instead of sharing the key in plain text format, this key itself is encrypted using the asymmetric algorithm with the public key of the receiver. Now, no one other than the intended receiver will be able to decrypt the encrypted secret key using his own private key, as his own public key is used to encrypt the secret key.

Why only Symmetric Algorithm AES256 to encrypt the data and RSA to encrypt the shared Key?