PREMIUM

Support Cudasteam
No Ads

- 1-week Premium 200 Cuda Coins
  
  $4.99
- 1-month Premium 350 Cuda Coins
  
  $9.99
- 3-month Premium 500 Cuda Coins
  
  $6 / month 40% discount
- 12-month Premium 1000 Cuda Coins
  
  $4 / month 60% discount
Continue
Enter your email address Continue to Cudasteam Premium

Email address

Continue
Log in Continue to Cudasteam Premium

Password
- I'm a human
  Touch/click here
  CUDASTEAM
  Captcha
Log in
- Create a Cudasteam account Continue to Cudasteam Premium
  Password
  - Match at least 2, 1st is mandatory
  - 6 or more characters long
  - 1 or more uppercase letters
  - 1 or more lowercase letters
  - 1 or more digits
  - 1 or more symbols
  - I'm a human
    Touch/click here
    CUDASTEAM
    Captcha
  By creating an account, you agree to the Terms and Privacy policy
  
  Continue
- A code has been sent to local@domain.com
  
  Verification code
  Didn't received email?
  
  Please check your inbox and spam mail folders
  
  Create Account
Premium

$

Billed as one payment of (USD) $

You will receive Cuda Coins
$
Payment Completed

Payment Id:

Go to Account

If you have any questions or concerns feel free to Contact us.
Payment Failed

If you have any questions or concerns feel free to Contact us.

Go to Account

G.Skill Aegis 1333 8GB DDR3 GHz 1.5V Desktop Memory

Name: G.Skill Aegis 1333 8GB
Brand: G.Skill
SKU: Aegis 1333 8GB
Price: 84.00 USD
Availability: InStock
Rating: 4.1 (1 reviews)

G.Skill Aegis 1333 8GB DDR3 GHz 1.5V Desktop Memory

23/10 Score 2392

Benchmark

Compare

.com

$84

Compatible

To build

Share with friends

Copy link

Facebook

Twitter

Review

G.Skill Aegis 1333 8GB PC memory (RAM) type is buffered ECC DDRDDR3 and it has 288 pins. It's compatible with the motherboards and processors that support buffered ECC DDRDDR3 PC memory. The maximum clock speed that G.Skill Aegis 1333 8GB supports is 1333MHz and CAS (Column Address Strobe) of 9 the lower CAS the faster PC memory. Its power consumption is 1.5 Volts and it is considered the normal voltage consumption for a memory.