Memory RAM Notebook ADATA 8GB DDR5 BUS 5600 AD5S56008G-S
Memory RAM Notebook ADATA 8GB DDR5 BUS 5600 AD5S56008G-S is backordered and will ship as soon as it is back in stock.
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Care information
Care information
Exchange available within 7 days of receipt if conditions apply
1. The warranty applies only in cases where the product is damaged due to a malfunction resulting from a manufacturing defect
2. Dead pixel warranty applies for Laptop products and computer monitors with 5 or more dead pixels
3. The store delivered the wrong product
Authentic product with official warranty:
Payment
Payment
Payment
- Bank Deposit
- Full Payment via Credit Card (All Major Banks Accepted)
- Cash on Delivery (COD)
Delivery and Shipping
Delivery and Shipping
Delivery
- Express Delivery within 3 Hours Service fee 300 THB
(Available only in Bangkok, Metropolitan Area, and Chiang Mai city) - Domestic shipping packed and delivered by Best Express
- Pick up your order at the nearest branch
Memory RAM Notebook ADATA 8GB DDR5 BUS 5600 AD5S56008G-S
ADATA 8GB DDR5 BUS 5600 AD5S56008G-S
ADATA 8GB DDR5
- Brand: ADATA
- Model: AD5S56008G-S
- black
- Capacity: 8GB
- Memory type: DDR5
- BUS: 5600
- PC: 44800
- CL: -
- Power: 1.1V
- CPU Brand Support:
- Size (Width x Length x Height): 50mm x 16mm x 5mm
- Weight: 0.05 KG
- Warranty: Lifetime (LT)
ADATA 8GB DDR5 BUS 5600 AD5S56008G-S
DDR5-5600 SO-DIMMs offer frequencies up to 5600 MHz, a big jump from the maximum frequency of DDR4 modules (3200 MHz).
More energy saving
This next-generation memory module operates at just 1.1V, delivering up to 4% more power efficiency than DDR8. What's more, it features an integrated Power Management IC (PMIC) for enhanced power supply stability.
Doubled capacity
The architecture of this memory module allows for more memory banks and more banks. With the same space, more banks can be packed into the module, doubling what is possible with DDR4, giving you higher capacities.
Improved stability
With Error Correcting Code (ECC), this module can automatically correct errors in real time, significantly reducing the CPU computational load and improving the stability and reliability of enterprise computers.
