KF556C40BBA-8 Kingston 1x8GB DDR5 RAM
Get extra volume discount for KF556C40BBA-8 and save cash:
| Quantity | Unit price |
|---|---|
| To 9 |
€175.00
|
| To 19 |
€167.00
€175.00
(4.57% saved)
|
| To 49 |
€163.00
€175.00
(6.86% saved)
|
| From 50 |
€158.00
€175.00
(9.71% saved)
|
Do you have a major deal consisting of various components? Then you're at the right place!
We offer you the best prices for your purchase:
- - If you already have an account with us, please log in. If you don't have an account, you can apply for one here.
- - simply collect your required items in the desired quantity in CART, and click the 'GET QUOTATION' button. and you're done!
- - You will receive your offer within the next 24 hours on working days.
FURY Beast
€175.00
Not available
Do you need help or a free consultation regarding our Services?
Your contact
KF556C40BBA-8
High-Performance DDR5 UDIMM Memory Module for Desktop and Workstation Platforms with the KF556C40BBA-8
The KF556C40BBA-8 is a DDR5 UDIMM designed for modern desktop and workstation CPU platforms that expose standard unbuffered DIMM channels, enabling higher effective bandwidth and improved burst handling versus prior-generation memory subsystems. In Intel and AMD DDR5-capable systems, the module supports predictable provisioning for single-module upgrades or balanced multi-DIMM population strategies, aligning memory throughput with CPU core scaling for mixed productivity and engineering workloads.
With DDR5-5600 signaling and Intel XMP 3.0 profile support, KF556C40BBA-8 targets controlled performance tuning without requiring manual timing validation across firmware revisions. Its non-ECC, unbuffered architecture is appropriate where application resilience is handled at the software or platform level rather than via ECC. The integrated heat spreader and RGB assembly support thermally stable operation in compact chassis designs, while leaving PCIe and storage topology decisions to the host platform, including PCIe 4.0/5.0 expansion and NVMe-centric storage builds for responsive local datasets.
Why Choose the KF556C40BBA-8?
KF556C40BBA-8 delivers a practical density-to-performance step for DDR5 workstations and high-spec desktops, providing a straightforward path to scale memory capacity in defined increments while maintaining consistent XMP-governed behavior. For IT teams standardizing component SKUs, KF556C40BBA-8 simplifies validation across fleets and supports repeatable deployments where stability and configurability matter more than experimental overclocking.
Kingston engineers its memory modules for sustained compatibility across mainstream DDR5 chipsets and board layouts, emphasizing tight manufacturing control, thermal design discipline, and qualification processes aligned with current data centre and enterprise endpoint standards.
Key Applications:
- Workstation memory upgrades for DDR5 UDIMM platforms
- PC build standardization with XMP 3.0 profiles
- General desktop memory expansion
- Content creation and CAD desktop workloads
- Local NVMe-based data staging and analysis
At Happyware - Server Hardware you benefit from non-binding offers tailored to your KF556C40BBA-8 rollout plan and bulk order discounts that support cost-efficient standardization across project builds and departmental refresh cycles.
Technical details of KF556C40BBA-8
How long is the Warranty and how you can get technical support for KF556C40BBA-8
| Warranty: | 12 months (part) |
|---|---|
| RMA through customer: | yes |
| RMA Url: | https://www.kingston.com/de/support/rma-enduser |
| Description: | Kingston typically requires the item to be returned first before sending a replacement. There are no standard guaranteed delivery times or on-site services offered under the warranty. |
| Support Portal: | https://support.happyware.com |
|---|
Customer reviews about KF556C40BBA-8
Login
- Express shopping
- Save your data and settings
- Order overview and shipping information
- Manage your newsletter subscription
Similar/Alternative Products
Deals for KF556C40BBA-8
We don’t have any deals for this product yet.