Note: Due to market demand, availability and pricing for memory and storage components may vary. Please contact our team to confirm current inventory and pricing
Quick Quote
- Home /
- Processors /
- Server Processors /
- SRMGX
Intel SRMGX Xeon Gold 5418N 24-Core 1.80GHz LGA4677
* NOTE: Image may not exactly match the product
Intel SRMGX Xeon Gold 5418N 24-Core 1.80GHz LGA4677
SRMGX
- 24 cores low power
- 1.80GHz base clock
- LGA4677 socket
- DDR5 ECC support
- PCIe 5.0 lanes
- N-series efficiency
2% Discount on Checkout
AED 8982.75 Incl. Vat
Get an extra 2% off on checkout
Same-Day Shipping: If ordered before cutoff time.
Free Ground Shipping: Within the UAE.
Priority Shipping: Options available for an extra fee.
Worldwide Shipping: via DHL express delivery. Local import charges may apply
+971 55 425 5786 
Exclusive bulk discounts available.
Personalized delivery and payment solutions to meet urgent requirements.
Payment Options
Your Exclusive Benefits
Flexible Payment Terms- Customized Invoices
- Dedicated Account Support
- Fast Turnaround
- Comprehensive Purchase Tracking
More Server Processors
From Intel
Intel SRMGX Xeon Gold 5418N 24-Core 1.80GHz LGA4677 Server Processor
The Intel SRMGX Xeon Gold 5418N is a power-optimized 24-core Sapphire Rapids processor designed specifically for environments where energy efficiency and rack density are prioritized. The N-series designation signifies a lower TDP of 165W — notably less than comparable Gold-tier processors — making it ideal for green data centers, colocation facilities, and enterprises operating under strict power budgets. Despite its efficiency focus, it delivers 3.80GHz max turbo performance.
With 45MB Smart Cache and DDR5-4400 ECC memory support, the Xeon Gold 5418N handles demanding multi-threaded workloads with efficiency. Its 24-core design provides excellent thread density for virtualization hosts and cloud infrastructure platforms where maximizing VM density per kilowatt is a core objective. PCIe 5.0 connectivity enables modern storage and networking peripherals while the processor conserves power in lightly loaded states.
The SRMGX retail variant is validated for use across major LGA4677 server platforms and supports dual-socket configurations for additional scalability. Organizations building sustainable, high-density server clusters will find the Gold 5418N a compelling option. Its combination of 24 cores, N-series low power profile, and Sapphire Rapids platform features makes it one of the most efficient processors available in the Gold 5400 product family.
Specifications of Intel SRMGX Xeon Gold 5418N 24-Core 1.80GHz LGA4677 Processor
General Information
Technical Information
Benefits of Intel SRMGX Xeon Gold 5418N 24-Core 1.80GHz LGA4677 Server Processor
- N-series 165W efficiency
- High core density
- 3.80GHz burst speed
- Green data center ready
- Dual-socket scalable
Why Choose Intel SRMGX Xeon Gold 5418N 24-Core 1.80GHz LGA4677 Server Processor?
- Best performance per watt
- 24 cores at 165W
- Green DC compliant
- Colocation friendly
- Max VM density
Where Is Intel SRMGX Xeon Gold 5418N 24-Core 1.80GHz LGA4677 Server Processor Used?
- Green data centers
- Colocation facilities
- High-density VM hosts
- Power-capped environments
- Sustainable cloud nodes
FAQs
What does the N suffix mean on the Xeon Gold 5418N?
The N suffix indicates a lower TDP variant optimized for power efficiency and high-density deployments in thermal-constrained environments.
How does the Gold 5418N TDP compare to standard Gold models?
At 165W, it is significantly lower than comparable 24-core Gold processors, which typically operate in the 185–205W range.
Is the Xeon Gold 5418N suitable for green data centers?
Yes, its reduced TDP and high core count make it ideal for sustainable, high-density, and power-budgeted data center environments.
Does SRMGX support DDR5 memory?
Yes, it supports DDR5-4400 ECC memory, providing high bandwidth with data integrity across all 8 memory channels.
What is the max turbo frequency of the Gold 5418N?
Despite its efficiency focus, the Gold 5418N can turbo up to 3.80GHz for burst workloads requiring higher single-thread performance.