CM8068404405020

Overview Of CM8068404405020

Unleash the power of cloud computing and real-time analytics with the INTEL XEON PROCESSORS. Designed for mission-critical businesses and big data insights, this processor boasts cutting-edge 14 nm process technology and a clock speed of 3.40 GHz. Seamlessly integrating into your network infrastructure, the Xeon Processor E-2226GE enhances data center efficiency and reliability, effortlessly handling any workload. With its Hexa-core processor core and 12 MB L3 cache, it delivers exceptional performance and responsiveness, supporting up to 3 monitors simultaneously for increased productivity.
Delve into top-tier security features and unmatched scalability options with this Xeon processor. Benefit from 64-bit processing, overclocking speed up to 4.60 GHz, and support for advanced graphics with UHD Graphics 630. Enjoy peace of mind with integrated Intel security measures and sophisticated thermal design power of 80 W for optimal cooling efficiency. The OEM package type offers flexibility in deployment, while the Xeon family’s legacy ensures reliable performance in the long run. Elevate your computing experience with this embedded processor's unparalleled combination of power, security, and expandability.

Feature	Description
High Clock Speed	Boosts processing performance for demanding tasks.
Hexa-core Processor Core	Enhances multitasking capabilities and overall speed.
12 MB L3 Cache	Improves data access speed and application performance.
64-bit Processing	Enables handling of large datasets and memory-intensive operations.
UHD Graphics 630	Supports advanced graphics for visual clarity and detail.
Thermal Design Power of 80 W	Efficient cooling solution for sustained high performance.
Overclocking Speed up to 4.60 GHz	Optimized performance for peak computing needs.
Support for 3 Monitors	Enhances productivity with a multi-display setup.
Enhanced Security Features	Integrated protection for data integrity and system security.
Scalability Options	Customizable expansion for evolving computational needs.