Description
The Lenovo 04X4051 is a genuine single-core processor designed for consent systems featuring a 2.60 GHz clock speed, 3 MB L3 cache and 64-bit architecture built on 22 nm lithography for well-organized performance. Compatible with Socket PGA-946 motherboards it operates at a 37 Watts TDP with a thermal tolerance of 100 °C making it ideal for maintaining older Lenovo computer unit and servers running 64-bit applications. This eco-friendly OEM component provides a reliable well-organized solution for spreading the life of critical older hardware while confirming stable operation in business situations where system upgrades may not be possible.
Key Features
• Originality Grade Reliability - Tested for operation
• Efficient 22 nm Design - Reduced power consumption
• 3 MB Smart Cache - Faster data access
• Lenovo Validated - Guaranteed compatibility
• Eco-Friendly Manufacturing - RoHS compliant
Compatibility and Use Cases
The Lenovo 04X4051 is designed for older Lenovo systems with Socket PGA-946. Ideal for maintaining older computer unit, light server tasks and expert equipment running older software. Perfect for businesses spreading hardware lifecycles, educational labs or system administrators managing older structure where upgrades are not possible. Not recommended for modern computing demands or severe capabilities.
Why Choose This Processor?
The Lenovo 04X4051 is the ideal choice for maintaining older systems where reliability is principal. As a genuine Lenovo OEM component, its assurances perfect compatibility with older computer unit and servers removing the risks of third-party parts. Its 2.60 GHz single-core performance delivers constant operation for 64-bit applications, while the 37 Watts TDP confirms well-organized operation. With 3 MB L3 cache and strong 22 nm construction, this processor extends the lifetime of old hardware economically. Whether you are supporting old business systems, educational labs or expert equipment this eco-friendly solution provides reliable performance you can trust.
