Server processor INTEL GOLD 6142, 2.6 GHz base, 16 cores, 22 MB cache, 150 W TDP

Intel GOLD 6142 is a server-class processor designed for enterprise and data-centre use. It features a 2.6 GHz base clock, 16 physical cores and a 22 MB cache, delivering sustained compute capacity for virtualized environments, database servers and high-performance computing tasks. With a 150 W TDP and architecture optimised for multi-threaded loads, this Intel GOLD 6142 processor provides stable performance and predictable thermal characteristics for rack and blade servers. The SR3AY-RFB stepping and Intel platform compatibility make it suitable for a wide range of server motherboards that support the Intel Scalable family.

Advantages

The Intel GOLD 6142 combines a high core count with a substantial on-die cache to reduce memory latency under heavy loads. Its 2.6 GHz base frequency supports steady single-threaded performance while the 16 cores handle concurrent threads efficiently. The 150 W TDP enables consistent performance in sustained workloads and allows system designers to estimate cooling requirements accurately. Compatibility with standard Intel server platforms and virtualization features ensures integration into enterprise infrastructures.

Suitable for

• Virtualization hosts and hyperconverged infrastructure
• Database servers (OLTP / OLAP) and in-memory databases
• High-performance computing (HPC) and scientific workloads
• Application servers and multi-threaded enterprise applications
• Cloud and containerised environments requiring high concurrency

Key specifications

• Model: Intel GOLD 6142 (MPN: SR3AY-RFB)
• Base frequency: 2.6 GHz
• Cores: 16 physical cores
• Cache: 22 MB
• TDP: 150 W
• Category: Server processor, enterprise/data-centre use

How to use

Install the processor into a compatible server socket following the server motherboard and chassis manufacturer's instructions. Ensure the server BIOS/firmware supports the Intel GOLD 6142 (SR3AY-RFB) and apply appropriate thermal interface material between the processor heat spreader and the cooler. Configure memory, power limits and BIOS features (for example SMT/Hyper-Threading, NUMA and virtualization support) according to workload requirements. Monitor CPU temperatures and system stability during initial deployment to confirm adequate cooling and power delivery.

Usage recommendations

For predictable long-duration performance, use enterprise-grade cooling and a server power supply rated to handle the 150 W TDP per CPU plus system components. Match memory capacity and speed to your workload and enable platform features (virtualization, frequency governors) that improve utilisation. Test under representative loads (database benchmarks, VM consolidation tests or HPC jobs) before production deployment to verify configuration and thermal margins.