Intel 'Bartlett Lake-S' CPUs Leaked with P-Core-Only Design
Details have leaked about Intel's upcoming Core 200E 'Bartlett Lake-S' CPUs, which will feature up to 12 performance cores and no efficiency cores. Some high-frequency variants, clocked up to 5.9 GHz, may be reserved for OEMs and industrial integrators rather than being sold at retail.
- The performance cores are based on the Raptor Cove architecture, the same microarchitecture utilized in Intel's 13th and 14th Gen Raptor Lake consumer CPUs. - This P-core-only design marks a departure from Intel's recent hybrid architecture strategy, which paired Performance-cores with Efficient-cores (E-cores) to handle a mix of intensive and background tasks. - These processors are specifically designated as the Core 200E series, targeting the embedded systems and edge computing markets where long-term stability is often prioritized. - The lineup is segmented by power consumption to meet different industrial needs, with 125W (PQE-series) for maximum performance, 65W (PE-series) for balanced applications, and 45W (PTE-series) for power-efficient edge deployments. - For embedded and industrial applications, these CPUs will support business-focused technologies like Intel vPro and error-correcting ECC memory. - While the chips use the same LGA 1700 socket as Intel's 12th, 13th, and 14th Gen consumer processors, they are not expected to be compatible with consumer-grade motherboards. - In the embedded sector, Bartlett Lake-S will compete with AMD's Ryzen Embedded series, positioning itself as a solution for industrial use cases demanding high single-threaded performance. - A homogeneous core design can be advantageous for certain real-time or industrial workloads by simplifying task scheduling and providing more deterministic performance, as it removes the complexity of assigning threads between P-cores and E-cores.
