Intel Xeon 6761P 64c/128t 2.5GHz-3.9GHz 350W (PK8072006270400)

This processor offers a unique engineering balance: an impressive 64 physical cores operate at an increased base clock speed of 2.5 GHz. This ensures consistently high performance for resource-intensive background services and continuous workloads without the need for continuous activation of Turbo Boost mode, which favorably distinguishes it from counterparts with lower starting frequencies.

The integration of MRDIMM technology allows achieving phenomenal RAM bandwidth—up to 8000 MT/s. For enterprise In-Memory databases and artificial intelligence preprocessing platforms, this means lightning-fast access to arrays of information. Such speed eliminates situations where the RAM subsystem becomes a factor holding back the overall computing speed of the server.

Such an array of Level 3 cache is critically important for systems with unpredictable data access patterns, for example, for graph DBMS, complex analytical platforms, or recommendation systems. The processor is capable of holding huge volumes of active indexes right on the die, radically reducing latency and ensuring smooth operation even during peak loads from thousands of simultaneous users.

Absolutely. The platform provides engineers with dozens of available lanes of the advanced PCIe 5.0 standard. This reserve is more than enough for the direct connection of the latest NVMe drives, hardware compute accelerators, and 100/200 Gbps class network adapters. The hardware bus is guaranteed not to act as a limiting barrier during horizontal or vertical infrastructure scaling.

A TDP value of 350 W is a working standard for flagship solutions of this level of compute density. An emergency transition to expensive liquid cooling loops is not mandatory. The processor functions reliably and safely in classic rack chassis (2U and up) equipped with high-quality, high-density air heatsinks and properly configured airflow.

This is one of the most effective tools for creating dense hypervisors. Having 128 compute threads allows IT departments to host dozens of demanding, isolated machines on a single physical server. Strict hardware segmentation of the giant cache reliably protects the processes of guest systems from mutual interference, guaranteeing the uninterrupted fulfillment of strict corporate SLAs.

Yes, the Granite Rapids microarchitecture includes built-in Intel AMX (Advanced Matrix Extensions) matrix accelerators. Combined with 64 high-frequency cores and ultra-fast memory, the central processor excellently handles tasks of inference, semantic search, and stream analytics, allowing companies to optimize the budget on purchasing dedicated graphics accelerators for basic AI workloads.

The presence of the “P” suffix in the designation explicitly indicates the processor’s optimization for single-socket systems. Deploying such a server completely rids the architecture of memory synchronization delays (NUMA penalties) that occur when exchanging data between two separate physical processors. Additionally, this makes it possible to significantly reduce the costs of licensing commercial software, the price of which is tied to the number of sockets.

Deploying a new computing base will require the purchase of current server platforms. The chip is installed into the modern LGA 4710 microprocessor socket. The change of socket is a strict engineering necessity dictated by the implementation of support for the latest MRDIMM memory, the high-speed PCIe 5.0 bus, and updated hardware protocols for protecting the infrastructure against cyber threats.