Lenovo High-Powered Data Engine for Critical Workloads

High-Powered Data Engine for Critical Workloads

2 or 4 Intel® Xeon® 6 processors (up to 350W); Mesh topology with 3x UPI links; With up to 4x QAT, DLB, IAA and DSA Accelerators

Support Neptune™ Core open loop direct water cooling

Up to 4x double-width 400W GPUs or 8x single-width 75W GPUs

Up to 16TB DDR5 or 3DS RDIMM memory, CXL 2.0 enabled

Up to 56x (24x 2.5” drive bays + 32x direct connection E3.S 1T) or 48x 2.5” drive bays (24x NVMe direct connection) and up to 2x M.2 boot drives

Up to 18x (16x Gen5 + 2x Gen4) or 4x PCIe Gen4 PCIe expansion slots +

Key Features

In-memory databases, ERP, CRM, BI platforms, and virtualization are the workloads that drive every enterprise. The ThinkSystem SR860 V4 is designed to be the performance-tuned engine that runs those workloads and propels your enterprise. With up to four Intel® Xeon® 6 processors, massive memory capacity and available expansion for up to four full-size GPUs and up to 56 drives, you can confidently run and scale your enterprise’s critical workloads on the ThinkSystem SR860 V4.

The Lenovo ThinkSystem SR860 V4 4S supports up to 344 CPU cores and offers 33% more memory bandwidth* with the latest DDR5 memory. The new PCIe Gen5 technology eliminates bottlenecks between expansion slots and NVMe drives. SR860 V4 supports 4 more PCIe Gen5 slots*. Support for up to four enterprise-grade, full size GPUs, and 32x E3.S or 24x 2.5” direct connection NVMe drives arm your organization with technologies that create exceptional performance and value needed for enterprise-class workloads. *Compared to ThinkSystem SR860 V3

When your system is down, minutes are hours. Running enterprise-class workloads requires enterprise-class uptime. The ThinkSystem SR860 V4 has features like Predictive Failure Analysis and error detection to avoid downtime, with Lightpath diagnostics for fast failure identification to get you back up and running faster. Lenovo’s embedded XClarity Controller is like a built-in mini-computer that provides remote monitoring of key health indicators like temperature and voltage, while managing power states of the system – even if the hardware is powered down.

Specifications