Intel Cascade Lake Advance Performance (AP)
HPC and AI ready Servers
Formerly dubbed “Walker Pass”, the Intel® Server System S9200WK Product Family Featuring Intel® Xeon® Platinum 9200 Processors is Cascade Lake AP ready, and is purpose built and performance-optimized for High Performance Computing (HPC) and Artificial Intelligence (AI) applications, all in a multi-chip package optimized for compute density. The Intel Cascade Lake Advanced Processor has a new, larger socket than standard Xeon servers, with over 6000 pins and requires a different socket type than the standard Xeon Scalable series, as it is multiple dies in a single processor. Built with Intel quality, reliability and performance, it boasts an unprecedented 12 memory channels per CPU for memory-intensive workloads, with 24 memory channels in a single compute module giving you a superior deep learning and ai server for your data.
The FC2000 Family of servers (Optimus Beach)
Features:
- Wide node tray (8.5 inchs) allows for new node configurations
- Improved Power and Cooling
- 3 hot-swap PSUs with up to 2100W Power Supplies
- 5 shared fans or CoolIT® liquid cooling via quick-connects and internal liquid cooling manifold.
- Front I/O design for easy access to hot-swappable nodes
- Hot-swappable compute modules, storage, fans, and power supplies
- Up to 4 compute modules in 2U, and support for multiple compute module sizes in a single chassis
- Your choice of air or liquid-cooled chassis
- Up to 2 x16 PCIe slots in 1U compute modules, up to 4 x16 PCIe slots in 2U compute modules for network expansion options
- Supports 2x M.2 SATA/NVMe storage devices in a 1U node
- Supports up to 2x M.2 SATA/NVMe and 2x U.2 NVMe storage devices in a 2U node
Intel’s highest core count
With up to 56 cores in a single processor and up to 112 powerful processor cores in a single node, the Cascade Lake AP Server System S9200WK product line is built from the ground up for massive compute density.
Deep Learning Boost
Significantly Accelerate Inference Performance for Deep Learning
New Intel® Deep Learning Boost Instructions for data analytics greatly accelerates inference performance. Workloads can be optimized to use the Vector Neural Network Instruction set (VNNI), which expands on the AVX-512 instructions for accelerated neural network calculations for machine learning and artificial intelligence applicaions.
Unprecedented Memory Bandwidth
Up to 24 DDR4 DIMM slots and 12 memory channels per CPU @2933Mhz
Double the memory bandwidth for memory-intensive workloads with 12 memory channels per CPU and 24 channels per compute node — more memory channels than any other CPU on the market.
Intel 9200 Series Processors
| Model Number | Cores | Base Frequency | Max Turbo Frequency | L3 Cache | # of UPI Links | Power |
|---|---|---|---|---|---|---|
| 9282 | 56 | 2.6 GHz | 3.8 GHz | 77 MB | 4 | 400W |
| 9242 | 48 | 2.3 GHz | 3.8 GHz | 71.5 MB | 4 | 350W |
| 9222 | 32 | 2.3 GHz | 3.7 GHz | 71.5 MB | 4 | 250W |
| 9221 | 32 | 2.3 GHz | 3.7 GHz | 71.5 MB | 4 | 250W |
Intel® S9200WK Compute Module Options
| Model Number | Form Factor | Cooling | Processor | TDP | |
|---|---|---|---|---|---|
1U Half Width, Liquid-Cooled. |
S9256WK1HLC | 1U | Liquid Cooled | 9282 | 400W |
| S9248WK1HLC | 1U | Liquid Cooled | 9242 | 350W | |
| S9232WK1HLC | 1U | Liquid Cooled | 9222 | 250W | |
2U Half Width, Liquid-Cooled. |
S9248WK2HLC | 2U | Liquid Cooled | 9242 | 350W |
| S9232WK2HLC | 2U | Liquid Cooled | 9222 | 250W | |
2U Half Width, Air-Cooled. |
S9248WK2HAC | 2U | Air-Cooled | 9242 | 350W |
| S9232WK2HAC | 2U | Air-Cooled | 9221 | 250W |
Enclosures
FC2HLC21W3 – Intel® Server Chassis FC2000 Half-Width Configuration Liquid-Cooled (2100W)
FC2HAC16W3 – Intel® Server Chassis FC2000 Half-Width Configuration Air-Cooled (1600W)
Integrated CoolIT Direct Contact Liquid Cooling System
CoolIT Systems is the world leader in energy efficient liquid cooling solutions for the HPC, Cloud and Enterprise markets. As an experienced innovator with 52 patents and more than 2 million liquid cooling units deployed in desktop computers, servers and data centers around the world, CoolIT Systems Direct Contact Liquid Cooling (DCLC) technology is the top choice for OEMs and system integrators.
Rack DCLC modules are designed for a flexible fit to benefit various compute environments. While Server Modules and Manifold Modules are installed with each system and are local to the rack, the appropriate heat rejection method may vary. Rack DCLC offers a variety of heat exchanging modules depending on load requirements and availability of facility water.
