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Description: Intel Xeon Gold 5118, 12 Core, 2.10GHz, 16.5MB Cache, 105Watts.
Cache: 16.5 MB L3
Clockspeed: 2.3GHz (3.2GHz Turbo)
No. of Cores: 12
Description: 64GB DDR4 2666MHz ECC LR DIMM Module
Description: 2U 16x PCI-E GPU Server, 8x 2.5” HDD Bays.
Dimensions: 448 x 87.5 x 800 (WxHxD)mm
Drive Bays 2 1/2": 8
Description: NVIDIA Tesla T4 16GB GDDR5 Graphics Card, 2560 CUDA Cores
GPU Clock speed: 585 Mhz
GPU Turbo Clock Speed: 1590 MHz
Memory Clock Speed: 10000 MHz
Description: Gigabyte MG51-G21 Motherboard
LAN: 2 x 10Gb/s BASE-T LAN ports (Intel® X550-AT2)
1 x 10/100/1000 management LAN
Socket Type: 2 x LGA 3647
USB: 2 x USB 3.0
1 x USB 3.0 Internal Header
SATA Ports: 8
Memory Slots: 24
Max Memory Capacity: 3072GB
Xeon Scalable Chips are designed and optimised for businesses and professionals, improving a systems efficiency with features not found in the Core Series. Advanced technologies paired with one another work to minimise system error and downtime for a business environment, preventing severe costs and maintenance labour for professionals. This is the next step in reliability.
Intel Xeon Gold provide more cores and higher frequencies for the high-performance workloads that you would find in mainstream data centres, cloud compute nodes and network and storage controllers. These workloads benefit for the Gold family’s quad socket compatibility and the ability of some of these processors to address double the amount of RAM from the silver and bronzes, allowing up to 6TB of RAM in a 4-socket configuration.
The latest CPU architecture boasts up to 6 memory channels per socket and a bandwidth of up to 2666MHz, with memory capacity benefits available up to 12 DIMMs per socket. This represents a 50% generation-on-generation increase. The system’s increased memory performance is also future-proofed with the potential to support up to Apache Pass DIMM.
NVLink is the standard communication method for high performance GPU interconnects, demanded from 4 GPU and 8 GPU systems to solve their heavy, complex problems with compute-intensive applications. Fast and scalable multiprocessor interconnects have never been more important to a systems success. NVLink provides higher bandwidth, more links, and enhanced scalability for multi-GPU system configurations, allowing modern servers take advantage for greater scalability and ultrafast abilities.
Novatech servers are specifically optimised to use GPUDirect for the tremendous horsepower required from them. GPUDirect allows multiple GPUs, network adapters, SSDs and other devices utilising it to directly read and write CUDA host and device memory, ending unnecessary memory copies and drastically lowering CPU overhead and latency when using compute-intensive applications. This results in significant improvements of a system’s performance for an applications data transfer time.
16 NVIDIA T4 Tesla GPUs accelerate high-performance computing in an energy-efficient 70-watts PCI-e form factor to optimise performance.
Combing the latest and most powerful components available for storage, networking and security, the system benefits from a hybrid of interconnected components that create a reliable and secure system for all realms of computing.
These systems are equipped with a Virtual Raid-One-CPU module for software raid on connected U.2 SSDs. U.2 interfaces directly connect to PCI-e lanes on a system’s motherboard, with pin-outs that enable 4 total PCI-e lanes. Unlike other SSDs, these ultra-high performance SSDs are not bound by a small circuit board size and allow for a massive leap in a system’s capabilities.
Servers designed to provide high conversion efficiency during heavy workloads. Reliable PSUs are combined with the best brand precision engineering for efficient power usage that maximises a system’s power.
VMware vCenter, a simple and efficient remote server management software, provides a centralised platform to confidently manage your VMware environments and establish a secure virtual infrastructure across the hybrid cloud.