Introducing the new line of servers, designed to meet the demands of high-performance computing (HPC). These servers are built with cutting-edge technology, leveraging the powerful combination of AMD EPYC 9004 Series processors and Nvidia L4 24GB GPUs, all powered by Supermicro technology.
One of the key features of these servers is the integration of ECC DDR5 RAM, which offers exceptional performance and reliability. With memory capacity up to 1 TB ECC DDR5, these servers provide ample bandwidth for demanding applications.
In addition to the aforementioned components, these servers come equipped with high-speed NVMe disks, providing lightning-fast data access and storage. This ensures that applications requiring rapid processing can run smoothly and efficiently.
Accelerated Performance with Nvidia L4 cards
NVIDIA L4 GPU is a powerful solution that can accelerate video, AI, visual computing, graphics, virtualization, and more. With its universal acceleration capabilities, low latency, and energy-efficient design, the L4 card provides a cost-effective solution for high throughput and low latency in every server. Its ability to support real-time AI video pipelines and handle up to 1,040 concurrent video streams make it an ideal choice for video applications, while its high-performance graphics and AI capabilities make it a versatile choice for a wide range of applications.
Special Servers built for high computing tasks
Overall, these servers represent a powerful and well-equipped solution for organizations that require high-performance computing, hyperconverged infrastructure, or large-scale virtualisation capabilities.
There additional benefits of this new line of servers, such as:
- High-performance servers
- Hot-swap technology
- Dual power supply
- Unlimited 1Gbit/s traffic
Now it is high time to introduce you to the following new configurations that have been added. Here is our new servers list:
DC4SC-G1-AMD9354
- Platform: Supermicro
- Processor: AMD EPYC GENOA 9354, 32 Core 64 Threads 3.25/3.75GHz
- Memory: 192GB ECC DDR5
- Disk: 2x 960GB NVMe
- GPU: 2x Nvidia L4 24GB
- Traffic: 1Gbps Unlimited
- VLAN: 25Gbps VLAN
- IP-KVM: IP-KVM
- AntiDDoS: Anti-DDoS protection
- Location: France (Gravelines)
Link for order: https://introserv.com/order/dc4sc-g1-amd9354
DC4SC-G2-AMD9454
- Platform: Supermicro
- Processor: AMD EPYC GENOA 9454, 48 Core 96 Threads 2.75/3.65GHz
- Memory: 192GB ECC DDR5
- Disk: 2x 960GB NVMe
- GPU: 2x Nvidia L4 24GB
- Traffic: 1Gbps Unlimited
- VLAN: 25Gbps VLAN
- IP-KVM: IP-KVM
- AntiDDoS: Anti-DDoS protection
- Location: France (Gravelines)
Link for order: https://introserv.com/order/dc4sc-g2-amd9454
DC4SC-G3-AMD9554
- Platform: Supermicro
- Processor: AMD EPYC GENOA 9554, 64 Core 128 Threads 3.1/3.75GHz
- Memory: 192GB ECC DDR5
- Drive: 2x 960GB NVMe
- GPU: 2x Nvidia L4 24GB
- Traffic: 1Gbps Unlimited
- VLAN: 25Gbps VLAN
- AntiDDoS: Anti-DDoS protection
- Location: France (Gravelines)
Link for order: https://introserv.com/order/dc4sc-g3-amd9554
4th Gen AMD EPYC™ processors & Best features
The 4th Gen AMD EPYCTM 9354 (9454, 9455) processors are high-performance server processors designed with advanced architecture and features. These processors offer 64 threads, 32 CPU cores, 4800 MHz system memory, and 12 memory channels.
With 64 threads, the 4th Gen AMD EPYCTM processors provide exceptional multitasking capabilities, allowing multiple applications to be processed simultaneously. This increased thread count enhances performance and efficiency in demanding workloads.
The 32 CPU cores within the 4th Gen AMD EPYCTM 9354 processors deliver powerful performance for demanding applications. These cores work together to handle complex tasks and provide high throughput.
The 4800 MHz system memory specification ensures fast access to memory resources, resulting in faster processing and improved overall system performance. The 12 memory channels allow memory modules to be installed simultaneously, increasing the total memory capacity and providing higher bandwidth.
Overall, the 4th Gen AMD EPYCTM processors combine powerful performance, efficient multitasking, and abundant memory channels, making them an ideal choice for high-performance server applications.
