S2S |T41S-2U (4-Node) 2U 4-Node Server Featuring Highest Compute Density S2S |T41S-2U is an ultra-dense design equipped with four independent nodes. It creates the flexibility to set up different workloads independen

S2S |T41S-2U (4-Node)

2U 4-Node Server Featuring Highest Compute Density

S2S |T41S-2U is an ultra-dense design equipped with four independent nodes. It creates the flexibility to set up different workloads independently in one 2U shared infrastructure, providing optimal data center performance per dollar. 

Qualified Operating Systems

Latest Generation Platform with DDR4 Technology

S2S |T41S-2U operates with the latest Intel® E5-2600 v3, v4 product family and the newest DDR4 memory technology. It provides maximum 18-core count CPU with enhanced QPI bandwidth to 9.6GT/s, a 20 percent improvement from the previous generation. With up to 1024 GB memory capacity, the system performance has a Linpack score up to 80 percent increase and is optimized to run the most demanding of applications.

Space and Energy Efficiency

S2S |T41S-2U provides a 2U four-node system with sufficient IO expansion for storage and networking increases. With shared infrastructure, like cooling and power supply, the total cost of ownership (TCO) is lower than four regular 1U servers. The QuantaPlex T41S-2U is a great solution for increasing the number of servers per square foot in a limited space.

Various OCP Network Options

QCT uses the modularized design concept to optimise system interoperability, flexibility and serviceability. QCT’s flexible network mezzanine cards are designed to fit into every QCT server/storage system to reduce the complexity and uncertainty of the system availability options.

Dual Rotor Fan Design 

 QCT dual rotor fans maintain non-impact performance. Compared to a single fan design, a dual rotor fan keeps the system’s internal air flowing in the right direction if one rotor fails, enhancing product stability and durability.

High Serviceability

The S2S |T41S-2U consistently delivers high serviceability to reduce service time and costs. Its module design concept for the fan cage and the PDB cage reduces cable routing.