BY CREATING A RACK-SCALE DESIGN BASED ON THE ANTICIPATED SOFTWARE ARCHITECTURE , SERVICE LEVEL AGREEMENTS ( SLAS ) CAN BE MET , LEADING TO GREATER CUSTOMER SATISFACTION .
“ WHILE THE
ELECTRONICS GET FASTER , THE SERVER ITSELF MUST BE REDESIGNED EVERY FEW YEARS TO ACCOMMODATE THE LATEST GENERATION OF MEMORY CONNECTIVITY AND COMMUNICATION PATHS TO THE STORAGE DEVICES AND NETWORK DEVICES .
I N D U S T R Y I N T E L L I G E N C E of ownership ( TCO ). With applications that scale across servers , installing these large and power-hungry servers in the
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BY CREATING A RACK-SCALE DESIGN BASED ON THE ANTICIPATED SOFTWARE ARCHITECTURE , SERVICE LEVEL AGREEMENTS ( SLAS ) CAN BE MET , LEADING TO GREATER CUSTOMER SATISFACTION .
same rack is preferential to spreading the installation across a data centre . The system-to-system communication needs to be of the highest performance so that applications can scale as needed .
In addition , since these high-end platforms are the types of servers that may require liquid cooling , having
the systems in the same rack will be beneficial . As similar server architectures for AI and HPC continue to be the most resource demanding hardware components , a software backplane that controls resources at the rack scale will be needed .
The basic server continues to evolve with new CPUs , GPUs and communication upgrades . While the number of cores per CPU and clock rates increases , the work / watt is even more critical . The progression of this metric enables the Digital Transformation that is going on today , including AI Computing . While the electronics get faster , the server itself must be redesigned every few years to accommodate the latest generation of memory connectivity and communication paths to the storage devices and network devices .
New technologies allow the GPUs to talk to the network directly without involving the CPU . In addition , GPUs can now talk to each other directly without using a relatively slow PCIe path . When these systems are installed in a rack , scaling for many applications becomes more straightforward and does not have to involve a switch . Disaggregated computing may require racks to be redesigned so that a composable infrastructure operates efficiently without extraneous cabling and inherent delays . �
“ WHILE THE
ELECTRONICS GET FASTER , THE SERVER ITSELF MUST BE REDESIGNED EVERY FEW YEARS TO ACCOMMODATE THE LATEST GENERATION OF MEMORY CONNECTIVITY AND COMMUNICATION PATHS TO THE STORAGE DEVICES AND NETWORK DEVICES .
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