Items related to The Complete Guide to a Data Center Server and Compute
Synopsis
The digital world ultimately runs on physical machines.
Behind every cloud application, artificial intelligence model, online transaction, streaming service, database, and enterprise system are servers performing billions and increasingly trillions of computations while moving enormous quantities of data through memory, storage, and networks.
The Complete Guide to a Data Center Server and Compute provides a comprehensive exploration of the hardware and computing infrastructure at the heart of the modern data center.
Beginning with the anatomy of an individual server and expanding outward to racks, clusters, virtualization platforms, cloud environments, high-performance computing systems, and massive AI infrastructure, this book explains what data center compute systems are, how their components work, how they are deployed, and how thousands of machines are transformed into enormous computing platforms.
Inside the Modern Data Center ServerA server may look like a relatively simple metal enclosure from the outside. Inside is a carefully engineered collection of components designed to provide performance, reliability, serviceability, and continuous operation.
Readers explore the roles of:
- CPUs and processor architecture
- CPU sockets, cores, and threads
- Motherboards and chipsets
- System memory and DIMMs
- Memory channels and bandwidth
- ECC memory
- GPUs and accelerators
- Storage devices
- NVMe and SSD technology
- PCIe and expansion systems
- Network interface cards
- Power supplies
- Fans and thermal management
- Baseboard management controllers
- Firmware
- Redundant hardware
- Server chassis and form factors
The goal is not simply to identify components, but to understand how they interact to create a functioning compute system.
CPUs, Processing, and Compute ArchitectureAt the center of traditional server computing is the CPU.
The book explains fundamental concepts surrounding processor cores, threads, clock speeds, caches, instruction execution, memory access, parallelism, NUMA, processor sockets, and workload performance.
Readers learn why adding more processors does not automatically make every application faster and why the relationship between compute, memory, storage, and networking determines overall system performance.
These concepts establish the foundation for understanding everything from a single enterprise server to enormous distributed computing environments.
Memory: Feeding the ProcessorsModern processors can perform calculations extraordinarily quickly—but only when they can obtain the information they need.
Readers explore RAM, DIMMs, ECC, memory channels, memory capacity, bandwidth, latency, NUMA architecture, caching, and the relationship between processors and memory.
The book explains why memory can become a critical performance constraint and why increasingly demanding workloads require engineers to consider not simply how much memory a server contains, but how quickly information can move between memory and processors.
"synopsis" may belong to another edition of this title.
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The Complete Guide to a Data Center Server and Compute (Paperback)
Print on DemandSeller: Grand Eagle Retail, Bensenville, IL, U.S.A.
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Paperback. Condition: new. Paperback. The digital world ultimately runs on physical machines.Behind every cloud application, artificial intelligence model, online transaction, streaming service, database, and enterprise system are servers performing billions and increasingly trillions of computations while moving enormous quantities of data through memory, storage, and networks.The Complete Guide to a Data Center Server and Compute provides a comprehensive exploration of the hardware and computing infrastructure at the heart of the modern data center.Beginning with the anatomy of an individual server and expanding outward to racks, clusters, virtualization platforms, cloud environments, high-performance computing systems, and massive AI infrastructure, this book explains what data center compute systems are, how their components work, how they are deployed, and how thousands of machines are transformed into enormous computing platforms.Inside the Modern Data Center ServerA server may look like a relatively simple metal enclosure from the outside. Inside is a carefully engineered collection of components designed to provide performance, reliability, serviceability, and continuous operation.Readers explore the roles of: CPUs and processor architectureCPU sockets, cores, and threadsMotherboards and chipsetsSystem memory and DIMMsMemory channels and bandwidthECC memoryGPUs and acceleratorsStorage devicesNVMe and SSD technologyPCIe and expansion systemsNetwork interface cardsPower suppliesFans and thermal managementBaseboard management controllersFirmwareRedundant hardwareServer chassis and form factorsThe goal is not simply to identify components, but to understand how they interact to create a functioning compute system.CPUs, Processing, and Compute ArchitectureAt the center of traditional server computing is the CPU.The book explains fundamental concepts surrounding processor cores, threads, clock speeds, caches, instruction execution, memory access, parallelism, NUMA, processor sockets, and workload performance.Readers learn why adding more processors does not automatically make every application faster and why the relationship between compute, memory, storage, and networking determines overall system performance.These concepts establish the foundation for understanding everything from a single enterprise server to enormous distributed computing environments.Memory: Feeding the ProcessorsModern processors can perform calculations extraordinarily quickly-but only when they can obtain the information they need.Readers explore RAM, DIMMs, ECC, memory channels, memory capacity, bandwidth, latency, NUMA architecture, caching, and the relationship between processors and memory.The book explains why memory can become a critical performance constraint and why increasingly demanding workloads require engineers to consider not simply how much memory a server contains, but how quickly information can move between memory and processors. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. Seller Inventory # 9798174415263
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The Complete Guide to a Data Center Server and Compute
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PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000. Seller Inventory # L0-9798174415263
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The Complete Guide to a Data Center Server and Compute
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The Complete Guide to a Data Center Server and Compute
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The Complete Guide to a Data Center Server and Compute (Paperback)
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Paperback. Condition: new. Paperback. The digital world ultimately runs on physical machines.Behind every cloud application, artificial intelligence model, online transaction, streaming service, database, and enterprise system are servers performing billions and increasingly trillions of computations while moving enormous quantities of data through memory, storage, and networks.The Complete Guide to a Data Center Server and Compute provides a comprehensive exploration of the hardware and computing infrastructure at the heart of the modern data center.Beginning with the anatomy of an individual server and expanding outward to racks, clusters, virtualization platforms, cloud environments, high-performance computing systems, and massive AI infrastructure, this book explains what data center compute systems are, how their components work, how they are deployed, and how thousands of machines are transformed into enormous computing platforms.Inside the Modern Data Center ServerA server may look like a relatively simple metal enclosure from the outside. Inside is a carefully engineered collection of components designed to provide performance, reliability, serviceability, and continuous operation.Readers explore the roles of: CPUs and processor architectureCPU sockets, cores, and threadsMotherboards and chipsetsSystem memory and DIMMsMemory channels and bandwidthECC memoryGPUs and acceleratorsStorage devicesNVMe and SSD technologyPCIe and expansion systemsNetwork interface cardsPower suppliesFans and thermal managementBaseboard management controllersFirmwareRedundant hardwareServer chassis and form factorsThe goal is not simply to identify components, but to understand how they interact to create a functioning compute system.CPUs, Processing, and Compute ArchitectureAt the center of traditional server computing is the CPU.The book explains fundamental concepts surrounding processor cores, threads, clock speeds, caches, instruction execution, memory access, parallelism, NUMA, processor sockets, and workload performance.Readers learn why adding more processors does not automatically make every application faster and why the relationship between compute, memory, storage, and networking determines overall system performance.These concepts establish the foundation for understanding everything from a single enterprise server to enormous distributed computing environments.Memory: Feeding the ProcessorsModern processors can perform calculations extraordinarily quickly-but only when they can obtain the information they need.Readers explore RAM, DIMMs, ECC, memory channels, memory capacity, bandwidth, latency, NUMA architecture, caching, and the relationship between processors and memory.The book explains why memory can become a critical performance constraint and why increasingly demanding workloads require engineers to consider not simply how much memory a server contains, but how quickly information can move between memory and processors. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. Seller Inventory # 9798174415263
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The Complete Guide to a Data Center Server and Compute
Seller: AHA-BUCH GmbH, Einbeck, Germany
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Taschenbuch. Condition: Neu. Neuware - The digital world ultimately runs on physical machines.Behind every cloud application, artificial intelligence model, online transaction, streaming service, database, and enterprise system are servers performing billions and increasingly trillions of computations while moving enormous quantities of data through memory, storage, and networks.The Complete Guide to a Data Center Server and Compute provides a comprehensive exploration of the hardware and computing infrastructure at the heart of the modern data center.Beginning with the anatomy of an individual server and expanding outward to racks, clusters, virtualization platforms, cloud environments, high-performance computing systems, and massive AI infrastructure, this book explains what data center compute systems are, how their components work, how they are deployed, and how thousands of machines are transformed into enormous computing platforms.Inside the Modern Data Center ServerA server may look like a relatively simple metal enclosure from the outside. Inside is a carefully engineered collection of components designed to provide performance, reliability, serviceability, and continuous operation.Readers explore the roles of: - CPUs and processor architecture- CPU sockets, cores, and threads- Motherboards and chipsets- System memory and DIMMs- Memory channels and bandwidth- ECC memory- GPUs and accelerators- Storage devices- NVMe and SSD technology- PCIe and expansion systems- Network interface cards- Power supplies- Fans and thermal management- Baseboard management controllers- Firmware- Redundant hardware- Server chassis and form factorsThe goal is not simply to identify components, but to understand how they interact to create a functioning compute system.CPUs, Processing, and Compute ArchitectureAt the center of traditional server computing is the CPU.The book explains fundamental concepts surrounding processor cores, threads, clock speeds, caches, instruction execution, memory access, parallelism, NUMA, processor sockets, and workload performance.Readers learn why adding more processors does not automatically make every application faster and why the relationship between compute, memory, storage, and networking determines overall system performance.These concepts establish the foundation for understanding everything from a single enterprise server to enormous distributed computing environments.Memory: Feeding the ProcessorsModern processors can perform calculations extraordinarily quickly-but only when they can obtain the information they need.Readers explore RAM, DIMMs, ECC, memory channels, memory capacity, bandwidth, latency, NUMA architecture, caching, and the relationship between processors and memory.The book explains why memory can become a critical performance constraint and why increasingly demanding workloads require engineers to consider not simply how much memory a server contains, but how quickly information can move between memory and processors. Seller Inventory # 9798174415263