Skénario server.

## 1. Pusat data

### 1.1 Server Rak

Salah sahiji kasus anu paling umum pikeun server nyaéta panglasi-data data, dimana server rack-dipasang ogé populér. Kasus ieu dirancang pikeun cocog kana rak server standar pikeun panggunaan rohangan. Sangguran data sering ngabutuhkeun kongigurasi density pikeun maksimalkeun kakuatan komputasi sahingga ngaminimalkeun tapak suku fisik. Rackmount server chassis can accommodate multiple servers in a single rack, making them ideal for organizations that need to quickly scale operations.

### 1.2 server agul

Pilihan populer anu sanés pikeun pusat data nyaéta server agul. Pelayanan agul discaker sareng modular, ngamungkinkeun sababaraha servers anu dipasang dina hiji sasas. Desain ieu henteu ngan ukur ngahémat ruang, tapi ogé menededinan manajemén sareng kenis. Blade server chassis are particularly useful in environments where power efficiency and thermal management are critical, such as high-performance computing (HPC) applications and large-scale virtualization.

## 2. Kompét méga

### 2.1 infrastruktur hyper-dikonfirmasi

Di dunya komputing sareng pangladis panunjuk mangrupikeun bagian integral tina infrastruktur hyperconvernes (HCi). HCI ngagabungkeun neundeun, komputi sareng jaringan kana sistem tunggal, biasana haruh dina hiji server. Pendekatan ieu langkung nyisahkeun panyebaran sareng manajemén, ngamungkinkeun organisasi ka langkung gampang skala awan. Sifat modular HCI ngamungkinkeun perusahaan pikeun nambihan atanapi cabut sumber upami diperyogikeun, nyayogikeun kalenturan dina alokasi sumber.

### 2.2 méga méga swasta

Kanggo organisasi anu uang ngawangun ménak swasta, Server Chassis pikeun ngawangun primitkuktur kaayaan. Sassis ieu tiasa dikonfigurasi pikeun ngadukung rupa-rupa-rupa lesakas, ti mesin virtual kanggo aplikasi Shift. The ability to customize server chassis for specific use cases ensures organizations can optimize performance and resource utilization in their private cloud environments.

## 3 komputasi tepi

### 3.1 Internét tina aplikasi

Salaku Internét hal (iot) terus ngembangkeun, Server Chass beuki dikaluarkeun di skenario komputasi tepi. Komput tepi ngagolér data ngolah langkung caket ka sumberna, ngirangan lately sareng bandwidth. Server Colass anu dirancang pikeun lingkungan ujung, biasana kompak, cocog pikeun penyebaran di lokasi-lokasi anu jauh atanapi kaayaan anu parah. These chassis can support IoT gateways, data aggregation and real-time analytics, enabling organizations to effectively harness the power of IoT.

### 3.2 Jaringan Pangiriman Eusi (CDN)

Jaringan pangiriman eusi ngandelkeun kana kotak panglasuran pikeun éfisiénisasi ngrusak eusi ka lokasi geografis. Ku jalankeun kotak pangladén di lokasi ujung, CDNS tiasa eusi cache anu langkung caket pikeun pangguna akhir, hasilna langkung gancang, langkung gancang sareng ngirangan. This scenario is especially important for media streaming services, online gaming, and e-commerce platforms, where user experience is paramount.

### 4.1 Virtualisasi

Di perusahaan perusahaan, pangladén. Kedelis sering dianggo pikeun tujuan virtualisasi. Virtualization allows multiple virtual machines (VMs) to run on a single physical server, optimizing resource utilization and reducing hardware costs. Server chassis designed specifically for virtualization typically feature high-performance components such as powerful CPUs, ample RAM, and fast storage options. Setup ieu ngamungkinkeun organisasi pikeun ngajalankeun rupa-rupa pilihan sareng jasa dina kotak tunggal, manajeménkeun manajemén sareng ngirangan overhead.

### 4.3 manajemén database

Sistem manajemén Database (DBME) ngabutuhkeun Klend Server Class Organizations often deploy dedicated server boxes for database workloads, ensuring they have the necessary resources to support high transaction volumes and complex queries. These cases can be optimized for performance, with high-speed storage solutions and advanced cooling systems to maintain optimal operating conditions.

## 5. Panaliti sareng pamekaran

### 5.1 Komputer Kinerja (HPC)

In R&D environments, especially in areas such as scientific computing and simulation, server chassis are critical for high-performance computing (HPC) applications. HPC workloads require significant processing power and memory, often requiring specially designed server chassis to accommodate multiple GPUs and high-speed interconnects. Kips ieu ngaktifkeun panalungtik pikeun ngajalankeun simulasi komplés anu kompleks komplés kompleks ,alisis data, gancangkeun napel sareng penemuan.

### 5.2 Pelajar Mesin sareng intelijen buatan

Kana naékkeun kesan gencatan sareng intelijen jieunan (Ai) parantos ngalegaan kasus panggunaan server. AI workloads often require large amounts of computing resources, necessitating server chassis that can support high-performance GPUs and large memory capacities. Organizations engaged in AI R&D can leverage specialized server chassis to build powerful computing clusters, allowing them to train models more efficiently and effectively.

### 6.1 Solusi Konsék-Éféktip

### 6.2 Street Jauh

## kasimpulanana