## 1. Pusat Data
### 1.1 server rack
Salah sawijining kasus panggunaan sing paling umum kanggo sasis server ana ing pusat data, ing ngendi server rak dipasang populer. Kasus iki dirancang kanggo pas karo rak server standar kanggo nggunakake papan sing efisien. Pusat data asring mbutuhake konfigurasi kapadhetan kanthi maksimal maksimalake kekuwatan komputasi nalika nyuda sikil sikil 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 Blade
Pilihan liyane sing populer kanggo pusat data yaiku Blade Server sasis. Blade server kompak lan modular, ngidini server agul-agul sing bakal diinstal ing sasis siji. Desain iki ora mung nyimpen ruang, nanging uga nggawe manajemen lan pendinginan. 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. Komputasi awan
Ing jagad komputasi, server server minangka bagean integral saka solusi infrastruktur infrastruktur (HCI). HCI nggedhekake panyimpenan, ngitung lan jaringan dadi sistem siji, biasane dipasang ing sasis server. Cara iki nggawe panyebaran penyebaran lan manajemen, ngidini organisasi luwih gampang lingkungan awan. Sifat modular HCI ngidini perusahaan nambah utawa mbusak sumber sing dibutuhake, nyedhiyakake fleksibel ing alokasi sumber.
### 2.2 Penyebaran awan pribadi
Kanggo organisasi sing pengin mbangun awan swasta, sasis server kritis kanggo mbangun infrastruktur dhasar. SASSIS iki bisa dikonfigurasi kanggo ndhukung macem-macem workload, saka mesin virtual kanggo aplikasi sing wis itererived. 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 Edge
### 3.1 internet samubarang aplikasi
Minangka Internet babagan (IOT) terus berkembang, sasis server saya tambah akeh ing skenario Edge komputasi. Komputasi pojok kalebu pangolahan data sing luwih cedhak karo sumber, nyuda panggunaan lan bandwidth. Sasis server sing dirancang kanggo lingkungan pinggir biasane rame lan kompak, cocog kanggo penyebaran ing lokasi sing adoh utawa kahanan sing remot. 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 konten (Cdn)
Jaringan kiriman konten gumantung ing kothak server kanthi efisien nyebar konten ing lokasi geografis. Kanthi mbuwang kothak server ing lokasi Edge, CDNS bisa konten cache kanggo mungkasi pangguna, ngasilake wektu beban sing luwih cepet lan kurang lembut. Skenario iki penting banget kanggo layanan streaming media, game online, lan platform e-commerce, ing ngendi pengalaman pangguna minangka paramount.
## 4. Enterprise
### 4.1 virtualisasi
Ing lingkungan Enterprise, sasis server asring digunakake kanggo 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. Persiyapan iki ngidini organisasi mbukak macem-macem aplikasi lan layanan ing kothak siji, manajemen sing gampang lan nyuda overhead.
### 4.2 Manajemen Database
Sistem manajemen database (DBMS) mbutuhake sasis server sing kuat kanggo nyukupi pangolahan data lan kabutuhan panyimpenan. 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. Riset lan pangembangan
### 5.1 komputasi kinerja dhuwur (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. Sassis iki ngaktifake peneliti kanggo mbukak simulasi kompleks lan analisis data, nyepetake inovasi lan penemuan.
### 5.2 Pembelajaran mesin lan intelijen buatan
Rising Pembelajaran Mesin lan Intelligence buatan (AI) luwih akeh data sasis 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 sing larang regane
### 6.2 solusi kerja remot
Kanthi mundhak saka remot, sasis server tambah akeh digunakake kanggo ndhukung solusi akses remot. Organizations can deploy server chassis to host virtual desktop infrastructure (VDI) or remote application services, allowing employees to access critical applications and data from anywhere. Skenario iki cocog banget karo lingkungan kerja hibrida saiki, ing endi fleksibilitas lan aksesibilitas minangka kunci.
# # Kesimpulan
Wektu Pos: Sep-29-2024