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HP Tower Server Price in Bangladesh 

(1 Products found)
HP Tower Server Price in Bangladesh (1 Products found)
HPE ProLiant ML30 Gen 10 1x Intel Xeon E-2324G 4U Tower Server

HPE ProLiant ML30 Gen 10 1x Intel Xeon E-2324 ...
85.01.020.162

HPE ProLiant ML30 Gen 10 1x Intel Xeon E-2324G 4U Tower Server
85.01.020.162
  • Processor Model - Intel Xeon E-2324G
  • Processor Clock Speed - 3.10GHz - 4.60GHz
  • Total Cores - 4
  • RAM - 16GB
  • Hard Disk Drive (HDD) - No
  • Installed HDD Type - No HDD
  • Solid-State Drive (SSD) - 2 x 480GB
  • Installed SSD Type - SATA
  • Body Color - Black
Tk 255,000 Save Tk 5,000 on online order
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HP Tower Server Price in Bangladesh – Reliable Performance for Every Business

HP tower servers are ideal for businesses looking for a powerful, affordable, and space-saving server solution. These servers are built to handle everyday workloads, data management, and business applications with ease. The HP Tower Server price in Bangladesh varies based on processor type, memory capacity, storage options, and model specifications. If you're running a small office or a growing enterprise, HP offers a wide range of tower servers to match your needs and budget. At Ryans Computers, you’ll find the latest HP tower servers with competitive prices, expert advice, and fast delivery across the country.

Buying Guide for Server: How to Choose the Right Server for Your Needs

If you want to purchase a server for your workspace, take a moment to review the guide below. This information will help you make a well-informed decision and choose the server that best fits your needs. 

File Server

Want to choose a file server? This type of file server is ideal for a wide range of users. Small to medium businesses (SMBs) can use it to centralize file storage, streamline collaboration, and simplify backups. It should be built with high-capacity storage drives, such as multiple HDDs or SSDs. It needs 16GB to 32GB of RAM to support multiple users accessing and transferring files simultaneously. For the processor, a mid-range multi-core CPU like Intel Xeon E-series is recommended to manage file operations smoothly. A reliable Gigabit or 10-Gigabit Network Interface Card (NIC) is essential to support fast file transfers within the network. A redundant power supply unit (PSU) is strongly recommended to maintain uptime and protect against power failures.

Web Server

A web server needs a high-performance multi-core CPU to handle multiple user requests smoothly. It should have at least 32GB or more RAM to support web applications and caching effectively. You have to keep in mind that fast SSD storage is essential for quick access to website files and content. A high-speed network interface card (1GbE or higher) ensures faster data transfer. Since web servers often run 24/7, efficient cooling is also important to maintain performance and system stability.

Application Server

When setting up an application server, you should choose a multi-core processor to efficiently handle multitasking and run multiple applications at once. Make sure your server has at least 32GB of RAM to ensure smooth performance for all applications. Fast SSD storage is important for quick access to application data. Reliable network connectivity is essential to maintain consistent communication between users and the server. Additionally, a redundant power supply is recommended to keep your server stable and running without interruption.

Database Server

If you're setting up a database server for business tools like ERP, CRM, or e-commerce, you’ll need at least 64GB RAM to handle caching and ensure fast query responses. Use a multi-core processor for smooth performance under heavy loads. Pair it with fast SSDs in RAID setup for speed and data protection, supported by a dedicated RAID controller. These features are ideal for real-time analytics, finance systems, and healthcare databases. Also, include a high-speed network interface to ensure quick and reliable data transfers in multi-user environments.

Mail Server

For a mail server, you should have moderate to high RAM, between 16GB and 32GB, to efficiently manage multiple email processes at once. A multi-core processor helps handle many simultaneous connections smoothly. Use a 500GB to 1TB SSD with RAID support for fast data access and redundancy, keeping your emails safe. A reliable network interface is essential for steady email delivery and reception. Make sure the server has good cooling for stable 24/7 operation and consider a redundant power supply to enhance uptime and reliability. This setup works well for corporate email systems, small to medium business communications, and mail hosting services, where uninterrupted email flow and data security are vital.

Proxy servers

A proxy server acts as an intermediary between users and the internet, improving security, privacy, and performance. For a proxy server, you need a multi-core processor to manage multiple user requests efficiently. Moderate to high RAM (16 GB- 32 GB) helps handle traffic smoothly. Storage size depends on the type of proxy. Caching proxies require larger, faster SSDs (at least 500GB) to store frequently accessed data. A high-speed, reliable network interface is essential for fast data transfer. Additionally, effective cooling and a redundant power supply ensure the server runs continuously without interruption.

DNS Server

A DNS (Domain Name System) server plays a critical role in translating domain names into IP addresses, helping users access websites and online services. It’s used by ISPs, web hosting companies, enterprises, and cloud service providers to manage both public and internal traffic efficiently. To build a reliable DNS server, start with a multi-core processor that can handle thousands of lookup requests smoothly. You’ll need at least 16GB of RAM to manage DNS caching, which speeds up responses and improves performance. Since storage needs are low, a fast SSD between 120GB and 256GB is enough for the operating system, DNS software, and logs. A power supply is important for keeping the server running during power failures, ensuring consistent uptime. A stable network interface, such as Gigabit Ethernet or higher, ensures fast and uninterrupted data transfer. Finally, having proper cooling keeps the system stable during 24/7 operation, and using a rackmount or tower chassis helps organize the setup and allows for future upgrades. With these components, your DNS server can deliver fast, secure, and reliable name resolution for various user needs.

Print Server

A Print Server is used to manage one or more printers on a network, allowing multiple users to send print jobs from their devices without needing a direct printer connection. The most important part of a print server is a stable multi-core processor, which helps manage and queue multiple print requests. Next, you’ll need 8GB to 16GB of RAM to handle print job data smoothly. A small SSD (around 120GB–256GB) is enough for storing print drivers, logs, and temporary print files. A reliable network interface, such as Gigabit Ethernet, ensures fast communication between user devices and printers. To ensure stability, the server should have adequate cooling for 24/7 operation and a redundant power supply to reduce downtime. A compact server chassis or small form factor PC is usually enough, depending on the number of connected printers and users. With the right setup, a print server helps improve print job management, reduces delays, and saves time in busy environments.

Game Server

A Game Server hosts online multiplayer games, handling real-time interactions between players. To build a strong game server, start with a high-performance multi-core processor (like AMD Ryzen or Intel Xeon) to manage simultaneous game sessions efficiently. Next, you need at least 32GB to 64GB of RAM, depending on the number of players, to ensure smooth gameplay and quick response times. A fast SSD (500GB to 1TB) is essential for loading game files quickly and reducing lag. A high-speed network interface, ideally with low latency and high bandwidth, is crucial to handle multiple player connections without delays. For reliability, include a redundant power supply and an efficient cooling system to maintain stable 24/7 performance. Finally, use a rackmount or tower chassis with room for upgrades, especially if you’re hosting popular games or expecting heavy traffic. With the right setup, a game server can deliver a smooth and immersive multiplayer experience.

FTP (File Transfer Protocol) Server

An FTP (File Transfer Protocol) Server is used to upload, download, and share files over a network. It’s commonly used by web developers, designers, businesses, and IT teams to store and transfer large files securely. To set up an efficient FTP server, begin with a reliable multi-core processor that can handle multiple file transfers at the same time. You’ll need at least 16GB to 32GB of RAM to manage concurrent users and maintain performance during peak usage. Since file storage is the main focus, use large-capacity SSDs or HDDs (1TB or more) with RAID support to ensure fast access and data protection. A high-speed network interface is essential to support fast upload and download speeds. Also, include redundant power supplies and proper cooling to ensure the server runs smoothly around the clock. A rackmount or tower chassis provides enough space and flexibility for future storage expansion. With this setup, an FTP server can serve as a secure and reliable platform for managing file sharing across teams and clients.

DHCP Server

A DHCP (Dynamic Host Configuration Protocol) Server automatically assigns IP addresses to devices on a network, making it easier to manage large numbers of connected devices. It’s commonly used in corporate offices, schools, hospitals, hotels, and data centers where many devices join the network daily. To set up a reliable DHCP server, start with a basic to mid-range multi-core processor, as the processing demand is moderate. Around 8GB to 16GB of RAM is enough to handle address assignments and maintain performance. Storage needs are minimal a 120GB to 256GB SSD works well for the operating system and logs. A stable Gigabit Ethernet network interface is important to ensure smooth communication with all devices. Since DHCP servers often run 24/7, it’s important to include redundant power supplies and adequate cooling to maintain continuous operation. A small tower or rackmount chassis is usually sufficient for most networks. With this setup, a DHCP server can efficiently manage IP allocation, reduce network conflicts, and keep the system running smoothly.

Backup Server

A Backup Server stores copies of important data to protect against data loss, corruption, or system failures. It’s widely used by businesses, educational institutions, hospitals, IT departments, and data centers to ensure data safety and quick recovery. The most important part of a backup server is large-capacity storage, preferably multiple HDDs or SSDs with RAID support to hold massive amounts of data securely and reliably. Next, a multi-core processor is needed to manage backup tasks and run backup software smoothly. You should also have at least 32GB to 64GB of RAM to handle simultaneous backups and restore operations efficiently. A high-speed network interface, such as Gigabit or 10 Gigabit Ethernet, is essential for transferring large files quickly across the network. To keep the system running without interruption, include a redundant power supply and effective cooling. A rackmount chassis is ideal for better scalability, especially in server rooms or data centers. With this setup, a backup server can provide secure, automated, and efficient data protection for any organization.

Monitoring and Management Server

A Monitoring and Management Server tracks the health and performance of IT systems like servers, networks, and applications. It’s used by IT teams, data centers, and large companies to detect problems early and keep systems running smoothly. Key equipment includes a multi-core processor for handling real-time data, 32GB to 64GB RAM for running monitoring tools, and a fast SSD (500GB–1TB) for quick access to logs and reports. Additional HDD storage may be needed for long-term data. A high-speed network interface ensures fast communication with devices. To keep it reliable, add a redundant power supply and good cooling. A rackmount chassis helps with organization and future upgrades. This setup helps IT teams stay informed and respond quickly to issues.

In-depth Explanation of Server Components

Processor

Servers can have one or more processors. A single-processor server is great for small offices doing basic tasks like file sharing, emails, or simple software use—these are budget-friendly and use less power. For larger businesses or heavier workloads, servers with two or more processors are better because they can support more users and handle big tasks without slowing down. Each processor has multiple cores, and more cores mean better multitasking. For light tasks, 4 to 8 cores are enough, but for heavier work like cloud computing or 3D design, 16 to 32 cores or more are ideal. Hyper-threading allows each core to handle two tasks at once, improving speed and efficiency. If you plan to run virtual machines (VMs), make sure the processor supports virtualization to handle multiple systems effectively. Clock speed, measured in GHz, tells you how fast each core works—higher clock speeds are better for tasks like real-time reports or database queries. Lastly, cache memory inside the processor helps it access data quickly. A larger cache, especially with L1, L2, and L3 levels, boosts overall performance, especially during heavy use.

RAM 

You can use different types of RAM according to your needs. If you are doing simple tasks like file sharing, email, or using basic office software, 16GB of RAM is usually enough. But if you're running heavy tasks like databases, virtualization, or big apps, you should start with at least 64GB of RAM. Also, check how many RAM slots the server has. More slots mean you can add more memory later if needed. It's also good to know the maximum RAM the server can support. Basic servers may support up to 64GB or 128GB, while bigger servers can go over 1 TB. Choosing a server that lets you add more RAM in the future helps your system grow with your needs and saves money in the long run.

Storage 

When planning your server’s storage setup, it’s important to understand your options and how they impact performance, capacity, and reliability. The two main types of storage drives are HDDs (Hard Disk Drives) and SSDs (Solid-State Drives). HDDs use spinning disks to store data. They are cost-effective and great for storing large amounts of non-critical or archived data. On the other hand, SSDs have no moving parts and offer significantly faster data access speeds. They are ideal for system boot drives, databases, and frequently accessed applications. Although SSDs are more expensive per gigabyte, their speed and durability can greatly improve server performance.

Storage Bay 

Servers come with multiple storage bays, which are physical slots for adding drives. The number of bays determines how much storage you can install and how easily you can upgrade later. For example, a small business server may only need 2–4 bays to run essential services and backups. Larger businesses or enterprise environments may require 8, 12, or even more bays to support virtualization, high-volume databases, and heavy traffic websites. It’s also important to consider hot-swappable drive bays, which allow you to replace or upgrade drives without shutting down the server, which is vital for 24/7 operations.

Graphics Card 

Most servers come with basic integrated graphics, which are sufficient for general business tasks like file sharing, web hosting, or database management. You usually don’t need a high-end graphics card unless you're running graphics-intensive applications. 

LAN Card 

Another important feature is the LAN card, which connects your server to your network. Most servers come with a standard 1 Gigabit LAN port, which is suitable for regular business use. However, if your business demands higher data transfer speeds, such as large file sharing or heavy network traffic, it’s better to look for servers with 10 Gigabit LAN options. Also, if your IT team manages servers from different locations, remote management features are essential. Servers with built-in remote management allow you to monitor, control, and troubleshoot the system from anywhere without physically accessing the server. 

Power Supply 

Another important feature to check when buying a server is the number of Power Supply Units (PSUs). The PSU is responsible for delivering power to the entire system. A server with a single PSU is more affordable but carries a higher risk. If that one power unit fails, the entire server will shut down, which can lead to data loss and downtime. On the other hand, a server with dual PSUs is much safer and more reliable. Dual power supplies work together to ensure continuous power; if one fails, the other automatically takes over without interrupting the server's operation. This kind of redundancy is especially important for businesses that run critical systems and need 24/7 uptime. For better reliability and peace of mind, it’s always a good idea to invest in a server with dual PSUs.

Form Factor 

When choosing a server, it’s also important to consider the form factor—the physical shape and size of the server. The three most common types are tower, rack, and blade servers. Tower servers look like traditional desktop PCs and are a great option for small offices with limited infrastructure. Rack servers are designed to fit into standardized server racks, making them ideal for medium to large businesses that need multiple servers in one place. Blade servers are compact and high-density, built for data centers where space and performance are critical. The size of a rack server is measured in U units, where 1U equals 1.75 inches in height. Depending on your available space, cooling capacity, and scalability needs, you should choose the form factor that best fits your business environment.

Raid 

RAID, or Redundant Array of Independent Disks, is a crucial feature to consider when buying a server because it helps manage and protect your data. Different RAID levels offer different benefits. For example, RAID 0 is designed for speed by splitting data across multiple drives, but it has no data protection—if one drive fails, all data is lost. RAID 1 provides strong protection by copying data to a second drive, so if one fails, the other can keep the system running. RAID 5 offers a balance between performance and safety by storing both data and recovery information across at least three drives. This setup allows your server to keep working even if one drive fails. RAID 10 combines the advantages of RAID 0 and RAID 1, giving you both high speed and strong protection. For businesses that need both performance and reliability, RAID 10 is an excellent choice. Choosing the right RAID level depends on your specific needs, but RAID 1, 5, or 10 are generally safe and smart options for most servers.

Which Server Is Right for Your Business?

The first step is to clearly define what you need your server to do. Are you hosting websites, running business applications, managing files, or supporting virtual machines? The tasks you want the server to handle will impact the type of server and specifications you need.

Small Business

A basic tower or rack server with processing power and storage might be enough. These servers are cost-effective and easier to manage for businesses with fewer users and lighter workloads. They come with single processors, moderate RAM (16 GB- 32 GB), and a few storage bays.

Medium to Large Business

You may need powerful rack servers or blade servers that support high performance, storage, and multiple users. These servers usually have multiple processors and support higher RAM capacities (64GB or more) to handle heavier workloads and multitasking. They also offer more storage bays for data and support advanced RAID configurations for data protection.

Data Centers and Enterprises

High-end servers with redundant power supplies, advanced cooling, and fast processors are essential. These servers are designed to run 24/7 with maximum reliability and performance. They support large numbers of virtual machines, high-speed networking (10GbE or more), and extensive storage arrays. 

FAQs of HP Tower Server

Q: What is the difference between a server and a regular computer? 
A: A server is designed to manage, store, and share data with multiple users at once, while a regular computer is made mainly for individual use. Servers have more powerful hardware and features to handle heavy workloads and constant uptime.

Q: How much RAM do I need for my server?
A: It depends on your tasks. For basic use like file sharing and email, 16GB is usually enough. For heavy workloads like databases or virtualization, start with at least 64 GB.

Q: Should I choose SSD or HDD? 
A: SSDs are faster but costlier; HDDs provide more storage at a lower cost. Many servers use both for speed and capacity.

Q: Can I upgrade my server later?
A: Yes, most servers allow you to add more RAM later. It’s important to check the number of available RAM slots and the maximum memory capacity your server supports before purchasing.

Q: What is the best server form factor? 
A: It depends on your space and use case. Tower servers are good for small setups; rack servers save space; blade servers are compact for data centers.

Q: What does RAID mean, and do I need it?
A: RAID stands for Redundant Array of Independent Disks. It’s a technology that combines multiple hard drives to improve performance, increase storage capacity, and provide data redundancy. RAID helps protect your data by allowing the system to continue running even if one drive fails. If your business relies on important data or needs high availability, using RAID is highly recommended.

Q: Why should a server need more than one PSU? 
A: Having more than one Power Supply Unit (PSU) provides redundancy and ensures continuous operation. If one PSU fails, the other can take over without shutting down the server. This is crucial for businesses that require high availability and cannot afford downtime. Dual PSUs also help balance power load and improve overall reliability.

Q: What does “1U, 2U” mean in server size? 
A: “U” stands for “rack unit,” a standard measurement for server height in a rack. One “U” equals 1.75 inches (44.45 mm). So, a 1U server is 1.75 inches tall, while a 2U server is twice that height. The number indicates how much vertical space the server occupies in a rack.

Q: What is remote management in servers? 
A: Remote management allows you to control and check your server from anywhere. It saves time because you don’t have to be physically near the server to fix problems or make changes. This is very helpful for businesses with servers in different places. It helps keep servers running smoothly and fixes issues faster.

Q: Do I need integrated graphics on a server? 
A: Most servers don’t need integrated graphics because they run without a monitor. Integrated graphics can help during setup or troubleshooting, but for regular use, servers rely on remote management tools. If your server handles graphics-heavy tasks, you might need a dedicated graphics card instead.

Q: Can I buy a custom-built server in Bangladesh?
A: Yes, you can buy custom-built servers in Bangladesh from trusted providers like Ryans Computers. They offer flexible options to choose the right CPU, RAM, storage, and other components based on your business needs. Ryans Computers also provides expert advice and support to help you build a server that fits your requirements perfectly.

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Looking for the best HP Tower Server price in Bangladesh? Get reliable performance, flexible upgrades, and trusted quality with HP tower servers—perfect for small to mid-sized businesses. Visit Ryans Computers today to explore top HP tower server models at competitive prices, with expert support, official warranty, and fast delivery across Bangladesh!

Latest HP Tower Server Price in BD
Product Name Price in BD
HPE ProLiant ML30 Gen 10 1x Intel Xeon E-2324G 4U Tower Server 255000

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