HTML is the standard markup language for creating web pages. It provides the structure and content for a webpage. Understanding the basic HTML elements is essential for building websites.

In this guide, we will look at some of the most commonly used HTML tags and their usage.

Basic Text Formatting

The basic tags used for formatting text in HTML are bold, italic, and underlined text.

Text Elements

  • strong: Used for bold text.
  • em: Used for italic text.
  • u: Used for underlined text.

Lists

HTML provides two types of lists: ordered lists and unordered lists.

Ordered List

  1. First item
  2. Second item
  3. Third item

Unordered List

  • First item
  • Second item
  • Third item

Tables

HTML tables are used to display data in a grid format.

Header 1 Header 2
Data 1 Data 2
Data 3 Data 4

Choosing the Right Nitro System Instance Type for Your Application

When selecting a Nitro System instance for your workloads, it’s essential to consider the specific performance and resource requirements of your application. The Nitro System provides hardware-level security, high-performance networking, and storage for a variety of use cases, making it crucial to choose the correct instance type for optimal performance and cost efficiency. The correct choice depends on factors such as compute power, memory needs, and network bandwidth.

To help make an informed decision, it's important to understand the different instance families and the unique capabilities they offer. For applications with varying requirements, AWS offers different instance types optimized for compute, memory, storage, and networking tasks. Understanding these trade-offs can lead to better performance and cost savings.

Key Factors to Consider

  • Compute Requirements: For applications requiring high processing power, choose instances optimized for compute performance, such as the C5n series.
  • Memory Demands: Applications with large in-memory data processing should consider R5 or X1e instances, which are optimized for memory-intensive workloads.
  • Storage Needs: Instances with attached NVMe storage, such as I3, are ideal for workloads requiring low-latency and high-throughput storage.
  • Network Throughput: If your application requires high network performance, opt for instances like the P4d, which provides enhanced network bandwidth and GPU acceleration.

Instance Types Overview

Instance Type Optimal Use Case Key Feature
C5n Compute-heavy workloads High performance with enhanced networking
R5 Memory-intensive applications Balanced compute and memory
I3 Storage I/O intensive applications Low-latency, high-throughput storage
P4d GPU-accelerated applications Powerful GPU with enhanced networking

Note: Choosing the right instance type is critical for achieving optimal application performance and reducing unnecessary costs. Regularly review your workloads as performance needs may change over time, requiring you to adjust the instance type.

Cost Efficiency Considerations

  1. Assess your workload's resource utilization to avoid over-provisioning, which could lead to unnecessary expenses.
  2. Consider using spot instances or reserved instances for predictable workloads to reduce overall cost.
  3. Monitor the performance of your application and adjust the instance type accordingly for ongoing optimization.