About the 160.20.72.0/22 IPv4 Block

The IPv4 block 160.20.72.0/22 represents a subnet containing 1,024 IPv4 addresses, registered with APNIC. This makes it a sizeable and versatile range suitable for hosting providers, cloud platforms, VPN services, data centers, and enterprises requiring a contiguous pool of public IP addresses.

With IPv4 addresses becoming scarce, owning a verified /22 block ensures stable network growth, reliable routing, and long-term digital infrastructure planning. The block is transferable to ARIN, RIPE, APNIC, and LACNIC, providing flexibility for organizations operating across multiple regions.

Pricing and Value

This block is priced at $48 per IP, totaling $49,152. For businesses looking to expand their digital footprint without buying multiple smaller subnets, a /22 allocation offers a practical balance between scale and cost. A clean, documented block like this is valuable not just for immediate network needs, but also as a long-term digital asset.

Why Choose a /22 Block

A /22 block offers 1,024 IPv4 addresses, making it ideal for organizations that need:

• Multiple subnets for production, staging, and testing environments

• Stable, routable IPs for hosting servers, VPN gateways, or cloud services

• Sufficient space for future growth without managing multiple smaller allocations

• Predictable routing and simplified network management

Compared with smaller blocks, a /22 reduces the administrative overhead of managing multiple smaller ranges while still remaining cost-effective and flexible for medium-sized networks.

Typical Use Cases

Hosting and Cloud Environments

A /22 block can support a variety of virtual machines, containers, and hosting customers, giving providers a stable range of public IPv4 addresses.

VPN and Remote Services

Companies running secure access, remote networks, or enterprise VPNs benefit from a /22 block’s capacity to assign dedicated addresses for multiple users or sites.

Enterprise Networks

Businesses expanding operations in the Asia-Pacific region can use this block for office networks, IoT devices, and multi-site deployments while maintaining routing simplicity.

APNIC Registration and Transfer Options

The 160.20.72.0/22 block is officially registered with APNIC, ensuring legitimacy and proper documentation. It is transferable to ARIN, RIPE, APNIC, and LACNIC, allowing organizations to consolidate IP resources under different regional registries if needed. Proper registration and transferability help maintain clean IP records, reduce operational risks, and ensure compliance with regional policies. Our guide will help you to learn Global IPv4 Policies Explained: ARIN vs RIPE vs APNIC.

Importance of Clean and Verified IPv4 Space

Before using or acquiring any IPv4 block, it’s important to ensure that the addresses are free of past abuse, blacklists, or spam histories. Learn why Security and Abuse Checks for APNIC IPv4 Ranges are important. A verified /22 block like 160.20.72.0/22 ensures:

• Smooth email delivery

• Reliable traffic routing

• Minimal operational interruptions

• Long-term network stability

Partnering with a trusted IPv4 broker or verified provider ensures all transfers and registrations follow RIR rules, making deployment seamless.

The 160.20.72.0/22 IPv4 block is an ideal solution for businesses seeking a large, flexible, and clean IPv4 allocation. With 1,024 addresses, APNIC registration, a fair price of $48 per IP, and transferability across major registries, this block provides stability, scalability, and future-proofing for growing networks in 2025 and beyond.

Why APNIC Users Still Care About Location Accuracy

Accurate geolocation is still necessary for safe communication, digital services, financial transactions, and content distribution even as the world’s internet infrastructure develops. Although a sizable amount of global internet traffic is still powered by APNIC IP ranges, their usefulness is largely dependent on the accuracy and consistency of their location data. Read in detail, Location Accuracy Limitations of APNIC IP Ranges.