Hong Kong node available

Rent a dedicated Mac mini M4 in Hong Kong

For development teams in South China & Southeast Asia, run iOS CI/CD, macOS builds, automated tests, and remote experiments on an always-on Apple Silicon physical node. Every order includes one dedicated physical machine, not a virtual machine.

Reference latency 20~40 ms
Available configurations 2 M4 options
Rental term Day / Week / Month / Quarter

Actual model, term, and node availability is confirmed in real time by the console. All orders are billed in US dollars (USD).

Hong Kong Cloud Mac node connection diagram
Connection path available Hong Kong
South China & Southeast Asia 20~40 ms
Apple Silicon Dedicated physical machine 365-day uptime
Configurations and terms

Two Mac mini M4 options, matched to your workload

Start with 16GB for light builds, testing, or a single runner; choose 24GB for concurrent jobs, larger dependency caches, or an always-on development environment. Both options are available by the day, week, month, or quarter.

ZoomMini M4 Core

M4 / 16GB RAM / 256GB SSD

Light builds
$20.7 / day
Daily$20.7 Weekly$56 Monthly$103.7 Quarterly$282.1
  • Ideal for a single iOS build pipeline, code-signing verification, and UI automation testing
  • Full macOS graphical and command-line environments
  • Optional +1TB SSD, +2TB SSD, or Thunderbolt 5 parallel expansion
Fields to verify before checkout

Confirm the base model, rental term, node, SSD expansion, and number of Thunderbolt 5 parallel connections. Payments are limited to USDT-TRC20 and Visa, Mastercard, or Amex processed by Stripe; available gateways are confirmed by the console.

Network reference 20~40 ms

Average latency reference for connecting to the Hong Kong node from South China & Southeast Asia. This figure supports plan comparisons and client-side parameter estimates; it does not replace the actual connection results on your network.

Latency is only one part of connection quality

Remote development also depends on your local carrier route, cross-network congestion, wireless stability, remote desktop resolution, and the volume of data transferred. Evaluate the path from your primary work location first, then choose a graphical connection or SSH based on the task.

Interactive work

VNC or screen sharing depends primarily on round-trip latency and visual stability. On weaker networks, lower the resolution, color quality, and animation effects first.

Automated tasks

SSH, self-hosted runners, and repository synchronization depend more on stable connectivity, keepalive settings, and verifiable dependency caches.

Initial acceptance check

After connecting, verify the target node, system version, Xcode version, disk space, and SSH host key fingerprint before connecting it to your production pipeline.

Order flow

Four steps from configuration to your first build

The times below separate user action time from system confirmation time. Having your workload requirements, rental term, and payment method ready can reduce configuration changes.

  1. 01

    Choose a base model

    About 2 minutes

    Choose 16GB / 256GB or 24GB / 512GB based on concurrent builds, peak memory use, dependency caches, and disk usage. Do not size only for the current project; leave room for Xcode caches and build artifacts.

  2. 02

    Confirm the node and rental term

    About 2 minutes

    Choose a node based on your primary access location, then select a day, week, month, or quarter according to the task duration. Shorter terms suit brief compatibility checks, while continuous integration runners and stable development environments typically need to cover a full iteration cycle.

  3. 03

    Review add-ons and pay

    About 3 minutes to review

    Check the SSD expansion, number of Thunderbolt 5 parallel connections, USD subtotal, and total due item by item, then complete checkout with a supported payment method. Payment confirmation time depends on the response from the selected gateway.

  4. 04

    Review delivery details and accept the node

    Based on console confirmation time

    When the device becomes connectable, review the connection address, account instructions, node, and rental start and end times. On first login, verify the system and Xcode environment, rotate the assigned credentials, configure an SSH public key, and run a minimal build.

Node FAQ

Three common node questions before ordering

Understand node selection, latency references, and long-term operation before making a technical decision and paying.

After choosing Hong Kong, how can I confirm the actual node assigned to my order?

Check the node field before submitting the order, then view the device node, connection address, and rental details in the console after confirmation. Each order includes a dedicated physical machine, not a virtual machine. If the target node is not as expected, stop before deploying code, keys, or runners and submit a support ticket for verification.

Does 20~40 ms represent a fixed latency for all users in South China & Southeast Asia?

This is an average latency reference for connections from South China & Southeast Asia to Hong Kong, not a fixed result for every network path. Your location, local carrier, cross-network routing, wireless signal, and peak congestion all affect actual round-trip time. Before connecting your production pipeline, test remote desktop interaction, SSH keepalives, and code synchronization on your primary work network.

Is a Hong Kong node suitable for a long-running CI runner?

It suits self-hosted runners that require a consistent environment, continuous availability, and dedicated resources. Nodes run normally 365 days a year. Your team should still use a unique, least-privilege account for the runner, store repository tokens, signing certificates, and other secrets in a controlled secrets system, and move build artifacts and required logs before the rental term ends.

Ready with your workload? Configure a dedicated Mac mini

Choose one of the two M4 configurations, then confirm the node, term, and add-ons. The console lists the USD subtotal and total due before submission.