4 available physical nodes

Choose a Cloud Mac node by latency and working time zone

MacVPSGo currently offers Cloud Mac nodes in Singapore, Tokyo, Seoul, and Hong Kong. Every order includes a dedicated Apple Silicon physical node—not a virtual machine—and all three configurations are available at every location.

This page lists only cities with nodes currently available for order; it does not infer network coverage from a map. Latency ranges are provided for location selection, while actual performance also depends on the developer's network, cross-border routes, repository, and dependency source locations.

4
Available nodes
3
Fixed configurations
365 days
Year-round uptime
NODE REGISTRY Asian build node registry
Directory open
SG
Singapore UTC+8 · Southeast Asia and cross-region collaboration
20~50 ms
JP
Tokyo, Japan UTC+9 · Japan and Northeast Asia workflows
30~60 ms
KR
Seoul, South Korea UTC+9 · Teams in Korea and nearby regions
30~50 ms
HK
Hong Kong UTC+8 · Development collaboration across Asian time zones
20~40 ms
Configuration directory M4 / M4 / M4 Pro All combinations available
Cities currently available

Four available nodes, each serving a different collaboration radius

These nodes are not abstract coverage points—they are the physical locations where orders are delivered. Start with your team's time zones and everyday network paths, then use a short-term order to test VNC, SSH, repository pulls, and dependency downloads.

SG · UTC+8

Singapore node

Ideal for developers in Southeast Asia and for cross-region teams sharing a build location. If your repositories, artifact services, or key collaborators are concentrated in Southeast Asia, test this node first.

Reference latency
20~50 ms
Best for
Southeast Asia and cross-region development
Recommended tests
VNC interaction, dependency downloads, repository pulls
Choose Singapore node
JP · UTC+9

Tokyo node

Designed for development workflows in Japan and Northeast Asia. If your team works in Japan Standard Time, or your repositories, dependency services, and testers are mainly in Japan, Tokyo is a strong first choice for testing.

Reference latency
30~60 ms
Best for
Development teams in Japan and Northeast Asia
Recommended tests
Remote Xcode use, archive uploads, CI callbacks
Choose Tokyo node
KR · UTC+9

Seoul node

Well suited to mobile development teams in South Korea and nearby regions. For members who frequently use remote desktops for Xcode, signing, and archive tasks, pay close attention to interaction latency and session stability.

Reference latency
30~50 ms
Best for
Teams in South Korea and nearby regions
Recommended tests
Keyboard and mouse response, SSH connectivity, build log callbacks
Choose Seoul node
HK · UTC+8

Hong Kong node

Built for development teams collaborating across Asian time zones, especially projects connecting multiple Asian work locations. When choosing a location, evaluate repository access, dependency downloads, and artifact upload paths together.

Reference latency
20~40 ms
Best for
Teams collaborating across Asian time zones
Recommended tests
Repository access, cache hits, artifact uploads
Choose Hong Kong node
Configuration availability matrix

All three configurations are orderable at all four nodes

This matrix shows the relationship between fixed configurations and node locations. Every listed combination is normally available to order; the console's live status is authoritative.

Availability of Go M4 Core, Go M4 Plus, and Go M4 Pro across four available nodes
Available configurations Singapore Tokyo, Japan Seoul, South Korea Hong Kong
Go M4 Core M4 · 16GB · 256GB Available Available Available Available
Go M4 Plus M4 · 24GB · 512GB Available Available Available Available
Go M4 Pro M4 Pro · 64GB · 2TB Available Available Available Available
3 configurations

Fixed configuration directory

No models are added outside the directory. Choose based on build concurrency, unified memory, and local cache capacity.

4 nodes

Same model range

Singapore, Tokyo, Seoul, and Hong Kong all offer the Core, Plus, and Pro configurations.

1:1 node

Dedicated resources per order

Every order is delivered on a dedicated physical node, with no shared virtualized compute resources.

Location selection checklist

Don't rely on geographic distance—decide with real workflows

The developer's location is only the starting point. Repository access, dependency sources, artifact upload targets, and remote desktop usage can all change which node is the best fit.

  1. 01

    Identify the primary users first

    Record the time zones and network locations of developers who use VNC and SSH daily. When frequent graphical interaction is required, keyboard and mouse response is often more important to validate than bulk download speed.

  2. 02

    Check the repository location next

    Test clone, fetch, and submodule pulls with the actual repository. If the project includes many binary dependencies or large files, record the difference between the initial pull and subsequent cache hits.

  3. 03

    Verify dependency and distribution paths

    Test dependency-manager downloads, build-cache reads, archive exports, and TestFlight distribution separately. CI jobs may not depend on desktop responsiveness, but they can be more sensitive to dependency sources and upload paths.

  4. 04

    Validate with a short-term order

    Run a real project for a day or week first, recording connection quality, full build time, cache usage, and artifact upload results. Once the paths are confirmed, decide whether to switch to monthly or quarterly billing.

Heavy desktop use

Prioritize the node with the most stable developer connection, focusing on VNC display quality, keyboard input, clipboard behavior, and session recovery.

Heavy automation use

Measure repository pulls, dependency downloads, cache reuse, and artifact uploads first; treat remote desktop latency as a secondary factor.

Large dependencies and caches

Evaluate source locations, SSD capacity, and cache cleanup policies together. Avoid optimizing connection latency while overlooking total pipeline time.

Start testing with a real project

Create an order directly after choosing a node, configuration, and billing period

The console returns the current availability status. If you're unsure about specifications, compare the three configurations first; if connection or build paths need verification, prepare the test items listed on the support page.