VMOrbit offers dedicated Apple Silicon physical nodes in Singapore, Tokyo, Seoul, Hong Kong, the US East Coast, and the US West Coast. Don’t choose based on map distance alone. Test from your team’s actual office networks, then evaluate repository access, dependency downloads, and remote graphical interface performance.
There is no fixed order that works for every team. Carriers, cross-border routes, wireless conditions, and office egress can all affect results. Make your final choice using continuous tests from the same device and network.
A strong fit for teams whose primary members are in Southeast Asia and whose project dependencies are concentrated in the region. Before ordering, test latency, jitter, and packet loss during both daytime and evening hours on working days.
Available for testing by teams in Japan and nearby regions. If your work relies heavily on remote graphical interfaces, also assess interaction response, screen refresh, and long-session stability.
A strong candidate for development teams using Korean and nearby network routes. For CI/CD workloads, check the paths separately from the runner to the code repository and artifact storage.
A candidate node for distributed teams across Asia. Routes from different office networks to this node may vary significantly, so each primary work location should run its own tests.
The US directory includes only two nodes: East Coast and West Coast. Teams can test each route based on developer locations and the primary paths to repositories and dependency services.
A strong candidate for teams whose primary members, repository routes, or build dependencies are concentrated toward the US East Coast. When working across the Atlantic or the Americas, also monitor jitter during peak hours.
A strong comparison option for teams whose primary members or engineering dependencies are located toward the US West Coast. For collaboration across Asia and North America, test from both ends instead of using only the manager’s location.
Map distance is only one signal. Put real users, engineering data paths, and interaction methods into one runbook to make a choice you can validate.
List the office locations and network types that connect to the node each day. When users are distributed, rank them by usage frequency and interactive work time—not just by team headquarters.
Check the paths used for cloning, pulling, submodules, and large-file downloads. When CI jobs access repositories frequently, consistent throughput is often more important than the lowest single-trip latency.
Record download directions separately for package managers, SDKs, container images, build caches, and artifact storage to identify which network stages actually consume build time.
SSH is suited to command-line work and automated tasks, while VNC is suited to work requiring the macOS graphical interface. The two connections respond differently to jitter and bandwidth, so test them separately.
VMOrbit does not publish guaranteed latency figures because actual results depend on your network and the route at the time of testing. Use the target address provided in the console.
Review the distribution of repeated round-trip times; do not base your decision on a single minimum value.
Compare changes between consecutive samples, as graphical interface interaction is more sensitive to noticeable fluctuations.
Repeat tests during your main working hours to distinguish occasional fluctuations from persistent route problems.
Perform a repository pull, dependency download, or remote operation to confirm that the measurements match your actual work experience.
Run tests during your team’s normal working hours and during network peak periods. Use the same device, network, and sample count to compare all six nodes consistently.
After switching between wired, wireless, VPN, or office egress connections, treat the results as a new test group rather than combining them directly with the original route.
VMOrbit M4 and VMOrbit M4 Pro are listed as available across all six nodes. The matrix shows catalog availability; actual status and delivery details come from the console in real time and the order confirmation.
| Model and Specifications | Singapore | Tokyo, Japan | Seoul, South Korea | Hong Kong | US East Coast | US West Coast |
|---|---|---|---|---|---|---|
| VMOrbit M4 M4 · 16GB · 256GB SSD | Good Availability | Good Availability | Good Availability | Good Availability | Good Availability | Good Availability |
| VMOrbit M4 Pro M4 Pro · 64GB · 2TB SSD | Good Availability | Good Availability | Good Availability | Good Availability | Good Availability | Good Availability |
M4 with 16GB memory and a 256GB SSD, suited to standard Xcode development, single-project builds, automated testing, and lightweight self-hosted runners.
Choose VMOrbit M4M4 Pro with 64GB memory and a 2TB SSD, suited to large projects, concurrent builds, high-memory experiments, and larger local build caches.
Choose VMOrbit M4 ProTeams across time zones can share the same development environment, but access permissions, handoff details, and build tasks must be documented clearly to prevent simultaneous environment changes.
Record the current owner, authorized members, and emergency backup. Revoke access immediately when a member’s responsibilities change.
Agree on time windows for environment changes, cache cleanup, and large tasks. During handoff, record unfinished builds and resources currently in use.
Give each member an independent access method and rotate SSH keys regularly. Never store private credentials in build logs, chat records, or project repositories.
Limit each runner’s repository scope, define priorities and cancellation conditions for long-running tasks, and clean up work directories and temporary artifacts when tasks finish.
Both models are available across Singapore, Tokyo, Seoul, Hong Kong, the US East Coast, and the US West Coast. Actual availability and delivery details come from the console in real time and the order confirmation.