Singapore
Southeast Asia access direction
Cross-Region Node Routing
6 Cloud Mac Nodes—Choose by Real Access Path
OpsVM offers Cloud Mac dedicated physical machines in Singapore, Tokyo, Seoul, Hong Kong, the US East Coast, and the US West Coast. Each order corresponds to one physical node, not a virtual machine. Teams can choose a region based on office networks, code repositories, artifact storage, and target markets.
- Available Nodes
- 6 regions
- Available Configurations
- 3 physical machine tiers
- Operating Model
- 365 days of normal operation
Region Directory
APAC 4 · US 2
Node relationships show the directory and access direction, not guaranteed latency. Make the final choice based on retesting from your actual office network.
SG
JP
KR
HK
US-E
US-W
Node Overview
6 fixed regions—start with the access direction
The same model offers identical chip, memory, storage, and billing terms in every region. Regional differences mainly come from the network path between your team and the node, plus the locations of repositories, dependency sources, and artifact destinations.
Japan (Tokyo)
Japan and East Asia access direction
South Korea (Seoul)
South Korea and Northeast Asia access direction
Hong Kong
South China and Southeast Asia access direction
US East Coast
North America East Coast and Western Europe access direction
US West Coast
North America West Coast access direction
Asia-Pacific Nodes
Four directions covering East and Southeast Asian development paths
Start by filtering for your team’s primary office locations, then check whether repository pulls, dependency downloads, device testing, and artifact uploads cross unnecessarily long network paths.
SG
Southeast Asia
Singapore
Best for teams whose main members are in Southeast Asia, or whose releases, dependency mirrors, and artifact storage are concentrated in that direction. Test remote Xcode sessions and CI uploads separately; a single browser speed test is not enough.
- Check First
- The peak-hour route from the office network to the node
- Typical Workflows
- Swift development, automated testing, regional releases
- Selection Boundary
- If most of the team is in Northeast Asia, retest both Tokyo and Seoul
JP
Tokyo
Japan (Tokyo)
Best for development in Japan, releases targeting the Japanese market, and Xcode build jobs that run continuously in the East Asia time zone. Pay particular attention to interactive-session jitter and large artifact transfer speeds.
- Check First
- SSH round-trip time and graphical input response
- Typical Workflows
- Daily development, signing checks, artifact exports
- Selection Boundary
- If the repository is in another region, also test cloning and cache downloads
KR
Seoul
South Korea (Seoul)
Best for teams in South Korea, Northeast Asian collaboration, and automated builds. If your workflow frequently downloads dependencies or uploads test packages, record total task time alongside individual ping results.
- Check First
- Persistent connection stability and packet loss
- Typical Workflows
- Parallel testing, continuous integration, version validation
- Selection Boundary
- Cross-region collaborators should retest separately from their own networks
HK
Hong Kong
Hong Kong
Best for cross-border development between South China and Southeast Asia, and for builds that need to stay close to regional repositories and artifact services. Routes can vary significantly by carrier, so record wired and Wi-Fi results separately.
- Check First
- Your team’s actual carrier route across regions
- Typical Workflows
- Remote development, code synchronization, automated processing
- Selection Boundary
- Do not use mobile-network results as a substitute for a fixed office network
US Nodes
Two cross-time-zone paths—without inventing extra cities
The US East Coast and US West Coast are two separate available regions. Choose based on the overall locations of collaborators, repositories, testing services, and release targets—not just the lowest latency for one team member.
US-E
North America East Coast
US East Coast
Best for teams whose members, repositories, or release systems are mainly located on the US East Coast or in Western Europe. Cross-time-zone pipelines can continue running tests, signing checks, and artifact generation after the team goes offline.
- Verify median SSH latency and packet loss from the US East Coast office network.
- Measure the time required to fully clone the repository and restore dependency caches.
- Record average artifact upload speed and failed-upload retries to the target release path.
US-W
North America West Coast
US West Coast
Best for teams whose collaborators, code services, or target markets are mainly on the North America West Coast, and for relay builds between Asia-Pacific and North America. The US West Coast is offered as one region and is not split into other available nodes.
- Test real office networks for both Asia-Pacific and US West Coast team members.
- Compare how interactive Xcode use and unattended CI tolerate latency differently.
- Retest during the target CI window instead of collecting data only during low-load periods.
Latency Test Log
Don’t estimate ping—record verifiable results using one method
This table is a template for measured results. Cells without real network samples are marked “Not tested”; no figures are generated from geographic distance. After testing, save the date, network environment, sample count, median, and packet-loss rate.
| Access Location | Singapore | Japan (Tokyo) | South Korea (Seoul) | Hong Kong | US East Coast | US West Coast |
|---|---|---|---|---|---|---|
| Singapore office network | Not tested | Not tested | Not tested | Not tested | Not tested | Not tested |
| Tokyo office network | Not tested | Not tested | Not tested | Not tested | Not tested | Not tested |
| Seoul office network | Not tested | Not tested | Not tested | Not tested | Not tested | Not tested |
| Hong Kong office network | Not tested | Not tested | Not tested | Not tested | Not tested | Not tested |
| US East Coast office network | Not tested | Not tested | Not tested | Not tested | Not tested | Not tested |
| US West Coast office network | Not tested | Not tested | Not tested | Not tested | Not tested | Not tested |
Use a Consistent Test Entry Point
Use the same office device, access method, and network egress. Disable temporary proxies that could change routing, and record whether the connection is wired, Wi-Fi, or mobile.
Collect a Complete Sample
Collect 20 consecutive samples for each candidate node, rather than keeping only the lowest value. Record the median, maximum variation, and packet-loss rate.
Retest Real Tasks
Add SSH login, repository cloning, dependency downloads, test builds, and artifact transfers. Ping shows only the round-trip path; it cannot replace workflow timing.
Cover the Target Time Windows
Test at least once during normal development hours and once during the target CI window. Cross-region routes change with carrier routing and time of day, so one result is not enough to choose a region.
Node Selection Method
Narrow the region first, then validate with complete tasks
The shortest geographic distance is not always the best workflow. Routing, repository location, dependency caches, artifact storage, and collaborator distribution can all change the final result.
-
01
Filter by Team Location
List where members who need graphical remote access, SSH operations, and build-log monitoring are located. Members with the most frequent interaction should get the most stable route.
-
02
Check Code and Dependency Paths
Record the locations of code repositories, dependency mirrors, and cache services. For cold-start pipelines, cloning and dependency restoration may take longer than compilation itself.
-
03
Check Artifacts and Target Markets
Confirm where test packages, archives, and automated-processing results are ultimately uploaded. When large files frequently cross regions, include throughput and failed-transfer retries in the comparison.
-
04
Compare Like-for-Like Measurements
Run the same commands, use the same repository, and perform the same build task on candidate nodes. Record median latency, packet loss, total task time, and interactive experience.
Regional Order Entry Points
Once the direction is clear, enter the matching region
Each of the 6 entry points explains its region’s access direction. Actual availability is returned live by the console; when ordering, you still need to select a model, term, and any required add-ons.
SG
JP
KR
HK
US-E
US-W
Singapore Node
For Southeast Asia access
Tokyo Node
For Japan and East Asia access
Seoul Node
For South Korea and Northeast Asia access
Hong Kong Node
For South China and Southeast Asia access
US East Coast Node
For North America East Coast and Western Europe access
US West Coast Node
For North America West Coast access
Model and Node Matrix
All 3 configurations cover all 6 nodes
The matrix shows only available catalog combinations. OpsVM M4 Core, OpsVM M4 Plus, and OpsVM M4 Pro can be ordered in all 6 regions, with availability consistently listed as “Available.”
| Model and Configuration | Singapore | Japan (Tokyo) | South Korea (Seoul) | Hong Kong | US East Coast | US West Coast |
|---|---|---|---|---|---|---|
| OpsVM M4 Core M4 · 16GB · 256GB | Available | Available | Available | Available | Available | Available |
| OpsVM M4 Plus M4 · 24GB · 512GB | Available | Available | Available | Available | Available | Available |
| OpsVM M4 Pro M4 Pro · 64GB · 2TB | Available | Available | Available | Available | Available | Available |
Testing Guide
Retest on the Real Office Network and During the Target CI Window
Network results are affected by carrier routing, access method, cross-region links, time of day, and local network load. Node directions narrow the candidate list but do not guarantee fixed network results. Before committing to a long-term workflow, retest on the networks your team actually uses and complete at least one repository clone, dependency restore, test build, and artifact transfer.
Record the Test Date
Record the Carrier and Access Method
Save the Sample Count and Median
Save Packet Loss and Total Task Time
Once the node direction is confirmed, configure a dedicated physical machine
Choose one of the 3 available models, the rental term, and the region. All nodes operate normally year-round, 365 days a year; actual availability is returned live by the console.