4 Asian data centers

Choose a cloud Mac node for your team and workflow

SetMini currently offers two dedicated Apple Silicon physical Mac configurations in Singapore, Japan (Tokyo), South Korea (Seoul), and Hong Kong. Start with the location closest to your main users and code sources, then consider collaboration time zones, transfer volume, and real-time usage.

Create a cloud Mac View the two plans
Data centers
4 available
Models in directory
2 plans
Node type
Dedicated physical machine
NODE DIRECTORY

Asian Node Directory

All available to order
SG
Singapore Southeast Asian teams and regional collaboration
UTC+8
JP
Japan · Tokyo Japanese and Northeast Asian development teams
UTC+9
KR
South Korea · Seoul Remote development and automated builds in Korea
UTC+9
HK
Hong Kong Cross-region build delivery in Asia
UTC+8
Available configurations SetMini M4 · SetMini M4 Pro

These directory combinations are generally available to order; actual availability is returned in real time by the console.

Node overview

4 data centers, one shared configuration and service scope

Singapore, Tokyo, Seoul, and Hong Kong all offer SetMini M4 and SetMini M4 Pro. Node selection does not change hardware specifications, payment channels, or dedicated access. Compare user location, code and asset transfer paths, working hours, and interaction frequency.

Start with your main users

Prioritize where the developers who use remote access most often are located—not merely where the company is registered.

Then check your data sources

For large repositories, media assets, and build caches that transfer repeatedly, consider both the code host location and the uploader’s network.

Separate interactive work from batch jobs

Frequent graphical-interface work depends more on responsiveness; overnight builds, transcoding, and archiving depend more on task paths and delivery time zones.

Validate with your actual network

Network paths vary by provider, location, and time of day. Run connection and transfer tests from your real work network before and after creating an order.

Four-city nodes

Review each data center by collaboration style

Use these guidelines to narrow your options; they are not fixed latency guarantees. Both configurations are listed for sale in all 4 data centers, with actual creation results returned in real time by the console.

SG
Southeast Asian collaboration

Singapore

UTC+8

Suitable for teams whose primary members are in Singapore, Malaysia, Indonesia, and nearby regions, and for development and build execution serving Southeast Asian operations.

Best for
Remote coding, iOS/macOS builds, automated testing, regional asset processing
Collaboration
UTC+8 makes it easy to share working hours with teams in Hong Kong and handle overnight tasks after handoff from European teams.
Access preparation
Validate remote sessions from your primary office network, then test repository pulls, large-file uploads, and build artifact downloads.
Available models
Base: M4 / 16GB / 256GB; Performance: M4 Pro / 64GB / 2TB
Choose the Singapore node
KR
Korean development teams

South Korea (Seoul)

UTC+9

Suitable for Korean teams running remote development, continuous integration, release archiving, and automated builds, with easy same-day review of failed output by local members.

Best for
Remote development, Runner jobs, command-line archiving, automated testing, and build-log checks
Collaboration
UTC+9 suits Korean teams handling build issues together and makes collaboration with the Tokyo node’s time zone straightforward.
Access preparation
Check long-lived connection stability, code-hosting paths, and artifact upload targets from your office network before deciding the balance between interactive and batch work.
Available models
Base: M4 / 16GB / 256GB; Performance: M4 Pro / 64GB / 2TB
Choose the Seoul node
HK
Cross-region delivery in Asia

Hong Kong

UTC+8

Suitable for teams distributed across multiple Asian regions that need centralized remote development and build delivery, as well as workflows that frequently return archives and test results.

Best for
Cross-region remote development, build delivery, media batch processing, centralized artifact archiving
Collaboration
UTC+8 covers common working hours for teams in Hong Kong, Singapore, and nearby regions, while remaining one hour behind Tokyo and Seoul.
Access preparation
Validate connectivity from the networks used by your main members; do not use a single location’s test results to represent the whole team’s experience.
Available models
Base: M4 / 16GB / 256GB; Performance: M4 Pro / 64GB / 2TB
Choose the Hong Kong node
Directory status

4 data centers × 2 configurations, all available to order

This matrix shows the current product directory, not a time-stamped capacity snapshot. All directory combinations are marked “Available”; actual availability at order creation is returned in real time by the console.

SetMini two-configuration availability across Singapore, Tokyo, Seoul, and Hong Kong
Data center Time zone SetMini M4
M4 / 16GB / 256GB		 SetMini M4 Pro
M4 Pro / 64GB / 2TB		 Order
SingaporeSG UTC+8 Available Available Preselect Singapore
Japan (Tokyo)JP UTC+9 Available Available Preselect Tokyo
South Korea (Seoul)KR UTC+9 Available Available Preselect Seoul
Hong KongHK UTC+8 Available Available Preselect Hong Kong
Regional availability

99.9% service target, verified against continuous records

SetMini applies the same 99.9% availability standard across all 4 data centers. Nodes operate normally 365 days a year; service events, user actions, network paths, and force majeure are assessed separately under the service terms.

  • Measurement basis Assessment is based on the physical node and service records linked to the order; averages from other data centers do not replace an individual order record.
  • Records covered The console retains order-related service information. For verification, submit the order number, node, event time, and error output.
  • Assessment process Once the application meets the conditions specified in the service terms, it is handled according to the scope, exceptions, and deadlines defined there.
View the service terms View status and troubleshooting
Availability target 99.9%
One standard across 4 data centers
Status over the past 90 days Shown in three consecutive 30-day periods
Operating normally Order-level records are shown in the console
Service scope
SG · JP · KR · HK
Event verification
Order number + node + event time
Application handling
Handled under the service terms once conditions are met
Selection guide

Choose a node in 4 steps

Do not treat a single test on a marketing page as a long-term conclusion. Apply your team’s real network, project data volume, and working hours to the four steps below to narrow the choice to one primary node and one backup.

  1. 01

    Identify where your main users are located

    List the members who use the macOS graphical interface or command line each day, rather than only those who occasionally check build results. When main users are concentrated in Southeast Asia, test Singapore first; for users concentrated in Japan or Korea, prioritize Tokyo or Seoul respectively. When members span several Asian regions, include Hong Kong among your first choices.

    Input
    Member locations, office networks, remote usage time
    Output
    Two candidate data centers
  2. 02

    Check code and asset transfer volume

    Small code repositories and large media assets take different paths. Record the data volume for the initial pull, dependency downloads, cache restoration, archive uploads, and final-artifact transfers. If large assets move every day, test candidate nodes from the actual upload locations instead of checking only page-load speed.

    Input
    Repository size, dependency cache, asset and archive size
    Output
    Primary data path
  3. 03

    Separate interactive use from automated jobs

    If developers spend long periods in graphical interfaces, debuggers, and remote editors, prioritize session stability, input response, and reconnection behavior. If the main workloads are CI, transcoding, rendering, or overnight archiving, prioritize task dependencies, artifact targets, and failure handoff procedures.

    Input
    Interactive time, batch-work ratio, failure-handling method
    Output
    Interaction-first or task-first
  4. 04

    Build collaboration time zones into handoffs

    Singapore and Hong Kong at UTC+8 share convenient working hours; Tokyo and Seoul at UTC+9 suit synchronized work by Japanese and Korean teams. Cross-time-zone teams should define who starts jobs, checks failed output, and collects artifacts, then record handoff details in build logs so the workflow does not stall after choosing the right node.

    Input
    Working hours, handoff window, result recipient
    Output
    Primary node and collaboration rules
Still unsure?

Start with the node closest to your main users, then complete a full validation using a real repository, actual office network, and regularly used remote client. Network paths change, so SetMini does not guarantee a fixed latency value.

View connection requirements
Next step

Choose a data center, then configure your dedicated physical Mac

Both configurations are available in Singapore, Tokyo, Seoul, and Hong Kong. Orders are settled in USD, and actual availability of directory combinations is returned in real time by the console.

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