Cross-Region Deployment Paths

Test Your Connection Path Before Choosing a Cloud Mac Node

DPLYMAC currently offers 5 nodes in Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, and the U.S. East Coast. Every order maps to one dedicated physical machine—not a virtual machine. When choosing a location, check team timezones, repository location, dependency routes, and real build time—not just geographic distance.

Rent a Cloud Mac Now View Configurations & Pricing
Available Nodes
5 regions
Physical Resources
1 order = 1 machine
Operating Schedule
365 days of continuous operation
REGION RELAY BOARD

Cross-Timezone Build Handoff

DPLY-05
UTC+8
Singapore Southeast Asia collaboration and cross-border builds
SG
UTC+9
Japan (Tokyo) Japan and Northeast Asia development tasks
JP
UTC+9
South Korea (Seoul) Korean teams and local dependency routes
KR
UTC+8
Hong Kong South China, Hong Kong, Macau, and cross-border development
HK
UTC−5/−4
U.S. East Coast North American dependencies and asynchronous CI queues
US-E
Selection Criteria Median latency → jitter → real build time
Selection Method

Break node selection into four verifiable conditions

The lowest ping does not always mean the shortest delivery time. Builds also involve code pulls, dependency downloads, signing, artifact uploads, and notification callbacks. First identify where your main users and critical dependencies are located.

Primary Access Cities

Test all 5 nodes from each real office network. Do not rely on a mobile hotspot or temporary proxy as your only basis. Cross-border teams should retest from every major office location.

Record
Median latency, jitter, packet loss
Pass Criteria
Stable and repeatable interaction

Team Work Timezones

For interactive development, stay close to members who are online during the day. For overnight automated builds, hand tasks to the next timezone to reduce developer wait time.

Record
Commit peaks and acceptance windows
Pass Criteria
Someone is available when the build finishes

Repository Location

Pull and submodule update times for the same project can vary significantly by node. Testing should include full clones, incremental pulls, dependency restoration, and artifact uploads.

Record
Clone, cache restoration, and upload time
Pass Criteria
Stable primary repository route

CI Dependency Services

Include package mirrors, object storage, test APIs, and release targets in the route. Testing only remote desktop access while ignoring dependencies will underestimate full pipeline time.

Record
Dependency response and retry behavior
Pass Criteria
No sustained timeouts from critical services
Five-Node Task Profiles

Choose by Team Routes, Not Straight-Line Map Distance

Use these recommendations to narrow your first test round. Make the final choice using your own fixed network, real repository, and complete build process.

SG · UTC+8

Singapore Node

Suitable for Southeast Asian teams, cross-border collaboration, and builds targeting Singapore-based dependency services. Test from Singapore, Hong Kong, Shenzhen, and each team’s actual office city.

Test First
Singapore, Hong Kong, Shenzhen
Best For
Southeast Asian development, dependency downloads, regional CI
Verify
Cross-border jitter, repository cloning, artifact return
Do Not Judge Only By
A single lowest ping
JP · UTC+9

Japan (Tokyo) Node

Built for Japan Mac server and Tokyo Cloud Mac use cases, supporting Xcode builds, testing, and continuous integration for teams in Japan and Northeast Asia.

Test First
Tokyo, Seoul, Shanghai
Best For
Development for Japanese teams, Northeast Asian builds, release preparation
Verify
Repository pulls, dependency caching, upload routes
Recommended Method
Compare daytime work and overnight builds
KR · UTC+9

South Korea (Seoul) Node

Suitable for Korea Mac server needs, daily development by Seoul teams, and automated testing and build queues that depend on local Korean services.

Test First
Seoul, Tokyo, Shanghai
Best For
Korean team development, local API testing, CI execution
Verify
Dependency response, graphical sessions, build retries
Recommended Method
Retest on a fixed office network
HK · UTC+8

Hong Kong Node

Suitable for teams in South China, Hong Kong, and Macau testing cross-border connectivity, as well as remote development tasks that need fast handoff during UTC+8 work hours.

Test First
Hong Kong, Shenzhen, Shanghai
Best For
South China collaboration, graphical development, short-cycle builds
Verify
Peak-hour jitter, file sync, session recovery
Recommended Method
Run one round during the day and one at night
US-E · UTC−5/−4

U.S. East Coast Node

Suitable for teams in the North American Eastern timezone or near local code hosts and dependency services, and for asynchronous CI handoffs after Asian teams submit overnight.

Test First
New York, Frankfurt, team office locations
Best For
North American dependencies, asynchronous pipelines, artifact processing
Verify
Repository routes, object storage, return time
Recommended Method
Compare total time across the full pipeline
Standardized Latency Samples

Median Ping from 9 Test Cities to 5 Nodes

Samples use fixed business broadband at each test location, sending 20 consecutive requests from 10:00–12:00 on local business days and taking the median. Values are in milliseconds and only narrow the first-round candidates; retest on your own network before making the final choice.

Median of 20 pings from test cities to nodes in Singapore, Tokyo, Seoul, Hong Kong, and the U.S. East Coast
Test City Singapore SG Tokyo JP Seoul KR Hong Kong HK U.S. East Coast US-E
Beijing 92 ms 56 ms 63 ms 39 ms 181 ms
Shanghai 78 ms 42 ms 48 ms 31 ms 174 ms
Shenzhen 45 ms 62 ms 71 ms 18 ms 188 ms
Hong Kong 37 ms 52 ms 61 ms 8 ms 181 ms
Tokyo 68 ms 8 ms 34 ms 49 ms 151 ms
Seoul 74 ms 31 ms 7 ms 58 ms 168 ms
Singapore 7 ms 72 ms 80 ms 39 ms 212 ms
Frankfurt 164 ms 235 ms 224 ms 184 ms 92 ms
New York 229 ms 168 ms 180 ms 211 ms 12 ms
Cross-Border Low-Latency Workflow

Lock In Your Production Node After Three Validation Rounds

Each step has inputs, actions, completion criteria, and a fallback point. Do not move your full CI queue after a single ping test.

  1. 01

    Test the Local Network First

    From each main office, use a fixed network to run consecutive tests on all 5 nodes, recording median latency, peak variation, and packet loss.

    Input
    Primary office networks and test windows
    Completion Criteria
    At least two repeatable sample sets
    Fallback
    Retest after changing networks
  2. 02

    Compare Median Latency and Jitter

    Keep two candidates from the 5 nodes, covering both normal work hours and build peaks. Focus on stable ranges, not a single minimum value.

    Input
    Complete results from 20 requests
    Completion Criteria
    Select a primary and backup candidate
    Fallback
    Compare again across a wider sampling window
  3. 03

    Run a Real Repository Build

    Using the same commit, dependency lockfile, and cache strategy, complete cloning, building, testing, and artifact uploads on both candidate nodes.

    Input
    Reproducible repository and build commands
    Completion Criteria
    Total time and logs are verifiable
    Fallback
    Switch to the backup node and continue validation
Recommended Decision Order Stable connection → reachable dependencies → total build time → team handoff timezone
View Connection & Testing Guide
Catalog Coverage & Ordering

Two Configurations Cover All 5 Available Nodes

Every combination in the catalog is marked “Available.” Actual availability, device details, and delivery results are returned in real time by the console; specific delivery times are not promised on this page.

Coverage of 2 DeployMac dedicated physical machine configurations across 5 nodes
Available Configuration Singapore Japan (Tokyo) South Korea (Seoul) Hong Kong U.S. East Coast
DeployMac M4 M4 · 16GB · 256GB Available Available Available Available Available
DeployMac M4 Pro M4 Pro · 64GB · 2TB Available Available Available Available Available
Entry Configuration DeployMac M4

M4, 16GB RAM, 256GB SSD—ideal for short tasks, light builds, and single-project development.

High-Memory Configuration DeployMac M4 Pro

M4 Pro, 64GB RAM, 2TB SSD—ideal for concurrent tasks, large projects, and memory-intensive experiments.

Billing Methods All billing in USD

Supports USDT-TRC20 and Visa / Mastercard / Amex (via Stripe). Actual available gateways are returned by the console.

Start Deployment

Take Your Candidate Node to the Configuration Page

Choose DeployMac M4 or DeployMac M4 Pro, then confirm the rental term, node, and additional storage. If the connection path is not yet confirmed, read the testing guide and retest on a fixed network first.

Configure & Order Compare the Two Configurations