Choose from three fixed configurations with daily, weekly, monthly, or quarterly rental terms. Every order provides a dedicated Apple Silicon physical machine—CPU, memory, and system disk are not shared with other tenants, and this is not a virtual machine.
Built for daily multi-project development, parallel CI, and team workflows that need a larger dependency cache.
Prices are calculated per physical node. Choose a configuration based on memory and concurrency, then select a term based on task duration. All prices shown are fixed USD prices.
Ideal for temporary signing, single-project archiving, lightweight automation, and short-term validation environments.
Ideal for multi-project development, larger dependency caches, and multiple CI jobs running in parallel through a queue.
Built for large-model inference, high-concurrency builds, large workspaces, and workloads that need to retain build caches long term.
Build time depends on more than the processor. Project count, dependency size, simulator count, archive concurrency, and cache retention all affect the real-world experience. Use the recommendations below as practical starting points for common tasks.
Choose Go M4 Core. It is suited to temporary fixes, certificate checks, archiving a single scheme, and low-frequency self-hosted runners.
Choose Go M4 Plus. Its 24GB of memory and 512GB SSD provide practical headroom for multiple repositories, dependency caches, and parallel jobs.
Choose Go M4 Pro. Its 64GB of memory suits larger models, more parallel jobs, and pipelines that need to retain substantial build artifacts.
When a workload depends on real Apple Silicon, requires administrator access, or needs a self-hosted runner running long term, resource boundaries and delivery speed are often more important than a single hardware quote.
| Comparison criteria | Rent from MacVPSGo | Own hardware | Shared VM |
|---|---|---|---|
| Cost structure | Choose daily, weekly, monthly, or quarterly terms and pay according to the ordered configuration | Pay for the equipment upfront, then continue covering networking, power, and management costs | Usually billed per instance, but resource boundaries and performance conditions must be checked individually |
| Delivery speed | Select the configuration, node, and term in the console, then submit your order | Requires purchasing, shipping, cabling, system initialization, and remote-access setup | Provisioning is often quick, but may not meet requirements for a real physical node and dedicated resources |
| Resource exclusivity | The entire Apple Silicon physical node is dedicated to a single order | Your own equipment is dedicated to you | Depends on the service architecture; compute or storage resources may be shared |
| Management burden | The platform delivers the physical node and basic connectivity; you manage your project environment | Your team handles hardware, networking, power, and remote access from another location | Less underlying infrastructure work, but permissions, performance, and system capabilities may be limited |
| Upgrade flexibility | Choose again from three plan configurations and rental terms for future tasks | Upgrading usually means purchasing new equipment or replacing components | Instance size may be adjustable, but confirm that resources are truly dedicated |
| Best for | Xcode cloud builds, iOS CI, remote development, and Apple Silicon inference | Teams with a fixed long-term workspace and local operations capabilities | General short-term testing that does not require dedicated physical resources |
Add-ons are billed per host and must use the same term as the host. When ordering, select only the capacity or interconnect capability your current workload actually needs, rather than retaining expansion resources for temporary files long term.
Expand available space for DerivedData, dependency caches, build artifacts, and model files.
Ideal for multiple large repositories, long-term build caches, substantial archive artifacts, or high-capacity inference workloads.
Priced per device, this suits workloads that clearly require high-speed coordination between devices. Confirm the workload topology before ordering.
Before submitting, review the plan, term, node, and add-ons line by line. The example below uses only Go M4 Core monthly plus +1TB SSD monthly pricing; it does not combine conditions from different orders into an ambiguous bundle.
Remote desktop performance depends on more than the developer’s location. Also consider your code repository, dependency sources, post-build service targets, and team collaboration time zones. Narrow the options based on the primary operator, then decide using real network tests.
A strong fit for Southeast Asian teams, cross-region development collaboration, and build workflows that primarily depend on services in Southeast Asia.
A strong fit for development teams in Japan and Northeast Asia, as well as projects whose repositories, dependency sources, or delivery targets are primarily in Japan.
A strong fit for teams in South Korea and nearby regions, especially projects that need build tasks to run continuously within the local working time zone.
A strong fit for development teams collaborating across Asian time zones. Test based on developer networks, repository location, and dependency sources.
There are two payment methods. When you submit an order, the actually available gateway is determined by the console response; other payment methods are not offered on this page.
Visa, Mastercard, and Amex processed through Stripe are supported. Order amounts are displayed and billed in USD.
Pay with USDT-TRC20. Check the network and amount against the order page before proceeding.
Start the ordering process by selecting one of the three configurations, a rental term, and a node in Singapore, Tokyo, Seoul, or Hong Kong. Add SSD or Thunderbolt 5 interconnects if needed. Configuration and node availability are based on the console’s real-time response.