3 plans · 4 terms

Compare plans and fixed prices, then rent a cloud Mac

Every plan includes a dedicated Apple Silicon physical node with no shared compute resources and no virtualization. This catalog includes only VPSGit M4 Core, VPSGit M4 Plus, and VPSGit M4 Pro, starting at $19.5/day.

Delivery-ready

Available plans

Live console confirmation

VPSGit M4 Core

M4 · 16GB · 256GB, ideal for single Xcode builds, automated testing, and everyday remote development.

$19.5/day

VPSGit M4 Plus

M4 · 24GB · 512GB, ideal for continuous builds, cache reuse, and medium-scale MLX experiments.

$41.7/day

VPSGit M4 Pro

M4 Pro · 64GB · 2TB, ideal for memory-intensive inference, parallel pipelines, and large media workloads.

$60.9/day
Dedicated physical node 6 locations Billed in USD Delivered in about 4 minutes
Fixed-term pricing

Three plans without guessing your bill from a vague starting price

Each card shows daily, weekly, monthly, and quarterly pricing. Selecting a model carries that plan into checkout; available locations and inventory are confirmed live by the console.

Light builds

VPSGit M4 Core

Ideal for temporary debugging, single Xcode builds, automated testing, and routine remote development.

$19.5 /day
ChipM4
Unified memory16GB
Local SSD256GB
Weekly$52.6
Monthly$97.4
Quarterly$264.9
Memory-intensive workloads

VPSGit M4 Pro

Ideal for 64GB unified-memory workloads, parallel pipelines, large MLX models, and media processing.

$60.9 /day
ChipM4 Pro
Unified memory64GB
Local SSD2TB
Weekly$164.4
Monthly$304.4
Quarterly$828
Hardware comparison

Choose by working set, concurrency, and storage needs

Memory determines how many build processes or model weights you can keep active at once; SSD capacity determines local space for dependency caches, model files, and media assets. All six locations are available across the three plans.

VPSGit cloud Mac hardware specifications and recommended workloads
Comparison VPSGit M4 Core VPSGit M4 Plus VPSGit M4 Pro
Chip M4 M4 M4 Pro
Unified memory 16GB 24GB 64GB
Local SSD 256GB 512GB 2TB
Best for Single Xcode builds, single-project testing, remote development Continuous builds, larger dependency caches, medium-scale MLX inference Memory-intensive MLX, parallel builds, media processing, and large working sets
Recommended concurrency Run one heavy build at a time; queue lightweight checks sequentially Separate build and test queues; limit simultaneous memory-intensive jobs Isolate concurrency by project or pipeline and monitor unified-memory pressure
Available locations Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, US East, US West Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, US East, US West Singapore, Japan (Tokyo), South Korea (Seoul), Hong Kong, US East, US West

Choose a location based on your developers, code repository, dependency sources, and end users. Catalog combinations can be ordered; live availability is confirmed by the console.

Add-ons

Expand storage or link devices with Thunderbolt 5

Add-ons use the same term as the host. Storage upgrades suit dependency caches, model files, and media assets; Thunderbolt 5 linking is priced per device for workflows that specifically need high-speed connectivity between devices.

Storage upgrade

+1TB SSD

Expand local space for Xcode caches, model files, proxy media, and build artifacts.

Daily
$2.3
Weekly
$6.3
Monthly
$11.7
Quarterly
$31.8
Storage upgrade

+2TB SSD

Keep multiple model versions, large media projects, or longer-term build caches on hand.

Daily
$4.6
Weekly
$12.6
Monthly
$23.4
Quarterly
$63.6
Device connectivity

Thunderbolt 5 link (per device)

Choose this only when your workload genuinely needs high-speed device-to-device connectivity; ordinary builds and remote development usually do not require it.

Daily
$1.5
Weekly
$4.1
Monthly
$7.5
Quarterly
$20.4
Renting, buying, or sharing resources

Compare procurement time, maintenance effort, and resource boundaries in one table

For tasks lasting days or weeks, delivery speed and exit cost often matter more than hardware ownership. For long-term use, weigh the rental term, purchase cost, and team maintenance time together.

VPSGit rental, owned hardware, and shared VM workflows compared
Comparison dimension VPSGit rental Owned hardware Shared VM
Cost structure Rent at fixed daily, weekly, monthly, or quarterly prices and choose a term for the task window Pay upfront for equipment, networking, power, space, and ongoing maintenance Usually billed by shared-resource tier; verify contention and limits
Delivery After payment confirmation, system, network, and access credentials are configured in about 4 minutes Requires procurement, delivery, cabling, system installation, and remote-access setup Usually provisions quickly, but available hardware capability depends on the virtualization platform
Dedicated access Dedicated Apple Silicon physical node, not a VM Team-owned equipment is used and managed by the team Compute hosts are shared with other tenants; the platform defines resource boundaries
Maintenance effort VPSGit handles core node operation; your team handles its environment, account boundaries, and backups The team handles hardware, networking, systems, remote access, and incident response The platform maintains the infrastructure, but system permissions and hardware capability may be limited
Upgrade flexibility Choose a new model, location, and add-ons for each new term Upgrades usually require additional or replacement hardware You can switch platform tiers, but this is not equivalent to a dedicated physical node
Term selector

Choose a term for the task window instead of guessing long-term usage

Choose a term to see the corresponding recommendation. The four terms do not change the hardware; they change the order coverage period and fixed price.

01

Daily: temporary debugging and short tasks

Ideal for reproducing a build issue, validating an Xcode toolchain, testing the remote desktop experience, or running short inference jobs. Export artifacts and revoke temporary access before the term ends.

02

Weekly: sprints and experiment windows

Ideal for a release sprint, Runner scaling, focused testing, or a time-boxed MLX experiment. Freeze the environment on day one and export data on the final day.

03

Monthly: continuous builds and team development

Ideal for a stable self-hosted Runner, ongoing dependency-cache maintenance, or a team remote development machine. Establish account rotation, cache cleanup, and scheduled backup rules.

04

Quarterly: stable team resources

Ideal for teams with known users, fixed pipelines, and stable location preferences. Confirm capacity, storage upgrades, handover responsibilities, and migration plans before the term ends.

Billing and payments

All prices are billed in USD

We support USDT-TRC20 and Visa / Mastercard / Amex via Stripe. The checkout backend confirms the gateways available at payment time; orders and renewals both start in the console.

  • The host and add-ons use the same term; different billing cycles cannot be mixed.
  • Before submitting, the order lists the model, location, term, add-ons, and total due.
  • Changing the model or location requires a new order and fresh confirmation of catalog and live availability.
  • Before renewal, check which data, account permissions, and build caches still need to be retained.
Order checklist USD
Model
Choose from the three-plan catalog
Term
Day / week / month / quarter
Location
One of six catalog locations
Expansion
SSD or Thunderbolt 5
Payment
USDT-TRC20 or bank card
Delivery
About 4 minutes after payment confirmation
Plan selection FAQ

Separate concurrency, model, storage, and location decisions

Identify the heaviest resource requirement first, then choose a model. Do not use a longer term to compensate for insufficient memory or storage, and do not choose a location based only on geographic distance.

Which plan should I choose for Xcode build concurrency?

For a single project and one heavy build, start with VPSGit M4 Core. When builds, tests, and dependency-cache tasks run together, choose the 24GB VPSGit M4 Plus. For multiple pipelines or working sets clearly above 24GB, choose the 64GB VPSGit M4 Pro and split queues by project to avoid simultaneous contention between memory-intensive jobs.

How do MLX model sizes map to 16GB, 24GB, and 64GB?

Estimate total memory for model weights, runtime caches, and input batches rather than looking only at model-file size. Use 16GB for small validation tasks; consider 24GB for more context or larger batches; choose 64GB for memory-intensive models, multiple resident processes, or parallel experiments. Monitor memory pressure and swapping after launch, then adjust batch size and concurrency.

When should I add a 1TB or 2TB SSD?

Estimate system files, toolchains, dependency caches, model files, media, and outputs separately, leaving room for cleanup. Choose +1TB SSD when build caches or a model collection exceed the base disk budget; choose +2TB SSD for multiple large model versions, long-running media assets, or caches for multiple projects. Keep important data in a separate backup.

Does a typical CI/CD workflow need Thunderbolt 5 linking?

Usually not. Standard Git pulls, builds, tests, remote desktop sessions, and result transfers do not require device linking. Add Thunderbolt 5 per device only when the workflow explicitly needs high-speed connectivity between multiple devices and the application can use it.

How should I choose among the six locations?

Singapore, Japan (Tokyo), South Korea (Seoul), and Hong Kong cover different Asia-Pacific collaboration zones; US East and US West suit teams, repositories, or service dependencies in those regions. Test network jitter, remote desktop responsiveness, and dependency download paths before ordering. Distance is only one factor—also consider your code repository, artifact storage, and team time zones.

Ready to order

Choose your model, term, and location, then configure your order

All three plans provide dedicated Apple Silicon physical nodes. Rent daily, weekly, monthly, or quarterly; after payment confirmation, delivery takes about 4 minutes.