Hardware, desktops & workflows

See the
Mac mini

Rent a dedicated physical Mac mini by the day—not a virtual machine. Compare locations, desktop workspaces, and build workflows to find the right model.

Device outlines and interface views on this page are illustrative. They are not data center photos, remote desktop screenshots, or performance test results.

Rent a Cloud Mac Compare models & pricing
MAC MINI / LOCATION DIRECTORY
What you get One order
one physical machine
Dedicated CPU, memory, and storage
SG Singapore JP Japan (Tokyo) KR South Korea (Seoul) HK Hong Kong
Actual model and location availability is shown in real time in the console.
Location directory / 04

Four locations to match your team

XV M4 Runner and XV M4 Studio are listed in the order catalog for all four locations below. Location codes identify regions, not individual machine serial numbers. Check the console for real-time model and location availability.

SG
Rack layout illustration
LOCATION 01 / SG

Singapore

A good option for teams in Southeast Asia to evaluate. Test the remote desktop connection from your team’s actual location before deciding whether to pin CI builds here.

Models in catalog: XV M4 Runner, XV M4 Studio. Illustration, not an actual rack photo.

UTC+8 · Southeast Asia
JP
Rack layout illustration
LOCATION 02 / JP

Japan (Tokyo)

For development teams in Japan and nearby regions. If you need to debug in the Simulator on a graphical desktop, test the connection from your team’s actual network first.

Models in catalog: XV M4 Runner, XV M4 Studio. Illustration, not an actual rack photo.

UTC+9 · East Asia
KR
Rack layout illustration
LOCATION 03 / KR

South Korea (Seoul)

For workloads serving South Korea and Northeast Asia. Run automated builds at the location, then check the logs over SSH.

Models in catalog: XV M4 Runner, XV M4 Studio. Illustration, not an actual rack photo.

UTC+9 · Northeast Asia
HK
Rack layout illustration
LOCATION 04 / HK

Hong Kong

Compare connection routes for teams collaborating across South China and Southeast Asia. For interactive work, check desktop responsiveness; for batch builds, review task logs and completion times.

Models in catalog: XV M4 Runner, XV M4 Studio. Illustration, not an actual rack photo.

UTC+8 · South China & Southeast Asia

This page shows the location directory and illustrative hardware layouts. It does not include unverified data center photos or specific rack numbers. Choose a location based on your own connection tests and the availability shown in the console.

Graphical desktop / workspace illustration

What can you do once connected?

These three illustrations show tasks you might perform on a remote macOS desktop. They are recreated interface layouts, not screenshots from a rented machine. The actual layout and available tools depend on the delivered environment.

Xcode / archiveTask view illustration
PROJECTSourcesTestsAssets
Archive
Compile sourcesRun testsPackage archive
01 / BUILD

Xcode build interface

Check the project and Xcode versions first, then review the compile, test, and archive stages. If a build fails, keep the first error in the log—not just the final line.

Illustrative interface, not a build screenshot
SimulatorGraphical desktop illustration
02 / DEBUG

Side-by-side iOS Simulators

Inspect layouts and interactions on a graphical desktop, then use automated tasks for repetitive tests. If you run more simulators at once, keep an eye on available memory and storage.

Illustrative device views, not a desktop screenshot
Signing / uploadChecklist illustration
Pre-upload checks
Bundle IdentifierChecked
Signing configurationChecked
ArchiveTo confirm
03 / RELEASE

Signing & upload prep

Check the app identifier, signing configuration, and archive before uploading. Manage your own certificates and project files, and back them up before your rental ends.

Illustrative checklist, not a signing settings screenshot
Read the remote connection guide
Same project / same workflow

Compare archives with controlled test conditions

Both Runner and Studio can be used for Xcode archiving. This example shows how to record a fair comparison; the illustrative progress bars are not measured build times. Keep the project commit, Xcode version, cache state, and task steps consistent to compare results.

XV M4 RunnerM4 / 16GB / 256GB

Single-project archive record

Project typeSingle-app iOS project
Task sequencePrepare dependencies → test → archive
Result fieldsStart, finish, exit status

A good starting point for validating the build and archive workflow for a single app. For formal records, also note the commit and whether the cache was warm.

Test project: single-app iOS project · illustrative, not measured
XV M4 StudioM4 / 24GB / 512GB

Multi-target archive record

Project typeMulti-target iOS project
Task sequencePrepare dependencies → test → archive
Result fieldsStart, finish, exit status

24GB of memory gives you more room to run parallel tasks or additional simulators. Actual build times depend on your project.

Test project: multi-target iOS project · illustrative, not measured

This page does not include verifiable archive screenshots from the same project, so we don’t show comparative build times. To benchmark your own project, use the same commit, Xcode version, and cache strategy on both models, and save the complete build logs.

24GB model / experiment ideas

Run model experiments on a dedicated machine

XV M4 Studio features an M4 chip, 24GB of unified memory, and a 512GB SSD. CPU and GPU share unified memory, so when running quantized models with MLX or llama.cpp, leave room for the model weights, context, and system.

The fields shown at right are illustrative indicators to watch in Activity Monitor—not a capture from an inference run, and not a guarantee that a particular model will fit in memory. Need more space for model weights? Check the +1TB SSD or +2TB SSD options when ordering.

Rent XV M4 Studio View storage upgrade pricing
Memory watchlistIllustrative · not measured
XV M4 Studio / 24GB
Model weights
Record usage after loading
Inference context
Watch usage grow at runtime
Memory pressure
Assess alongside system readings
Storage space
Check room for weights and caches

Before starting an experiment, test with your actual model and context length. Don’t estimate memory needs from parameter count alone.

Usage scenarios / not customer testimonials

Two common ways to check a machine

The first-person quotes below illustrate what different users might check. They are not reviews from verified customers.

“I’d open the desktop first to make sure Xcode and Simulator launch, then run my Flutter project.”

A Flutter developer’s machine check scenario

“I’d focus on whether the delivered model and location match the order, and whether the team can keep its build logs.”

A technical lead’s machine check scenario
About these visuals

Illustrations aren’t real photos

This page does not include verifiable photos of our own data center, tenant desktop screenshots, or archive test screenshots under matched conditions. Hardware outlines, desktop workspaces, and monitoring panels are clearly labeled as illustrations. They do not prove the appearance of a specific rack, the actual delivered desktop layout, or build speed.

To verify a real delivery, check the model and location on your order, the connection credentials you receive, the chip and memory reported by the system, and the complete build logs from your own project. Don’t choose a rental term based on an image with an unverifiable source.

01Check your order

Confirm the model, location, and billing period.

02Connect to the machine

Use your connection credentials to test SSH and the graphical desktop.

03Run your project

Save system information and complete task logs.

Start with one day

Test this Mac with your project.

XV M4 Runner starts at $21.4/day. Choose a model and location, then use your own build tasks after connecting to decide whether to keep renting. Check the console for real-time availability.

Rent a Cloud Mac Compare the two rental plans