Workload before brand
Define the game, desktop, host, or server first. A provider is relevant only when its product model fits the job.
CLOUD GAMING & GAME SERVER LAB
One cloud.
Different jobs.
9GG CLOUD is the research layer between a marketing promise and the workload you actually need to run—games, desktops, personal hosts, and persistent multiplayer worlds.
✓ Workload-first✓ Transparent assumptions✓ No paid ranking disguised as a test
9GGCLOUDDECISION LAYER
01Cloud GamingPlay
02Cloud PCWork
03Self-HostedControl
04Game ServersHost
05Network LabMeasure
Play Anywhere. Host Anything.First choose the operating model. Then compare the infrastructure.Measure before you commit.
01 What is 9GG CLOUD?
A map for cloud decisions—not another cloud product.
“Cloud” can mean a game catalog, a remote Windows machine, your own PC streamed over the internet, or a server that never renders a video frame.
Those models share data centers, networks, and compute, but they solve different jobs. 9GG CLOUD separates them before comparing services, specifications, pricing, or performance.
THE 9GG QUESTION
What must stay running, who controls it, and where does the interactive loop happen?
Region before headline speed
Distance, routing, jitter, loss, and loaded latency can dominate an interactive workload even on a fast plan.
Total cost before entry price
Compute, storage, traffic, subscriptions, games, electricity, backups, add-ons, and operator time belong in the same decision.
Responsibility before control
More control also means more setup, security, monitoring, recovery, and failure ownership.
02 The ecosystem
Five paths. One decision system.
Start with the outcome, then follow the page built for that operating model. The Network Lab and Tools Hub support every path.
01 / PLAY
Cloud Gaming
Stream supported games from a managed service without owning or operating the host.
- Best for
- Fast access and low setup
- Verify
- Catalog, region, queues, limits
Cloud PC
Use a persistent or on-demand remote desktop for games, creative apps, AI, and general workloads.
- Best for
- Flexible remote compute
- Verify
- GPU, storage, billing, protocol
Self-Hosted Gaming
Stream the PC you already control through Sunshine, Moonlight, Parsec, or another remote stack.
- Best for
- Ownership and customization
- Verify
- Upload, encoder, access, recovery
Game Servers
Run a persistent multiplayer simulation for a private group, community, modpack, or competitive workload.
- Best for
- Shared worlds and sessions
- Verify
- CPU, players, mods, backups
Tools & Network Lab
Analyze the path, expose assumptions, calculate cost, and turn symptoms into repeatable checks.
- Best for
- Evidence before purchase
- Verify
- Inputs, endpoints, methodology
03 Cloud pathfinder
Choose the thing that must run.
Similar hardware can deliver very different products. Answer three questions to select the right research path.
- What is the primary workload?
- How much infrastructure do you want to own?
- How often must it be available?
The result is a routing aid, not a provider ranking or compatibility guarantee.
04 Evaluation framework
Read every cloud claim through five lenses.
A strong product can still be the wrong fit. Separate path quality, compute behavior, workload support, total cost, and operating responsibility.
The network is part of the machine.
Interactive cloud workloads depend on distance, route, latency, jitter, loss, loaded latency, and the final client connection—not download speed alone.
- Test the actual device and access method.
- Target the real service or server region.
- Compare idle and loaded conditions.
- Repeat at quiet and peak times.
A model name is not delivered performance.
CPU consistency, GPU class, memory, storage, virtualization, encoder access, contention, and power limits shape the workload.
- Verify the allocated—not headline—hardware.
- Observe frame time and sustained behavior.
- Separate render, encode, and server simulation.
- Check persistence and storage performance.
The application defines the useful infrastructure.
A service can be fast yet unusable when the game, anti-cheat, mod, peripheral, operating system, codec, or server build is unsupported.
- List required games and applications.
- Verify anti-cheat, mod, and peripheral support.
- Check client codec and decoder paths.
- Define players, worlds, and concurrency.
Price the whole operating model.
Compare the recurring bill and the costs outside it: storage, traffic, subscriptions, game ownership, backups, electricity, add-ons, taxes, and operator time.
- Model occasional and regular use.
- Separate fixed and usage-based costs.
- Include idle or persistent resources.
- Check upgrade, exit, and data-transfer costs.
Control moves work onto your side.
Managed services hide infrastructure. Self-hosted PCs and game servers expose setup, security, monitoring, backups, patching, power, recovery, and incident response.
- Define who fixes a failed session.
- Plan secure remote access and updates.
- Test backup and recovery—not only creation.
- Document the path when you are away.
05 The 9GG method
From promise to reproducible decision.
The method is designed to keep assumptions visible. When a value cannot be measured, it stays labeled as an estimate.
- 01Define
Name the workload.
Record the game, app, player count, region, client, availability window, control requirement, and failure tolerance.
- 02Measure
Build the path baseline.
Capture real latency, jitter, loss, throughput, and loaded latency from the actual client and target region.
- 03Verify
Check delivered capability.
Confirm compatibility, allocated resources, policy limits, persistence, codecs, storage, and operational responsibility.
- 04Compare
Normalize cost and conditions.
Use the same workload, region, test window, quality target, and total-cost period for every candidate.
- 05Repeat
Test the failure case.
Recheck at peak time, under load, after updates, and during recovery. A good first session is not an operating plan.
06 Model map
Do not compare unlike products as substitutes.
This map describes typical responsibility boundaries. Individual providers and deployments can differ, so verify current terms and architecture.
| Operating model | What stays remote | Primary stream / traffic | Your control | Your operations |
|---|---|---|---|---|
| Cloud Gaming | Managed game session | Interactive video + input | Low | Low |
| Cloud PC | Desktop and applications | Interactive desktop + input | Medium | Low–medium |
| Self-Hosted | Your own PC or console | Interactive video + input | High | High |
| Game Server | Multiplayer simulation | Game state, not video | Medium–high | Medium–high |
07 Research brief
Turn browsing into a test plan.
Complete the five evidence blocks before choosing a provider or deployment. The checklist is stored only on this page and resets when the page is reloaded.
Copy the generated brief into your notes, team chat, or purchasing review.
DECISION READINESS
0%9GG CLOUD — research brief Status: 0/5 evidence blocks complete Next: Define the workload before comparing providers.
08 Editorial principles
Useful even when the answer is “it depends.”
9GG CLOUD separates facts, measurements, editorial thresholds, assumptions, and provider claims so readers can reproduce the reasoning.
- Current terms win
- Prices, regions, hardware, catalogs, limits, and policies change. Verify the provider’s current documentation before acting.
- Measurements need context
- Device, access type, endpoint, time, workload, and test method travel with every result.
- Scores are not guarantees
- Editorial baselines organize investigation; they cannot predict every route, client, host, codec, game, or incident.
- Commercial intent stays visible
- A comparison should not turn an affiliate relationship or sponsored placement into an undisclosed performance conclusion.
09 FAQ
Start with the right definition.
Cloud gaming, Cloud PCs, self-hosting, and game servers overlap in infrastructure—not in the job they perform.
What is 9GG CLOUD?+
9GG CLOUD is a research and decision hub for cloud gaming, Cloud PCs, self-hosted streaming, game servers, and the network paths that support them. It is not presented as a cloud infrastructure provider.
Is cloud gaming the same as a Cloud PC?+
No. Cloud gaming usually exposes a managed catalog and streaming session. A Cloud PC exposes a remote desktop with broader application control, storage, and billing choices.
Is a game server a cloud gaming machine?+
Usually no. A game server runs the shared multiplayer simulation and sends game state. It normally does not render and stream the player's video output.
When does self-hosted gaming make sense?+
It fits users who already own a capable host and value control over their library, settings, storage, and streaming stack—and accept the setup and recovery work.
Does faster internet guarantee lower latency?+
No. Throughput and latency describe different constraints. Distance, routing, jitter, loss, queueing, and Wi-Fi can limit response even when headline download speed is high.
Does 9GG CLOUD automatically test my network?+
No. The Network Lab analyzes measurements entered by the user. It does not transfer test data or contact a measurement endpoint.
How should I compare total cost?+
Use the same usage period and include compute, subscriptions, storage, traffic, games, electricity, backups, add-ons, taxes, and the time required to operate the system.
Where should I start?+
Use the Cloud Pathfinder on this page. Then open the recommended pillar page, build a Network Lab baseline, and model the full cost before choosing a product.
THE NEXT STEP IS A BETTER QUESTION
Choose the model.
Then test the path.
Start with the workload in the Cloud Pathfinder, or open the Network Lab when you already know the destination.