Parsec Cloud Gaming Setup Guide 2026: 12 Steps, 20ms

Parsec has quietly become one of the go-to tools for Australians who want to play their PC games from another room, another device, or another country without buying a second graphics card. Because the gaming PC does the actual rendering and Parsec just streams the picture and relays your inputs back, the host machine can be a powerful desktop tucked away in a study while the client is a laptop on the couch, a Mac in the kitchen, or even a Raspberry Pi connected to a television. Done properly, the whole loop can run under 20 milliseconds on a local network, which is tight enough that most people cannot tell they are not playing directly on the host.

This tutorial walks through a full Parsec cloud gaming setup for Australian conditions in October 2026: installing the host and client apps, pairing devices, tuning encoder and network settings, getting Parsec Warp and Parsec Arcade running, and fixing the problems that trip up most first-time users. By the end you will have a working two-device streaming project, a troubleshooting checklist, and a clear picture of how Parsec stacks up against Moonlight, Sunshine, Steam Link and GeForce NOW.

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What Is Parsec and Why It Matters for Australian Gamers

Parsec is a remote desktop and game-streaming application that captures a host computer’s screen, encodes it with the host’s GPU, and sends it to a client device over a direct peer-to-peer connection wherever possible. The gaming version of the product lets a single PC’s library of installed games be streamed to a second PC, a Mac, a tablet, a laptop or a phone, with full keyboard, mouse and gamepad support carried back to the host in the other direction. Parsec markets frame rates up to 240 FPS for desktop capture, with 4K streaming capped at 60 FPS, and it leans on encrypted peer-to-peer connections so that gameplay does not necessarily have to hop through a distant relay server.

For Australian households, that peer-to-peer design matters more than it does for players in Europe or the US. A lot of this country’s population is clustered in a handful of east-coast cities, and plenty of homes still have uneven upload speeds depending on the National Broadband Network technology connected to the premises. Parsec cloud gaming sidesteps a chunk of that problem for local use cases: streaming from a gaming PC in the study to a laptop in the lounge room never has to leave the home network, so the result depends far more on your router and Wi-Fi band than on your internet plan.

Parsec’s own engineering team has published detailed breakdowns of where that latency actually goes. In a technical explanation of the streaming architecture, the company put it plainly: “In cloud gaming, a 20 ms total latency vs. a 40 ms total latency can be the difference between awesome and unplayable, so every millisecond counts.” The same write-up notes that on recent GPUs, encode and decode latency alone can fall below 10 milliseconds, which leaves the rest of the budget for network transit and display response.

Parsec began life as a side project before growing into a venture-backed company, and Unity Technologies acquired it in 2021 for a reported figure of roughly $320 million, according to reporting from Unix Gaming. As of October 2026, Unity’s own materials still describe Parsec as part of the company, with no public record of a sale or spin-off since that acquisition, so the product you are installing today sits under the same corporate umbrella it has for the past five years.

Parsec vs Moonlight, Sunshine, Steam Link and GeForce NOW

Before installing anything, it helps to know where Parsec actually sits against the other tools Australians search for when they want to stream games around the house or across the internet. Steam Link only streams games that live inside your Steam library, which is fine if that is where all your games are, but it falls apart the moment you want to stream a launcher-exclusive title or just remote into Windows itself. Moonlight and Sunshine are a free, open-source pairing that can match Parsec’s latency on a good local network, but they generally require more manual host and client configuration, especially once you want to play over the open internet rather than just inside your own house. GeForce NOW is a different category entirely: it is a true cloud gaming service that rents GPU time in a data centre, so you do not need your own gaming PC at all, but you are limited to its supported game catalogue and subscription tiers rather than streaming your own installed library.

Parsec sits in between those extremes. It streams your entire desktop rather than just a curated games library, which means any game, launcher or application on the host becomes playable remotely, not just titles from one storefront. A 2026 setup comparison published by Unix Gaming measured direct peer-to-peer play at 1080p and 60 FPS with under 20 milliseconds of total latency on a well-configured connection, and noted that Moonlight and Sunshine generally demand more networking work to reach the open internet, while Steam Link stays boxed into the Steam ecosystem.

Tool	What it streams	Setup difficulty	Typical cost	Best for
Parsec	Entire desktop, any installed game or app	Low to moderate	Free personal tier, Warp and Teams paid plans	Streaming your own gaming PC to any device
Steam Link	Steam library only	Low	Free (hardware optional)	Simple in-home Steam streaming
Moonlight + Sunshine	Entire desktop via NVIDIA GameStream-style pairing	Moderate to high	Free, open source	Enthusiasts comfortable with manual network setup
GeForce NOW	Supported cloud-hosted game catalogue	Low	Subscription tiers	Players without a capable gaming PC

Prerequisites: What You Need Before You Start

Parsec’s core gaming features are free for personal, non-commercial use, which covers almost every home setup described in this tutorial. You will need a host computer that actually does the rendering, a client device you want to play on, and a network connection that behaves predictably. Parsec’s hosting requirements call for Windows 10 or later, or macOS 10.15 or later, on the machine doing the streaming, and the Warp tier’s extra features such as pen and Wacom tablet support carry the same minimum OS versions.

Component	Minimum requirement	Recommended for Australian use
Host operating system	Windows 10 or macOS 10.15	Windows 11 with an up-to-date GPU driver
Host GPU	Any GPU with hardware encoding	A GPU with a modern dedicated encoder for lower encode latency
Host connection	Stable Wi-Fi	Wired Gigabit Ethernet
Client connection	Any broadband or Wi-Fi	5 GHz or 6 GHz Wi-Fi, or Ethernet if streaming to a desktop
Upload bandwidth (host)	Above 10 Mb/s	Well above 10 Mb/s for 4K or high frame rate streaming
Client devices supported	Windows, macOS, Linux, Android	Add Raspberry Pi 3 or newer for a dedicated low-cost client

Parsec’s own guidance is specific about the network side of this: with network latency below 20 milliseconds and bandwidth above 10 Mb/s, the company says Parsec cloud gaming delivers a near-native experience. Most Australian homes on NBN fibre, HFC or fixed wireless can clear that bandwidth figure without trouble; the latency figure is almost always the harder target once a stream has to leave the house.

You will also want a free Parsec account, which is used to pair host and client devices and to manage who is allowed to connect. Commercial deployments, such as a studio streaming a workstation to contractors, need a Teams or Enterprise plan rather than the free Personal Use tier or Warp, both of which are restricted to personal, non-commercial use.

Step by Step: Setting Up Parsec in 12 Steps

Setting Up the Host PC (Steps 1 to 6)

The host is the machine that actually runs your games, so get this side right before worrying about the client. These first six steps cover the account, install, and host configuration.

Create a free Parsec account. Head to the official Parsec site and sign up with an email address. This account is what links your host and client devices together, so use the same login on both.
Download and install Parsec on the host PC. Grab the Windows or macOS installer from Parsec’s own downloads page and run it on the machine with the games you want to stream. Reboot if prompted, since the installer sets up a virtual display driver and capture components that sometimes need a fresh session to load correctly.
Sign in and enable hosting. Open the Parsec app, log in, and switch on the “Host” toggle inside the app. This is what allows another device signed into the same account, or an invited friend, to connect to this PC.
Set the host to run on startup. In Parsec’s settings, enable the option to launch Parsec automatically when Windows or macOS boots. This matters if the host PC is tucked away somewhere inconvenient to reach for a manual relaunch every time it restarts.
Configure the host’s encoder settings. Under the host settings, confirm the GPU encoder Parsec has selected matches the dedicated graphics card in the machine, not an integrated chip, if both are present. Set the target frame rate and resolution to match what your client device and network can realistically sustain.
Lock down who can connect. Decide whether this host should accept connections only from your own account, or from specific friends you invite. Leaving a host open to anyone is unnecessary for a single-player home setup and is one of the most common security mistakes new users make.

Pairing the Client and Starting Your First Stream (Steps 7 to 12)

With the host ready, the remaining six steps get a second device connected and playing.

Install Parsec on the client device. Download the matching client app for Windows, macOS, Linux, Android or Raspberry Pi, and sign in with the same Parsec account used on the host.
Connect the client to the host. The host PC should now appear in the client app’s computer list. Click it to start pairing; Parsec will negotiate a direct peer-to-peer connection where your network allows it, and will otherwise fall back to a relay path.
Run the built-in connection test. Before launching a game, use Parsec’s in-app connection quality indicator to check the measured latency and bandwidth for this specific session. This is the number that actually matters, not a generic internet speed test.
Connect a controller and test input. Plug a gamepad into the client device and confirm the host recognises it as a local controller. Test keyboard and mouse responsiveness in a non-game application first, since input lag is easiest to diagnose outside of a fast-paced game.
Launch a game from the host’s library. Open Steam, an Epic Games Store title, or any other installed game directly from the streamed desktop. There is nothing Parsec-specific to launch here, since you are simply controlling the host remotely.
Fine-tune resolution and frame rate live. Once gameplay is running, adjust the in-session resolution and frame rate cap to match what the connection can sustain without stutter. Dropping from 4K to 1080p, or from 60 FPS to a lower cap, is often the single biggest latency win available.

A quick way to sanity check your own connection before committing to a full gaming session is to run a basic latency test from the client to the host’s local IP address. On Windows, open Command Prompt and run the following, replacing the address with your host’s IP:

ping 192.168.1.50 -n 20

Anything consistently under a few milliseconds confirms your local network itself is not the bottleneck, which means any remaining latency is coming from the encode, decode or display pipeline rather than the Wi-Fi or Ethernet path between the two machines.

Optimising Your Network for Low Latency in Australia

Test condition	Reported latency	Source detail
Target total latency for a good experience	Below 20 ms	Parsec contrasts a 20 ms result with a 40 ms result as the gap between smooth and unplayable
GPU encode and decode, modern hardware	Under 10 ms	Measured on recent GPUs during Parsec’s own internal testing
Full pipeline at 240 FPS over LAN	Roughly 4 to 8 ms	Parsec’s 240 FPS local area network test
Added latency on a wired LAN Ethernet connection	Around 7 ms	Parsec’s own technology benchmark page
Third-party peer-to-peer test, 1080p at 60 FPS	Under 20 ms total	2026 setup test published by Unix Gaming

Parsec’s lab-measured latency figures are impressive, but they are measured under close to ideal conditions. In one test at 240 frames per second over a local area network, the company reported that “the total latency required for the entire Parsec pipeline on the LAN is roughly 4 to 8 milliseconds in this test,” and on a separate wired LAN Ethernet connection, Parsec reported adding only 7 milliseconds of latency to the underlying game. Those numbers describe a direct Ethernet connection between two machines sitting close together, not a stream bouncing between suburbs or states.

For most Australian setups, the practical advice is simple: wire the host to your router with Ethernet whenever the room layout allows it, and keep the client on 5 GHz or 6 GHz Wi-Fi rather than the crowded 2.4 GHz band if a cable is not an option. The moment a stream has to leave your home network and cross the public internet to reach a client in another city or state, expect the latency baseline to climb well above those local area network figures, since every extra hop and every kilometre of fibre adds real transit time on top of Parsec’s own processing overhead.

If you want to see exactly how many hops a connection takes before it reaches the host, a traceroute can expose where delay is being introduced:

tracert parsec.app

On macOS or Linux, the equivalent command is traceroute parsec.app. Running this before and after a router firmware update, or after switching ISPs, is a quick way to confirm whether a sudden latency regression is coming from your own network or from somewhere further upstream.

It is also worth giving Parsec traffic priority on a busy home network. Most modern routers include a Quality of Service or gaming-priority mode that can be pointed at the host PC’s local IP address so that a household member streaming video or downloading a large update does not steal bandwidth mid-session. If your router supports Windows Firewall-level rules on the host itself, confirming Parsec is not being throttled by an overly aggressive firewall profile is a sensible check:

netsh advfirewall firewall show rule name="Parsec"

If that command returns nothing, Parsec has not registered an explicit rule and is likely relying on a general allow policy, which is normally fine, but worth knowing if you are troubleshooting a connection that works on one network profile and not another.

It is also worth confirming which GPU and driver version the host is actually running before you start chasing network settings, since an outdated driver can bottleneck the hardware encoder Parsec depends on. On Windows, a quick way to check is:

dxdiag

This opens the DirectX Diagnostic Tool, which lists the installed GPU, its driver version and the date it was released, letting you confirm the host is not quietly running on a driver that is months or years out of date.

Parsec Warp: Color, Virtual Displays and Multi-Monitor Setup

Parsec Warp is the paid tier that sits above the free Personal Use plan, and it is aimed at people who want more visual fidelity and display flexibility than the basics provide. Warp adds a 4:4:4 colour mode for sharper, more accurate colour reproduction, virtual display support so a host can present extra monitors that do not physically exist, a privacy mode, and support for up to three simultaneous monitors during a streamed session. It also adds pressure-sensitive pen and Wacom tablet support on Windows 10 or later and macOS 10.15 or later, which matters more to digital artists and streamers than to most gamers, but is worth knowing about if the host machine doubles as a creative workstation.

As of October 2026, Parsec’s pricing page lists Warp at US$8.33 per user per month when billed annually, discounted from a displayed monthly-equivalent price of US$9.99. That is a meaningful upgrade for anyone who regularly notices colour banding or compression artefacts on the free tier, particularly when streaming content with fine gradients, such as strategy games with detailed maps or creative software with colour-critical work.

Turning Warp features on is handled entirely inside the Parsec app once a subscription is active: the colour mode, virtual display options and multi-monitor controls appear as extra toggles in the host settings that simply are not visible on the free tier. There is no separate installer, so upgrading does not require reinstalling Parsec on either the host or the client.

Playing With Friends Using Parsec Arcade

Parsec Arcade is the company’s social layer for playing games together rather than just streaming a desktop to yourself. Parsec’s own blog describes Arcade as the recommended place to go “when you want to play games with a friend or other members of the Parsec Community,” positioning it as the hub for discovering co-op and party sessions rather than a one-off peer-to-peer pairing between two devices you personally own.

Where the standard host-and-client workflow in this tutorial is built for streaming your own PC to your own other device, Arcade is better suited to inviting someone else into a session on your host, which is handy for couch co-op titles over a distance, game nights with friends in different suburbs, or casual community play. The setup overlap is deliberate: Arcade sits on top of the same underlying Parsec connection technology covered in the step-by-step section above, so anyone who has already got a host and client pairing working can extend that into an Arcade session without starting from scratch.

For Australian groups specifically, Arcade sessions inherit the same latency realities as any other Parsec stream: a friend hosting from Brisbane and a guest connecting from Perth will see a very different experience to two people on the same street, simply because of the physical distance the connection has to cross. It is worth running a short test session before committing to a longer game night so everyone knows what kind of input delay to expect.

Streaming to Phones, Tablets, Raspberry Pi and Smart TVs

One of Parsec’s more useful tricks is that the client side is not limited to another full computer. The gaming product explicitly supports streaming to a phone, tablet or laptop in addition to a second PC or Mac, which turns an old Android tablet left in a drawer into a passable second gaming screen for the kids’ room or the backyard.

Parsec’s changelog also lists the addition of a Raspberry Pi 3 client, distributed through the official downloads page along with its own setup documentation. A Raspberry Pi running the Parsec client, connected to a television over HDMI, is one of the cheapest ways to turn a spare TV into a full gaming display without buying a console or a second gaming PC, since the Pi itself only needs to handle video decoding and input, not any actual game rendering. Performance on a Raspberry Pi client will depend heavily on the specific Pi model, the TV’s own input lag, and the strength of the Wi-Fi signal reaching it, so treat it as a budget option rather than a guaranteed match for a dedicated PC or Mac client.

For anyone running a host machine without a monitor physically attached, Parsec also supports a headless streaming setup, where the host boots straight into Windows or macOS without a display connected and relies entirely on the virtual display driver installed alongside the app. This is a common pattern for a dedicated streaming box tucked into a cupboard, since it removes the need to find space for a monitor that will never actually be looked at directly.

Parsec for Teams: Remote Work and Business Access

Not every use of Parsec is about gaming. Parsec for Teams is the business-focused tier aimed at secure remote access to company computers, and it is the plan required for any commercial deployment, since the free Personal Use tier and Warp are both restricted to personal, non-commercial use. Teams adds secure access controls, SAML single sign-on, granular permissions for who can reach which machine, configurable app settings, and centralised management of team computers.

Pricing for Teams sits at US$30 per user per month when billed annually, discounted from a displayed monthly-equivalent of US$35. Hosting requirements match the consumer product, calling for Windows 10 or later or macOS 10.15 or later on any machine that will be accessed remotely. A recent addition to the Windows side of the platform is camera passthrough for Warp and Teams customers, which lets a webcam attached to a Windows client appear on a remote Windows 11 host so that a remote worker can join a video call that is running on the host machine rather than the local device. That feature currently requires a Windows 10 or 11 client paired with a Windows 11 host.

For a small studio, a contractor managing a client’s workstation, or a classroom that needs students accessing lab machines remotely, Teams is the correct starting point rather than trying to stretch the free tier or Warp beyond what their licensing actually allows.

Parsec Pricing in 2026: Free vs Warp vs Teams

Deciding which tier to run comes down to what you actually need from the stream. The free Personal Use tier covers the vast majority of home gaming setups described in this tutorial: low-latency 60 FPS desktop capture, single-link desktop sharing, full keyboard, mouse and gamepad support, and encrypted peer-to-peer connections. Warp layers visual and display upgrades on top for a modest monthly cost, and Teams exists for commercial and organisational use rather than personal gaming.

Plan	Price (billed annually)	Use case	Key extras
Personal Use (free)	$0	Home gaming, personal remote desktop	60 FPS capture, peer-to-peer connections, controller support
Warp	US$8.33 per user per month	Enthusiasts wanting better colour and multi-monitor support	4:4:4 colour, virtual displays, privacy mode, up to 3 monitors, pen support
Teams	US$30 per user per month	Commercial and organisational remote access	SAML SSO, granular permissions, team computer management, camera passthrough

Both paid tiers show a discount on the pricing page for annual billing compared with the displayed monthly-equivalent rate, so anyone committing to Parsec cloud gaming for the long term should check the current annual rate before defaulting to month-to-month billing.

Build a Complete Two-PC Streaming Project

With the individual pieces covered, here is how they come together as one finished project: a desktop gaming PC in a study acting as the host, and a laptop in the living room acting as the client, connected entirely over the home network with no internet-facing configuration required.

Confirm both the desktop and the laptop are on the same home network, ideally with the desktop wired to the router over Ethernet.
Install Parsec on the desktop, sign in, and enable hosting with startup launch turned on.
Install Parsec on the laptop and sign in with the same account.
From the laptop, select the desktop in the computer list and connect.
Run the in-app connection test and confirm the measured latency sits in single or low double digits, consistent with Parsec’s own LAN test results.
Launch a game on the desktop through the streamed session and play from the laptop in the living room, adjusting resolution and frame rate until the stream feels smooth rather than maximised on paper.

This project deliberately avoids router port forwarding or firewall changes, since both devices stay inside the same home network the entire time. It is the fastest path to a working Parsec cloud gaming setup, and it is the configuration worth getting comfortable with before attempting anything that crosses onto the public internet, such as inviting a friend in another city into an Arcade session.

5 Common Pitfalls When Setting Up Parsec

Hosting from a laptop on battery saver mode. Power-saving profiles throttle the CPU and GPU, which directly increases encode latency and can make an otherwise fine connection feel sluggish.
Streaming over 2.4 GHz Wi-Fi when 5 GHz or Ethernet is available. The 2.4 GHz band is slower and more prone to interference from neighbouring networks and household devices, and it is consistently the first thing to blame when a stream that worked yesterday suddenly feels worse.
Leaving resolution and frame rate set higher than the connection can sustain. A host streaming 4K at 60 FPS to a client on a weak Wi-Fi signal will stutter long before a lower, well-matched setting would have felt perfectly smooth.
Forgetting that commercial use needs Teams, not Warp or the free tier. Businesses that quietly deploy Parsec’s personal tiers for client-facing or commercial workstation access are outside the licence terms and should move to Teams or Enterprise instead.
Assuming LAN-test latency figures apply to any internet connection. Parsec’s published low-millisecond results come from direct local area network tests; the moment a stream crosses the public internet to another city, state or country, expect materially higher latency than those figures suggest.

Troubleshooting: 8 Parsec Problems and Fixes

Host does not appear in the client’s computer list. Confirm both devices are signed into the same Parsec account and that the host’s hosting toggle is actually switched on, not just the app running in the background.
Connection pairs but video never loads. Check that the host’s GPU driver is current, and that Parsec’s selected encoder in the host settings matches the actual dedicated GPU rather than an integrated graphics chip.
Stream is smooth at first, then stutters after a few minutes. This often points to thermal throttling on the host, or another device on the network suddenly consuming bandwidth. Check the host’s temperatures and close any background downloads or streaming services on the same connection.
Controller is detected but inputs lag noticeably. Test the controller locally on the host first to rule out a hardware issue, then lower the streamed resolution or frame rate to reduce the overall encode and transmission load.
Audio drops out or crackles while video stays smooth. Audio and video are handled separately in the pipeline; try switching the host’s default playback device or disabling any system-level audio enhancements that can conflict with Parsec’s own audio capture.
Parsec Warp features are missing after subscribing. Sign out and back into the app on both host and client, since Warp entitlements are checked against the logged-in account and occasionally need a fresh session to register.
Connection works at home but fails when a friend tries to join remotely. This is almost always a networking issue on one side rather than a Parsec problem; check that neither network’s firewall or restrictive router settings are blocking the peer-to-peer negotiation, which forces a fallback to a relay path with higher latency.
Raspberry Pi client runs but feels noticeably worse than a PC or Mac client. This is expected to some degree given the Pi’s limited decoding hardware; keep expectations modest, keep the Pi wired to the network if possible, and treat it as a budget second screen rather than a primary gaming client.

Advanced Tips for Lower Latency and Better Image Quality

Once the basic setup is running reliably, a few extra adjustments can close the gap between a merely usable Parsec cloud gaming session and one that genuinely feels close to playing locally. Wiring both the host and, where practical, the client to the router removes an entire category of Wi-Fi-related variability, and it is the single biggest lever available to most households. If wiring the client is not realistic, placing the router and the client device with as clear a line of sight as possible, and avoiding 2.4 GHz entirely, recovers a meaningful chunk of the gap.

On the host side, keeping GPU drivers current matters more for streaming than it does for local play, since driver updates frequently touch the hardware encoder that Parsec relies on directly. It is also worth testing whether your specific GPU performs better with a slightly lower frame rate cap and a higher resolution, or the reverse, since the ideal balance depends on the host’s encoder throughput rather than a single setting that works best for everyone.

For anyone chasing the lowest possible numbers, Parsec’s own testing shows the biggest gains come from eliminating variables one at a time rather than changing several settings simultaneously. The company’s engineering team found that “depending on how recent your GPUs are, we’ve seen total encode/decode latencies lower than 10 ms, much lower than we were expecting, and much better than latency has been in recent years,” which suggests that hardware generation on both ends of the connection is doing more of the work than most users assume. If you are deciding between upgrading a host GPU or upgrading home networking equipment, and budget only stretches to one, the networking side is usually the more reliable win for anyone currently on a shared 2.4 GHz connection.

Finally, keep a simple log of your own connection test results over a week or two, noting the time of day, the measured latency, and which device and network band you used. A personal record like this makes it far easier to spot a real regression, such as a router firmware update quietly degrading performance, versus a one-off bad session caused by someone else in the house streaming video at the same time.

A simple plain-text log is enough to track this over time. For example:

date,time,device,network_band,measured_latency_ms,notes
2026-10-12,19:30,Laptop,5GHz Wi-Fi,14,smooth 1080p60
2026-10-13,20:15,Laptop,2.4GHz Wi-Fi,31,noticeable input lag
2026-10-14,21:00,Raspberry Pi,Ethernet,9,best result so far

Even a week of entries like this makes it obvious which band, device and time of day gives the most consistent results, which is far more useful than relying on memory of how one session felt.

Is Parsec Safe to Use? Security and Privacy Checklist

Parsec’s connections are encrypted end to end, and the peer-to-peer design means gameplay data is not necessarily routed through a central server the way some cloud gaming services require. That said, giving any application remote control over a computer is worth treating carefully, and a few habits make a meaningful difference to how exposed a host actually is.

Restrict hosting access to your own Parsec account and specific invited friends, rather than leaving a host open to anyone with a link.
Use Warp’s privacy mode when you do not want the host’s physical screen to mirror what a remote client is seeing during a session.
Keep the Parsec app itself updated, since security and stability fixes are rolled into regular app updates rather than separate patches.
If a host machine also handles sensitive personal or financial accounts, consider a separate user profile dedicated to streamed sessions rather than mixing remote access with your main day-to-day login.
For any commercial or organisational deployment, move to Teams specifically for its SAML single sign-on and granular permission controls, rather than relying on the consumer tiers’ more limited access management.

Frequently Asked Questions

Is Parsec free to use for gaming in Australia?
Yes. Parsec’s Personal Use tier covers the core gaming features, including 60 FPS desktop capture, peer-to-peer connections, and keyboard, mouse and gamepad support, at no cost, provided the use is personal and non-commercial.

What is the difference between Parsec Warp and Parsec Teams?
Warp is a consumer upgrade focused on visual quality and display features such as 4:4:4 colour, virtual displays and multi-monitor support, priced at US$8.33 per user per month billed annually. Teams is built for commercial and organisational use, with SAML single sign-on and granular access permissions, priced at US$30 per user per month billed annually.

How much latency should I expect streaming to another room in my house?
On a wired local area network, Parsec’s own testing has measured latency as low as single-digit milliseconds added on top of the underlying game. Realistic home Wi-Fi setups will typically sit a little higher than that, but well within a range most players describe as feeling native.

Can I stream games to my phone with Parsec?
Yes. Parsec’s gaming client supports phones and tablets in addition to PCs, Macs and laptops, which makes an old Android device a usable second gaming screen when paired with a capable host PC.

Is Parsec better than Moonlight or Sunshine?
It depends on what you value most. Parsec streams the entire desktop with a generally simpler setup process, while Moonlight and Sunshine are free and open source but usually require more manual networking configuration, particularly for connections that need to reach beyond your own home network.

Does Parsec work on Raspberry Pi?
Yes. Parsec’s changelog lists a Raspberry Pi 3 client distributed through the official downloads page, which is a low-cost way to turn a spare television into a Parsec gaming client, with performance depending on the specific Pi model and network conditions.

Can I use Parsec for business or remote work?
Commercial use requires Parsec for Teams or Enterprise rather than the free Personal Use tier or Warp, both of which are explicitly limited to personal, non-commercial use. Teams adds the access controls and permissions structure that organisational deployments need.

What is Parsec Arcade and how is it different from a normal Parsec connection?
Arcade is Parsec’s dedicated space for playing with friends and the wider Parsec community, sitting on top of the same connection technology used for a standard host-to-client pairing, but oriented around shared and social play rather than one person streaming their own PC to their own second device.

Parsec Cloud Gaming Setup: 12 Steps, Under 20ms [2026]