Tag: Legion Go

Ten Changes to Get the Most Out of Your Lenovo Legion Go

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I have learned so much about the Lenovo Legion Go handheld gaming PC over my time owning and using one. I’ve gone to great lengths to tune mine for everyday couch and mobile gaming. It has all my games installed and ready to go. It’s stable, games and power can be suspended and resumed mid play for convenience. Everything runs screaming fast and looks fantastic. Games and media sound so good, too!

Read on to discover the settings, tweaks, and modifications that I’ve used to get the most out of my Go. You won’t believe the difference these settings can make in your experience. As a bonus, most of them are free and easy.

  1. Sound
  2. Update Everything
  3. Touch Screen
  4. Floating Keyboard
  5. Hibernation Is Better
  6. Controllers and Buttons
  7. GPU Upscaling
  8. BIOS/UEFI Tweaks
  9. Optimize Windows 11 for Gaming
  10. SSD Swap

Sound

The first pain point with my precious handheld gaming PC. The speakers are subpar. Left at their default settings, they are high-pitched and struggle with power. Much of the potential volume is lost due to the speaker ports being on the top edge and angled away. Hold your hands up like rabbit ears behind the mesh while watching a video. You’ll be shocked by how much sound the speakers are really pumping out.

If you research the topic of poor sound, you’ll see there are several software workarounds that help considerably. The easy/free method is to use the Realtek Audio Console. Open it from the Start Menu to toggle off a feature called the “Omni Speaker”. Then use the same software to adjust the equalizer frequencies. Find this idea and lots of others at: https://www.reddit.com/r/LegionGo/

I used the equalizer changes above in conjunction with an app I already owned. Dolby Access is a Windows Store App that applies a Dolby Atmos surround sound effect to your PC’s sound system. The Go’s speakers sound so much better with the effect enabled. The dimensional soundscape achieved by applying some cheap software is surprising.

Dolby Access has a free demo. It costs $15 in the Microsoft App store.

Dolby’s magic app features a gaming performance mode that increases the accuracy of sound location. This is especially important in competitive games. It works well. I don’t fully understand how they trick your hearing so well. Things that are supposed to be behind you, sound like it.

For Dolby Access, or any spatial sound app to be the most effective, disable Window’s sound enhancements. Go to Settings -> System -> Sound and click on the speakers. Advanced -> Audio enhancements toggle off.

If you don’t have or want to purchase Dolby Access, there are some open-source options out there. I haven’t tried it yet, but I’ve seen FXSound mentioned several times while doing my research. It gets a lot of recommendations and positive reviews and is donation-ware.

Update Everything

The Legion Go is a complex machine. Especially its software layer. The sheer number of places you must check for updates is astonishing. Here’s a rundown of everywhere you need to check. I try to do this at least once a week.

  • Windows Update
    • Accessed by going to Settings -> Windows Update
    • I like to open the advanced options and flip on the toggle to receive updates for all Microsoft products.
  • Microsoft App (MSIX packages) Updates
    • Open the Microsoft Store App (shopping bag icon in start menu). Then click on Downloads (menu on left) from there click the Get Updates.
  • Legion Space
    • Disks and Drivers. Open Legion Space ->Settings -> Scroll down -> Disks and Drivers -> Check for Updates.
    • Controller Firmware Updates. Go to Controllers in the menu, scroll the bottom menu left to More. Scroll to the bottom of More page and click the Controller Firmware Update button.
  • App Updates.
    • Game Launchers. Steam, Xbox, Ubisoft, and EA Desktop, all have client updates in each app’s settings menu
    • Game updates. Each game gets its own updates (usually handled by the launchers).
    • Other software.
      • Example: The emulator app Dolphin needs updated frequently.

Touch Screen

One quality of life upgrade was realized just by changing my bad habit of touching the screen too much. I had been using the touch screen to enter my PIN and to scroll. This was making my screen filthy. Every time I picked up the little machine to play something, it was covered in fingerprints and smudges.

There were two changes I made to drastically reduce how often I had to clean the screen. First, at the PIN prompt you can usually click the A button to get the on-screen number pad to open. Then you can use the buttons, D-pad, shoulders, and triggers to enter your PIN code just like on an Xbox.

Using the scroll wheel reduces fingerprints.
Tapping and holding on the touch pad activates the right-click menu.

Second, the little wheel on the upper rear nook of the right controller is for scrolling. It works better and is more comfortable than touching the screen in most situations. The only trick is to remember that it’s back there.

Floating Keyboard

The OSK (On-Screen Keyboard) is huge the first time you try and enter text with it. It takes up the entire bottom half of the screen. This makes entering information into forms very difficult. The form either gets cut in half or squished to an illegible size when the keyboard opens. It’s a good thing there’s a built-in solution. You can resize and float the OSK in Windows.

Open the keyboard by touching or clicking the icon for it near the clock on your taskbar. Click or tap on the settings gear in the upper left corner of the keyboard’s panel. Then select Keyboard Layout from the menu and click small. Now you can use the little dash at the top of the OSK to drag it out of your way!

The small floating keyboard layout is easy to drag at of your way. Clicking Size and theme in the Keyboard’s settings will let you change its color size, and key size.

Hibernation Is Better

Batteries suck, but we’re stuck with them until some genius invents something else. For some unknown reason, the Go drains its battery in just a few hours of sleep mode. Do yourself a solid and change the power button’s function to hibernate instead of sleep.

There are two benefits hibernation has over sleep mode. The first is that your battery won’t be dead the next time you pick it up. Hibernation uses a lot less power over time than sleeping does.

The hibernation process exports everything in the computer’s memory to a save file on the hard drive. Then it powers down the RAM chips. This reduces power consumption. It also gives us our other benefit.

Go to Settings-> System-> Power & Battery to change what the power button does.

Everything running in RAM is saved to a file. This includes any game that is actively playing or paused when you pressed the power button. The LeGo can stay in hibernation for days with your game perfectly suspended in time.

The process takes a few seconds at most. In my opinion, hibernation makes the device more usable in real life situations. I play on my lunch break at work. Hibernating when my break is over means my battery and game will be ready to resume on the next day. You usually can’t do that with sleep mode.

Controllers and Buttons

The controllers on the Legion Go are a work of art. They are well constructed, feel great, and are tuned for a light touch. They disconnect from the main chassis like the Nintendo Switch’s do.

The placement of the menu and view buttons near the bottom of the left controller is a problem though. Those buttons are used in games heavily and stretching your thumb down to click them gets old. Especially in a game like Destiny 2 where you constantly need access to the character menu and maps.

There is an option to swap their functions with the Legion Space and Quick Control menu buttons. Open Legion Space and go to Controllers, then scroll to More. Scroll down the page and flip the toggle to swap the buttons.

Your thumbs will thank you for flipping this toggle on.

My other tip about the controllers is to take the time and map the back buttons. I tie them to crouch/slide, melee, reload, and jump in almost every FPS game that I play. Back buttons allow you to keep both thumbs on the sticks while performing button actions. This can be a big advantage in some games.

To map them, open Legion Space. Go to Controllers in the top menu then click the Button Mapping button in the list at the bottom. Now click the top View/Edit Layout button. Finally, click the Rear-View choice at the bottom of the screen. Click on each button to pull up the mapping menu for it.

GPU Upscaling

There are lots of tweaks and changes you can make to boost the performance of your Go in various games. One of the most potent is to setup the various upscale options for both on your GO and in your games. The Legion Go supports AMD’s Radeon Super Resolution and their FidelityFX (FSR 3) technologies. Taking advantage of them reduces the load on your GPU which usually translates to an increased frame rate.

AAA titles can run in the 60-110 FPS range with good fidelity once you learn to tune and upscale them. I haven’t written a comprehensive guide to upscale games yet, but the basics are easy. Open the AMD Adrenaline app and turn on the scaling options.

There’s also a switch for RSR in the Legion quick menu.

The details of scaling are a rabbit hole of advanced tweaks and changes. Things like algorithms, game resolution options, post-processing settings, and sharpening effects can alter your experience. YouTube and the sub-Reddit mentioned above are good places to start building knowledge if you want to go deep.

GPU scaling options are dependent on driver and software versions. If you don’t see the options, make sure your software is all updated.

Learning to upscale and tweak your games is probably the most impactful performance boost you can get on this system. If you’re not already familiar with scaling, try using 1600X1200 @ 144Hz as your display resolution. Then run your games at 800X600. If you can’t set the game’s resolution to 800×600, change the resolution scale to 50%. It amounts to the same thing.

If you are less than impressed with AMD’s GPU scaling abilities, there are also other options available. While doing research, I noticed that lots of people are mentioning the Steam App Lossless Scaling as a great alternate. The app is $6.99 in the Steam store: https://store.steampowered.com/app/993090/Lossless_Scaling/

BIOS/UEFI Tweaks

In the Legion Go’s BIOS there are two settings we can adjust that effect game performance. The first is how much of the system’s 16 Gigabytes of RAM is reserved to support the GPU. By default, 3 GB of VRAM is selected but this can slow some games down. I get better performance and game stability with 4 GB assigned to graphics processing. That leaves 12 GB for Windows and your game, which is plenty in most cases.

Shutdown -> Hold Power + Volume Up
Overclock the RAM
Reserve 4GB VRAM

You can also overclock the RAM for an overall performance boost. Increasing the RAM’s speed will cause it to generate more heat. Excessive heat can impact CPU and GPU throttling. Consider the environment you play in.

Before you make either change, verify you are on the newest version of the system firmware. You Boot to the UEFI control screen to make these changes by shutting down first. Then hold down the Power and Volume up buttons at the same time for a few seconds.

Optimize Windows 11 for Gaming

The Legion Go is running Windows 11 Home. The default security posture of Windows 11 is not optimized for gaming. Specifically, memory integrity and the Virtual Machine Platform features of Windows 11 can slow down some games.

Turning these features off is a personal choice. You are technically weakening the operating system’s security by doing so. Review Microsoft’s documentation for an explanation and the instructions at: https://support.microsoft.com/en-us/windows/options-to-optimize-gaming-performance-in-windows-11-a255f612-2949-4373-a566-ff6f3f474613

I like to PIN my games to Start. Go to Settings -> Personalization -> Start -> and select the option for more PINs if you do too.

Make folders on the Start Menu. Dragging one icon onto another. Drag and drop icons as needed to add. Rename a folder by clicking into it. Right click on folders in the start menu to move them left or right.

Maximize the task bar space. Settings -> Personalization -> Taskbar:
Search -> Icon.
Disable Task View.
Disable Widgets.

On my Legion Go, I disable most of the start-up apps. It helps conserve CPU cycles, RAM, and disk I/O for the games. Go to Settings-> Apps -> Startup. I only leave three apps toggled on. The Radeon Software Startup Task, Realtek HD Audio Universal Service, and the Windows Security notification icon.

SSD Swap

I replaced the factory storage with a much faster and higher-capacity unit from Corsair. The upgrade has had a major impact on daily life with the LeGo. Downloads, and loading times are much faster. I can store my entire active catalog of games. Everything feels snappy. Read I SSD Swapped My Lenovo Legion Go. It Was Worth It for the details and instructions. 

Installing faster high high-capacity storage is a great upgrade.

The Legion Go is an excellent gaming computer right out of the box. Tweaks, changes, and upgrades like the ones above help make it even better. I use mine more than any other gaming system and that’s saying something.

I SSD Swapped My Lenovo Legion Go. It Was Worth It.

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I’ve written about my Legion Go before. It is a great machine for playing while hanging out with my family in the living room. I find playing games on the couch to be far more enjoyable than doom-scrolling these days. I don’t necessarily want to take the main screen in my house to do it. 

I constantly switch out the games that I am playing at any given time. It helps keep my interest in the hobby active. The downside is that it can take a year or more to finish some of them. If I fall into playing a single title too much it starts feeling like a job rather than an escape. My solution is to have fifteen to twenty games in active rotation at any given time. This is where the Legion Go presents an issue for me.

Starfield consumes 150 GB by itself. In that context 512 GB can be a small amount to work with.

The SSD that comes in the Go from Lenovo is 512 GB. Five hundred and twelve gigabytes is enough storage to give most people an enjoyable gaming experience. For a game hoarder like me, it is a little restrictive. A few AAA titles and a handful of oldies is all that will fit on the factory drive.

The device has an SD card slot, but I haven’t found a chip that can keep up with modern games. Older titles and emulated games work on the SD card without issue. The same goes for video and music.

SD Cards work well for small games and media. Large titles struggle.

Complex games like Battlefield 2042 and Doom Dark Ages fail to install on cards. Even my best SD doesn’t handle the big stuff. When I try, the install gets to between 40 and 50 percent and then crashes. I suspect the chip is overheating, but I haven’t investigated it yet.

After struggling with storage anxiety for a while, I decided to SSD swap my Go. I did some research online and watched several different sets of step-by-step instructions on YouTube. I cobbled together the procedure below from them.

If you proceed with any of these instructions, you are doing so at your own risk. These machines are full of small, fragile parts. Electronics are sensitive in general. You could brick or otherwise damage your machine if you make a mistake.

  1. Undo the six case screws on the back of the unit.
    • You need a size 0 Phillips screwdriver for this.
  2. Use a guitar pic, or plastic spludger to pry the rear panel off the Go.
    • It helps to insert your tool just to the right of the corners on each side.
  3. Remove the sticker that covers the battery terminal.
    • Do not discard or damage it.
  4. Peel back the sticker that covers the battery lead and the M.2 drive.
    • Do not completely remove this sticker, just peel back the portion covering the SSD and fold it back.
  5. Verify that your Go didn’t get turned back on while you were removing the case. It’s easy to bump the power button. Shut down if it did.
  6. Unscrew the silver M.2 screw.
    • Size 1 Phillips screwdriver bit.
  7. Unplug the battery lead from the terminal.
    • It pulls out easily. If you need to apply force to get the cable loose, you probably missed step 3. I did 😀.
  8. Remove the SSD.
  9. Clone the factory SSD to the new one (or activate Lenovo’s Digital Download Recovery Service to re-install the OS from scratch)
    • If you want a contiguous C partition after cloning, you’ll also need to extend the 512 GB C volume. There are multiple options for doing this. Partition management software like AOMEI’s partition assistant is a free and easy option.
  10. Peel the Mylar sleeve off of the factory SSD without damaging the wrap.
    • It is very fragile. I suggest using fine tweezers and a lot of patience.
  11. Wrap your new M.2 SSD with the Mylar.
    • You can run without the Mylar, but your new drive will wear out faster.
  12. Install your new M.2.
  13. Reconnect the battery lead.
  14. Replace both the battery terminal and SSD stickers.
  15. Replace the rear panel. Press down firmly along the edges to click it back into place.
  16. Replace the six case screws.

I went with a Corsair MP 600 Micro 2 TB NVMe M.2, size 2242 for my new storage. It is a much faster drive than the original. It hits 7,000 MB/s while reading and 6,200 MB/s while writing.

The new disk has boosted the Go’s overall performance more than I expected. I did not realize the factory disk was slow enough to have been affecting the entire machine.

Using the Go as a computer is an improved experience. Downloading and installing games, updating software, rebooting, they’re all noticeably faster after the upgrade. The Windows OS feels snappier. There are benefits in many areas besides just fitting in more games.

Many aspects of game performance are also improved. Shader caches are processed faster. Games load in half the time. Matches start faster since the maps load quicker. Patching and updating all of my titles is a breeze now too.

I have been happy with the results of the upgrade. It took me about forty-five minutes to complete from start to finish. If you are considering the mod yourself, I suggest spending a little more on a fast drive. You’ll get both a snappier computer and the ability to keep more of your library on hand.

An Owner’s Review of the Lenovo Legion Go Handheld Gaming PC

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When the Legion Go launched, I was really interested in it. On paper, it fixed the minor annoyances I had with my ASUS ROG Ally. It wasn’t quite enough of an upgrade to justify purchasing one.

Lucky me, my partner got me one for Christmas, and I’ve been playing it ever since. I’ve played Call of Duty Black Ops 6, Halo Infinite, and Project Cars 2&3. I’ve also played Microsoft Flight Simulator, SIMS 4, Marvel Rivals, and various emulators on the handheld.

The built-in kickstand is something I use a lot.

I can’t say enough about the AMD Ryzen Z1 Extreme APU. The powerhouse chip runs games from this generation at 1900×1200 and nearly 100 FPS. You’ll need to enable AMD FSR on the device and configure your game to use it to get that performance.

An AMD APU shares RAM between the GPU and CPU. You can adjust the amount of DDR memory that each function is assigned from the available pool. Most games will work on 4GB of Video RAM and 4GB of System RAM as other similar handhelds have proven time and again.

The Go has 16GB, so you can assign 8GB to the CPU and 8GB to GPU. This lets you run more graphical processes. This means higher textures, more shadows, and better post processing without losing frame speed.

In addition to the memory advantage it has over similar systems, the Go has a small built-in touch-pad. It’s located on the lower portion of the right controller. The little pad is not unlike those found on Valve’s Steam Deck, but it lacks the advanced pressure sensing.

I use the mouse function constantly when navigating game menus. It’s a bar setting kind of feature. I think manufacturers should include one on all handheld game systems released in the future.

Speaking of controllers, the Go’s are removable a la’ the Nintendo Switch. I can not overstate how much of an advantage in ergonomics this design is. I have a “gooseneck mount” that I put the display in. It holds my screen in the perfect position, even in bed. Then, I remove the controllers and am able to keep my arms and hands in natural positions instead of crossing my body.

Removable controllers are a big ergonomic advantage.

You might think that I’ve run out of upgraded features to describe, but the Lenovo engineers were working overtime on this thing. Pop the right controller off and flip the FPS switch on the bottom. Set it in the included slider stand, and it becomes a pistol grip mouse. This function takes some getting used to, but is quite effective once you master it.

In addition to the gaming prowess, the Legion Go is a surprisingly capable laptop replacement. Remove the controllers, open the built-in stand, and pair a Bluetooth mouse and keyboard. The experience is similar to other 2-N-1 tablets. All beit on a slightly smaller screen than most. I’ve written docs, worked on spreadsheets, and remoted into all kinds of systems this way.

The Go makes a great portable computer if you add a keyboard and mouse.

The Legion Go can play most modern AAA titles like Starfield, Black Ops 6, Halo Infinite, and Forza Horizons 5 in 1900×1200 at around on one hundred frames per second. After you tune the game for the device. I frequently win online matches on my lunch break at work using it.

Beyond the normal future device wishes of better battery, lighter, and more powerful, there’s nothing to complain about. My Legion Go is the perfect form factor for this type of device, given the available technology. I’ve been extremely happy with it. Does anybody want to buy a used Ally Z1 Extreme?