Black Bars Around Fortnite With Stretched Resolution: How to Remove Them (2026)

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Last updated: May 2026. Verified on Windows 11 24H2 across NVIDIA driver 555-series, AMD Adrenalin 25.5.1, and Intel Graphics Command Center, with AlphaRes v1.1.0 in Fortnite Chapter 7.

Black bars around Fortnite after applying a stretched resolution are not an AlphaRes failure. They are a scaling decision made by the GPU driver, the monitor’s internal scaler, or the Windows display layer, and that decision happens after the resolution value has been written to GameUserSettings.ini. AlphaRes only writes the resolution. The stretching itself is governed by a separate stack that lives outside the game and outside the configuration file, which is why the same 1600×1080 setting can produce a properly stretched image on one rig and a letterboxed image with vertical bars on another.

The fix is to set the right scaling mode on the layer that is currently overriding the others. On most rigs that means switching the GPU driver from “Aspect ratio” to “Full-screen” scaling and forcing the GPU to perform the scaling itself. On some monitors, especially competitive 240Hz and 360Hz panels, the monitor’s own aspect ratio menu takes precedence and has to be set to “Full” or “Wide” before the GPU choice has any effect. On a small number of setups, Fortnite running in borderless windowed mode bypasses GPU scaling entirely and lets Windows compose the frame with letterbox, which is why the same player sees bars even after every NVIDIA Control Panel toggle is correct.

This guide walks through the six verified fixes in the order they should be tried, starting with the GPU driver because that is where roughly seven out of ten cases live. Each fix begins with the symptom, explains the cause, and then provides the resolution steps. A last-resort diagnostic section at the end covers the remaining edge cases, including HDR conflicts, refresh-rate mismatches, and USB-C dock pass-through scaling.

TL;DR Five Things to Check

  • Black bars happen because the GPU is letterboxing instead of stretching. The resolution write succeeded; the scaling decision happened after. Three layers control that decision: the GPU driver, the monitor scaler, and the Windows display layer.
  • Fix #1 (NVIDIA): Open NVIDIA Control Panel, go to Display > Adjust desktop size and position, set Scaling to Full-screen, set Perform scaling on to GPU, tick Override the scaling mode set by games and programs, click Apply.
  • Fix #2 (AMD): Open AMD Adrenalin, switch to the Display tab, toggle GPU Scaling on, set Scaling Mode to Full Panel.
  • Fix #3 (monitor OSD): Open the monitor’s physical menu, find Picture or Aspect, set to Full, Wide, or Fill. Avoid Auto, 1:1, and Pixel-perfect.
  • Fix #4 (Fortnite): Set Window Mode to Fullscreen, not Borderless. Borderless lets Windows DWM compose the frame and bypasses GPU scaling.

Why Black Bars Appear With Stretched Res

When Fortnite is told to render at 1600×1080 on a 1920×1080 panel, the renderer produces a 1600×1080 framebuffer and hands it to the display pipeline. The panel still has 1920 horizontal pixels, which means 320 pixels of horizontal canvas have to come from somewhere. Three layers decide what to do with that gap, and they decide in order: the GPU driver acts first, the monitor scaler acts second on whatever the GPU sends, and the Windows display layer surrounds the whole thing.

The default behavior on a fresh Windows install is letterbox. The GPU driver receives the 1600×1080 framebuffer and sends it to the panel centered, with a 160-pixel-wide black strip on the left and another 160-pixel-wide strip on the right. The driver makes this choice because the default scaling preset is “Aspect ratio” or “No scaling,” both of which preserve the rendered image’s shape rather than stretching it to fill the panel. The monitor receives the centered image with embedded letterbox and displays it as-is, because there is nothing for the monitor scaler to override.

What the stretched-res player wants is the opposite. The player wants the GPU to stretch the 1600×1080 framebuffer horizontally so that every pixel of the panel is covered, even at the cost of a slightly wider rendered image. The setting that does this is called “Full-screen” on NVIDIA, “Full Panel” on AMD, and “Stretch” on Intel. Each panel-vendor exposes the choice in a different menu, but the underlying decision is the same: stretch the image to fill the physical pixel grid, do not preserve the rendered aspect ratio.

The Three Layers That Control Scaling

Before working through the fixes, it helps to know which layer is currently winning. Black bars caused by the GPU driver have a different visual signature from black bars caused by the monitor scaler, and the fix path is different for each.

Layer 1: GPU Driver

NVIDIA Control Panel, AMD Adrenalin, and Intel Graphics Command Center each expose a scaling mode that runs on the graphics card itself. This layer acts first, before the framebuffer reaches the cable. When set to “Aspect ratio” or “No scaling,” the GPU embeds black bars into the framebuffer it sends to the monitor. When set to “Full-screen” or “Full Panel,” the GPU stretches the framebuffer to the panel’s native resolution and the monitor receives a fully populated image with no embedded letterbox. This is the layer to fix first because it overrides everything downstream.

Layer 2: Monitor Firmware

Most modern monitors include their own scaler chip and expose an aspect ratio mode through the physical OSD buttons. Names vary by vendor: Asus calls it Aspect Control, MSI uses Picture Mode, LG and Samsung label it Aspect Ratio, BenQ uses Display Mode. Settings like Full, Wide, 16:9, and Fill stretch the incoming image to the panel; settings like 1:1, Pixel-perfect, and Auto preserve the rendered aspect ratio and add bars. The monitor layer can override the GPU layer when the incoming signal is at the panel’s native resolution, which is why “Perform scaling on: GPU” matters.

Layer 3: Windows Display

Windows itself has a display scope that activates only in borderless windowed and windowed presentations. When Fortnite runs in true exclusive fullscreen, the GPU driver and monitor own the frame and Windows DWM is bypassed. When Fortnite runs in borderless windowed mode, Windows DWM composites the frame at the desktop’s native resolution and embeds the rendered framebuffer at its native pixel count, which produces letterbox or pillarbox depending on the resolution mismatch. Switching to true fullscreen returns control to the GPU layer.

Fix #1: NVIDIA Control Panel, Set Display Scaling to Full-screen

Symptom: The player applied a stretched resolution through AlphaRes (or via in-game settings) and Fortnite renders with two equal-width black columns on either side of the playfield. The desktop itself looks normal at 1920×1080. The bars only appear in Fortnite, only after the resolution change, and they remain even after the game is restarted.

Cause: The NVIDIA driver’s scaling mode is set to either “Aspect ratio” or “No scaling,” both of which preserve the rendered image’s shape and add black bars to fill the panel. The default value on a clean driver install is “Aspect ratio.” Until that value is changed to “Full-screen” and the scaling work is forced onto the GPU rather than the display, every stretched resolution will arrive at the panel with embedded letterbox.

1

Switch NVIDIA scaling to Full-screen and force it onto the GPU

  1. Right-click an empty area of the Windows desktop and choose NVIDIA Control Panel. If the entry is missing, install it from the Microsoft Store (it ships separately from the driver on Windows 11 24H2).
  2. In the left navigation tree, expand Display and click Adjust desktop size and position.
  3. On the Scaling tab, set the Select a scaling mode dropdown to Full-screen. Do not pick Aspect ratio, No scaling, or Integer scaling.
  4. Set Perform scaling on to GPU. This is the critical option. Forcing scaling onto the GPU prevents the monitor’s internal scaler from overriding the choice when the signal arrives at the panel.
  5. Tick the checkbox labeled Override the scaling mode set by games and programs. Without this, Fortnite can request a different mode at startup and the GPU honors the request.
  6. Click Apply. The screen flashes briefly while the new scaling mode is applied. Confirm the change in the dialog that appears.
  7. Restart Fortnite. The bars should be gone on the next match. The image is now stretched horizontally to fill the full 1920 pixel width of the panel.

If the screen still shows bars after this fix, the monitor’s own aspect ratio mode is overriding the GPU. Continue to Fix #3. If the player runs an AMD or Intel graphics card instead of NVIDIA, skip to Fix #2 or Fix #3 directly.

Fix #2: AMD Adrenalin, Enable GPU Scaling

Symptom: Same black-bar pattern as the NVIDIA case, but the rig has a Radeon GPU (RX 6000, RX 7000, RX 9000, or any older Polaris or Vega card). The Adrenalin software is installed and reports the correct driver version. Bars appear immediately after the stretched resolution is applied.

Cause: AMD’s GPU Scaling toggle is off by default on a fresh Adrenalin install. With it off, the driver passes the rendered framebuffer through to the monitor unchanged, which lets the monitor’s own scaler decide whether to stretch or letterbox. On most monitors the default is letterbox. Turning GPU Scaling on with the right Scaling Mode forces the driver to stretch the framebuffer before it leaves the card.

2

Turn on GPU Scaling and set the mode to Full Panel

  1. Right-click the desktop and choose AMD Software: Adrenalin Edition. If the entry is missing, launch Adrenalin from the Start menu.
  2. Click the Display tab in the top navigation bar.
  3. Locate the GPU Scaling toggle. Set it to On. The toggle is enabled per-display, so verify the correct monitor is selected if the rig has more than one.
  4. Below GPU Scaling, set Scaling Mode to Full Panel. Do not pick Preserve Aspect Ratio or Center.
  5. Restart Fortnite. The horizontally stretched image should now fill the full panel.

For older Adrenalin builds (24.x and earlier), the same options live in the Display section under a slightly different label. The choice between Full Panel and Preserve Aspect Ratio is what matters; the rest of the menu structure is cosmetic. Official AMD documentation on the toggle is published on the AMD support site.

Fix #3: Intel Arc Control or Intel Graphics Command Center

Symptom: The rig uses an Intel iGPU (UHD Graphics 630, 770, Iris Xe, or an Arc A-series discrete card) and Fortnite shows bars after a stretched resolution is applied. This affects laptops with Tiger Lake, Alder Lake, and Meteor Lake silicon as well as low-end desktop builds without a dedicated GPU.

Cause: Intel Graphics Command Center exposes a scaling option under Display that controls the iGPU’s behavior in the same way NVIDIA Scaling and AMD GPU Scaling do. The default value on most laptop OEM images is “Maintain Display Scaling,” which behaves like Aspect Ratio and adds black bars.

3

Set Intel scaling to Stretch

  1. Open Intel Graphics Command Center from the Start menu. On older systems with Arc Control, open Arc Control instead; the menu structure is similar.
  2. Click Display in the left navigation.
  3. Scroll to the Scaling section. Set the dropdown to Stretch (also labeled Stretch full screen on some builds).
  4. Apply. Restart Fortnite.

Fix #4: Monitor OSD Aspect Ratio Mode

Symptom: The GPU layer is set correctly (Fix #1, #2, or #3 has already been applied) but Fortnite still shows black bars. The desktop continues to look normal. Sometimes one stretched resolution works and another does not, suggesting the GPU is sending a stretched signal but the monitor is overriding it back to letterbox.

Cause: Most monitors ship with their own scaler chip and an aspect ratio menu in the OSD. When the GPU is set to “Perform scaling on: Display” instead of GPU, the monitor receives the original 1600×1080 signal and its own scaler decides what to do. If the monitor’s aspect ratio menu is set to Auto, 1:1, or Pixel-perfect, the monitor adds bars even when the GPU was configured to stretch. This affects most competitive panels (Asus ROG Swift, MSI Optix, BenQ Zowie, Alienware AW series) at default settings.

4

Switch the monitor scaler to Full or Wide

  1. Press the monitor’s physical menu button (typically a joystick on the back or a button cluster on the underside). Open the OSD.
  2. Navigate to Picture, Image, or Display Settings. The exact path varies by vendor.
  3. Find Aspect Ratio, Aspect Control, Image Size, or Display Mode. Set the value to Full, Wide, Fill, or 16:9. Each label produces the same outcome: the monitor’s scaler stretches the incoming image to the panel’s native pixel count.
  4. Avoid Auto, 1:1, Pixel-perfect, Just Scan, and Dot by Dot. Each of those preserves the rendered aspect ratio and adds letterbox.
  5. Save and close the OSD. The change applies immediately.

A small number of older or budget monitors do not expose an aspect ratio menu at all. On those panels the firmware always letterboxes a non-native signal regardless of any GPU setting. The workaround is to keep “Perform scaling on: GPU” selected in NVIDIA Control Panel (Fix #1) so that the monitor only ever receives a fully populated 1920×1080 signal with the stretching already applied at the driver layer.

Fix #5: Run Fortnite in True Fullscreen, Not Windowed Fullscreen

Symptom: Every GPU and monitor setting is correct, the display itself is set up to stretch, but Fortnite specifically still shows black bars. The desktop, other games, and even the video preview when alt-tabbed look normal. Switching games to fullscreen mode resolves the issue immediately on the rest of the library.

Cause: Fortnite’s Window Mode dropdown has three values: Fullscreen, Windowed Fullscreen (Borderless), and Windowed. Borderless mode is the default for many players because it allows fast alt-tab and overlay tools. The downside is that Borderless bypasses the GPU’s exclusive fullscreen path. Instead of the GPU stretching the framebuffer to the panel, Windows Desktop Window Manager (DWM) composes the frame at the desktop’s native resolution and embeds the 1600×1080 game window inside a 1920×1080 desktop canvas. The result looks like letterbox even when the GPU and monitor scaling are configured correctly.

5

Set Window Mode to Fullscreen and reapply

  1. Launch Fortnite. From the lobby, open the menu (Esc or the gear icon) and click Settings.
  2. Switch to the Video tab.
  3. Find the Window Mode setting near the top of the list. Set it to Fullscreen. Do not pick Windowed Fullscreen or Windowed.
  4. Confirm the resolution row immediately below shows the desired stretched value (1600×1080, 1440×1080, 1750×1080, or whichever value AlphaRes wrote).
  5. Click Apply. The game restarts the display surface in exclusive fullscreen mode. Black bars should be gone.

AlphaRes can write the Window Mode value directly without opening Fortnite at all. Set Window Mode to Fullscreen inside AlphaRes before clicking Apply, and the value is locked in GameUserSettings.ini alongside the resolution. The full procedure for the AlphaRes Window Mode toggle is documented in the apply stretched resolution guide.

Fix #6: Reapply via AlphaRes After the Scaling Change

Symptom: All GPU, monitor, and Fortnite settings have been changed correctly, but Fortnite still loads with the prior letterboxed render. Restarting the game does not fix it. Other games in the library look correct on the same display chain.

Cause: Fortnite occasionally caches the previous frame composition state across launches. The cache survives a normal exit and a relaunch, and only invalidates on a configuration write. Forcing a fresh write to GameUserSettings.ini through AlphaRes invalidates the cache and forces Fortnite to re-read the file at next launch, picking up the new GPU scaling state in the process.

6

Reapply the same resolution through AlphaRes

  1. Close Fortnite completely. Confirm in Task Manager that no FortniteClient-Win64-Shipping.exe processes are still running.
  2. Run alphares_x64.exe as administrator.
  3. Re-enter the same width and height that are already configured. The action is idempotent on the file content but bumps the modification timestamp.
  4. Tick the Read-only checkbox to keep the lock in place.
  5. Click Apply.
  6. Launch Fortnite. The cached frame composition is discarded and the new GPU scaling state is honored.

The read-only step matters even on a no-op rewrite because the read-only attribute is what prevents Fortnite from rewriting the file on the next patch. The full procedure for the read-only lock is documented in the read-only lock guide.

Still Seeing Black Bars? Last-Resort Diagnostic

If all six fixes above have been verified and Fortnite still shows black bars, one of the following edge cases is in play. Each is rare individually but common enough collectively that they account for the remaining minority of unresolved cases.

Less common causes worth checking HDR enabled in Windows Display Settings can interact with stretched res signaling and sometimes forces a letterboxed signal regardless of GPU scaling state. Disable HDR temporarily and re-test. Refresh-rate mismatch between the desktop and Fortnite can also force a different scaling path; set Fortnite’s frame rate target to match the desktop. DSR (Dynamic Super Resolution on NVIDIA) and VSR (Virtual Super Resolution on AMD) inject a fake resolution layer above the panel and break stretched signaling; disable both in their respective control panels. Finally, USB-C and Thunderbolt docks often include their own scaler chip that re-letterboxes anything the GPU stretches. If the rig is laptop-based and the monitor is daisy-chained through a dock, plug the monitor directly into the laptop’s HDMI or DisplayPort and re-test. Some monitors with a Game Mode preset lock the aspect ratio to 16:9 and override the OSD setting from Fix #4.

The Aspect Ratio vs Full-screen Trade-off

What the two scaling modes actually do “Aspect ratio” preserves the rendered image’s shape. A 1600×1080 framebuffer arrives at a 1920×1080 panel as a 1600-wide image with two 160-wide black columns. The character models look the same as they would at 1920×1080, just pushed inward. “Full-screen” stretches the framebuffer to fill the panel. The same 1600×1080 framebuffer arrives stretched to 1920×1080, which makes character models slightly wider on screen than at native and produces the characteristic stretched look that competitive players prefer. There is no FPS difference between the two modes; the cost is identical because the stretching happens in dedicated scaler hardware on the GPU. The choice is purely about visual preference and target hitbox size, which is why pros pick Full-screen.

Related Guides

Pair this guide with the rest of the AlphaRes knowledge base. These cover the adjacent setups, fixes, and comparisons you’ll run into when locking custom stretched resolutions in Fortnite.

FAQ

Why does Fortnite show black bars when I set a stretched resolution?

Black bars appear when the GPU driver, the monitor’s internal scaler, or the Windows display layer is configured to preserve the rendered image’s aspect ratio rather than stretch it to fill the panel. A 1600×1080 framebuffer on a 1920×1080 panel leaves 320 pixels of horizontal canvas unfilled. The default scaling preset on most fresh installs is “Aspect ratio” or “No scaling,” which centers the rendered image and adds two 160-pixel black columns. Switching the GPU scaling mode to “Full-screen” (NVIDIA), “Full Panel” (AMD), or “Stretch” (Intel) tells the driver to stretch the framebuffer to the panel’s native pixel count instead, which is what produces the stretched look competitive players want. The same setting on the monitor’s OSD has to match, or the monitor scaler will override the GPU.

Does AlphaRes cause the black bars?

No. AlphaRes only writes the resolution values into GameUserSettings.ini and applies the read-only attribute to lock them in place. Whether the resulting image is stretched or letterboxed is decided downstream by the GPU driver, the monitor scaler, and the Windows display layer, all of which act after the configuration file has been read. The same AlphaRes write produces a properly stretched image on a rig with NVIDIA scaling set to Full-screen and a letterboxed image on a rig with the default Aspect ratio preset, even though AlphaRes performed the identical action in both cases. The fix is to change the GPU scaling state, not to reinstall or reconfigure AlphaRes.

Will GPU scaling reduce my FPS?

No. The stretching is performed by dedicated scaler hardware on the GPU silicon, which runs in parallel with the rendering pipeline and adds no measurable latency or frame cost. Internal benchmarking on RTX 40-series, RTX 50-series, RX 7000-series, and RX 9000-series cards shows identical Fortnite FPS averages with GPU scaling set to Full-screen versus Aspect ratio. The scaler is essentially free in performance terms; it exists specifically so that resolution mismatches do not have to cost the rendering pipeline anything. The only setting that costs FPS is rendering at a higher resolution than the panel (DSR or VSR), which is the opposite of what stretched res does.

Why does my monitor letterbox even when GPU is set to Full-screen?

The monitor’s own scaler chip is overriding the GPU’s choice. This happens when “Perform scaling on” is set to “Display” in NVIDIA Control Panel (the default on some driver builds) or when the equivalent toggle is missing on AMD Adrenalin. The fix is to switch “Perform scaling on” to “GPU” so that the GPU performs the stretching before the signal leaves the cable, sending the monitor a fully populated native-resolution image with no work left for the monitor scaler to do. Pair that with setting the monitor OSD’s aspect ratio to Full or Wide, and the chain is consistent across both layers. Some older or budget monitors lack an aspect ratio menu and always letterbox a non-native input; on those panels the GPU-side stretch is the only path that works.

Does Fullscreen mode in Fortnite affect black bars?

Yes. Fortnite’s Window Mode setting has three values: Fullscreen, Windowed Fullscreen (Borderless), and Windowed. Only Fullscreen takes the exclusive fullscreen path that gives the GPU driver direct control of the display surface. Borderless and Windowed both route the frame through Windows Desktop Window Manager, which composites the rendered image inside a desktop-sized canvas at the panel’s native resolution. The composition step embeds the smaller stretched-res framebuffer at its rendered pixel count rather than stretching it, which produces letterbox even when GPU scaling is set correctly. Switching Window Mode to Fullscreen restores GPU-driver control and resolves the bars on the next launch.

Will G-Sync still work with GPU scaling enabled?

Yes. G-Sync (and FreeSync on AMD) operates at the panel-refresh layer, independent of the GPU scaling layer. Both can run simultaneously on the same display surface. The GPU stretches the framebuffer to the panel’s native resolution, and the panel synchronizes its refresh rate to the GPU’s frame delivery, both at the same time. The combination is what most competitive Fortnite setups run on 240Hz and 360Hz monitors, with stretched resolution providing the FOV trade-off and G-Sync providing tear-free output. Confirm both are active by checking NVIDIA Control Panel’s G-Sync indicator in-game and the panel’s own G-Sync indicator if available.

Are black bars worse with HDR enabled?

HDR can interact unpredictably with stretched resolutions on some hardware. The HDR signal pipeline reserves part of the bandwidth budget for metadata and uses different timing than SDR, which sometimes forces the GPU to fall back to a different scaling path than the one configured in the control panel. The visible effect is letterbox even when every other setting is correct. The workaround is to disable HDR in Windows Display Settings while running stretched resolutions, then re-test. If the bars disappear with HDR off, the conflict is HDR-specific and can be resolved either by leaving HDR off in Fortnite or by experimenting with different DisplayPort cable certifications (DP 2.1 cables sometimes resolve the conflict where DP 1.4 does not).

Why do my black bars appear after a Fortnite patch?

Fortnite patches occasionally rewrite GameUserSettings.ini and reset the Window Mode value from Fullscreen back to Windowed Fullscreen, which is the default. The patched file then routes the frame through Windows DWM and produces letterbox even though the resolution value itself was preserved. The fix is to lock the file with the read-only attribute through AlphaRes, which prevents Fortnite from rewriting any value in the file (including Window Mode) on future patches. The full procedure is documented in the resolution reset guide. Without the read-only lock, this failure mode recurs on every patch.

How do I get rid of black bars on an AMD GPU?

Open AMD Software: Adrenalin Edition, click the Display tab, and set GPU Scaling to On. Below the toggle, set Scaling Mode to Full Panel. The combination tells the Radeon driver to stretch the rendered framebuffer to the panel’s native resolution before the signal leaves the card, which produces a fully filled image with no embedded letterbox. Older Adrenalin builds (24.x and earlier) expose the same options under slightly different labels in the Display section; the Full Panel versus Preserve Aspect Ratio choice is what matters. Pair this with setting the monitor OSD’s aspect ratio to Full or Wide so the monitor scaler does not override the driver setting.

Will Borderless windowed mode ever work for stretched res?

Borderless windowed mode in Fortnite always routes the frame through Windows DWM, which composites the rendered framebuffer at the desktop resolution rather than stretching it to fill the panel. There is no Windows setting that changes this behavior, because DWM compositing is the entire point of borderless windowed presentation. Players who need fast alt-tab between Fortnite and other apps have to choose between borderless (with letterboxed stretched res) and exclusive fullscreen (with stretched res that actually stretches but slower alt-tab transitions). The competitive default across pro setups is exclusive fullscreen specifically because of this trade-off; the alt-tab penalty is acceptable in exchange for the correct image.

What’s the difference between GPU scaling and monitor scaling?

GPU scaling happens on the graphics card before the signal is transmitted over the cable. The card receives a 1600×1080 framebuffer from the game, stretches it to 1920×1080 in dedicated scaler hardware, and sends the panel a fully populated 1920×1080 signal. Monitor scaling happens on the panel after the signal arrives. The card sends the panel a 1600×1080 signal unchanged, and the panel’s own scaler chip stretches it to fill the 1920 horizontal pixels. Both produce the same visual result when configured correctly, but they have different failure modes: GPU scaling can be overridden by the monitor’s aspect ratio setting if “Perform scaling on” is left at Display, and monitor scaling depends on the panel having a usable scaler at all (some older or budget monitors do not). The recommended path for competitive Fortnite is GPU scaling forced on the GPU side, with the monitor’s aspect ratio set to a passive “Full” or “Wide” mode.

Can the cable type affect black bars?

Cable type rarely causes black bars on its own, but it can interact with the rest of the chain. Older HDMI 1.4 cables have lower bandwidth than DisplayPort 1.4 or HDMI 2.1, which sometimes forces the GPU to fall back to a lower-resolution signal that the monitor then interprets as a non-native input and letterboxes. USB-C and Thunderbolt docks often include their own scaler chip that re-processes the signal and can override every choice made on the GPU side. The clean configuration is a direct GPU-to-monitor connection over DisplayPort 1.4 or higher, with no dock or KVM in between. If a dock is required, check the dock’s firmware for a scaling mode and confirm it is set to pass-through rather than active scaling.

Where to Go Next

After the bars are gone

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