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MSFS Performance Score

71.75 / 100
MSFS Score
Monitor · Samsung
Budget
Value score 17.98 per $100 spent
Resolution (30%) 75
Panel Type (25%) 65
Size (20%) 40
Refresh Rate (15%) 100
Ultrawide (10%) 100

Samsung 34-Inch Odyssey G5 Ultrawide Curved Gaming Monitor (LS34CG552ENXZA) scores 71.8/100; resolution (30% weight) is the dominant factor at 75/100.

Verdict for MSFS

The Samsung 34-Inch Odyssey G5 Ultrawide Curved Gaming Monitor (LS34CG552ENXZA) scores 71.8/100 for MSFS, delivering a wide 3440x1440 VA panel that broadens peripheral vision across VFR cross-country legs and busy approach corridors. Best suited to budget-tier sim pilots stepping up from 1080p, though the VA panel's slower pixel response can introduce ghosting during fast panning over photogrammetry cities.

Reviewed: March 2026

Full Specifications

Connection N/A
Force Feedback No
Axis Count 0
Button Count 0
Compatibility PC
Release Year 2023

Pros & Cons for MSFS

Pros

  • The 34-inch 3440x1440 ultrawide aspect ratio meaningfully expands your horizontal field of view during IFR approaches into dense hubs like KLAX or EGLL — at this budget price tier, most competing panels are either narrower or stuck at 1080p, making this a rare wide-canvas option without moving to mid-range pricing.
  • Plug-and-play over DisplayPort or HDMI with no driver installation required — MSFS detects native resolution and refresh rate automatically, so you are at your desk and flying without manual resolution override or custom timing setup.
  • The 165Hz refresh rate gives headroom when DLSS Quality or FSR 2 is active — during VR city flyovers or photogrammetry zones where frame rates climb into the 90–130fps range, that ceiling means the panel is not the bottleneck throttling your GPU output.

Cons

  • VA panel ghosting becomes noticeable during aggressive panning maneuvers — rapid head tracking sweeps across a photogrammetry city or a fast ILS turn onto final at a complex airport will surface trailing artifacts that an IPS panel at the next price tier up would not produce.
  • No HDR certification worth accounting for in MSFS — the next tier up offers DisplayHDR 400 or 600 panels that render MSFS's volumetric cloud layers and sunrise/sunset lighting with meaningfully higher contrast, a gap that is plainly visible when flying golden-hour VFR cross-country legs.

Frequently Asked Questions

Is this a good Monitor for MSFS?
71.8/100 for MSFS represents a competent but not top-tier result for this panel in the sim. The 3440x1440 ultrawide resolution earns its keep during long VFR cross-country legs and wide cockpit layouts like the 787 or A320, where the extra horizontal real estate lets you see more of the instrument panel and out-the-window scenery simultaneously. Where it shows limits is during fast low-altitude passes over photogrammetry zones — the VA panel's pixel response introduces ghosting that a dedicated IPS ultrawide or a TrackIR paired with a faster panel would handle more cleanly.
Is it worth the price for MSFS?
At the budget tier, the combination of 34-inch ultrawide 3440x1440 resolution and 165Hz refresh rate in a single panel is genuinely difficult to match — most alternatives at this tier make you trade either screen real estate or refresh rate ceiling. The VA panel construction is the honest compromise: contrast is strong for cockpit night flying, but the pixel response gap versus IPS panels at the mid-range tier is real and pilots who do a lot of fast panning should weigh that carefully.
What should I look for in a Monitor for MSFS?
Resolution carries the heaviest weight for MSFS monitors because the sim's photogrammetric world streaming and cockpit instrument legibility scale directly with pixel density — at 3440x1440 across 34 inches you can read glass cockpit MFD text and terrain detail during a VFR mountain transit without squinting or zooming, whereas a 1080p panel forces constant view adjustments. Panel type matters because MSFS's dynamic lighting — volumetric clouds, HDR sunsets, wet runway reflections — rewards panels with fast pixel response and wide color gamut, and slow VA ghosting degrades those visuals during any maneuver that involves rapid view panning. The Samsung 34-Inch Odyssey G5 Ultrawide Curved Gaming Monitor (LS34CG552ENXZA) scores a solid 75/100 on resolution for its class-appropriate 3440x1440 output, but the VA panel subscore of 65/100 reflects that pixel response and color volume trade-offs pull it below what IPS or OLED alternatives achieve in the same MSFS lighting scenarios.
Is the Samsung 34-Inch Odyssey G5 Ultrawide Curved Gaming Monitor (LS34CG552ENXZA) compatible with MSFS?
The Odyssey G5 is fully plug-and-play with MSFS on PC — connect via DisplayPort 1.4 or HDMI 2.0, and MSFS will detect 3440x1440 at up to 165Hz natively without driver installation or custom resolution profiles. No axis binding or peripheral configuration applies to a monitor; simply confirm MSFS's Display Settings menu shows the correct resolution and refresh rate, and enable DLSS or FSR in the Graphics settings to maintain frame rate headroom at the ultrawide resolution.
How should I configure this in MSFS?
Set MSFS render resolution to 3440x1440 native and enable DLSS Quality or FSR 2 Quality mode to keep frame rates above 60fps during photogrammetry zone overflights — the ultrawide resolution is GPU-heavy and without upscaling you will likely drop into frame-time territory that makes the 165Hz panel feel no different from 60Hz. For the panel itself, enable Samsung's Low Input Lag mode in the OSD and set Response Time to Faster rather than Standard to reduce VA ghosting during panning, accepting a minor overshoot artifact as the practical trade-off.

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