This Prototype Laptop Crushes Everything I’ve Ever Seen

Product reviewed

ASUS “Stricks” SCAR 18 (2026) prototype/sponsored first look—an ultra-high-end gaming laptop positioned around standout display tech: ROG Nebula ELM.

Key features mentioned

• CPU: 24-core, boosts up to 5.5 GHz
• GPU: “5090 mobile GPU”
• RAM: 128GB DDR5
• Battery / power tradeoff (high draw):
  • Peak power draw: 320W
  • Sustained: 200W
  • Poor battery life, humorously described as needing a “portable nuclear reactor”

Display (core focus of the review)

• Size/format: 18-inch 4K miniLED
• Refresh rate: up to 240 Hz
• Sync: G-Sync support (aimed at reducing stutter/tearing)
• Brightness: ~1600 nits peak
• Dimming: ~2,000 dimming zones (claimed to rival OLED)
• ROG Nebula ELM “pulsed” strobing (main innovation):
  • Panel divided into 40 rows, each ~60 pixels high
  • Top-to-bottom row-by-row refresh
  • 260 microsecond pulse duration
  • ~6% duty cycle (backlight effectively off ~94% of the time)
• ELM disable mode (alternative experience):
  • Lets the panel use stronger backlight performance with periodic strobing
  • ASUS claims 1,600 nits peak for HDR gaming/movie viewing

Why it targets motion blur

The review frames ELM as a way to avoid the perceived smearing common to LCD sample-and-hold behavior by using CRT-inspired strobing to hide transition periods.

Motion clarity / gaming performance (main evaluation)

The reviewer emphasizes motion blur and display latency, using lab testing plus “UFO”/Bursters-style tests.

Latency results at 240 Hz

• ELM OFF baseline:
  • 2.7 ms lowest recorded display latency
  • Still some blur during fast panning
• ELM “party trick” mode:
  • Reviewer claims no visible flicker to the eye (even if cameras might detect it)
  • Labs measured 5.7 ms latency at 240 Hz with strobing
  • Caveat: results may vary depending on pulsing behavior
  • The reviewer argues the extra latency is worth it for clarity—especially for bright/high-glow objects

Comparison: Black Frame Insertion (BFI)

• BFI flashes the whole backlight at once, often perceived as unpleasant flickering
• This display’s strobing is more banded/row-based, and the reviewer reports no flicker perception

Comparison: Nvidia G-Sync Pulsar

• Reviewer states this laptop does not use Nvidia’s Pulsar (the sponsored unit avoids competing hardware)
• However, the reviewer previously saw G-Sync Pulsar at CES and described it as:
  • Very high motion clarity
  • No perceived flicker
  • Uses banded strobing (noted as 10 bands on a larger 27-inch display)
• For the ASUS panel, the reviewer implies that tighter packing of strobing (“more bands/rows”) should sharpen visuals further

OLED comparison (text + motion)

• With ELM enabled: ASUS shows minor ghosting but appears sharper in the main image than OLED
• OLED: described as having blurrier “prime image” but no ghosting relative to both strobing approaches

Comparison verdict

• No single “best” across all metrics:
  • ASUS (ELM): better prime sharpness, some ghosting
  • OLED: cleaner (no ghosting), but less sharp/clear motion image

G-Sync Pulsar vs ASUS (side-by-side claims)

• The reviewer intended to compare, then obtained Pulsar separately for their own setup.
• Observations in the described discussion/tests:
  • The reviewer initially expected Pulsar to look noticeably worse, but later suggests results are different, not simply worse
  • Another speaker claims less ghosting on the ASUS unit
  • Performance may depend on panel speed / overdrive / higher refresh (mentions possibly running 360 Hz on one setup)
  • Text clarity: better on ASUS for “prime image”
  • Ghosting: better on ASUS versus the other strobing option (per speaker comments)

Color accuracy and brightness measurements (labs)

With ELM enabled (strobing mode)

• Brightness: 461 nits (lab measurement)
• Delta E (color accuracy):
  • 1.86 in sRGB
  • 1.53 in Display P3
• Reviewer view: accurate enough for color-sensitive work

With ELM disabled (stronger local dimming)

• Average delta E:
  • 1.41 (Display P3)
  • 1.42 (sRGB)
• Brightness:
  • 1458 nits SDR in a 5% window
  • ~163 nits peak in HDR (as stated)
• HDR caveat (EOTF slightly too bright):
  • Average delta EITP: 26
  • Suggests HDR colors may tone-map slightly brighter than target

Visual wrap-up

• Reviewer: “Overall… pretty gorgeous.”

Pros (explicitly implied/said)

• Exceptional motion clarity via ELM row-by-row strobing (CRT-inspired)
• No perceived flicker (contrasted with typical BFI discomfort)
• Very bright (claims up to ~1600 nits; labs also report high values in certain modes)
• Strong color accuracy (low delta E in sRGB and Display P3)
• Sharp “prime image” compared with OLED-like behavior, with tradeoffs

Cons / drawbacks

• Battery life / power-hungry: 320W peak / 200W sustained
• Higher latency in ELM mode: 5.7 ms at 240 Hz vs 2.7 ms baseline
• Ghosting artifacts reported (notably vs OLED)
• HDR purist caveat: EOTF slightly too bright; delta EITP ~26 → HDR tones may appear brighter than intended

Overall verdict / recommendation

High-end gaming laptop with a standout display. The ROG Nebula ELM strobing mode aims at class-leading motion clarity with no visible flicker and strong color accuracy.

Main compromises: higher latency in ELM mode, some ghosting, and very poor battery life due to extreme power draw.

Recommendation

• Buy if you prioritize competitive motion clarity and plan to run plugged in
• Consider alternatives if you’re extremely sensitive to ghosting or are an HDR purist (OLED-like behavior may match your preference better); the review also advises checking multiple units/sources

Unique points mentioned (consolidated)

1. “Neo money” framing (targets ultra-premium tier)
2. Hardware: 24-core CPU (5.5 GHz boost), 5090 mobile GPU, 128GB DDR5
3. Portability acknowledged despite heavy power draw
4. Power/battery tradeoff: 320W peak / 200W sustained
5. Display: 18” 4K miniLED, 240 Hz, G-Sync, ~1600 nits peak, ~2000 dimming zones
6. ELM tech: row-based strobing (40 rows, 60 pixels high), 260 µs pulse, ~6% duty cycle (~94% off)
7. ELM claims reduced “retinal smearing” vs sample-and-hold behavior
8. No perceived flicker claim, contrasted with typical BFI discomfort
9. Lab latency: 2.7 ms (ELM off) vs 5.7 ms (ELM on at 240 Hz)
10. “Party trick” motion clarity framing (crisp “lightning/ufo-like” visuals)
11. OLED comparison: ASUS sharper prime image with minor ghosting; OLED blurrier but no ghosting
12. Nvidia G-Sync Pulsar relevance: not used here, but similar strobing concepts; Pulsar described as no-flicker
13. Side-by-side discussion: differences in ghosting/text clarity; possibly refresh/overdrive dependent
14. Second mode: ELM disabled + periodic strobing; ASUS claims 1600 nits peak for HDR/video
15. Mention of potential overdrive-related latency behavior (stated as possible)
16. Color accuracy: delta E values for sRGB and Display P3 in both ELM on/off modes
17. Brightness: 461 nits lab (ELM on); 1458 nits SDR 5% window; HDR peak ~163 nits
18. HDR caveat: EOTF slightly bright; delta EITP ~26; brighter-than-target tone mapping
19. Pre-production/handpicked unit note: consider checking multiple reviews
20. Final framing: two standout experiences—motion clarity (ELM) and brightness-oriented HDR mode

Different speaker contributions

• Primary narrator/reviewer:
  • Explains ELM/strobing mechanics, compares to Pulsar/OLED, and presents most lab measurement details
  • Reports latency and color/brightness results
  • Provides recommendations and overall framing
• Second speaker(s) on set (e.g., “Adam” / others):
  • Subjective impressions of crispness and flicker (claims like “weirdly crisp” / “can’t see anything”)
  • Critique of black frame insertion (strong dislike of BFI flicker)
  • During comparisons: focuses on ghosting differences, possible refresh/overdrive impact, and the idea that there isn’t a single “best” method every day