Vermax's hands-on review of the KTC M27P6 follows the monitor from setup to console Fortnite, PC gaming, HDR gameplay, and a USB-C laptop workflow. This editorial adaptation keeps the practical observations and published specifications together so readers can see how a 4K 160Hz gaming monitor can also support a faster FHD mode for competitive play.
Read alongside Vermax's original M27P6 review
▶ Watch the original video on YouTube (38TXqLxejxk)
Fig.1 — KTC M27P6 during unboxing: display revealed with stand and cables on desk (frame at 01:15)
Unboxing the M27P6 and Setting the Stand
The review begins with the 27-inch size of the KTC M27P6 being revealed as the display is removed from its packaging and assembled on its included stand. The package shown includes the display, stand components, power cable, manuals, and display cables. The monitor itself has thin bezels, giving the front a clean appearance before any picture settings are changed.
- Included setup parts: Display, monitor arm, base, power cable, manuals, display cable, and HDMI cable.
- Quick assembly: The base is secured with one thumb-tightened screw after the arm is attached.
- Desk flexibility: Cable management, an RGB logo, and VESA mounting are shown as part of the physical design.
Height, swivel, and portrait positioning
The stand moves the screen up and down, while the base remains in place during swivel adjustment. The panel can also rotate into a vertical orientation for use as a secondary monitor. The reviewer’s point is practical: the portrait setup can be used with the supplied stand, without purchasing an additional mounting system for that orientation.
Fig.2 — Dual-mode explanation segment: display settings discussed for gaming scenarios (frame at 02:50)
Dual-Mode Console Gaming and Color Control
The M27P6 is built around two distinct display priorities. Its official specification lists 3840×2160 4K at 160Hz for detailed gameplay and 1920×1080 FHD at 320Hz for higher-refresh competitive play. The review also shows a new-generation console running at 4K and 120Hz.
For specification accuracy, the official KTC product page identifies this model as HDR1400. That verified value is used here rather than the alternate HDR number heard during the spoken review.
Key display modes:
- 4K at 160Hz: Higher resolution for detailed game worlds and cinematic presentation.
- FHD at 320Hz: A faster mode for PC games where motion response and refresh rate matter more than 4K detail.
- Console at 4K and 120Hz: The setting demonstrated for new-generation console play.
Color settings are available at the monitor level
During Fortnite, Vermax starts with the default monitor settings and makes a small brightness adjustment. The on-screen menu also provides DCI, Adobe RGB, sRGB, and a P3 2020 mode as named in the review. DCI is associated with cinematic content, Adobe RGB with editing software such as Premiere Pro or Photoshop, and sRGB with general gaming. Vermax prefers the P3 2020 option for Fortnite because it produces a more saturated presentation.
Fig.3 — Professional color-mode menu (DCI / Adobe RGB / sRGB / P3 2020) displayed over Fortnite (frame at 04:56)
The useful distinction is that these adjustments happen through the monitor’s own controls. Console games may not expose the same range of display modes inside their software settings, so the monitor provides another way to shape the image.
Fig.4 — PC Fortnite at 320Hz: practice map gameplay with smooth motion (frame at 06:45)
PC Fortnite at 320Hz
For the PC section, the display is switched to 1080p and the frame rate is uncapped so the system can use the M27P6’s 320Hz mode. Vermax describes the resulting movement as very smooth and uses a Fortnite practice map to keep the gameplay environment responsive.
- Switch the display output to 1080p for the high-refresh mode.
- Uncap the frame rate so the PC can use the available refresh rate.
- Use the higher-refresh setup for competitive games such as Fortnite, Valorant, or CS\:GO.
Keeping the response-time claim precise
The spoken review includes a 2 millisecond response-time figure. KTC’s official M27P6 product page lists a 1ms response time, so the official specification is used here. The reviewer’s comments about very low-feeling input delay remain personal impressions from the tested setup, not an independent laboratory measurement.
This mode is most relevant when the priority is fast motion and competitive responsiveness. The same monitor can then move back to its higher-resolution settings when image detail is more important.
Fig.5 — Mini LED HDR gameplay in Black Ops 6: dark shadows and bright highlights compared (frame at 08:15)
HDR Contrast in Black Ops 6
The HDR demonstration uses Black Ops 6 at 4K. The displayed system setup first shows 60Hz set to Auto, while the monitor menu later shows 4K at 160Hz with HDR active. The comparison then moves between HDR enabled and disabled so the difference can be judged in the same game environment.
What changes when HDR is enabled
Vermax describes more realistic sunlight, stronger shadow depth, darker blacks, and brighter highlights with HDR enabled. The Mini LED backlight is identified as a key part of the presentation. In the darker scenes, the screen appears close to black when no bright object is present, while bright areas retain strong intensity. These are visual observations from the review rather than measured brightness or contrast results.
For readers comparing display technologies, the KTC Mini LED monitor collection provides the relevant product category. The M27P6’s official product information lists HDR1400, while the review supplies the practical example of how that capability looks in a game scene.
Fig.6 — USB-C laptop connection and KVM menu: second-monitor detection at 4K (frame at 09:59)
USB-C and KVM for Multitasking
The final product workflow connects a laptop to the M27P6 through USB-C. The laptop is detected as a second display, and the system recognizes the monitor as a 4K display. The monitor menu includes KVM and Auto USB-C options, allowing the reviewer to move between connected sources through the display controls.
The demonstrated workflow is useful for a desk that serves more than one system. A gaming PC or console can remain part of the setup while a laptop uses the same monitor for work or content tasks. The review confirms USB-C display detection and KVM source switching; it does not establish a specific USB-C power-delivery wattage, so no unsupported charging figure is stated here.
Takeaway
The KTC M27P6 combines a detailed 4K mode, a faster FHD mode, console support, monitor-level color controls, Mini LED HDR presentation, and a demonstrated USB-C/KVM workflow. Vermax’s testing presents it as a flexible display for users who move between immersive games, competitive play, and desk multitasking.
Fig.7 — Closing frame with the full gaming setup in view (frame at 10:18)
FAQs about the KTC M27P6 Gaming Monitor
Q1: How does the M27P6 switch between 4K 160Hz and FHD 320Hz?
The M27P6 uses two display modes for different gaming priorities. The official product specification lists 3840×2160 4K at 160Hz and 1920×1080 FHD at 320Hz. The review switches to 1080p and uncaps the PC frame rate to use the faster mode for competitive Fortnite. Users should select the mode that matches the game, graphics hardware, and desired balance between image detail and refresh rate.
Q2: What console output does the review use with the M27P6?
The console section shows the M27P6 running at 4K and 120Hz. Fortnite is played with the monitor close to its default settings, followed by a small brightness adjustment. The review focuses on the colorful image, 120Hz output, and practical gameplay experience. Actual output depends on the connected console, game, system settings, and the selected display mode.
Q3: Which color modes are discussed for gaming and creative work?
The monitor menu shown in the review includes DCI, Adobe RGB, sRGB, and a P3 2020 option as named in the spoken commentary. DCI is associated with cinematic games, Adobe RGB with editing applications such as Premiere Pro and Photoshop, and sRGB with general gaming. Vermax prefers the P3 2020 mode for Fortnite because it makes the image look more saturated. The review does not provide laboratory color-gamut measurements.
Q4: What does the HDR comparison show in Black Ops 6?
The Black Ops 6 comparison presents HDR enabled and disabled in the same game environment. Vermax describes HDR enabled as producing more realistic sunlight, stronger shadows, deeper blacks, and brighter highlights. The Mini LED backlight is identified as part of the display experience. The official M27P6 product page lists HDR1400. The comparison is a visual impression from the review, not an independent brightness or contrast benchmark.
Q5: How does the USB-C and KVM workflow work?
The review connects a laptop to the M27P6 through USB-C and shows the monitor detecting it as a second 4K display. The on-screen menu includes KVM and Auto USB-C options. The source can then be changed through the monitor controls, with the display identified as M27P6. This demonstrates source switching for a multi-device desk. The review does not state a USB-C power-delivery wattage, so that value should be checked on the current product page before purchase.
