MacBook + desktop PC + dual 4K creator peripherals
A MacBook-and-desktop dual-4K setup that preserves native extended displays while switching a webcam and USB audio interface.
Evidence last checked 12 August 2026. Specifications assessed, not physically tested.
Manufacturer confirmed stated in a primary sourceInferred derived conservatively from published specificationsUnresolved the exact combination is not provedEvidence policy
Computer 1MacBook
Computer 2Desktop PC
Displays2 × 4K60 extended
PeripheralsWebcam + audio interface
Mac pathTwo native display streams
Main riskMac topology + USB reconnect
The practical answer
For a MacBook-plus-desktop desk, the first requirement is two native Mac display streams, not merely two KVM output sockets. iDock M10 supplies a documented two-USB-C Mac path with charging; HDK202-M24 is the flexible desktop-style alternative when the Mac or dock exposes two independent video outputs. USB 3.x then carries the webcam and audio interface.
Product assessments
These statuses apply to this exact configuration, not to the product in every possible setup.
Compatible with limitations
AV Access iDock M10
● Compatible with stated limitations
What this means for you: A strong MacBook-plus-PC fit with native dual displays, 100W Power Delivery (PD), monitor-setting retention (EDID) and USB 3.x; it consumes two Mac USB-C ports.
Computers
2
Displays
2
Video connections
2 × USB-C for Mac / HDMI 2.0 / DisplayPort 1.2a
Published 4K ceiling
Single 60Hz · multi 60Hz
USB-C laptop charging
100W
High dynamic range (HDR): not confirmed · Variable refresh (VRR): not confirmed · Keeps monitor settings (EDID): supported
Product-specific limits
Native dual extended displays use two USB-C ports on a supported MacBook.
3440×1440 is limited to 60Hz and a 5120×1440 display falls back to 3840×1080.
The Windows host still needs suitable display outputs for both monitors.
high dynamic range (HDR) and variable refresh support are not confirmed in the published specification.
Evidence behind this assessment
8 recorded claims are manufacturer-confirmed, 1 are conservative inferences and 2 remain unresolved. Product evidence last checked 12 August 2026.
What this means for you: Dual 4K60, USB 3.x and monitor-setting retention (EDID) are comfortably supported for two hosts with independent video outputs.
Computers
2
Displays
2
Video connections
HDMI 2.1 / DisplayPort 1.4
Published 4K ceiling
Single 240Hz · multi 144Hz
USB-C laptop charging
None
High dynamic range (HDR): supported · Variable refresh (VRR): supported · Keeps monitor settings (EDID): supported
Product-specific limits
4K240 and dual 4K144 are Display Stream Compression (DSC) modes, so every device and cable in the signal chain must support the required mode.
A Mac needs a separate video output for each display.
It does not charge a USB-C laptop.
Evidence behind this assessment
8 recorded claims are manufacturer-confirmed, 1 are conservative inferences and 0 remain unresolved. Product evidence last checked 12 August 2026.
What this means for you: Suitable for a Windows USB-C laptop plus desktop, but most Macs mirror the two displays over its Multi-Stream Transport (MST) path.
Computers
2
Displays
2
Video connections
USB-C (DP Alt Mode with Multi-Stream Transport (MST)) / HDMI 2.0 / DisplayPort 1.2a
Published 4K ceiling
Single 60Hz · multi 60Hz
USB-C laptop charging
60W
High dynamic range (HDR): not confirmed · Variable refresh (VRR): not confirmed · Keeps monitor settings (EDID): supported
Product-specific limits
Most Macs mirror two displays on the single-cable Multi-Stream Transport (MST) path rather than extending them.
3440×1440 is limited to 60Hz and a 5120×1440 display falls back to 3840×1080.
Power delivery is up to 60W.
high dynamic range (HDR) and variable refresh support are not confirmed in the published specification.
Evidence behind this assessment
8 recorded claims are manufacturer-confirmed, 1 are conservative inferences and 2 remain unresolved. Product evidence last checked 12 August 2026.
Sources last checked 12 August 2026. Products were not physically tested by KVMChecker. Firmware, host hardware, adapters and cables can change the result.