Two billion pixels a second is the real number behind this specification: 3840 by 2160, redrawn 240 times. That is more data than an HDMI 2.1 link was built to carry, so every screen at this tier either compresses the signal on the way across or uses a newer connection that sends it whole.
Which route your setup takes is decided by the graphics card, not the panel. Read the DisplayPort version printed on the exact card you own, then look at the panel technology, then ask whether your games will produce frames anywhere near that ceiling. Evetech ships displays and cards nationwide, reaching Johannesburg, Cape Town, Durban and Pretoria in one to three business days.
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Reading the Specification Sheet on a 4K 240Hz Display
DisplayPort 2.1 is not a single speed. UHBR20 runs 80Gbps of raw link rate, roughly 77Gbps of it usable, and is the only consumer connection that sends 4K at 240Hz in 10-bit with nothing compressed. UHBR13.5 stops at 54Gbps and reaches the same mode only with compression turned on. A card can advertise DisplayPort 2.1 and be running the lower rate, so the mode matters more than the version number.
The VESA scheme runs at roughly three to one in hardware and is certified against a visually lossless standard, so it is not something you pick out in motion. Its effects show up elsewhere. Both ends of the link have to support it, mode changes can blank the screen for a second or two when a game switches in and out of exclusive fullscreen, and some driver features behave differently while compression is active.
UHBR20 needs a DP80-certified lead. An older DisplayPort cable that worked perfectly at 1.4 is physically identical and frequently will not train at the higher rate. Monitors sold with the mode usually include a qualified cable in the box, and it is worth keeping that one with the screen. Length hurts here in a way it does not at lower rates.
OLED dominates, in 32-inch and 27-inch sizes and across both the QD-OLED and WOLED families. The alternative is a VA panel behind a mini-LED backlight divided into a thousand or more dimming zones, which trades per-pixel contrast for higher sustained full-screen brightness and no static-image wear. Fast IPS does not currently reach this pairing; 4K panels of that type sit nearer 160Hz.
Esports titles and older games hit it. Current AAA rendering at native resolution does not, on any card in production. The frame rate comes from upscaling a lower internal resolution and from frame generation, both of which have to be built into the individual game. A panel spending most of its life between 120 and 160fps is not being wasted, because variable refresh covers everything below the ceiling.