Xiaomi TV A 2026 65" VS Xiaomi TV S Pro Mini LED 2026 75"

Both TVs share the same 4K (3840 x 2160) resolution, 10-bit panel depth, and 1.07 billion color output, so the baseline image fidelity is identical on paper. The key panel-level difference, however, is fundamental: the Xiaomi TV A 2026 65″ uses a standard LED-backlit LCD, while the Xiaomi TV S Pro Mini LED 2026 75″ employs a QLED Mini-LED stack. Mini-LED technology uses thousands of smaller, more tightly controlled backlighting zones, which translates to significantly better local dimming, deeper blacks, and higher peak brightness — advantages that are clearly visible in dark-room or HDR content. QLED's quantum dot layer further widens the color volume, making saturated colors appear more vivid and accurate than a conventional LCD backlight can achieve.

The motion handling gap is equally significant. The A 2026 is capped at 60Hz, which is adequate for standard broadcast and streaming but will show judder in fast-motion content like sports or action games. The S Pro Mini LED runs at 144Hz, a refresh rate that delivers genuinely smoother motion and, critically, makes it a far more capable gaming display. On the HDR front, the A 2026 supports HDR10 and HLG, covering most streaming content. The S Pro Mini LED adds HDR10+ and Dolby Vision, the two dynamic metadata formats that adapt tone-mapping scene by scene — a meaningful advantage for users with Netflix, Disney+, or Apple TV+ content that leverages those formats.

The A 2026 does have a marginally higher pixel density (68 ppi vs 59 ppi) due to its smaller 65″ screen, meaning text and fine detail may appear fractionally crisper at close distances. Both panels share identical 178° horizontal and vertical viewing angles, anti-reflection coatings, and ambient light sensors, so neither has an edge in placement flexibility or usability features. Overall, the S Pro Mini LED 75″ holds a clear and multi-dimensional display advantage: superior panel technology, a much higher refresh rate, and broader HDR format coverage. The A 2026 is a capable entry-level 4K panel, but it cannot match the S Pro Mini LED's contrast, motion clarity, or HDR versatility.

The wired connectivity foundation is identical between the two models: both offer 3 HDMI 2.1 ports, a single RJ45 Ethernet port, a 3.5mm audio jack, and the same DVB tuner stack (DVB-T/T2/C/S/S2). HDMI 2.1 is a genuine strength shared by both, as it supports 4K at 144Hz passthrough and features like VRR — though the A 2026's 60Hz panel means it cannot fully exploit that bandwidth for gaming, whereas the S Pro Mini LED's 144Hz display can. Where the two diverge is in USB: the A 2026 offers just 1 USB port, while the S Pro Mini LED provides 2 USB ports, a practical difference for users who want to connect a drive and a peripheral simultaneously without a hub.

Wireless connectivity tells a similar story of incremental but meaningful upgrades on the S Pro Mini LED. Both support Wi-Fi 4 and Wi-Fi 5, but the S Pro Mini LED adds Wi-Fi 6 (802.11ax) — a standard that delivers lower latency, better performance in congested network environments (multiple devices on the same router), and improved power efficiency. For a TV used in a busy household with many connected devices, Wi-Fi 6 is a real-world improvement, not merely a spec box to tick. On the Bluetooth side, the A 2026 carries Bluetooth 5.0 versus the S Pro Mini LED's Bluetooth 5.2, which brings more stable connections and improved audio synchronization for wireless headphones and soundbars.

Neither TV supports external memory expansion, and both include Miracast for wireless screen mirroring, so casual users will find the core connectivity experience similar. However, the S Pro Mini LED 75″ edges ahead in this category through its combination of Wi-Fi 6, Bluetooth 5.2, and the extra USB port — modest individually, but collectively meaningful for users building a well-connected home entertainment setup.

Shared audio DNA runs deep here: both TVs feature stereo speakers, Dolby Audio, DTS:X, Digital Out, and full HDMI ARC/eARC support. The eARC port is worth highlighting as a shared strength — it allows lossless, high-bandwidth audio formats to pass through to a compatible soundbar or AV receiver, meaning neither TV will bottleneck an external audio setup. The absence of a subwoofer on both models is equally unsurprising for flat-panel TVs at this size and price tier.

The meaningful divergences are output power and Dolby Atmos support. The A 2026 delivers 2 x 10W of total output, while the S Pro Mini LED steps up to 2 x 15W — a 50% increase that translates to noticeably more headroom for volume and dynamic range in larger rooms. More importantly, the S Pro Mini LED adds Dolby Atmos decoding, which the A 2026 lacks entirely. Dolby Atmos is now a standard audio format on Netflix, Disney+, Apple TV+, and most major streaming platforms, enabling object-based spatial audio that creates a more immersive, three-dimensional soundstage — even through the TV's built-in speakers when processed correctly.

For users relying primarily on an external soundbar or AV receiver, the Dolby Atmos gap narrows since both TVs can pass Atmos metadata via eARC to a capable external system. But for standalone TV speaker use, the S Pro Mini LED 75″ holds a clear audio advantage: greater output wattage and native Dolby Atmos decoding together make it a more capable performer out of the box.

Screen size alone explains most of the physical differences here. The S Pro Mini LED 75″ is naturally larger in every footprint dimension, but the weight gap is the figure that demands attention during installation: the A 2026 65″ weighs 13 kg, while the S Pro Mini LED comes in at 26.2 kg — essentially double. That difference is highly consequential for wall mounting, which typically requires two people and a wall bracket rated for the heavier load. For stand placement, it also means the furniture beneath it needs to be assessed for load capacity.

Thickness, however, is virtually a tie: the A 2026 measures 75 mm deep versus 73 mm for the S Pro Mini LED, a negligible 2mm difference that will be imperceptible in any real installation. Both TVs support VESA mounting, so neither locks the user into stand-only placement, and both share the same operating temperature range of 0°C to 40°C, meaning environmental suitability is identical across the board.

There is no meaningful winner in this category — the differences are a direct and expected consequence of the 10-inch screen size gap rather than design choices that favor one product over the other. The A 2026 65″ is the more manageable option for solo installation or weight-sensitive setups, while the S Pro Mini LED 75″ simply demands more space and more careful handling. Buyers should treat the 26.2 kg weight of the S Pro as a planning factor, not a flaw.

Functionally, these two TVs are twins in this category. Both run a built-in smart TV platform with Google Assistant, Chromecast, AirPlay, smartphone remote support, voice commands, USB recording, and a standard suite of usability features like sleep timer and child lock. Neither supports Alexa or Apple HomeKit, and both carry the same 1-year warranty. For a buyer evaluating smart features and ecosystem compatibility, there is simply no differentiator to weigh here.

The one figure that stands apart is operating power consumption: the A 2026 65″ draws 150W under load, while the S Pro Mini LED 75″ consumes 350W — more than double. This is largely a function of the larger screen size and the more power-intensive Mini-LED backlighting system. Over long daily viewing hours, that gap becomes meaningful on electricity bills. Both models drop to an identical 0.5W in standby, so the difference is entirely in active use.

This group produces a clear verdict only on energy consumption, where the A 2026 65″ is the significantly more efficient option. On every smart feature dimension, the two TVs are evenly matched, and users should not factor features into their decision between these models — that choice is better driven by the display, audio, and connectivity differences covered elsewhere.