Philips 75PUS7800/12 75" VS Xiaomi TV A 2026 65"

Both the Philips 75PUS7800/12 and the Xiaomi TV A 2026 65″ share the same fundamental display foundation: 4K UHD resolution (3840 x 2160 px), a 10-bit panel capable of rendering 1.07 billion colors, a 60Hz refresh rate, and identical 178° viewing angles in both directions. They also both include anti-reflection coating and an ambient light sensor, meaning neither has a practical edge in everyday usability features.

The most meaningful differentiator is panel technology. The Philips uses a QLED layer on top of its LED-backlit LCD, which typically delivers wider color volume and higher peak brightness compared to a standard LCD — a real-world advantage in vivid, well-lit scenes. The Xiaomi relies on a conventional LED-backlit LCD without quantum dot enhancement. On top of that, the Philips supports HDR10+ — a dynamic metadata HDR format that adjusts tone-mapping scene by scene — whereas the Xiaomi is limited to HDR10 (static metadata) and HLG. In HDR content that has been mastered with HDR10+ metadata, the Philips will reproduce highlights and shadows more accurately. Neither TV supports Dolby Vision.

The Xiaomi's 65″ screen yields a slightly higher pixel density of 68 ppi versus the Philips's 59 ppi on its larger 74.5″ panel, which means text and fine detail may appear marginally sharper up close on the Xiaomi. However, at typical living-room viewing distances, this difference is largely imperceptible. Overall, the Philips 75PUS7800/12 holds a clear display advantage thanks to its QLED technology and HDR10+ support — both of which translate to better picture quality in compatible content — while also offering a significantly larger screen.

Connectivity is largely a tie between these two TVs, with both offering an identical wireless and wired backbone: HDMI 2.1 on all three ports, a shared Wi-Fi 4/5 dual-standard implementation, a wired RJ45 port for stable network connections, Miracast screen mirroring, and a 3.5mm audio jack. The full HDMI 2.1 specification on all ports is a genuine plus for both, as it supports high-bandwidth signals relevant for modern gaming consoles and source devices.

Two small but practical gaps separate them. First, the Philips 75PUS7800/12 includes 2 USB ports versus just 1 on the Xiaomi — a tangible day-to-day convenience when connecting a USB drive and a keyboard, or two storage devices, simultaneously without needing a hub. Second, the Philips runs Bluetooth 5.2 against the Xiaomi's Bluetooth 5.0. While both versions offer solid range and stability, 5.2 introduces improvements in audio stream handling and connection efficiency that can benefit wireless headphones and speakers in real use.

Neither difference is a dealbreaker on its own, but taken together they give the Philips a modest connectivity edge. The extra USB port is the more immediately practical advantage for most users, while the newer Bluetooth version is a quieter but forward-looking improvement. If connectivity parity is your priority, both sets cover the essentials well; if flexibility matters, the Philips edges ahead.

On paper, these two TVs are nearly identical in audio hardware: both deliver 2 x 10W stereo output, include Digital Out, and share support for Dolby Audio, DTS:X, and both HDMI ARC and eARC. The presence of eARC on both is worth highlighting — it allows lossless, high-bandwidth audio formats to pass through to a compatible soundbar or AV receiver, which makes either TV a solid foundation for an external audio setup.

The single differentiator in this group is Dolby Atmos support, which the Philips 75PUS7800/12 carries and the Xiaomi TV A 2026 does not. Dolby Atmos adds object-based, three-dimensional audio metadata to compatible content — meaning on the Philips, a streaming service or Blu-ray that carries an Atmos track can deliver that spatial audio experience either through the built-in speakers or, more meaningfully, passed via eARC to an Atmos-capable soundbar. The Xiaomi, lacking Atmos decoding, would fall back to a standard audio track in those scenarios.

For users relying purely on the TV's built-in speakers at 20W total, the real-world gap between the two will be modest — neither set includes a subwoofer, and 10W per channel is adequate but not immersive at that output level. Where the difference becomes tangible is in a home theater context with an Atmos soundbar or receiver: the Philips holds a clear audio advantage here, as its Dolby Atmos passthrough capability unlocks a layer of spatial audio that the Xiaomi simply cannot deliver.

The size difference between these two TVs is substantial and intentional — the Philips 75PUS7800/12 is a 75-inch set and the Xiaomi TV A 2026 is a 65-inch model, so a larger physical footprint on the Philips is expected. What stands out, however, is just how pronounced the weight gap is: the Philips weighs 23,070 g versus the Xiaomi's 13,000 g. That is nearly double the mass for a screen that is only 10 inches larger diagonally, suggesting a meaningfully denser build. For installation, this difference matters — wall-mounting or repositioning the Philips is a more demanding two-person job, and ensuring the wall bracket is rated for that load becomes more critical.

Profile depth tells a similar story. At 93 mm thick, the Philips is noticeably chunkier than the Xiaomi's 75 mm. Neither is an ultra-slim design, but the Xiaomi will sit closer to the wall and present a cleaner profile in tighter spaces. Both sets support VESA mounting, so neither has an advantage in mounting flexibility itself.

One area where the Xiaomi holds a quiet but practical edge is operating temperature range: it functions from 0 °C to 40 °C, while the Philips is rated for 5 °C to 35 °C. This wider thermal tolerance makes the Xiaomi more suitable for installations in garages, conservatories, or rooms subject to greater temperature swings. Overall, the Xiaomi has the design advantage — it is lighter, slimmer, and more thermally flexible — though the Philips's larger size is the primary driver of its bulk rather than an inherent design inefficiency.

Smart platform features are largely matched here — both TVs offer built-in smart TV functionality, Google Assistant, voice commands, smartphone remote support, USB recording, sleep timer, and child lock. The shared Google Assistant integration means day-to-day voice control works similarly on both sets. Where the ecosystems diverge is in their secondary smart home alignments: the Philips 75PUS7800/12 adds Amazon Alexa compatibility, making it a natural fit for households already invested in Amazon's ecosystem, while the Xiaomi TV A 2026 counters with AirPlay support, which allows direct wireless streaming from iPhones, iPads, and Macs without any additional hardware. Neither supports Apple HomeKit or Siri.

The most striking functional difference in this group, however, is power consumption. The Philips draws 80W during operation compared to the Xiaomi's 150W — nearly twice as much. Given that the Philips is a larger screen, this gap is even more notable. Over a typical usage pattern of several hours a day, that difference accumulates meaningfully on an electricity bill over the course of a year. Standby consumption is identical at 0.5W for both.

The verdict here depends on the user's ecosystem. For Amazon smart home users, the Philips's Alexa integration is a clear draw; for Apple device owners who regularly cast content, the Xiaomi's AirPlay is genuinely useful. Factoring in the significant power efficiency advantage of the Philips, though, it edges ahead overall in this group — delivering broader voice assistant reach and substantially lower running costs at the same time.