LG 65QNED82AUA 65" VS Philips 65PUS8600/12 65"

At the panel fundamentals level, both TVs are remarkably well-matched: identical 4K (3840 x 2160) resolution, the same 68 ppi pixel density, 10-bit color depth capable of rendering over a billion colors, a 60Hz native refresh rate, and symmetrical 178° horizontal and vertical viewing angles. Anti-reflection coatings and ambient light sensors are present on both, meaning neither has a meaningful edge in everyday usability or picture consistency across lighting conditions.

Where the two diverge is in backlight and HDR technology — and that gap matters. The LG 65QNED82AUA uses a Mini-LED backlight, which deploys a much denser array of smaller LEDs to achieve tighter local dimming zones, generally translating to deeper blacks and better contrast control compared to conventional LED-LCD panels. The Philips 65PUS8600/12, on the other hand, relies on a QLED approach — quantum dot enhancement for wider color volume and higher peak brightness — without the Mini-LED dimming precision. On the HDR front, the Philips holds a distinct advantage by supporting HDR10+, the dynamic metadata standard that adjusts tone-mapping on a scene-by-scene basis, in addition to HDR10 and HLG. The LG supports only HDR10 and HLG, missing out on HDR10+ entirely.

The verdict for this group is nuanced. The LG's Mini-LED backlight gives it a structural advantage in contrast and black-level precision, which is critical for dark-room cinematic viewing. However, the Philips gains ground with HDR10+ support, which future-proofs it for an expanding library of dynamically mastered content. If contrast fidelity is the priority, the LG edges ahead; if HDR format breadth and color volume matter more, the Philips has the upper hand. Neither product dominates outright — the right choice depends squarely on the viewer's content ecosystem and viewing environment.

The shared connectivity foundation between these two TVs is solid: both offer 3 HDMI 2.1 ports, a single RJ45 Ethernet jack, dual-band Wi-Fi up to Wi-Fi 5 (802.11ac), Bluetooth 5, and Miracast wireless display mirroring. HDMI 2.1 is particularly valuable here, as it supports higher bandwidth signals relevant for gaming consoles and next-generation sources, even if the panels themselves are capped at 60Hz.

The differentiators, while not dramatic, are practically meaningful. The Philips 65PUS8600/12 pulls ahead in two areas: it ships with 2 USB ports versus the LG's single port — a real convenience advantage when simultaneously connecting a USB drive and a peripheral like a keyboard or dongle — and it includes a 3.5mm audio jack, useful for plugging in headphones directly without needing an adapter or a separate Bluetooth pairing. The Philips also runs Bluetooth 5.2 compared to the LG's Bluetooth 5.0; while the difference in range and stability is marginal in typical living-room use, 5.2 introduces better support for multi-stream audio, which can matter for users pairing wireless headphones alongside a soundbar simultaneously.

Overall, the Philips holds a clear, if modest, edge in connectivity. The extra USB port and headphone jack address everyday practical needs, and the slightly newer Bluetooth version adds a layer of peripheral flexibility. The LG is not poorly equipped by any measure, but for users who value wired and wireless peripheral versatility, the Philips is the more accommodating choice.

Across every audio specification in this group, the LG 65QNED82AUA and the Philips 65PUS8600/12 are a perfect match. Both feature stereo speakers, Dolby Audio and Dolby Atmos decoding, Digital Out, and — critically — both HDMI ARC and eARC. That last point deserves emphasis: eARC supports high-bandwidth audio formats like lossless Dolby TrueHD and DTS:X, meaning users who connect a capable soundbar via HDMI will get the full uncompressed audio signal rather than a downmixed version. It is a meaningful future-proofing feature shared equally by both TVs.

Neither unit includes a subwoofer, which is standard for flat-panel TVs of this class, and neither supports Dolby Virtual surround processing — so out-of-the-box bass depth and simulated spatial audio are limited in both cases. For most buyers, the built-in audio will serve casual viewing adequately, but the presence of eARC on both models is a clear signal that the manufacturers expect users to pair these TVs with an external audio system for a fuller experience.

This group is a complete tie. There is not a single audio specification that separates these two products. The decision between them on audio grounds is effectively irrelevant — prospective buyers should weight other specification groups more heavily when choosing between the two.

Footprint-wise, these two TVs are nearly indistinguishable side by side — width and height differ by only a few millimeters. The real physical divergence lies in depth: the LG 65QNED82AUA measures just 50.8mm thick, while the Philips 65PUS8600/12 comes in at 85mm — over 67% deeper. That gap has tangible consequences for wall-mount installations, where a slimmer profile keeps the screen closer to the wall for a cleaner, more flush appearance, and for tight entertainment unit shelves where rear clearance is limited.

The volume difference makes this even starker: the LG's total volume is approximately 62,157 cm³ against the Philips's 104,465 cm³ — meaning the Philips displaces nearly 68% more space overall. Weight follows a similar pattern, with the Philips at 24,240g outweighing the LG's 23,179g by roughly 1kg. While that weight delta is modest and unlikely to affect single-person installation meaningfully, it does add minor consideration for wall-mount bracket load ratings.

Both support VESA mounting, so neither restricts the user to a proprietary stand solution. That said, the LG holds a clear design advantage in this group — its significantly slimmer chassis makes it the more versatile option for space-conscious setups, particularly wall-mounted configurations where depth is at a premium.

From a smart features standpoint, these two TVs are functionally identical. Both run a built-in smart TV platform, support voice control via Google Assistant and Alexa, allow smartphone remote control, offer USB recording, and include practical utilities like a sleep timer, child lock, and web browser. Neither supports Apple HomeKit or Siri, so users embedded in the Apple ecosystem will find the same limitation on both sets. The feature parity here is essentially complete.

The one meaningful differentiator in this group is power consumption. The Philips 65PUS8600/12 draws 101W during operation, compared to the LG 65QNED82AUA's 119W — a gap of roughly 18%. Over extended daily use, that difference accumulates: assuming six hours of viewing per day, the LG would consume approximately 39 more kilowatt-hours annually than the Philips, which translates to a modest but real difference in electricity costs over the TV's lifespan. Standby consumption is identical at 0.5W on both, so the gap only manifests during active use.

This group tips narrowly in favor of the Philips, strictly on the basis of its lower operating power draw. For users prioritizing energy efficiency, that 18% consumption advantage is a legitimate consideration. On every other feature dimension, however, these TVs are evenly matched and neither offers a functional capability the other lacks.