LG 86QNED9MAUA 86" VS Philips 75MLED950/12 75"

Both TVs share a strong display foundation: 4K (3840 x 2160) resolution, 10-bit color depth, 1070 million colors, a 144Hz refresh rate, and identical 178° viewing angles in both directions. In practice, this means neither has an edge in raw sharpness potential, color volume, motion handling, or off-axis viewing — those bases are covered equally well on both panels.

The meaningful differences emerge in the details. The LG 86QNED9MAUA offers a significantly larger 86.4″ screen, but its 51 ppi pixel density is lower than the Philips 75MLED950/12's 59 ppi — a direct consequence of spreading the same pixel count across more inches. At typical living-room viewing distances this gap is unlikely to be visible, but up close the Philips will appear slightly sharper. More importantly, the Philips panel is classified as QLED in addition to Mini-LED, indicating a quantum-dot color filter layer that the LG lacks, which generally translates to wider color gamut coverage and higher peak brightness potential. The Philips also supports HDR10+ (dynamic metadata HDR), while the LG does not — giving Philips an advantage with HDR10+ mastered content by allowing scene-by-scene tone mapping. On the sync side, the Philips adds AMD FreeSync Premium on top of standard FreeSync, which enforces a minimum 120Hz low-framerate compensation — a meaningful perk for gamers.

Overall, the Philips 75MLED950/12 holds a clear technical edge in display quality metrics: QLED color technology, HDR10+ support, higher pixel density, and a superior FreeSync tier. The LG 86QNED9MAUA's only counterargument is raw screen size — 11 extra inches is substantial for immersive viewing in a large room. The decision ultimately hinges on whether sheer size or panel feature depth matters more to the buyer.

The shared connectivity groundwork is solid on both TVs: HDMI 2.1 ports (essential for 4K@120Hz passthrough from modern consoles), 2 USB ports, a wired RJ45 ethernet port, Bluetooth, Wi-Fi, and Miracast support. These are the non-negotiables for a modern smart TV, and neither cuts corners here.

Where the two diverge is telling. The Philips 75MLED950/12 offers 4 HDMI 2.1 ports versus the LG's 3 — a meaningful real-world advantage for users running a gaming console, soundbar, Blu-ray player, and streaming stick simultaneously without needing a switch. Philips also includes a 3.5mm audio jack, which the LG omits entirely; handy for direct headphone use or connecting older audio equipment. On the other hand, the LG 86QNED9MAUA pulls ahead decisively in wireless: its Wi-Fi support extends to Wi-Fi 6E (802.11ax), while the Philips tops out at Wi-Fi 5 (802.11ac). Wi-Fi 6E unlocks the 6GHz band, delivering lower latency and less interference in congested wireless environments — a genuine advantage in busy households. LG's Bluetooth 5.3 also edges out the Philips's 5.2, though the practical difference between these two versions is minimal.

The connectivity edge depends on use case. For wired device density and audio flexibility, the Philips has the upper hand. For future-proof wireless performance — particularly in apartments or homes with many competing Wi-Fi networks — the LG's Wi-Fi 6E support is the more impactful differentiator. On balance, the LG holds a slight overall advantage here, as wireless is increasingly central to smart TV operation, but users with many HDMI devices will find the Philips's extra port genuinely useful.

Across the core audio standards, both TVs are well-matched: Dolby Atmos, Dolby Audio, Dolby Digital, Digital Out, stereo speakers, and both HDMI ARC and eARC are present on each. The inclusion of HDMI eARC on both is worth highlighting — it allows lossless, high-bandwidth audio formats to pass through to a compatible soundbar or AVR, making either TV a capable hub for a premium home theater setup.

The differentiators, however, pull in opposite directions. The LG 86QNED9MAUA supports Dolby Digital Plus, an enhanced codec that carries more audio data than standard Dolby Digital — useful for streaming services that broadcast in DD+ and for those without an external audio system. The Philips 75MLED950/12 counters with two significant advantages of its own: a built-in subwoofer and support for DTS:X. The subwoofer adds a dedicated low-frequency driver, which meaningfully improves bass reproduction straight out of the box with no external hardware. DTS:X, meanwhile, is a major object-based surround format used across Blu-ray discs, streaming content, and gaming — its absence on the LG means some content will not be decoded natively.

For users relying primarily on the TV's built-in speakers, the Philips holds a clear edge: the combination of a subwoofer and DTS:X support gives it both better out-of-the-box sound and broader codec compatibility. The LG's Dolby Digital Plus is a useful addition but a narrower advantage. Those routing audio through an external soundbar or AVR will find the gap smaller, since eARC on both TVs handles the heavy lifting — but the Philips still wins on native codec breadth.

The size difference between these two TVs is substantial, and the design specs reflect that directly. The LG 86QNED9MAUA spans 1927.9 mm wide and 1115.1 mm tall — nearly two meters across — while the Philips 75MLED950/12 comes in at 1672 mm wide and 962 mm tall. That is a meaningful footprint gap, and buyers should measure their wall or TV unit carefully before committing. Both support VESA mounting, so wall installation is an option for either.

Weight is where the practical handling difference becomes stark. The LG tips the scales at 45,495 g (roughly 45.5 kg), compared to the Philips at 35,370 g (approximately 35.4 kg) — a difference of over 10 kg. That gap matters significantly during installation: the LG will typically require two people and potentially professional mounting, whereas the Philips, while still heavy, is meaningfully easier to maneuver. On thickness, the Philips is notably deeper at 61 mm versus the LG's slimmer 50.8 mm profile, which may be a consideration for flush wall-mount aesthetics.

There is no single winner here — the right choice depends entirely on the buyer's room and priorities. The LG demands more space and effort to install but delivers a larger screen presence. The Philips is lighter and more manageable, with a smaller physical footprint, but its greater depth slightly undermines the slim-mount look. For those with constrained spaces or planning a solo installation, the Philips is the more practical option on design alone.

Across the smart feature set, these two TVs are essentially identical. Both offer AirPlay, Google Assistant, Alexa, smartphone remote support, USB recording, voice commands, a search browser, sleep timer, and child lock. Neither supports Apple HomeKit or includes a rechargeable remote. For the vast majority of users, the day-to-day smart TV experience will be indistinguishable between the two.

The one number that stands apart is operating power consumption. The LG 86QNED9MAUA draws 209W during use, while the Philips 75MLED950/12 consumes just 126W — a difference of 83W, or roughly 40% less power for the Philips. Standby consumption is identical at 0.5W on both. The LG's higher draw is partly explained by its larger screen area, but the gap is still significant: run either TV for four hours a day, and the LG will consume nearly 120 kWh more per year, which translates to a noticeable difference on an electricity bill over time.

Given that features are a near-perfect tie, power efficiency becomes the only real differentiator in this group — and the Philips has a clear advantage. The LG's consumption figure is not unusual for an 86-inch panel, but buyers who are energy-conscious or expect heavy daily use should factor this gap into their decision. On features alone, neither TV has a meaningful edge; on running costs, the Philips wins outright.