Philips 65OLED810/12 65" VS Sony Bravia K-65XR80M2 65"

Both the Philips 65OLED810/12 and the Sony Bravia K-65XR80M2 share the same foundational display DNA: OLED/AMOLED panels at 4K (3840 x 2160 px) resolution, 68 ppi pixel density, 10-bit color depth rendering 1.07 billion colors, and identical 178º viewing angles in both directions. Anti-reflection coating and an ambient light sensor are also present on both, meaning neither has a meaningful edge in everyday usability or panel quality at the foundational level.

The first real differentiator is the refresh rate. The Philips runs at 144Hz versus the Sony's 120Hz. In practice, 120Hz already delivers very smooth motion for most content, but the Philips's higher ceiling becomes relevant for fast-paced gaming, where the extra headroom can reduce perceived motion blur and input lag when paired with a compatible source. For film and broadcast viewing the gap is essentially invisible.

The more consequential difference for many buyers is HDR format support: the Philips adds HDR10+ on top of the HDR10, Dolby Vision, and HLG formats that both TVs share. HDR10+ is a dynamic metadata standard used by Amazon Prime Video and a growing number of Blu-ray titles, and its absence on the Sony means that content mastered specifically for HDR10+ will fall back to standard HDR10 — still good, but not optimal. Combined with the higher refresh rate, the Philips holds a clear overall edge in the Display category, particularly for users who game or consume HDR10+ content.

The wired connectivity backbone is identical across both TVs: 4x HDMI 2.1 ports, 2x USB, a single RJ45 ethernet port, and Miracast support for screen mirroring. Neither offers legacy video inputs or an external memory slot, so there are no surprises there. Where the two sets start to diverge is in their wireless and peripheral connection capabilities.

Wireless networking is where the Sony Bravia K-65XR80M2 pulls meaningfully ahead. It supports Wi-Fi 6 and Wi-Fi 6E (802.11ax) in addition to the older Wi-Fi 4/5 standards that the Philips is limited to. Wi-Fi 6 delivers higher throughput and significantly better performance in congested environments — a crowded apartment building with many competing networks, for instance — while Wi-Fi 6E additionally opens up the less-cluttered 6 GHz band for even lower latency and interference. For 4K streaming and future-proofing, this is a genuine practical advantage. The Sony also edges ahead on Bluetooth, at version 5.3 versus the Philips's 5.2, offering marginally improved connection stability and efficiency, though the real-world difference here is minor.

The Philips counters with one notable exclusive: a 3.5 mm headphone jack, which the Sony omits entirely. For users who want to connect wired headphones directly to the TV — for late-night viewing without disturbing others, for example — this is a tangible convenience that the Sony cannot match without an adapter or Bluetooth workaround. Overall though, the Sony holds the clear connectivity edge thanks to its substantially superior Wi-Fi stack, which matters more to most users than the headphone socket trade-off.

Across the core audio feature set, these two TVs are remarkably well-matched. Both carry stereo speakers with a built-in subwoofer, support Dolby Atmos, DTS:X, Dolby Audio, Dolby Digital, and offer both HDMI ARC and eARC for lossless audio passthrough to a soundbar or AV receiver. eARC in particular is the more important of the two — it has the bandwidth to carry uncompressed Atmos and DTS:X bitstreams, making it the preferred connection for anyone with a capable external audio system.

The sole differentiator is the Sony's support for Dolby Digital Plus, which the Philips lacks. DD+ is an enhanced compression format used widely by streaming platforms — notably Netflix and Disney+ — to deliver higher-quality surround sound over internet connections compared to standard Dolby Digital. On the Philips, that content will either be downmixed or decoded at a lower quality tier. It is not a dramatic gap, but for heavy streaming users it is a meaningful one.

Given how closely matched these TVs are on audio, the Sony Bravia earns a narrow edge purely on the strength of Dolby Digital Plus support — a format relevant enough in day-to-day streaming that its absence on the Philips is worth noting, even if neither TV will replace a dedicated sound system.

At nearly identical footprints — 1444 mm vs 1443 mm wide and just 1 mm apart in height — these two TVs will occupy virtually the same wall or cabinet space. The similarities end there, however. The Sony Bravia is dramatically slimmer at 34 mm thick compared to the Philips's 68 mm, exactly half the depth. This translates directly into a more flush, premium appearance on a wall mount and less intrusion if placed on furniture near a wall.

The weight gap is equally striking: the Sony comes in at 22,900 g against the Philips's 27,620 g — nearly 4.7 kg lighter. That difference is highly relevant during installation, particularly for a single-person wall mount, where every kilogram adds handling difficulty and strain. The combined effect of lower weight and half the thickness also results in the Sony occupying roughly half the physical volume of the Philips, which contributes to its considerably sleeker overall profile.

One area where the Philips offers no advantage is operating temperature tolerance, where the Sony again leads — rated for 0–40 °C versus the Philips's 5–35 °C. This wider range gives the Sony slightly more flexibility in less climate-controlled environments such as a garage, sunroom, or covered outdoor area. Both support VESA mounting. Overall, the Sony Bravia holds a clear Design advantage, being substantially thinner, lighter, and more thermally versatile.

Smart platform parity is essentially complete between these two sets. Both offer AirPlay, Google Assistant, Alexa, smartphone remote control, USB recording, and the full suite of everyday usability features like sleep timer, child lock, and voice commands. Neither supports Apple HomeKit, so that omission is a tie rather than a differentiator. The one convenience edge goes to the Sony, which includes a rechargeable remote control — a small but genuinely appreciated quality-of-life feature that eliminates the recurring cost and hassle of disposable batteries.

The most dramatic difference in this group, however, is operating power consumption. The Philips draws 102W under load, while the Sony consumes a striking 397W — nearly four times as much. For context, standby consumption is identical at 0.5W for both, so the gap is purely in active use. At typical viewing hours, the Sony's higher draw will result in meaningfully higher electricity costs over time and a larger energy footprint. This is a spec worth taking seriously for cost-conscious or environmentally aware buyers.

On balance, these two TVs are well-matched on smart features, but the power consumption gap is too large to ignore. The Philips holds a clear advantage in this group — the rechargeable remote on the Sony is a nice touch, but it does not come close to offsetting the operational efficiency difference of nearly 295W per viewing session.