Philips 77OLED760/12 77" VS Philips 77OLED810/12 77"

Both the Philips 77OLED760 and the 77OLED810 share an identical display foundation: a 77″ OLED/AMOLED panel running at 4K (3840 x 2160) resolution, with a pixel density of 57 ppi, 10-bit color depth, and 1.07 billion colors. They also match on HDR support — covering HDR10, HDR10+, Dolby Vision, and HLG — as well as adaptive sync compatibility with both Nvidia G-Sync and AMD FreeSync Premium. Anti-reflection coating and an ambient light sensor are present on both, and viewing angles are a wide 178° in both directions, as is typical for OLED technology.

The sole but meaningful differentiator in this group is the refresh rate: the OLED760 runs at 120Hz, while the OLED810 steps up to 144Hz. In practice, this matters most for gaming. A 144Hz panel can render up to 144 frames per second, which translates to noticeably smoother motion and reduced input lag compared to 120Hz when paired with a capable source such as a high-end PC or next-generation console outputting above 120fps. For standard TV viewing, sports, or cinematic content, the difference is essentially imperceptible, since broadcast and streaming content tops out well below either threshold.

For pure display quality in everyday use, the two televisions are effectively evenly matched. However, if gaming performance is a priority — particularly PC gaming where frame rates can exceed 120fps — the 77OLED810 holds a clear edge thanks to its higher 144Hz ceiling, making it the stronger choice for users who want maximum fluidity from compatible hardware.

Connectivity is one area where these two televisions are completely indistinguishable from each other. Both offer four HDMI 2.1 ports, which is a genuinely strong offering — HDMI 2.1 supports the full 4K@120Hz bandwidth needed for next-gen consoles and high-end PCs, and having four of them means virtually no compromise when juggling multiple devices simultaneously. The two USB ports, single RJ45 ethernet jack, and 3.5mm audio output round out a practical physical interface layout.

On the wireless side, both share identical Wi-Fi 5 (802.11ac) and Bluetooth 5.2 implementations. Wi-Fi 5 is capable and stable for 4K streaming, though neither model steps up to Wi-Fi 6, which would offer better performance in congested network environments. Bluetooth 5.2 provides reliable connectivity for soundbars, headphones, and peripherals with solid range and low latency. Miracast support adds wireless screen mirroring from compatible devices on both sets.

Since every connectivity spec is identical across both models, this group results in a complete tie. The decision between the OLED760 and OLED810 cannot be influenced by connectivity considerations — buyers should look to other specification groups, such as display or audio, to differentiate the two.

The audio profiles of these two TVs share a solid common foundation — both support Dolby Atmos, DTS:X, Dolby Audio, and offer both HDMI ARC and eARC outputs for connecting external sound systems. For anyone routing audio through a soundbar or AV receiver, eARC in particular is the more important spec here, as it carries high-bandwidth audio formats including lossless Atmos tracks from streaming apps.

Where the two diverge is in a notable trade-off. The OLED760 supports Dolby Digital Plus — a compressed but efficient audio codec widely used by streaming services to deliver surround sound — while the OLED810 does not. Conversely, the OLED810 includes a built-in subwoofer, which the OLED760 lacks. A dedicated subwoofer adds low-frequency extension to the TV's internal speakers, meaning deeper bass reproduction for music, movies, and action content without requiring an external audio setup.

Weighing these differences, the two products each hold one advantage over the other. The OLED810's subwoofer is likely to have a more immediately noticeable impact for users relying primarily on the TV's built-in audio, while the OLED760's Dolby Digital Plus support offers broader codec compatibility — particularly relevant for streaming. Neither product holds an outright overall edge in this group; the better fit depends on whether built-in sound quality or codec flexibility matters more to the buyer.

At 77 inches, both TVs are large-format displays by any measure, and their physical profiles are nearly identical in most respects — same 36 kg weight, same 79 mm depth, and same 991 mm height. VESA mount support is present on both, meaning wall installation is equally viable for either model.

The one measurable distinction is width: the OLED760 measures 1773 mm across, while the OLED810 is slightly narrower at 1723 mm — a difference of 50 mm, or roughly 5 cm. This gap is reflected in the total volume figures as well. In practical terms, that 5 cm could be the deciding factor for installations where horizontal space is tight, such as fitting the TV within a specific alcove, media unit, or wall recess.

Given that weight, depth, and height are identical, the OLED810 holds a marginal edge in design for space-constrained setups purely by virtue of its narrower footprint. For open installations where dimensions are not a limiting factor, the two models are effectively tied in this category.

From a smart features standpoint, these two televisions are virtually identical. Both run a built-in smart TV platform with Google Assistant and Alexa voice control, AirPlay support, smartphone remote capability, USB recording, and standard utility features like a sleep timer and child lock. Notably, neither supports Siri or Apple HomeKit, which is worth flagging for users deeply embedded in the Apple ecosystem.

The only quantitative difference in this group is operating power consumption: the OLED760 draws 124W during use, while the OLED810 draws 134W — a 10W gap. Both carry an EU energy label of F, so they fall into the same regulatory efficiency band. In practical terms, 10W over extended daily viewing hours can add a modest but non-trivial amount to annual electricity costs, though the absolute difference remains small for most households. Standby consumption is identical at 0.5W on both.

With feature sets that are completely matched and both models landing in the same energy class, this group is essentially a tie. The OLED760's marginally lower power draw is the only differentiator here, and while it gives that model a slight efficiency edge in raw wattage, it does not translate to a different energy label — making it a minor consideration rather than a decisive one.