Philips 77OLED760/12 77" VS Samsung QN85QN70FAF 85"

The most defining difference between these two televisions is their panel technology. The Philips 77OLED760 uses an OLED panel, which means each pixel generates its own light and can switch off completely, delivering true blacks and theoretically infinite contrast ratios. The Samsung QN85QN70F, by contrast, uses a QLED Mini-LED LCD panel, which relies on a backlight and quantum dot layer — generally brighter in peak terms but fundamentally unable to match OLED's per-pixel light control. For dark-room cinematic viewing, the Philips panel holds a structural advantage. Both share an identical 3840 x 2160 resolution and 10-bit color depth with 1070 million displayable colors, so color volume is theoretically on par.

On refresh rate, the Samsung counters with a 144Hz panel versus the Philips' 120Hz, which is a meaningful edge for gaming and fast-motion content. The Samsung also supports AMD FreeSync Premium Pro — the highest tier of FreeSync, adding HDR support to variable refresh rate — while the Philips tops out at standard FreeSync Premium. However, the Philips reclaims ground on HDR format support: it includes Dolby Vision, which the Samsung explicitly lacks. Dolby Vision is a dynamically mastered, premium HDR format widely used in streaming services, and its absence on the Samsung is a notable omission for home theater users. Both support HDR10, HDR10+, and HLG.

Despite having the larger 84.5″ screen, the Samsung lands at only 52 ppi, slightly below the Philips' 57 ppi — a predictable result of spreading the same pixel count across more panel area, though at typical viewing distances both are imperceptibly sharp. Viewing angles are identical at 178° horizontally and vertically on paper, though in practice OLED panels tend to maintain color accuracy at wider angles better than LCD-based designs. Overall, the Philips holds the display edge for cinematic and HDR-focused use cases thanks to OLED contrast and Dolby Vision support, while the Samsung is the stronger pick for high-refresh gaming with its 144Hz panel and FreeSync Premium Pro.

Wired connectivity is virtually identical between the two sets: both offer 4x HDMI 2.1 ports, 2x USB ports, and a single RJ45 ethernet jack, making them equally capable of handling multiple 4K sources, game consoles, and a wired network connection simultaneously. Wireless connectivity is also matched on paper — both support Wi-Fi 5 (802.11ac) and Miracast for screen mirroring — so neither has an edge for day-to-day streaming or casting.

Where small but real differences emerge is in Bluetooth and analog audio. The Samsung runs Bluetooth 5.3 against the Philips' 5.2; the practical gap is minor, but 5.3 does bring marginally improved connection stability and energy efficiency for wireless headphones or soundbars. More tangibly, the Philips includes a 3.5mm headphone jack, which the Samsung omits entirely. For users who want to plug in wired headphones directly into the TV — a common need in shared living spaces — this is a genuine convenience advantage on the Philips side.

Overall, connectivity is closely matched, and neither TV will leave users short on ports or wireless options. The Samsung's slight Bluetooth version lead is largely academic in everyday use. The more practical differentiator is the Philips' 3.5mm audio jack, giving it a modest but meaningful real-world edge for anyone relying on wired headphone output directly from the television.

Audio hardware is a dead heat between these two televisions. Both deliver 2 x 10W of stereo output with no subwoofer, meaning neither will shake a room on its own — an external soundbar or AV receiver will be the natural upgrade path for serious listeners. Both also support HDMI ARC and eARC, ensuring clean, high-bandwidth audio passthrough to external systems, which makes that upgrade seamless regardless of which TV you choose.

Format support is where a single, meaningful gap appears. Both televisions handle Dolby Atmos, Dolby Digital Plus, and Dolby Audio, covering the dominant object-based surround format used across streaming platforms and Blu-ray. However, the Philips additionally supports DTS:X, the rival object-based surround standard from DTS. While Dolby Atmos is more prevalent in streaming content, DTS:X remains common on physical media — particularly 4K Blu-ray discs — so its presence on the Philips adds meaningful flexibility for disc-based home theater setups.

For the majority of users relying on streaming services, the audio experience will be functionally equivalent on both sets. But for those who own or plan to build a 4K Blu-ray collection, the Philips' DTS:X support gives it a clear, if niche, advantage in audio format coverage.

Despite being the smaller of the two screens, the Philips 77OLED760 is dramatically heavier and bulkier than the Samsung. At 36 kg versus the Samsung's 19.2 kg, the Philips weighs nearly twice as much — a direct consequence of OLED panel construction and its associated electronics. The thickness gap is equally striking: the Philips measures 79 mm deep while the Samsung comes in at just 26.9 mm, making the Samsung less than a third as thick. This is reflected in their volumes, where the Philips occupies roughly 2.5 times the physical space of the Samsung despite having a smaller screen diagonal.

These numbers have real installation implications. The Samsung's slim 26.9 mm profile makes it far more suited to flush or near-flush wall mounting, and its lighter chassis means wall anchoring is less structurally demanding. The Philips, by contrast, will require more robust wall fixings and may sit noticeably proud of the wall surface. For stand placement, the Philips' weight makes repositioning a two-person job in most cases. Both sets support VESA mounting, so bracket compatibility is not a concern for either.

From a design and installation standpoint, the Samsung holds a clear advantage. Its significantly lower weight and slim profile offer more flexibility in placement, easier installation, and a cleaner wall-mounted aesthetic — all without any screen size penalty, since it is in fact the larger television of the two.

Across the smart feature set, these two televisions are remarkably aligned. Both run built-in smart TV platforms, support AirPlay, respond to Google Assistant and Alexa voice commands, allow smartphone remote control, and include USB recording — covering essentially every mainstream smart and convenience feature a user would expect in this category. Neither supports Apple HomeKit or Siri natively, so Apple ecosystem users will be equally limited on both sets.

The one standout differentiator is power consumption. The Philips draws 124W during operation compared to the Samsung's 235W — nearly double the energy draw. Given that the Samsung is a larger screen, some additional consumption is expected, but the gap is substantial and has a tangible long-term cost. For a TV used five hours per day, the Samsung would consume roughly 200 kWh more per year than the Philips, which adds up meaningfully on an electricity bill over the lifespan of the product. Standby consumption is identical at 0.5W on both.

Since the feature lists are otherwise a perfect match, power efficiency becomes the deciding factor in this group. The Philips holds a clear advantage at 124W, making it the more economical choice to run day-to-day without sacrificing any smart functionality relative to the Samsung.