LG OLED83C5PUA 83" VS Philips 77OLED810/12 77"

Both the LG OLED83C5PUA and the Philips 77OLED810/12 share a strong common foundation: OLED/AMOLED panels with a native 4K (3840 x 2160) resolution, 10-bit color depth, and a claimed 1.07 billion colors. They also match on viewing angles (178° both axes), anti-reflection coating, ambient light sensor, and the same adaptive sync suite (Nvidia G-Sync and AMD FreeSync Premium). For picture quality fundamentals, both are well-equipped.

The differences come down to three meaningful specs. First, screen size: the LG delivers a significantly larger 83.5″ canvas versus the Philips′ 77″, which translates to roughly 17% more screen area — a real advantage for large living rooms or dedicated home theater setups. However, because the Philips fits the same pixel count into a smaller panel, it achieves a slightly higher pixel density of 57 ppi versus 53 ppi, meaning its image is marginally sharper per inch at close viewing distances. Second, the Philips supports a 144Hz refresh rate versus the LG′s 120Hz — a notable edge for gaming, where smoother motion and lower input latency are perceptible, especially when paired with a compatible GPU. Third, the Philips adds HDR10+ support on top of the shared Dolby Vision and HDR10/HLG coverage, giving it broader HDR compatibility with Amazon and Samsung-mastered content.

In summary, neither product dominates outright. The LG OLED83C5PUA has the clear edge for viewers who prioritize sheer screen size and immersion. The Philips 77OLED810/12 holds the technical advantage for gamers and HDR format coverage, thanks to its higher refresh rate and HDR10+ support — making it the stronger choice if the TV will double as a gaming display or if HDR10+ content is part of your regular library.

On the wired side, both TVs are closely matched: 4 HDMI 2.1 ports, a single RJ45 ethernet port, and identical DVB tuner support (DVB-T/T2/C/S/S2). Where they start to diverge is USB: the LG OLED83C5PUA offers 3 USB ports versus 2 on the Philips 77OLED810/12 — a minor but practical advantage if you regularly connect multiple storage devices or peripherals simultaneously.

The wireless gap is more consequential. The LG supports Wi-Fi 6E (802.11ax) in addition to Wi-Fi 6, 5, and 4, while the Philips tops out at Wi-Fi 5 (802.11ac). Wi-Fi 6E operates on the 6 GHz band, offering significantly less congestion and higher throughput in dense network environments — relevant for 4K streaming, large app downloads, or future-proofing in a household with many connected devices. The LG also edges ahead on Bluetooth 5.3 versus the Philips′ 5.2, though the real-world difference between these two versions is negligible for typical TV use cases like soundbars or remotes.

One spec that cuts the other way: the Philips includes a 3.5mm audio jack, which the LG omits entirely. For users who want to plug in wired headphones directly to the TV — useful for late-night viewing — this is a tangible convenience the LG simply cannot offer. Overall, though, the LG OLED83C5PUA holds the clearer connectivity edge, primarily due to its superior Wi-Fi 6E support and extra USB port, making it the better-equipped option for modern, high-bandwidth home network setups.

Across every single audio specification provided, the LG OLED83C5PUA and the Philips 77OLED810/12 are a perfect match. Both carry Dolby Atmos and DTS:X — the two dominant object-based surround sound formats — ensuring compatibility with the vast majority of premium audio tracks found on streaming platforms and 4K Blu-ray. Both also include a built-in subwoofer alongside stereo speakers, which is meaningful for a TV′s onboard sound system, adding low-frequency weight that most slim-panel TVs lack entirely.

For external audio setups, both support HDMI ARC and eARC, with eARC being the more important of the two: it provides enough bandwidth to pass uncompressed Dolby Atmos and DTS:X bitstreams to a compatible soundbar or AV receiver — a significant step up from the compressed audio that standard ARC is limited to. Combined with Dolby Digital and Digital Out support, both TVs are well-prepared for integration into a broader home theater system.

This group results in a complete tie. There is no audio specification in the provided data that distinguishes one TV from the other — every format, feature, and output option is shared identically. Buyers for whom audio is a deciding factor should look to other specification groups, or evaluate the two TVs based on real-world listening tests rather than spec-sheet differences.

The size difference between these two panels makes the physical comparison particularly interesting. Despite housing a noticeably larger 83.5″ screen, the LG OLED83C5PUA weighs in at 33 kg — roughly 3 kg lighter than the Philips 77OLED810/12 at 36 kg, which covers a smaller 77″ footprint. That counterintuitive result matters during installation: a heavier TV is more demanding to wall-mount or reposition, even when VESA mounting — which both support — is available.

The thickness gap reinforces the LG′s physical design advantage. At 53.3 mm deep, it is meaningfully slimmer than the Philips′ 79 mm — nearly 50% thicker by comparison. This affects how the TV sits against a wall, both aesthetically and practically, particularly in shallow-mount or flush-mount installation scenarios. The overall volume figures reflect this clearly: the Philips occupies a larger physical volume despite its smaller screen diagonal.

One area where the LG also pulls ahead is operating temperature range. It functions within 0–40 °C, versus the Philips′ narrower 5–35 °C window. For most living room environments this is a non-issue, but the LG offers more tolerance for cooler spaces like garages or sunrooms, and warmer rooms during summer months. Taking the group as a whole, the LG OLED83C5PUA holds a clear design edge — it is larger, lighter, slimmer, and more thermally flexible than the Philips.

From a smart TV and ecosystem standpoint, these two televisions are functionally identical based on the provided data. Both offer a full suite of voice assistant compatibility — Google Assistant and Alexa — alongside AirPlay, smartphone remote support, USB recording, and all the standard convenience features like sleep timer, child lock, and a built-in browser. Neither supports Apple HomeKit/Siri, and neither ships with a rechargeable remote. For day-to-day smart TV use, buyers can expect essentially the same feature set from both.

The one specification that stands apart — and it is a significant one — is operating power consumption. The LG OLED83C5PUA draws 223W during operation, compared to 134W for the Philips 77OLED810/12. That is a difference of nearly 90W, or roughly 40% more power consumed by the LG per hour of use. Projected over typical viewing habits — say, 5 hours per day — this adds up to a meaningful gap in electricity costs over the lifespan of the TV. Standby consumption is identical at 0.5W for both, so the difference is purely in active use.

It is worth noting that the LG′s higher draw is partly a consequence of its larger panel size, so this is not an apples-to-apples inefficiency comparison — more screen area inherently demands more power. Still, based strictly on the numbers provided, the Philips 77OLED810/12 has a clear edge in this group on power efficiency, which will matter to energy-conscious buyers or those in regions with high electricity costs. On smart features alone, the two are evenly matched.