Hisense 43QD6QF 43" VS Westinghouse WX65UA4800 65"

Both televisions deliver 4K (3840 x 2160) resolution with 10-bit color depth and 1.07 billion colors, and both cover the same HDR bases — HDR10, Dolby Vision, and HLG — alongside identical 178° viewing angles and anti-reflection coatings. On paper, these shared traits make them seem comparable, but the underlying panel technology and motion handling tell a very different story.

The Hisense 43QD6QF uses a QLED panel, which adds a quantum dot layer over the LCD backlight for broader color volume and improved brightness compared to the standard LED-backlit LCD in the Westinghouse WX65UA4800. More significantly, the Hisense's 144Hz refresh rate versus the Westinghouse's 60Hz is a major real-world differentiator: faster motion — whether in sports, action films, or gaming — will appear noticeably smoother on the Hisense. The Hisense also supports HDR10+ (dynamic metadata HDR), which the Westinghouse lacks, offering better scene-by-scene tone mapping on compatible content. Add AMD FreeSync Premium adaptive sync (absent on the Westinghouse), and the Hisense is clearly the stronger choice for gamers. Its smaller 42.5″ screen also results in a much higher pixel density of 104 ppi versus 68 ppi, meaning sharper fine detail at typical viewing distances.

The Westinghouse's primary advantage is its 65″ screen size, which delivers a more cinematic presence in larger rooms. However, in terms of display technology, motion performance, HDR breadth, and gaming capability, the Hisense 43QD6QF holds a clear edge across nearly every meaningful spec in this group — the Westinghouse trades features for screen real estate.

Connectivity between these two televisions is remarkably close, sharing the same HDMI 2.1 standard across all three HDMI ports, identical Wi-Fi support (Wi-Fi 4 and Wi-Fi 5), a wired Ethernet port, Miracast screen mirroring, and a 3.5mm audio jack. For the vast majority of home theater setups, this common foundation means neither TV will leave users short on essential connection options.

The differences, while modest, are worth noting. The Westinghouse carries a slightly newer Bluetooth 5.1 versus the Hisense's Bluetooth 5.0 — in practice, the gap is marginal, with 5.1 offering marginally improved connection direction-finding but no meaningful real-world advantage for typical TV use cases like wireless headphones or soundbars. More practically relevant is the USB port count: the Hisense provides 2 USB ports compared to the Westinghouse's single port, which matters if you plan to simultaneously connect a USB storage drive and another peripheral without a hub.

On connectivity, the two TVs are very nearly tied, but the Hisense holds a slight practical edge thanks to its extra USB port — a small but tangible convenience advantage for everyday use.

Audio is where these two televisions come closest to being carbon copies of each other. Both feature stereo speaker systems with full Dolby ecosystem support — Dolby Digital, Dolby Digital Plus, Dolby Audio, and Dolby Atmos — alongside both HDMI ARC and eARC ports for seamless external soundbar integration. The eARC support is particularly noteworthy, as it allows lossless high-bandwidth audio formats to pass through to a compatible soundbar or receiver, future-proofing the audio chain beyond what the built-in speakers can deliver.

The only measurable difference between the two is output power: the Westinghouse edges out at 2 x 8W versus the Hisense's 2 x 7W. In real-world listening, a 1W per channel gap is essentially inaudible and falls well within the margin where room acoustics, speaker placement, and driver quality have far more influence than raw wattage alone. Neither TV includes a subwoofer, so deep bass reproduction will be limited on both regardless.

For this spec group, the verdict is a near-perfect tie. The 1W power difference carries no practical significance, and the Dolby feature set and ARC/eARC support are identical. Users prioritizing audio quality with either TV would be equally well-served by adding an external soundbar via eARC.

The physical differences here are largely a predictable consequence of screen size. The Westinghouse WX65UA4800 is substantially larger and heavier — 14.9 kg versus the Hisense's 6.9 kg — and its footprint is nearly double in volume. For wall mounting or repositioning, the Hisense's significantly lower weight is a real convenience advantage, typically allowing a single person to handle installation. The Westinghouse, at nearly 15 kg, realistically requires two people to mount safely. Both TVs support VESA mounting, so neither is locked to a stand-only setup.

Thickness is another area where size dictates outcome: the Westinghouse measures 89 mm deep compared to the Hisense's 73.7 mm. While neither is a slim-profile design, the Hisense will sit noticeably closer to the wall when mounted. The more interesting — and less obvious — design distinction is the operating temperature floor: the Westinghouse tolerates down to 0 °C, while the Hisense's lower limit is 5 °C. For users in cooler environments such as sunrooms, garages, or poorly heated spaces, this gives the Westinghouse a marginal environmental flexibility advantage.

Overall, design is largely a function of each TV's intended scale. The Hisense wins on handling and wall-mount practicality due to its lower weight and slimmer profile, while the Westinghouse holds a minor edge in cold-environment tolerance. Neither has a decisive design advantage beyond what their respective sizes naturally dictate.

Functionally, these two smart TVs share a solid common feature set: both offer built-in smart TV platforms, AirPlay, smartphone remote control, USB recording, voice commands, a web browser, sleep timer, and child lock — all with identical 1-year warranties and a negligible 0.5W standby draw. For most users, this overlap means day-to-day smart TV experience will feel broadly similar on either set.

The standout differentiator in this group is smart home integration. The Hisense supports Amazon Alexa, while the Westinghouse does not — and neither works with Apple HomeKit or Siri. For households already invested in an Alexa ecosystem, the Hisense offers hands-free control without a separate device. The Westinghouse provides no equivalent voice assistant integration beyond its own built-in voice commands, which is a meaningful gap for smart home users. Power consumption is the other notable divergence: the Hisense draws 100W during operation versus the Westinghouse's 168W. While some of this difference is attributable to the larger panel size of the Westinghouse, it still translates to meaningfully higher electricity costs over time for heavy viewers.

The Hisense 43QD6QF holds a clear edge in this group, primarily due to its Alexa compatibility and substantially lower operating power consumption. The Westinghouse matches it on most smart features but falls short where ecosystem integration and energy efficiency are concerned.