In December 2025, Ars Technica published a practical guide for viewers who want to avoid the ad-driven, data-collecting behavior of modern smart TVs. The piece outlines ways to keep a large-screen display while minimizing tracking and intrusive recommendations, and it highlights trade-offs in cost, picture quality, and convenience. The guide’s core advice: take the TV offline where possible, or replace smart-TV software with a dedicated streaming box or a home-theater PC. Readers are given step-by-step alternatives—from Apple TV boxes to antennas and HTPCs—so households can choose solutions that match their technical comfort and privacy goals.
Key Takeaways
- Apple TV is recommended as the top plug-in choice for privacy-minded users because tvOS has limited automatic content recognition and relatively straightforward privacy settings.
- Truly non‑smart (“dumb”) TVs are increasingly rare; manufacturers favor connected OSes that generate ad revenue and viewer data.
- Searches found Emerson, Westinghouse, and Sceptre as the most common vendors still selling offline TVs, but these models tend to be lower-spec and carry shorter warranties.
- Accessories and sources matter: to stream 4K/HDR, displays and cables must support HDCP 2.2 and HDMI 2.0 or newer.
- Projectors, monitors, and digital‑signage panels can serve as non‑tracking displays, each with distinct trade-offs in brightness, cost, ergonomics, and power draw.
- Phones and laptops can output to a dumb display, but many streaming services limit 4K/HDR when using mobile devices or web browsers.
- Over‑the‑air antennas remain the most private way to watch live broadcast TV; a 2025 Horowitz Research survey of 2,200 US adults found 19 percent still use an antenna.
Background
Smart TV operating systems have become a revenue source for manufacturers and platform owners: ads, promoted content, and telemetry help offset thin hardware margins. That commercial model incentivizes integrated internet services and built‑in tracking tools, sometimes including recommendation algorithms and automatic content recognition technologies. As a result, many mainstream TVs now ship with software that favors engagement and ad measurement over user privacy.
Because the market expects Wi‑Fi and apps, true offline TVs have dwindled. Manufacturers primarily reserve higher‑end panels, OLEDs, and premium tuning for connected models; non‑smart units are usually lower in resolution, brightness, and warranty coverage. Meanwhile, content providers and device makers place technical guardrails around 4K/HDR playback: HDCP 2.2 and HDMI 2.0 (or newer) are common prerequisites, and some services restrict 4K playback to certified apps or supported hardware.
Main Event
The guide’s simplest, most broadly applicable recommendation is to keep a modern display but replace its software with a separate streaming box. Apple TV boxes are singled out for offering a clean tvOS experience, faster performance than many built‑in TV platforms, and privacy controls that are easier for most users to manage. Apple TV hardware does require an Apple account for some features, but it generally avoids automatic content recognition systems that scan what’s on screen.
For people seeking a fully offline display, a few brands still sell non‑smart TVs. The guide lists Emerson as the most plentiful source, with models from small portable sizes up to 50 inches and some 4K options. Westinghouse and Sceptre appear sporadically online; Westinghouse’s models are often limited to 720p and smaller sizes, while Sceptre inventory fluctuates at large retailers. Buyers should expect cheaper components and shorter warranties from these vendors.
Other practical alternatives include projectors, computer monitors, and even digital‑signage panels. Projectors can avoid tracking and support 4K/HDR on compatible models, but they require dim rooms, space, and often a throw‑distance calculation. Monitors give precise technical specs and color accuracy but lack tuners; digital‑signage displays are robust and designed for extended use, though they may be louder and consume more power.
On the device side, options range from smartphones and laptops to dedicated HTPCs. Phones need adapters to output video and may be limited to lower resolutions from certain streaming apps. Laptops offer the most flexible web‑ and app‑based access but can face 4K restrictions that vary by browser and OS. HTPCs and mini‑PCs provide a customizable, long‑term solution with software like Plex or Jellyfin paired to a NAS for local libraries and DVR features.
Analysis & Implications
Privacy: The commercial incentives that led to smart‑TV platforms remain strong. Ads and telemetry fund services and subsidize hardware, giving platform operators reason to collect viewing data and surface personalized recommendations. For consumers, moving the software layer off the TV reduces a direct channel for that data harvesting, but it shifts responsibility to the attached device and the services used there.
Quality and cost trade‑offs: Buying a cheap non‑smart TV often means sacrificing panel quality, HDR performance, or warranty length. For many buyers, the better path is a high‑quality display used offline with an external player; this preserves picture performance without surface‑level tracking. However, that approach adds hardware cost—an Apple TV, a Shield, or an HTPC—so price‑sensitive shoppers must weigh upfront expense against ongoing ad exposure.
Technical friction: 4K and HDR streaming still require compliance with DRM and hardware standards. Services place specific demands on CPU/GPU, browser support, and codecs; users who care about maximum video fidelity will need to verify device compatibility and sometimes use vendor apps rather than web browsers. These technical requirements complicate the DIY approach of repurposing older laptops or single‑board computers.
Policy and rollout: Broadcast technology evolution, like ATSC 3.0 (NextGen TV), could eventually deliver 4K HDR over the air, but deployment has been slow and uneven. Industry decisions and patent disputes have also affected vendor support; for example, some manufacturers altered ATSC 3.0 support in 2023. Regulatory attention to data collection on connected devices could shift manufacturer incentives, but for now the market favors connected OSes.
Comparison & Data
| Option | Privacy | 4K/HDR Support | Typical Cost | Best for |
|---|---|---|---|---|
| Apple TV box | High (configurable) | Yes (app support) | $$$ | Families wanting simplicity and privacy controls |
| Home Theater PC (HTPC) | High (user controlled) | Yes (with right hardware) | $$–$$$$ | Tech‑savvy users who want customization |
| Over‑the‑air antenna | Very high (no tracking) | No for most broadcasts | $–$$ | Live local news and free channels |
| Non‑smart TV | High | Varies; often limited | $–$$ | Low‑cost, minimal‑feature needs |
| Projector/Monitor | High | Yes (model dependent) | $–$$$$ | Dedicated viewing rooms or precise color work |
The table summarizes privacy risk, 4K/HDR availability, cost, and the user profile most likely to prefer each option. It underscores that no single solution fits every household: the best choice depends on priorities such as picture fidelity, ease of use, budget, and willingness to manage devices or subscriptions.
Reactions & Quotes
Industry spokespeople and research bodies reflect the split between manufacturers that rely on platform revenue and consumers seeking privacy. Below are representative statements and the context around them.
“Their rugged construction and heat management systems make them ideal for demanding commercial use, but these same features can result in higher energy consumption, louder operation, and limited compatibility with home entertainment systems.”
Panasonic Connect North America (official spokesperson)
Panasonic’s comment came in response to the question of whether digital‑signage displays are suitable as home TVs. The company noted that signage panels are engineered for 16–24 hour operation and retail brightness levels, which can be overkill for living rooms.
“Big data sources alone can’t provide insight into the viewing behaviors of the millions of viewers who watch TV using a digital antenna.”
Nielsen (industry research blog)
Nielsen’s observation was used to emphasize that antennas provide a viewing experience outside the ad‑tech ecosystem. The guide cites this point when encouraging antenna use for privacy and untracked local programming.
Unconfirmed
- Reports that some TVs will relentlessly press users to reconnect to the Internet vary by model and firmware; persistent nagging has been reported anecdotally but is not universal.
- Claims that non‑smart TV inventory is vanishing overnight are inconsistent across regions; availability remains sporadic rather than uniformly gone.
Bottom Line
If privacy and control are your priorities, you do not have to accept ad‑heavy smart TV platforms as unavoidable. For most households, the best balance of performance and privacy is a modern display used offline with a dedicated streaming device such as an Apple TV box or a modest HTPC. These setups preserve high‑quality panels and HDR support while removing the TV’s native OS as a data collection surface.
For minimal cost and maximal privacy, an over‑the‑air antenna paired with a DVR or a local media server offers a compelling mix of free content and low tracking. Whatever path you choose, check HDCP and HDMI requirements for 4K/HDR, confirm device compatibility with your preferred streaming services, and be prepared to trade some convenience for privacy when necessary.
Sources
- Ars Technica (original reporting and guide)
- Nielsen (industry research blog)
- Federal Communications Commission (ATSC 3.0 / NextGen TV guidance, official)
- Panasonic Connect (official corporate statement about digital signage)