5 Features the Pixel 10 Still Needs

The Pixel Paradox: Five Game-Changing Features Google Skipped on the Pixel 10

Ever feel like your shiny new flagship phone is almost perfect, but glaring omissions hold it back from true greatness? That’s the exact bittersweet reality facing early adopters of the highly anticipated Google Pixel 10 series. Lauded for its intelligent AI, refined camera system, and buttery-smooth software, the Pixel 10 lineup (including the Pro, Pro XL, and Pro Fold) deserves praise. Yet, despite its strengths, Google made conscious decisions to sidestep five critical features already embraced by competitors – choices that feel less like prudent caution and more like missed opportunities for genuine leadership in the Google Pixel 10 series. In a fiercely competitive 2025 smartphone market, these omissions represent the barrier between a great phone and a legendary one.

The Silent Energy Revolution: Silicon-Carbon Batteries’ Glaring Absence

Let’s start with the lifeblood of any mobile device: the battery. For three decades, Lithium-ion (Li-ion) has reigned supreme, offering a balance of reliability, affordability, and energy density. However, a technological leap is underway: silicon-carbon (Si-C) batteries.

• Unmatched Density: Compared to Li-ion, Si-C boasts significantly higher energy density. A Si-C battery comparable in physical size to a typical 5,000mAh cell can store roughly 6,000mAh, translating directly to dramatically extended endurance – potentially eliminating daily charging anxiety for Pixel users.
• Design Freedom: The advantages work inversely too. Engineers could maintain the same capacity (say 5,000mAh) in a physically smaller Si-C pack, allowing for slimmer, lighter Pixels or freeing up precious internal space for larger sensors, enhanced cooling, or other components.

Crucially, Si-C batteries aren’t lab experiments; they’re shipping now. The OnePlus 13 and Nothing Phone 3 both utilize this technology. Google’s exclusion appears rooted in excessive conservatism. Like Samsung and Apple, Google seems content to let smaller players like OnePlus and Nothing be the “canaries in the coal mine,” field-testing long-term durability before committing. While increasing battery capacities in the Pixel 10 was welcome, skipping Si-C kept Google on the follower’s path for a universally critical feature. The safety-first approach risks ceding a decisive advantage in power management – an area perpetually ranked as a top user priority.

Charging Speed: Why Playing Catch-Up Isn’t Good Enough

Once the battery depletes, the next pain point emerges: refueling speed. Historically, Pixel charging has been lackluster, and while the Pixel 10 series marks an improvement (especially the Pro XL matching the Galaxy S25 Ultra), it remains woefully behind the Android curve.

• The Gap is Stark: Compared to the standard Pixel 10 or Pro Fold, the OnePlus 13 charges nearly three times faster in the US market. Even the impressive Pixel 10 Pro XL is outmatched by roughly half the charging speed of rivals like the Nothing Phone 3. More jarringly, the $400 Motorola Moto G Stylus (2025) now charges faster than any flagship Pixel 10 model.
• The Apple Conundrum?: Evidence suggests Google isn’t benchmarking against top-tier Android rivals but rather against Apple’s iPhone. The Pixel 9 series charging slightly surpassed the iPhone 15, and the Pixel 10 followed suit when the iPhone 16 inched forward. This signifies a problematic mindset: equating Pixel performance adequacy with iPhone standards, not Android excellence. Fast charging is a fundamental quality-of-life upgrade, slashing downtime and reducing user anxiety.

For a company with Google’s resources, chip design capabilities (Tensor G5), and OS control, trailing budget phones in charging tech is simply unacceptable. This isn’t about niche needs; it’s about convenience every user appreciates. To lead, Google must stop shadowing Apple and aggressively pursue parity with charging leaders in its own ecosystem.

Gaming Potential Stifled: The Tensor G5’s Untapped GPU Power

The custom Tensor G5 chip is undoubtedly a powerhouse, delivering leaps forward in AI processing for photography, real-time translation, and overall system fluidity. However, one critical area received minimal attention: sustained graphics performance for gaming. This is a glaring weakness on the Pixel 10 Pro and other models.

• Throttling Trouble: Benchmarking data reveals initial GPU bursts impress, but performance quickly throttles down under load. Sustained gaming frames flatten out near Tensor G4 levels, unable to maintain peak output during demanding mobile gaming sessions like Genshin Impact or PUBG Mobile.
• Resource Allocation: The discrepancy points to strategic design choices. Google appears highly focused on optimizing Tensor for AI/ML tasks crucial to Pixel’s beloved computational photography and Assistant features. Investment in the Mali or other GPU core designs was seemingly deprioritized, potentially due to cost concerns or assumptions that core Pixel users aren’t gamers.
• Market Consequences: Regardless of the rationale, the result is tangible. Millions of potential customers dismiss Pixel flagships because of inconsistent gaming performance. It’s a segment Google willingly neglects, damaging the platform’s appeal. While the Tensor G5 excels for everyday tasks and AI wonders, the inability to reliably handle graphically intensive games closes doors to a significant user base looking for an all-around powerhouse.

Storage Stagnation: When 128GB Base Models Hinder Creativity

Here’s the ironic twist: Google continually innovates to encourage users to take more photos and videos. Features introduced on the Pixel 10 like Camera Coach (AI-guided framing) and Auto Best Take (capturing bursts of up to 150 shots for perfect group photos) implicitly demand increased storage. Yet, the base storage offering feels stuck in the past.

• 128GB: A 2020 Standard in 2025: It’s been five years since the budget Pixel 4a started the 128GB base trend. Today’s flagship Pixel 10 and Pixel 10 Pro persist with this minimal starting point in an era of multi-megapixel photos and high-bitrate 8K video.
• Progress with Caveats: The Pixel 10 Pro XL finally jumped to 256GB base storage… but retained its astronomical $1,199 starting price. Similarly, the Pixel 10 Pro Fold starts at a wallet-wrenching $1,799 with 256GB. Trading storage limits for no price relief isn’t user-friendly; it’s merely aligning minimum specs closer to 2025 demands without offering value.
• Cost and Goodwill: NAND flash storage costs have declined significantly. Upping the base model to 256GB across the non-foldable Pixel 10 range would minimally impact Google’s margins ($20-50 per unit at scale for manufacturers like Samsung and SK Hynix) but generate immense customer loyalty and address a major user frustration. It signals respect for user-generated content created using Google’s own hallmark camera features.

The Connectivity Gaffe: Universal VoLTE is Essential

The most user-hostile omission, however, isn’t about performance or storage; it’s about the phone’s most fundamental purpose: making calls. Google restricts VoLTE (Voice over LTE) support to regions where Pixel phones are officially sold. This creates severe real-world problems as global carriers rapidly sunset outdated 3G networks.

• Travel Woes: Imagine arriving in South Africa or Indonesia – countries where Pixel isn’t officially sold and 3G networks are already off – inserting a local SIM, getting full LTE signal bars, and then discovering you cannot make or receive calls. The Pixel simply won’t activate VoLTE on the local network.
• Punishing Loyalty: This artificially imposed limitation crucially impacts fans in unsupported regions who go through the expensive and complex process of importing Pixels. Google rewards this dedication by crippling their device’s core cellular calling functionality in their home country. This isn’t mere inconvenience; it fundamentally breaks the device for calls.
• A Voluntary Limitation: Crucially, an outside investigation confirmed there are no insurmountable technical or regulatory barriers preventing Google from enabling universal VoLTE certification. This is purely an organizational choice – perhaps driven by support logistics or market protectionism – that prioritizes business interests over basic, global device functionality. As more countries follow the 3G shutdown trend (e.g., Brazil, as experienced by the author), this flaw becomes increasingly untenable and alienating.

Charting a Path to Pixel Greatness

The Pixel 10 series, particularly the Pixel 10 Pro, shines in many areas: AI integration, computational photography, and clean Android updates are best-in-class. However, love for a device demands honest criticism. The exclusion of silicon-carbon batteries, aggressive charging speeds, a robust GPU for gaming, sufficient base storage, and universal VoLTE reveals a pattern of overly cautious iteration. Google settled for matching or marginally exceeding its past efforts or Apple’s benchmarks, rather than boldly leading through innovation.

These aren’t niche demands; they address core user needs identified even within Google’s own poll. Implementing them – for instance, following the battery lead of OnePlus, matching charging speeds of fellow Android peers, upgrading the Tensor GPU, standardizing 256GB storage, and enabling universal VoLTE – wouldn’t merely check boxes. It could propel the Pixel 11 from “great” to truly iconic, demonstrating a commitment to global users and technological leadership. The ball is in Google’s court. What key features do you believe are non-negotiable for the Pixel’s future success? Join the conversation below!