Xiaomi Pro Tablet Hits 5.25 Million, but the Pad 9 Pro Max Still Has to Prove It

Xiaomi says its next Xiaomi Pro tablet has reached 5.25 million points in AnTuTu, placing a striking number behind the unreleased Pad 9 Pro Max. The company revealed the result on September 4, three days before the tablet's scheduled September 7 launch in China. Yet the score remains a controlled prelaunch claim, not an independent verdict on performance.

The Pad 9 Pro Max will debut Xiaomi's Xring O3 processor alongside LPDDR6 memory and a 13.3-inch display. Xiaomi also compares its CPU, graphics, and selected productivity workloads with Apple's M5 devices. That comparison raises the stakes beyond the usual Android tablet upgrade.

This is not simply a faster tablet announcement. Xiaomi is asking buyers to treat its internally designed chip as a credible alternative to Apple silicon and processors supplied by Qualcomm or MediaTek. The 5.25 million score gets attention, but sustained performance, application support, efficiency, and international availability will decide whether the argument survives launch week.

The Xiaomi Pro Claim Starts With One Very Large Number

Xiaomi has turned an aggregate benchmark result into the opening argument for its most ambitious tablet yet.

On September 4, Xiaomi president Lu Weibing published the company's performance preview for the Pad 9 Pro Max. The performance claims included a 5.25 million overall AnTuTu result, LPDDR6 memory, and a claimed 48 percent increase in memory bandwidth.

AnTuTu is a composite benchmark, meaning it combines results from several tests into one total. Those tests cover areas such as processor speed, graphics, memory, and interface responsiveness. A larger total can make generational progress easy to communicate, but it does not identify which component created the gain.

That distinction matters because Xiaomi calls the result a whole-device score. The total therefore represents more than the Xring O3 processor alone. Memory speed, storage behavior, thermal settings, software optimization, display configuration, and benchmark version can all influence the number.

Xiaomi has not yet published enough testing detail for an independent reproduction. The company has not disclosed the room temperature, cooling conditions, power profile, benchmark run count, or performance stability across repeated tests. It also has not provided a retail device for broad independent testing.

The benchmark should therefore be read as a prelaunch target produced under Xiaomi's conditions. It is evidence that the company wants to position the Pad 9 Pro Max at the top of the Android performance conversation. It is not evidence that every retail unit will reach the same result.

The timing is clear. Xiaomi released the claim on September 4, ahead of the September 7 event scheduled for 7 p.m. in China. The tablet will appear alongside other flagship products, giving Xiaomi a short window to establish its performance narrative before reviewers test finished hardware.

Several supporting claims are more specific than the AnTuTu total. Xiaomi says versions with at least 12GB of memory can run a game at 3.2K resolution and 120 frames per second simultaneously. The company reports an average of 119.8 frames per second in its chosen test.

Those details sound precise, but essential context remains unavailable. Xiaomi has not publicly identified every graphics setting, test duration, temperature condition, or frame-generation method behind that result. Super resolution and frame interpolation can improve perceived output without matching native rendering at the same resolution and rate.

The company also promotes AI-assisted subject extraction for video editing and calculations involving millions of data points. Xiaomi says those workloads approach the speed of an M5 device. The named tasks are more meaningful than one composite score, but their methodology still needs scrutiny.

A useful benchmark should answer a defined question. How quickly does a tablet export a specific project, process a particular dataset, or sustain a demanding game? Xiaomi's first preview creates those questions without yet providing enough information to settle them.

That makes 5.25 million an effective launch headline. It also makes the number the beginning of the evaluation, rather than its conclusion.

Xring O3 Makes This More Than a Routine Tablet Refresh

The consequential change is Xiaomi's decision to put its own flagship processor at the center of a large-screen productivity device.

Xring O3 is Xiaomi's second-generation high-end system-on-chip, or SoC. An SoC combines major computing components, including the CPU, GPU, memory controllers, and specialized accelerators, inside one package.

The Pad 9 Pro Max will be the first tablet built around Xring O3. That choice gives Xiaomi more control over the interaction between hardware and HyperOS 4, its Android-based operating system. It also reduces the company's dependence on the release schedules and product decisions of outside chip suppliers.

A public Geekbench result offers one independently accessible data point, although it does not constitute a full review. The Xiaomi M367FC test uploaded on September 2 identifies an Xring O3 processor, Android 17, and 15GB of usable memory.

That run recorded 3,534 points in Geekbench 6.7.1 single-core testing and 13,552 points in the multi-core test. Geekbench measures selected CPU workloads rather than overall device performance, so its scores cannot be directly compared with the 5.25 million AnTuTu total.

The listing reports ten CPU cores arranged in three groups. Four run at up to 3.15GHz, another four reach 3.69GHz, and two reach 4.36GHz. This layout lets the operating system assign work according to required speed and efficiency.

Other reported runs have produced different results, including lower and higher multi-core scores. That variation is normal for unreleased devices, especially when firmware, thermal limits, and scheduler behavior remain under development. It also shows why one result should not define the retail product.

A cross-device analysis found one M367FC result competitive with high-end Android hardware. Its tested multi-core result exceeded the reviewer's Snapdragon-based comparison device, while single-core performance remained much closer.

That pattern helps explain Xiaomi's positioning. Ten relatively fast CPU cores can deliver a strong multi-core total when a workload divides efficiently across threads. Many real applications, however, depend on a smaller number of cores, memory behavior, or software-specific acceleration.

Xiaomi also says Xring O3 includes a 16-core G2-Ultra NX graphics processor. The company claims an 85 percent graphics performance increase and a 64 percent power reduction from its previous generation. Those are major figures, but Xiaomi has not yet provided complete test conditions for the comparison.

The Pad 9 Pro Max gives the chip a favorable first environment. A 13.3-inch tablet has more internal area than a phone, which can support a larger cooling system and spread heat across a wider chassis. It can also accommodate a larger battery.

That means the tablet may reveal the upper limit of Xring O3 more clearly than a thin foldable phone. It does not guarantee that the chip will behave the same way in smaller products. Performance produced inside a large chassis cannot automatically be transferred to every future Xiaomi device.

LPDDR6 memory is another part of the mechanism. LPDDR means low-power double data rate memory, designed for mobile devices that need high bandwidth without desktop-level energy use. Xiaomi says the new generation increases bandwidth by 48 percent in this product.

Greater bandwidth can help graphics workloads, local AI processing, large datasets, and rapid movement between applications. It can also contribute to higher benchmark totals. Actual gains will depend on memory capacity, latency, software optimization, and the workload being tested.

The chip strategy carries broader significance. Apple has spent years designing processors alongside its operating systems and professional applications. Samsung develops Exynos chips but also uses outside processors across its portfolio. Most Android tablet makers remain closely tied to Qualcomm or MediaTek.

Xiaomi is attempting to move from selecting a supplier's platform to defining more of the platform itself. That shift can improve integration and product differentiation. It also makes Xiaomi directly responsible when drivers, thermals, application compatibility, or long-term support fall short.

Xiaomi Pro Performance Is Now Aimed Directly at the M5 iPad

Xiaomi is not merely chasing other Android tablets, because its chosen reference point is Apple's M5 platform.

The comparison appears in Xiaomi's own prelaunch messaging. The company says Pad 9 Pro Max CPU multi-core performance and GPU benchmark performance are comparable with an M5 tablet. It also links the M5 comparison to high-definition video masking and large-data calculations.

Apple's current M5 iPad Pro is a demanding reference. Apple pairs its chip with iPadOS, a mature tablet application catalog, dedicated creative software, and accessories designed around professional workflows.

Apple says the M5 has a CPU with up to ten cores and a GPU containing a neural accelerator in each core. Its iPad Pro also has more than 150GB per second of unified memory bandwidth. Apple cites workload-specific gains in video transcoding, ray-traced rendering, AI image generation, and AI video upscaling.

Those claims also come from a manufacturer and require appropriate caution. However, Apple names several applications and comparison devices, giving reviewers clearer tests to reproduce. Xiaomi now needs to provide equivalent detail for its M5 comparisons.

A CPU benchmark tie would not make two tablets interchangeable. Video editors care about codec acceleration, timeline responsiveness, storage speed, memory limits, external-display behavior, export consistency, and application availability. Illustrators care about input latency, color management, file compatibility, and accessory support.

Developers face another set of constraints. A fast processor can shorten local builds or accelerate on-device inference, but only if development tools expose the hardware effectively. Driver quality and framework support can matter more than a headline benchmark.

The operating system is therefore part of the contest. Xiaomi says HyperOS 4 was designed for large-screen productivity and supports PC-style applications. The phrase suggests more desktop-like interfaces or feature sets, but availability and capability can vary by application.

Apple has faced its own criticism for selling laptop-class hardware inside a tablet whose software does not always replace macOS. Xiaomi enters the same tension from the opposite direction. It must show that Android-based software can use the performance it is advertising.

Samsung provides another useful reference. Its Galaxy Tab S11 series combines a large display, desktop-style DeX features, an included stylus in supported markets, and close integration with Galaxy devices.

Samsung's position demonstrates that Android tablet competition already extends beyond raw chip speed. Multitasking behavior, software updates, keyboard quality, pen support, cross-device features, and service availability help determine whether a tablet works as a primary computer.

Xiaomi's 13.3-inch screen should provide room for multiwindow work. Yet screen size alone cannot guarantee productive software. Users need applications that scale correctly, keyboard shortcuts that behave consistently, reliable file handling, and background processes that remain active.

International reach adds another complication. Xiaomi has confirmed the September event for China, but it has not established broad availability for the Pad 9 Pro Max. A product can lead benchmark discussions while having little immediate effect on buyers outside its launch market.

That uncertainty weakens any claim that Xiaomi has already reshaped the global premium tablet market. Apple and Samsung sell established product families through extensive international channels. Xiaomi must first show where its tablet will ship and which software features will work in each region.

Still, the comparison places pressure on both competitors and chip suppliers. A credible Xring tablet would give Xiaomi a distinct high-end platform instead of another device using familiar silicon. It would also show that an Android manufacturer can build a second-generation flagship chip around its own product priorities.

The pressure will become meaningful only if the hardware performs consistently. Until then, the M5 comparison remains a promise Xiaomi chose for itself.

What the 5.25 Million Score Does Not Measure

The central uncertainty is whether Xiaomi's benchmark peak can survive heat, battery limits, software friction, and repeated real work.

Composite benchmarks compress many variables into a simple ranking. That design makes them useful for quick comparisons and easy promotion. It also hides the tradeoffs that determine whether a tablet feels fast after several hours.

Thermal stability is the first missing measure. A processor can deliver a strong initial result while the device is cool, then reduce frequency as heat accumulates. This reduction, commonly called thermal throttling, protects the hardware but lowers sustained performance.

The Pad 9 Pro Max's large body should help dissipate heat. That advantage must be measured, not assumed. Reviewers need repeated benchmark loops, long game sessions, extended exports, and surface-temperature readings under consistent room conditions.

Battery efficiency is equally important. Xiaomi claims large performance and power improvements for the Xring O3 GPU, but it has not yet supplied complete retail-device battery data. High performance is less useful if demanding tasks drain the tablet rapidly.

The most informative tests will record performance and energy together. A five-minute result shows peak speed. A one-hour editing, gaming, or local AI workload reveals whether that speed remains practical.

The 119.8 frames-per-second gaming claim needs similar context. Reviewers should identify the game, graphics preset, native rendering resolution, upscaling ratio, frame interpolation setting, device temperature, and power mode. They should also measure frame-time consistency, not only the average.

Frame interpolation creates additional frames between rendered frames. It can make motion look smoother, but it does not necessarily reduce input latency. Competitive players can therefore experience a different result from what the displayed frame rate suggests.

Memory configurations may also create unequal experiences. Xiaomi's preview associates the 3.2K and 120fps mode with versions containing at least 12GB of memory. That wording indicates lower-memory models may not support the same workload or settings.

Buyers will need a clear feature matrix after launch. Marketing centered on the strongest configuration can obscure limits in the base device. Reviews should test each major memory option when performance features differ.

The Geekbench evidence introduces another caution. A verified listing confirms that an Xring O3 device can produce a strong CPU result. It does not verify the product name by itself, the final cooling system, the retail firmware, or the 5.25 million AnTuTu claim.

Geekbench results can also change between runs. Background processes, temperature, software builds, and performance modes all affect scores. Multiple retail samples provide better evidence than one preproduction listing.

Application compatibility presents a less visible risk. Xiaomi controls its chip and operating system integration, but third-party developers still determine how well many professional applications run. Graphics drivers must support demanding games and creative software without visual errors or crashes.

Local AI features create another test. Xiaomi calls Xring O3 an AI flagship processor and promotes AI video masking. Reviewers should measure processing time, output quality, memory consumption, heat, and battery drain using repeatable media files.

A fast result with poor edge detection or unstable output would not help creators. Quality and reliability must accompany speed. The same principle applies to spreadsheet calculations, image processing, and any other M5 comparison.

Software longevity matters because a premium productivity tablet is expected to remain useful for several years. Xiaomi has not yet detailed the Pad 9 Pro Max's international update policy, security-support period, or long-term application commitments.

Accessories also remain part of the unresolved package. Keyboard stability, trackpad behavior, stylus latency, charging method, shortcut support, and added weight affect daily use. A tablet can become much less portable once the equipment required for laptop-style work is attached.

None of these uncertainties disproves Xiaomi's claims. They define what the claims do not establish. The company has presented a peak number, while buyers need evidence about repeatability, efficiency, and workflow completion.

That gap is the article's primary tension. The Xiaomi Pro strategy looks credible enough to demand testing, but not complete enough to earn a verdict before the launch.

Three Signals Will Decide Whether Xring O3 Changes the Tablet Race

The next stage is measurable: retail thermals, reproducible productivity tests, and Xiaomi's software commitment will determine the result.

The first signal is sustained retail performance. Independent reviewers should repeat AnTuTu and Geekbench runs, then test long gaming sessions, video exports, and local AI processing. The important question is how much performance remains after the tablet reaches a stable temperature.

If retail units stay near their initial results without excessive heat or rapid battery loss, Xiaomi's 5.25 million headline will gain credibility. Large declines would show that the preview captured a short peak rather than dependable output.

Results should also be compared across power modes. Some devices reserve maximum speed for a special profile that increases heat and energy use. Buyers need to know whether Xiaomi's promoted performance appears under default settings.

The second signal is workload parity with M5 devices. Xiaomi specifically invokes M5-class CPU, graphics, video masking, and data-processing performance. Reviewers can now test those categories using matched files, application versions, export settings, and network conditions.

A favorable result in one benchmark will not settle the comparison. Xiaomi's argument becomes stronger if the Pad 9 Pro Max completes several professional tasks at similar speed while maintaining competitive efficiency and output quality.

The argument weakens if the comparison depends on different applications, accelerated effects, frame interpolation, or unusually narrow tasks. Transparent methodology will matter almost as much as the final ranking.

Software availability belongs inside this signal. If a claimed workflow requires a Xiaomi-only demonstration application, it says less about daily professional use. Support from widely used editing, drawing, office, and development applications would carry more weight.

The third signal is Xiaomi's post-launch commitment. The company must disclose market availability, operating-system support, security updates, accessories, and the list of optimized PC-style applications. Buyers need a product roadmap, not only silicon specifications.

Broad distribution would turn Xring O3 into a competitive platform. A China-only release with limited application support would make it an important engineering project but a smaller commercial threat to Apple and Samsung.

Future devices will provide another part of that signal. If Xiaomi uses Xring O3 across several products and maintains drivers over time, developers gain a reason to optimize for the platform. A narrow release makes that investment harder to justify.

The September 7 presentation should answer some immediate questions. Xiaomi can identify benchmark settings, explain the LPDDR6 configurations, demonstrate sustained workloads, and specify which software features ship at launch.

Independent testing will take longer. Retail firmware often differs from prelaunch software, and performance can change after updates. The most reliable judgment will emerge from several reviewers using repeatable tests over multiple days.

For prospective buyers, waiting for that evidence is sensible. The Pad 9 Pro Max already looks technically significant because Xiaomi is integrating its own chip, memory platform, operating system, and large-screen hardware.

The 5.25 million score does not need to be dismissed. It needs to be unpacked. Xiaomi has supplied a clear target that reviewers can challenge, reproduce, or contradict.

Watch the sustained-performance graphs, not only the first benchmark screenshot. Compare real project completion times, not incompatible aggregate scores. Check whether essential applications, updates, and accessories support the advertised productivity role.

If those three signals align, the Xiaomi Pro tablet will represent more than a high-scoring Android device. It will show that Xiaomi can translate internal chip design into a complete premium computing platform. If they do not, 5.25 million will remain an effective preview number attached to an unfinished argument.