In the increasingly heated competition of smart wearables in 2026, core chip manufacturer CoreChip announced on July 24 the launch of its second-generation smart positioning watch, the CoreChip Position Watch 2 Pro. The biggest highlight is the self-developed ChipX positioning chip, which improves civilian positioning accuracy from meter-level to centimeter-level under lab test conditions (<1cm), and stably achieves sub-meter accuracy (<30cm) in real outdoor scenarios. This breakthrough not only makes the Position Watch 2 Pro a new favorite for outdoor sports enthusiasts, but also has the potential to redefine the application boundaries of smartwatches in professional surveying, emergency rescue, and other fields.
Self-Developed ChipX Chip: Multi-Band Fusion and AI Anti-Interference
The core of the CoreChip Position Watch 2 Pro is its integrated ChipX positioning chip, which supports full-system full-band reception of GPS/BDS/GLONASS/Galileo, and innovatively integrates new civilian bands such as L5 and E6. Additionally, the chip incorporates a deep learning-based anti-multipath interference algorithm, enabling stable signal capture in complex environments like urban canyons and dense forests. According to CoreChip official test data, in typical outdoor environments, the Time to First Fix (TTFF) is reduced to under 2 seconds, and continuous tracking power consumption is 40% lower than the previous generation, achieving a balance between high performance and low power consumption.
Industrial Design: Balancing Lightweight and Durability
Matching the performance upgrade, the Position Watch 2 Pro also features a comprehensive design overhaul. The case uses aerospace-grade titanium alloy and ceramic composite, weighing only 68 grams (including strap), and meets MIL-STD-810H military standards, withstanding extreme temperatures from -20°C to 60°C and drops of 1.5 meters. The 1.5-inch AMOLED screen (454×454 resolution) is covered with sapphire glass, reaching up to 2000 nits brightness for clear visibility under strong sunlight. The strap is available in quick-release fluoroelastomer and titanium metal to suit different scenarios.
Software Ecosystem: From Sports Assistant to Industry Tool
On the software side, the Position Watch 2 Pro runs the deeply customized "Horizon 2.0" system based on FreeRTOS, supporting offline 3D terrain map loading and real-time elevation profile display for the first time. It comes with over 200 sports modes, where the track backtracking function for scenarios like skiing, trail running, and rock climbing can precisely restore every meter of movement using centimeter-level accuracy. Notably, the watch opens the native API interface of the ChipX chip, allowing third-party developers to create custom positioning applications, such as controlling drone landing point marking in surveying or high-precision inspection check-ins in logistics.
Market Background: Surge in Demand for Smart Positioning Watches
According to IDC's Q2 2026 Wearable Device Tracking Report, global smartwatch shipments grew 18% year-over-year, with positioning functionality becoming the most differentiating factor—about 43% of consumers listed "positioning accuracy" among their top 3 purchase considerations. Meanwhile, the expanding outdoor sports market (expected to exceed $80 billion globally in 2026) drives demand for high-end positioning watches. CoreChip launches the Position Watch 2 Pro at this time, directly competing with Garmin Fenix 8, Apple Watch Ultra 3, and others, but its cost advantage from self-developed chips (starting at $459) could be a key differentiator.
Industry Insight: Victory of Vertical Integration in Chips
Semiconductor industry analyst David Zhang pointed out: "CoreChip has achieved a differentiation barrier through vertical integration from chip to end product. The ChipX chip not only serves its own watches but may also be licensed to other wearable device makers in the future, opening new revenue streams. The centimeter-level positioning performance of the Position Watch 2 Pro is not just a simple stacking of parameters, but a result of hardware-software collaborative optimization—especially the multi-band fusion at the chip end and deep learning noise reduction at the algorithm end, which require years of technical accumulation."
However, some voices question the practical value of real-time centimeter-level positioning. In most daily scenarios, meter-level accuracy is sufficient, and centimeter-level accuracy often requires differential correction services or post-processing, making it less accessible. In response, CoreChip product manager Sarah Lee explained at the launch: "Centimeter-level positioning is more about preparing for future scenarios like autonomous driving and digital twins, while also meeting core needs of professional users such as geologists and search and rescue personnel. We will gradually open more refined features in subsequent software updates."
Conclusion: Positioning Watches Enter the 'Chip-Defined Experience' Era
The launch of the CoreChip Position Watch 2 Pro marks the evolution of smart positioning watches from "comprehensive smart platforms" to "specialized and precise positioning tools." In the context where chip technology becomes a core competency, manufacturers with self-developed chips will take the lead. For consumers, whether in outdoor sports or daily commuting, a watch that truly delivers "no stops, no signal loss, centimeter-level track restoration" will undoubtedly bring a new sense of security and experience. Currently, the watch is available for pre-order on the CoreChip official website and Amazon, with shipments expected to begin in mid-August.
(This article is for reference only and does not constitute investment advice. Investing carries risks; caution is advised.)
