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Every iteration of the secure chip

Company updates, product launches and technical insights from Jahport in IoT security.

成功案例 | JC571单芯承载连接、安全与控制,落地全屋安全智联解决方案
Industry News

成功案例 | JC571单芯承载连接、安全与控制,落地全屋安全智联解决方案

Whole-home intelligence becomes a necessity, with chips as the core moat. Jahport's JC571 integrates connectivity, security, and control in one chip to meet stability and security demands.

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Dual-System × UWB: Jahport JC511 Enables OEM/ODM to Rapidly Deploy Next-Generation Precision Finding / Anti-Loss Products
Industry News

Dual-System × UWB: Jahport JC511 Enables OEM/ODM to Rapidly Deploy Next-Generation Precision Finding / Anti-Loss Products

Based on its JC511 secure Bluetooth SoC, which has obtained dual certification from Apple and Google, Jahport took the lead in launching an integrated Find My / Find Hub dual-system + UWB solution in the third quarter of 2025.

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IICIE 2026 Day 1 | Jahport Showcases JA700, Building a New Security Foundation for the Intelligent Era
Company News

IICIE 2026 Day 1 | Jahport Showcases JA700, Building a New Security Foundation for the Intelligent Era

On September 9, IICIE 2026 kicked off, gathering industry partners and experts to focus on IC innovation. Jahport showcased its security chips, secure connectivity SoCs, and multi-scenario security solutions.

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解决方案 | 车联网安全的硬件锚点:车规级安全SoC JA700
Industry News

解决方案 | 车联网安全的硬件锚点:车规级安全SoC JA700

As GB 44495-2024 and GB/T 47324-2026 take effect, China's connected vehicle security shifts to a systematic framework. Vehicle-side security relies on a trusted hardware root. Independent security chips provide isolated execution. JA700 meets this need.

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Solutions | Counterfeit Proliferation: Why Consumables Anti-Counterfeiting Urgently Needs a "Silicon-Level Fingerprint" Breakthrough
Industry News

Solutions | Counterfeit Proliferation: Why Consumables Anti-Counterfeiting Urgently Needs a "Silicon-Level Fingerprint" Breakthrough

Jahport's JC1XX series PUF security chips generate a unique hardware identity based on microscopic physical variations within the chip, with keys requiring no static storage.

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