Jahport Secure Chip Products
Secure Chips
The portfolio covers Secure Elements (SE), Security MCUs, Secure Connectivity SoCs, and automotive-grade security products. Built on a hardware root of trust, it delivers identity authentication, key protection, data encryption, secure connectivity, and trusted computing capabilities, forming a native security foundation for consumer electronics, IoT, industrial, and automotive applications.
Authentication Chips
Hardware-level unique ID based on PUF (Physically Unclonable Function) technology, low cost and low power, providing a native Root of Trust for consumable anti-counterfeiting, copyright protection, and IoT authentication.
Secure MCUs
Cost-effective general-purpose security MCU supporting key self-destruction, battery backup, and attack-resistant design, handling both business logic and authentication, suitable for IoT and industrial control scenarios.
Secure Connectivity SoCs
Ultra-low-power secure Bluetooth SoC certified by Apple MFi and Google ecosystems, as well as Bluetooth + Wi-Fi dual-mode and multi-protocol secure connectivity chips.
Automotive Security SoCs
Compliant with AEC-Q100 Grade 1/Grade 2, with native support for PQC (Post-Quantum Cryptography) algorithms, building a hardware Root of Trust for V2X, OTA, and in-vehicle gateways.
Server Cryptographic Chips
High-performance server cryptographic chip supporting Chinese cryptographic algorithms (SM2/SM3/SM4), enabling cryptographic machines, encryption cards, and cloud key management, covering full-process cryptographic acceleration and multi-layer protection.
Full-Line Selection Support
Selection guides, dev kits, reference designs and pre-certification support to speed up your launch.
automotive-grade secure SoC Series
JA700 · Automotive-Grade High-Performance Secure SoC (AEC-Q100 Grade 1) Supporting PQC Post-Quantum Cryptographic Algorithms
The JA700 series are automotive-grade high-performance secure SoCs launched by Jahport, compliant with the AEC-Q100 Grade 1 standard. They are suitable for V2X communication units, central gateways, and in-vehicle ECU communication devices requiring high-level security protection, providing robust encryption and authentication capabilities. The JA700 series comprehensively covers international mainstream cryptographic standards, Chinese commercial cryptography standards, and PQC algorithm systems. Adopting an advanced hardware security architecture, it integrates PUF technology, hardware cryptographic acceleration engines, and anti-tamper detection mechanisms, effectively resisting various physical-layer threats such as side-channel attacks and fault injection attacks. It provides a solid hardware root of trust for in-vehicle network security and delivers future-oriented quantum-resistant security protection for critical services such as V2X communication, certificate issuance, and OTA upgrades.
JA701 · Multi-Scenario Secure eSE Chip Supporting PQC Post-Quantum Cryptography
JA701 is a secure eSE chip launched by Jahport for smart terminal and consumer electronics scenarios. It is widely applicable to mobile eSE, smart home appliance eSE, digital car key, and smart terminal security configuration scenarios. It supports the Android StrongBox security system and can build a complete trusted security foundation for smart terminals.
The JA701 chip integrates core capabilities including secure boot, key protection, identity authentication, and secure execution. It supports Chinese cryptographic algorithms (SM2/SM3/SM4), international algorithms, and Post-Quantum Cryptography (PQC), providing hardware-level security protection for device identity, sensitive data, and critical services. Meanwhile, JA701 can work with terminals to implement local biometric secure matching and trusted authentication, isolating critical keys and sensitive data in an independent secure environment, effectively addressing security risks such as key leakage, data theft, unauthorized access, and device counterfeiting.
secure connectivity SoC Series
JC511 · Apple & Google Ecosystem Certified
Ultra-Low-Power Secure Bluetooth SoC
JC511 is a new-generation high-performance, ultra-low-power secure Bluetooth SoC from Jahport, supporting the BLE 5.2 protocol. Multiple solutions based on JC511 have passed Apple MFI certification and Google Find Hub certification. The JC511 secure Bluetooth SoC adopts an advanced power management architecture, with deep-sleep current as low as sub-microampere level. Combined with a flexible dynamic voltage scaling mechanism, it fully meets the long battery life requirements of coin-cell-powered devices. The chip integrates an independent hardware cryptographic engine, complemented by robust secure boot and firmware protection mechanisms, effectively safeguarding data transmission and device security. The JC511 secure Bluetooth SoC is suitable for low-power industrial data transmission and positioning, anti-loss trackers, car keys, smart door locks, luggage locks and tracking, remote controllers, campus cards, as well as general consumer Bluetooth applications.
JC571 · High-Performance Bluetooth + Wi-Fi Dual-Mode Secure Connectivity SoC
JC571 is a high-performance, ultra-low-power secure connectivity SoC launched by Jahport. It supports BLE 5.0 and IEEE 802.11 b/g/n protocols, operates in the 2.4 GHz band, and adopts 1T1R (Single-Transmit Single-Receive) mode.
JC571 integrates a hardware security engine, is compatible with mainstream international algorithms and Chinese cryptographic algorithms (SM2/SM3/SM4), and features PUF and secure boot, providing robust security for smart home devices.
JC571 integrates a high-performance 32-bit processor with ample Flash and SRAM resources, meeting firmware storage and runtime data processing requirements in complex application scenarios. The chip offers a rich set of peripheral interfaces, including UART, SPI, I²C, PWM, ADC, etc., and supports flexible GPIO configuration for rapid integration with various sensors and actuators.
JC573 · High-performance Bluetooth + Wi-Fi Dual-mode Secure Connection SoC
The JC573 is a high-performance, ultra-low-power Wi-Fi 6 + BLE 5.3 secure connection SoC launched by Jahport. It supports simultaneous Wi-Fi 6 and BLE 5.3 dual-mode operation, covering STA, SoftAP, and hybrid working modes, with an integrated high-reliability RF coexistence mechanism that effectively ensures communication stability for smart speakers, cameras, sensor gateways, and other devices in dense networking environments. The JC573 secure connection SoC integrates PUF and TRNG (True Random Number Generator), supports secure boot and hardware anti-rollback protection, and fully supports Chinese cryptographic algorithms (SM2/SM3/SM4) and mainstream international algorithms, providing security guarantees for every connected device. The JC573 secure connection SoC integrates an MJPEG encoder, a DVP image interface, and rich audio processing capabilities, enabling a single chip to support the complete functional requirements of mainstream smart home audio and video terminals.
anti-counterfeiting authentication chip Series
JC100 · Low-Cost PUF Anti-Counterfeiting Authentication Chip Compatible with Multi-Algorithm Systems
The JC100 series is a low-cost PUF anti-counterfeiting authentication chip launched by Jahport, compatible with multi-algorithm systems. It is designed for consumer electronics and industrial IoT scenarios such as accessory anti-counterfeiting, device identity authentication, and industrial sensor nodes. Targeting the market pain points of resource-constrained IoT terminal devices with urgent security needs, the JC100 series delivers low-cost, high-security industrial-grade anti-counterfeiting authentication with extremely low power consumption and minimal silicon area. It can be seamlessly embedded into terminal products with strict constraints on both footprint and battery capacity, providing continuous hardware-level security protection for devices. The PUF silicon-fingerprint technology integrated in the JC100 series gives each chip a naturally unclonable unique identity, and no keys are stored on the chip itself, eliminating the security risks of key pre-storage and key management at the root.
secure MCU Series
JC200 · Secure MCU Handling Both Business and Authentication
JC200 is a general-purpose secure MCU that handles both business logic and authentication. It is primarily designed for general security protection scenarios. It can serve as an authentication and protection module with I²C/Onewire/SPI interfaces, satisfying basic control requirements such as peripheral driver and data acquisition, while integrating built-in cryptographic algorithm engines and secure storage. This delivers both security capabilities and general computing capability on a single chip. The JC200 secure MCU adopts an integrated operation architecture that unifies business logic and security functions, enabling security operations such as device identity authentication, data encryption/decryption, and command signature verification to be executed collaboratively with upper-layer business logic on the same chip. This series is suitable for smart cards, access controllers, industrial meters, secure reader/writer terminals, and other embedded secure devices, providing reliable technical support for scenarios requiring both business processing and security authentication.
JC300 · Multi-interface Large-memory High-performance General-purpose Secure MCU
JC300 is a cost-effective secure MCU from Jahport, designed for IoT, Industrial Internet, and intelligent security applications, balancing security capabilities, interface expansion, and low power consumption. JC300 integrates multiple Chinese and international cryptographic algorithms, supports storage encryption, random number generation, hardware firewall, and side-channel attack resistance mechanisms, providing comprehensive data and identity security protection for terminal devices. It integrates rich peripheral interfaces such as USB, UART, SPI, QSPI, I2C, 7816, and multiple GPIOs, supports low-power operation and expansion of various peripherals, offers excellent system compatibility and development flexibility, and has passed Commercial Cryptography Level 2 and CCRC EAL4+ security certifications, making it widely applicable to various secure terminals and embedded devices.
JC400 · Anti-Attack Secure MCU with Key Zeroization and Battery Backup
JC400 series is a cost-effective secure MCU launched by Jahport, targeting IoT, Industrial Internet, and intelligent security applications, balancing security, performance, and flexible scalability. The product integrates multiple Chinese cryptographic and international algorithms, supporting hardware firewall, True Random Number Generator (TRNG), SPA/DPA attack resistance, and multi-sensor security detection, effectively enhancing device identity authentication, data encryption, and system protection capabilities. JC400 series also provides multiple communication interfaces including USB, UART, SPI, QSPI, and 7816, and supports low-power and wide-temperature operation, suitable for intelligent terminals, security authentication, industrial control, trusted connections, and various embedded security application scenarios.
server cryptographic chip Series
JS200 · High-performance Chinese Cryptographic Server Cryptographic Chip
The JS200 series is a high-performance general-purpose server secure chip independently developed by Jahport. It integrates a 32-bit secure CPU core, 64KB SRAM, and 512KB Flash, supports Chinese and international mainstream cryptographic algorithms, and features a True Random Number Generator (TRNG), multiple communication interfaces, and high-level security protection capabilities. It is widely applicable in server applications.
secure connectivity module
JMB10 Secure Bluetooth Module
The JMB10 Secure Bluetooth Module adopts the new-generation high-performance, ultra-low-power JC511 Bluetooth chip from Jahport, which supports the BLE 5.2 protocol. JMB10 features a 32-bit secure CPU core, with a maximum operating frequency of up to 64MHz, and integrates 512KB FLASH and 48KB SRAM on-chip, providing powerful processing capability and ample storage space for various Internet of Things (IoT) applications. Through flexible collaboration with an external MCU, JMB10 enables rapid deployment of a BLE slave device for stable data exchange with master devices such as smartphones and tablets, while maintaining low occupancy of external MCU resources, significantly simplifying the development process and improving development efficiency.
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