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• ZX9100

  The ZX9100 is a next‑gen 32‑bit high‑performance security chip from ZXInfoTek, with built‑in Post‑Quantum Cryptography (PQC) to counter future quantum threats. Its RISC core offers a 3‑stage pipeline, dual‑issue, FPU, DSP extensions, D/I‑Cache, secure SRAM, PUFSecure‑enhanced OTP, and secure external Flash/PSRAM support. Low‑power hardware crypto engines accelerate PQC algorithms. With rich peripherals and wide temperature/voltage ranges, it serves financial terminals, barcode scanners, PIN pads, secure elements, industrial controls, and consumer MCUs.

• ZX3803

  The ZX3803 is a low-voltage, compact contactless reader/writer IC developed by ZXInfoTek for mobile financial payment terminals and multi-card accepting applications. It is fully compliant with EMVCo and PBOC specifications. The device is a highly integrated contactless communication IC operating at 13.56 MHz.With its low-voltage operation, low power consumption, strong driving capability, versatile interface support, and multi-protocol flexibility, the ZX3803 is well suited for contactless reader applications where low power, low voltage, and cost efficiency are critical.

• ZX8035

  ZX8035 is a compact, cost-effective analog interface IC designed for smart IC cards. It integrates an internal boost converter, enabling full read/write operation across the complete supply voltage range of 5V, 3V, and 1.8V. The device incorporates comprehensive safety protection mechanisms, including ESD protection, port short-circuit protection, and power-on/power-down protection. With its minimal external component count and simple peripheral circuitry, the ZX8035 offers a highly streamlined solution. Housed in a QFN32L package, it ensures broad versatility and compatibility for various contact-type smart card reader applications.

• CUni360S-ZX

  The Cuni360S‑Z is the first terminal security chip in China to pass the Bank Card Test Center (BCTC) certification and complies with the international PCI PTS 5.1 standard. The CUni360SQ‑ZX is the upgraded version, which integrates a post‑quantum cryptography algorithm coprocessor, supports anti‑quantum computing capabilities, and is compliant with the PCI PTS 7.0 standard. Developed by ZXInfoTek on a 40nm process, both chips support contact and magnetic stripe cards. They are low‑power, high‑performance, and versatile, widely used in payments, IoT, and secure communications, with over 150 million units shipped in total.

• ZX600-CH

  The ZX600-CH series is an ultra-compact, ultra-thin 4G module designed for the China market. It supports the 3GPP Rel-13 standard and covers domestic FDD/TDD LTE Cat-1 full-band frequencies, with dual-mode 2G + LTE Cat.1 support for added network flexibility and broader coverage in fallback scenarios. The module delivers a maximum downlink rate of 10 Mbps and a maximum uplink rate of 5 Mbps.

• ZX800-VG

  ZX800‑VG is a standard industrial‑grade LTE Cat.1 module designed for cost‑sensitive IoT applications. It operates reliably from ‑25°C to 75°C, covering most indoor and commercial environments. Supporting global FDD/TDD bands (B1–B5, B7, B8, B20, B28, B34, B38–B41), it delivers downlink speeds up to 10Mbps and uplink up to 5Mbps. The ultra‑compact LGA package (15.8×17.7×2.4mm) and low TX current (<550mA) make it ideal for POS terminals, smart meters, routers, and industrial PDAs. It features SPI LCD and camera interfaces, supports AT commands and Open SDK for secondary development, and includes FOTA remote upgrade.

• ZX800-HG

  ZX800‑HG is an enhanced variant built for harsh operating conditions. It extends the working temperature range to ‑40°C ~ 85°C, making it suitable for outdoor, automotive, and industrial environments. In addition, it integrates a high‑sensitivity GPS receiver (acquisition ≤‑149dBm, tracking ≤‑165dBm) for real‑time positioning and asset tracking. Compared to the VG, the HG achieves better RX sensitivity (e.g., ‑100dBm on B5/B8) and lower power consumption – with sleep current <0.5mA at DRX=1.28s – which significantly extends battery life in portable or off‑grid devices. It retains the same pin‑compatible LGA footprint and software ecosystem, allowing seamless upgrades from the VG model. With all the same interfaces and development support, the HG is the preferred choice for applications demanding extreme reliability, ultra‑low power consumption, wide temperature tolerance, and built‑in location.

• ZX800-MG

  ZX800-MG is specially designed for M2M and IoT applications, featuring an ultra-compact size, powerful performance, and high cost-effectiveness, providing users with a highly reliable connection method.