EC25
EC25

iWave OBD2 Device: Revolutionizing Connected Car Technology with Quectel EC25

The automotive industry is rapidly evolving, and connected car technology is at the forefront of this transformation. iWave Systems Technologies, a prominent embedded products and services provider, is contributing to this evolution with its advanced OBD II device. This compact, secure, and reliable solution is empowered by the high-performance Quectel EC25 module, enabling a suite of functionalities from real-time vehicle tracking to in-depth car diagnostics and driving behavior monitoring, accessible remotely via mobile or PC.

OBD, short for On-Board Diagnostics, is a critical system in modern vehicles. It grants vehicle owners and technicians access to the health status of various vehicle subsystems. iWave’s OBD II device, built around the robust Quectel EC25 module, is designed to cater to diverse market needs, including fleet management, vehicle insurance providers, cab aggregators, asset tracking services, the burgeoning connected car ecosystem, and even individual two-wheeler users.

Several unique selling propositions (USPs) distinguish the Iwave Obd2 device in the market:

  • Enhanced Security: At its core, the OBD II device features a powerful ARM Cortex A7 processor with built-in security features, ensuring data integrity and protection against unauthorized access.
  • Integrated Wi-Fi Hotspot: The inclusion of a Wi-Fi Hotspot feature allows for seamless internet browsing and connectivity for in-car devices.
  • Dedicated Technical Support: iWave provides a dedicated technical support team, ensuring smooth integration and operation for its customers.
  • Comprehensive Solution Provider: iWave offers a one-stop destination for a complete solution encompassing hardware, software, mechanical design, and necessary certifications, simplifying the development process for clients.
  • Versatile Cloud Support: The device supports various cloud platforms based on customer preferences, including Amazon AWS, Microsoft Azure, IBM Bluemix, Oracle, and standard TCP/IP, offering flexibility and integration capabilities.
  • Competitive Edge: iWave’s OBD II device is designed to compete with leading global design houses, providing superior value and performance.

The Quectel EC25 series lies at the heart of the iWave OBD2 device. This LTE Category 4 module is specifically optimized for M2M and IoT applications, delivering impressive downlink speeds of 150Mbps and uplink speeds of 50Mbps. This high-speed capability makes it ideally suited for demanding automotive applications requiring rapid data transfer. Importantly, the EC25 module is backward compatible with 2G and 3G networks, ensuring connectivity even in areas where 4G coverage is limited, thereby broadening the operational reach of the iWave OBD2.

Further enhancing its performance, the Quectel EC25 incorporates cutting-edge technologies:

  • MIMO Technology: EC25 supports multiple-input multiple-output (MIMO) technology, significantly improving data rates and link reliability in wireless communication, crucial for consistent and dependable data transmission from the OBD2 device.
  • Advanced GNSS: With the integration of Qualcomm® IZat™ location technology Gen8C Lite (supporting GPS, GLONASS, BeiDou, Galileo, and QZSS), the EC25 offers highly accurate and rapid positioning capabilities. This integrated GNSS technology simplifies product design and ensures dependable location tracking for the iWave OBD2.

The Quectel EC25 module is available in 7 variants tailored for different regional deployments and holds global certifications including Vodafone, AT&T, Verizon, Softbank, GCF, CE, and PTCRB. This broad certification portfolio underscores the EC25’s compliance with international standards and its readiness for global deployment in iWave’s OBD2 devices. The iWave OBD2 device, leveraging the power of Quectel EC25, presents a robust and versatile solution for the expanding connected car market, offering a comprehensive suite of features for diverse automotive and IoT applications.

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