The GE910-QUAD AUTO is the automotive grade member of the GE910 GPRS product series. Developed and manufactured according to ISO TS16949 quality processes, it is targeted at the most demanding automotive applications. 2G member of Telit's xE910 Unified Form Factor Family, it is offered in a 28x28mm LGA packaging engineered for increased robustness. The GE910-QUAD AUTO provides both UART and USB Full Speed communication interfaces.
Powered by an ARM11 core, the GE910-QUAD AUTO features an embedded Python Script Interpreter to run customer's applications inside the module without the need for any external microprocessor.
Key Benefits
Ideal for 2G applications for OEM and Aftermarket Automotive with full ISO TS16949 quality processes.
Allows reduction of final BOM cost with a powerful ARM11 processor and on board memory to run customer applications in the module
Easy to integrate with USB 2.0 full speed interface
Inter net application friendly with integrated TCP / IP and UDP / IP s tacks
Voice-capable for applications requiring either analog or digital (DVI) interfaces
Complete SMT platform for m2m solutions running the customer application inside the module with embedded Python Script Interpreter
Family Concept
The xE910 Unified Form Factor family is comprised of pin-to-pin compatible modules in Telit's broadest range of cellular air interfaces and band combinations making it a pillar of the concept "design once and deploy globally". A one-time design and integration effort enables worldwide or regional device re-use across different data rates and wireless technologies with air interfaces in GSM / GPRS, UMTS / HSP A+, 1xRTT, EV-DO, and LTE. The xE910 family was conceived to enable applications to be easily upgraded in a number of ways. For example: migrating from 2G to 3G or 4G; or upgrading from 2 bands to 3, 4, or more. The family fully preserves the core design of the application or device from launch to phase-out with modules packaged in a common 28.2 x 28.2 mm LGA footprint. It is recommended for mid to high-volume, compact sized applications.
The GE910-QUAD AUTO is the automotive grade member of the GE910 GPRS product series. Developed and manufactured according to ISO TS16949 quality processes, it is targeted at the most demanding automotive applications. 2G member of Telit's xE910 Unified Form Factor Family, it is offered in a 28x28mm LGA packaging engineered for increased robustness. The GE910-QUAD AUTO provides both UART and USB Full Speed communication interfaces.
Powered by an ARM11 core, the GE910-QUAD AUTO features an embedded Python Script Interpreter to run customer's applications inside the module without the need for any external microprocessor.
Key Benefits
- Ideal for 2G applications for OEM and Aftermarket Automotive with full ISO TS16949 quality processes.
- Allows reduction of final BOM cost with a powerful ARM11 processor and on board memory to run customer applications in the module
- Easy to integrate with USB 2.0 full speed interface
- Inter net application friendly with integrated TCP / IP and UDP / IP s tacks
- Voice-capable for applications requiring either analog or digital (DVI) interfaces
- Complete SMT platform for m2m solutions running the customer application inside the module with embedded Python Script Interpreter
Family Concept
The xE910 Unified Form Factor family is comprised of pin-to-pin compatible modules in Telit's broadest range of cellular air interfaces and band combinations making it a pillar of the concept "design once and deploy globally". A one-time design and integration effort enables worldwide or regional device re-use across different data rates and wireless technologies with air interfaces in GSM / GPRS, UMTS / HSP A+, 1xRTT, EV-DO, and LTE. The xE910 family was conceived to enable applications to be easily upgraded in a number of ways. For example: migrating from 2G to 3G or 4G; or upgrading from 2 bands to 3, 4, or more. The family fully preserves the core design of the application or device from launch to phase-out with modules packaged in a common 28.2 x 28.2 mm LGA footprint. It is recommended for mid to high-volume, compact sized applications.
