Car makers need a reliable way to add telematics, LTE, and GPS to new models without building hardware from scratch. Without a proven platform, development costs rise and time-to-market slows, which can hurt sales and brand reputation. The Lantronix QC-V2X-00001 CCARD Qualcomm Connected Car Application Reference Design gives you a ready-made, near-commercial-grade telematics control unit that handles connectivity, location, and audio in one board.
Lantronix QC-V2X-00001 CCARD Qualcomm Connected Car Application Reference Design with Lantronix
Imagine cutting weeks of engineering work with a single board that already supports LTE, Wi-Fi, Bluetooth, CAN and GNSS. This product is a reference design from Qualcomm that Lantronix has integrated for automotive developers. It solves the problem of scattered components and complex firmware integration. If you are building a connected-car service, a fleet tracker, or an in-vehicle infotainment system, this design gives you a solid base so you can focus on your unique features.
Key Features
- MDM9250-6 system-on-chip with Snapdragon X16 LTE modem.
- 802.11ac dual-band Wi-Fi hotspot for in-car internet.
- Gigabit Ethernet interface for wired back-haul.
- Bluetooth and Bluetooth LE for keyless entry and sensor links.
- CAN and LIN interfaces for vehicle bus communication.
- GNSS receiver with dead-reckoning engine and six-axis gyro/accelerometer.
- Onboard audio codec to support eCall voice transmission.
- Antenna switch matrix detects broken antenna and switches automatically.
- Support for Ethernet AVB and A2B automotive audio bus.
- Peripheral debug ports, USB debug, and serial console for development.
Specifications
| General |
|
| Product Name |
Qualcomm® Connected Car Application Reference Design (CCARD) |
| Part Number |
QC-V2X-00001 |
| Device Type |
Qualcomm reference design and software development platform for automotive telematics platforms |
| Telematics Control Unit |
Near commercial-grade TCU |
| Processor |
|
| System-on-Chip |
MDM9250-6 system-on-chip |
| Modem |
Qualcomm Snapdragon™ X16 LTE modem |
| Connectivity |
|
| WAN Connectivity |
High-speed (1 Gbps) WAN connectivity |
| LTE |
Gigabit LTE modem |
| WLAN |
802.11ac dual-band (2.4 GHz and 5 GHz) hotspot |
| Ethernet |
Gigabit Ethernet interface |
| Bluetooth |
Bluetooth connectivity |
| Bluetooth LE |
Bluetooth LE connectivity for keyless entry |
| Ethernet AVB |
Supported |
| Automotive Audio Bus |
A2B supported |
| Vehicle Interfaces |
|
| CAN |
CAN connectivity with vehicle CAN bus |
| LIN |
LIN connectivity |
| Location Services |
|
| GNSS |
Global Navigation Satellite System (GNSS) |
| Dead Reckoning |
Dead reckoning engine |
| Gyroscope |
Onboard six-axis gyroscope |
| Accelerometer |
Onboard six-axis accelerometer |
| Audio |
|
| Audio Codec |
Onboard audio codec to facilitate eCall |
| Antenna |
|
| Antenna Switch Matrix |
Onboard antenna switch matrix to detect a broken antenna and switch to available ones |
| Onboard Antenna |
Included as a last solution |
| Development Features |
|
| Debug Ports |
Peripheral debug ports |
| Serial Console |
Serial console interface |
| USB Debug |
USB debug port |
| Target Users |
OEM customers can directly leverage the CCARD design for development of commercial devices |
