Commercial Vehicle Products
SOLUTIONS FOR COMMERCIAL V2V COMMUNICATIONS
As commercial vehicles become connected vehicles, how do you integrate the latest technology while protecting against some of the toughest conditions on earth? Invest in technology that pairs next-generation innovation with proven reliability. Molex is on the cutting edge of the latest technologies, including a wide range of V2V communications systems. As technology advances, these product solutions can be used in future markets like; V2I, V2V, V2P, V2D, V2G, V2V, and V2X. Commercial truck applications include forward collision warning, automatic braking, and blind-spot and lane-change warning. Other growing commercial vehicle applications are driver monitoring systems (DMS) and many designers are using the zone architecture concept, which breaks electronic systems in the vehicle into separate zones. Many of these systems must be ruggedized and sealed, providing protection from vibration, shock and fluid ingress – meeting IP67 and IP69K ratings. Molex is on the forefront of designing space saving connectivity solutions capable of handling higher data speeds and power demands to support this dynamic new world of communications.
The rugged ML-XT™ connection system with market-leading high-performance seal technology is a cost-competitive solution offering exceptional reliability for critical vehicle-wiring applications in harsh environments.
A high-performance sealed and unsealed connector system offering reduced package sizes and is ideal for SAE- and ISO-style wire in single- and dual-row configurations up to 22.0 A, supporting both signal and power applications for on-engine automotive to off-road construction equipment applications.
Designed for transportation power-train applications requiring reliable connections in high-vibration under-the-hood environments, the MX123™ Sealed Connection System offers a rugged, fully-sealed interface with the smallest packaging size in the industry.
Achieve 50% space savings over traditional USCAR 0.64mm connectors with sealed or unsealed Mini50™ single- and dual-row receptacles, with smaller terminals to fit more low-current electrical circuits in interior transportation-vehicle environments.
Stackable connection system provides single and multi-pocket PCB solutions, offering a diverse range of circuit sizes and significantly reducing time-to-market by completely eliminating custom tooling; female connectors feature only pressure-activated design in the industry.
The H-DAC 64™ single- and dual-row connector system provides space saving, flexible options for unsealed applications.
Molex’s expanded line of DuraClik connectors provides space savings and superior performance features compared to competitive versions for high-vibration applications.
Molex’s sealed MX120G™ connectors offer greater cost and space savings while providing superior design and mating features to meet the needs of environmentally challenging automotive and non-automotive applications.
The high-performance, compact MXP120™ Sealed Connection System is designed to perform in harsh environments and can replace common 1.50 mm systems in space-constrained safety-restraint, body electronics and powertrain applications.
The HSAutoLink II Interconnect System meets the increasing bandwidth requirements for advanced in-vehicle infotainment. The system delivers data rates up to 5 Gbps and supports high-speed media protocols including USB 3.1.
The In-Vehicle USB Chargers for BC 1.2 profile save tooling and engineering costs. These off-the-shelf USB batter chargers deliver 5 V and 1.5 A for multiple in-vehicle locations.
The Sealed FAKRA Connector System offers a sealed, inline solution for automotive cameras, radio antennas, and keyless entry. The FAKRA RF Connectors provide a robust seal against powerful water ingress making them appropriate for exterior automotive devices.
The 2.4 GHz SMD on-ground antennas are developed with Laser Direct Structuring (LDS) technology. These SMD on-ground antennas offer valuable PCB real estate savings on both sides of PCB.
The advanced flexible antennas offer peel-and-stick mounting and reduce engineering resources and costs needed to mitigate PCB ground-induced radiation, and support RF application needs.
The 2.4 GHz/5 GHz Wi-Fi stand-alone balance antennas combine ground-plane independence with high-radiation efficiency. These antennas reduce engineering resources and costs on PCB ground-induced radiation.