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Vehicle Networking Components

Source qualified transceivers, PHYs, and ESD devices for in-vehicle networks.

In-vehicle networks move camera, radar, and control traffic across CAN, LIN, and automotive Ethernet.

About Vehicle Networking

In-vehicle networks move camera, radar, and control traffic across CAN, LIN, and automotive Ethernet.

Qualified transceivers and PHYs carry AEC requirements and long lifecycle expectations that commercial parts do not meet.

Map your network BOM to interface and protection categories before a redesign freeze.

Component Requirements

Typical functions, devices, and parameters in Vehicle Networking.

System functionTypical devicesKey parametersBrowse
CAN/LIN

Body and powertrain buses.

CAN transceivers, LIN transceiversAEC-Q, ESD, EMC View category
Automotive Ethernet

Camera and ADAS data links.

Automotive PHYs, switchesBandwidth, temperature View category
ESD and protection

Cable and connector events.

TVS, common-mode chokes-adjacent ICsClamp voltage, capacitance View category

Supply Chain Considerations

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Lifecycle and allocation

Long-life designs need current lifecycle status, last-time-buy windows, and a documented second source before a line goes NRND.

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Lead time and date code

We check stock, factory lead time, date code, and packaging so buyers can accept or reject lots before they move.

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Traceability

COC, photos, and manufacturer traceability are available on request for qualified and high-reliability programs.

Engineer and Procurement Paths

Use the same application page to select parts or to source a BOM.

Engineer path

Architecture to datasheet

Review the system blocks, selection parameters, and recommended component types for Vehicle Networking.

Browse component categories
Procurement path

BOM, stock, and alternatives

Submit an MPN list to check stock, lead time, lifecycle, date code, and second-source options.

Submit your BOM

Supply Chain Support

1

Stock and lead-time check

Submit an MPN or BOM for availability, factory lead time, and alternate-channel options.

2

Date-code verification

Confirm date code, packaging, and lot identity before shipment.

3

Obsolete and hard-to-find parts

Source NRND, EOL, and allocation-risk devices with documented alternatives.

4

BOM-level sourcing

Cross-reference, lifecycle screening, and multi-line quotes from one application context.

Frequently Asked Questions

Start with the system blocks, then open a component category or submit the BOM for stock and alternatives.

No. Octatronics keeps a flat /applications/{slug} address and uses parent links for hierarchy.

MPN, quantity, and any date-code or manufacturer constraints.

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