The VX1622B XPOD enables measurement and calibration tasks using a compact solution that can be integrated directly into the ECU without requiring an additional base module. It provides an all‑in‑one approach for ECU‑integrated measurement, calibration and debugging scenarios.
Highlights
- Direct Ethernet uplink: Measurement computer connection via 100BASE‑TX without requiring a base module
- Compact ECU integration: Very small form factor designed for direct installation inside control units
- Flexible target access: ECU connection via JTAG, SWD, DAP and additional target‑specific interfaces
- High measurement performance: Multiple measurement and trace‑based methods with minimal impact on ECU runtime
- Cost‑optimized all‑in‑one design: FPGA‑based architecture combining flexibility and performance in a single device
What is the VX1622B XPOD?
The VX1622B XPOD is an all‑in‑one solution for measurement, calibration and debugging tasks that can be integrated directly into the ECU.
A direct and cost‑efficient connection to the measurement computer is established via standard Ethernet (100BASE‑TX).
The VX1622B XPOD supports numerous target interfaces and is compatible with a wide range of microcontrollers.
Thanks to its robust design and very compact form factor, it can be easily integrated into control units and operates reliably even in harsh vehicle environments.
With the optional development enclosure, the VX1622B XPOD can additionally be used flexibly in laboratory or workplace environments.
All measurement data is provided with a precise timestamp generated by an IEEE 1588 PTP‑synchronized clock, allowing exact time correlation between multiple measurement devices.
The VX1622B XPOD features an automotive‑grade wide‑range power supply and can be powered either by the ECU or externally.
If no network connection to the tool is available, the XPOD can switch to a power‑saving standby mode.
Technical Data
| VX1622B XPOD | |
| Dimensions (L x W x H) | 37 mm x 34.5 mm x 9 mm |
| Weight | 10 g |
| Power Consumption | max. 2.9 W |
| Power Supply / Power Loss | 5 VDC … 32 VDC unregulated from the control unit; Passive Power-over-Ethernet via optional adapter |
| Temperature Range | -40 °C ... +115 °C (SoC housing surface) |
| Target Interfaces | Nexus JTAG (RH850) DAP (2-pin / 3-pin wide mode) ARM-JTAG, SWD (Generic ARM) Zipwire / HSCT / LFAST / RHSIF ARM Trace Interface (4 Pins) |
| Host Interfaces | 100BASE-TX XCP on Ethernet IEEE 1588 PTP Time Synchronization |
Product Descriptions
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