The PI2MEQX2503A and PI2MEQX2505A are 1.8V, low‑power, 2.5Gbps MIPI ReDrivers engineered to maintain high‑integrity imaging and sensor data links in the demanding conditions faced by patrol drones. Fully compliant with the MIPI D‑PHY 1.2 specification, these devices compensate for signal loss introduced by lightweight cables, long PCB traces, and gimbal‑mounted camera wiring—essential for drones that depend on stable, high‑resolution video for surveillance and navigation. With support for 2 lanes (PI2MEQX2503A) or 4 data lanes plus clock (PI2MEQX2505A), they provide scalable bandwidth for both standard and multi‑sensor payloads.
Each differential channel incorporates programmable receiver equalization, adjustable output swing, and selectable pre‑emphasis through I²C or pin‑strap control. Dynamic edge‑rate control and flexible equalization ensure consistent, high‑quality signaling across varying cable types and airframe designs, enhancing reliability as drones operate under vibration, rapid movement, and changing environmental conditions.
Optimized for airborne platforms, the devices use activity‑detection circuitry to transition efficiently into ULPS and LP modes, extending drone flight time during periods of reduced data throughput. Their industrial –40°C to +85°C temperature rating ensures dependable operation during rapid altitude changes, cold‑weather missions, and continuous outdoor use.
Offered in compact QFN packages, the PI2MEQX2503A and PI2MEQX2505A integrate easily into space‑ and weight‑constrained drone architectures while supporting the high‑resolution imaging pipelines essential for modern patrol operations.
| Features | Benefits |
| • Programmable Receiver Equalization, Output Swing, and Pre-Emphasis, controlled through I²C or pin strap configuration | • Extends PCB trace lengths while reducing signal latency, improving signal integrity, and minimizing system cost and power |
| • Low‑power operation with ULPS, LP states, and sub‑mW shutdown | • Ideal for mobile, battery‑powered, and drone applications where power efficiency directly extends mission time |
| • Up to 2.5Gbps with four data lanes plus one clock lane (or two‑lane option) | • Fully supports high‑speed MIPI D‑PHY 1.2 data paths for high‑resolution imaging and sensor subsystems |
| • Very small, lightweight QFN packages | • Enables high‑density channel routing and compact system designs, ideal for patrol drones with strict size and weight constraints |
Product details: PI2MEQX2505A, PI2MEQX2503A, PI2MEQX250xx
