
Functional alternate with same capacitance and higher voltage, but requires board redesign due to different package (Radial vs. SMD).
Find functional alternatives for the HUAWEI VT1H471MI135000CE0 470µF 50V SMD capacitor. Review candidates with similar electrical specs but different through-hole packages that require board redesign.
Requires board redesign (Through-hole vs. SMD).
Capacitance matches, and voltage ratings are equal or higher.
No direct pin-compatible replacement has been identified. All current candidates are through-hole and require board redesign to replace the SMD target.
Find an SMD capacitor with a compatible footprint, 470µF capacitance, and a voltage rating of 50V or higher.
The primary risk is the package mismatch; all candidates are through-hole types while the target is a surface-mount (SMD) device.

Functional alternate with same capacitance and higher voltage, but requires board redesign due to different package (Radial vs. SMD).
| Feature / factor | VT1H471MI135000CE0 | GR477M063J20RR0VH4FP0 | GR477V050G20RR0VH4FP0 | JBLH2471M050E180RLM 470UF 50V | Compatibility / risk |
|---|---|---|---|---|---|
| Package | SMD | Radial, 13mm x 20mm | Radial, 10mm x 20mm | Radial, Can | Radial, 13mm x 20mm / Radial, 10mm x 20mm / Radial, Can / Radial, 16mm x 25mm — Requires board redesign. Target is SMD.; GR477V050G20RR0VH4FP0: Requires board redesign. Target is SMD.; JBLH2471M050E180RLM 470UF 50V: Requires board redesign. Target is SMD.; KM477M100K25RR0VH2FP0: Requires board redesign. Target is SMD. |
| Voltage | 50V | 63V | 50V | 50V | 63V / 50V / 100V — Higher voltage is a safe upgrade.; GR477V050G20RR0VH4FP0: matched; JBLH2471M050E180RLM 470UF 50V: matched; KM477M100K25RR0VH2FP0: Higher voltage is a safe upgrade. |
| Capacitance | 470µF | 470µF | 470µF | 470µF | 470µF — matched; GR477V050G20RR0VH4FP0: matched; JBLH2471M050E180RLM 470UF 50V: matched; KM477M100K25RR0VH2FP0: matched |
The best alternative would be an SMD aluminum electrolytic capacitor with 470µF capacitance, 50V or higher voltage, and a compatible footprint. Currently, only through-hole functional alternates are listed.