【GTVM Series】 Low-Inductance, High-Current Power Inductors for AI PC & Server Designs
2026.11.14
New Products
GOTREND
GTVM Series: Low-Inductance, High-Current Power Inductors for AI PC & Server Designs
AI PCs integrate CPU, GPU, and NPU processing capabilities to support local AI workloads, making processor power delivery an important aspect of platform design. GTVM offers compact, shielded molded inductors with available inductance values ranging from 0.065 µH to 0.100 µH. The 0.065 µH and 0.085 µH options can be evaluated in notebook and desktop PC multiphase VRM or point-of-load DC-DC stages when their electrical, thermal and layout requirements match the target rail.
For engineers developing AI PCs, business and creator notebooks, and compact workstations, GTVM may be considered for processor power stages serving CPU, NPU, or GPU power rails, provided that the system uses a compatible discrete power stage. Actual use depends on the system power architecture and must be validated in the target design. This description does not imply qualification or certification by any specific OEM or processor platform. Contact GOTREND for the current datasheet, part-number selection support and samples for design evaluation.
Overview
GOTREND’s GTVM series features a one-piece molded construction made with specially formulated magnetic powder. Designed for low loss, low inductance, high current capability, and high reliability, the series offers excellent saturation current characteristics and low DC and AC losses, helping improve power conversion efficiency in VRM and xPU power delivery systems.
Its closed magnetic path helps reduce flux leakage and improve EMI performance. The single-phase inductor design offers flexible board placement, making the series suitable for high-current power applications in AI servers, high-performance computing cards, high-end PCs, and tablets. The series offers inductance values as low as 0.065 µH, with current ratings of up to 100 A.
Key Features
• Quality: RoHS / REACH compliant, halogen-free, MSL 1; -40 to +125 °C operating range. Reliability pass claims require approved test records.
• Cost: A standardized, automated shielded molding process supports mass production and helps achieve competitive overall BOM costs compared with similar products under equivalent electrical specifications. Long-term annual framework orders are eligible for tiered discounts, reducing long-term procurement costs for customers.
• Delivery: Standard part regular orders: 4–8 weeks lead time. special spec non-standard orders: 8–12 weeks.Long-term contracted customers enjoy cross-strait safety stock with expedited delivery within 2–4 weeks.
• Service: Fast sample support: Free samples of standard parts delivered within 3–5 working days for customer pre-verification. Dedicated FAE technical support, including reference circuit diagrams, EMC testing assistance and SMT assembly guidelines. Inventory linkage across Taiwan and mainland factories with fast domestic delivery and full export documentation & global logistics for overseas clients. Custom stocking programs available for annual long-term orders to guarantee stable mass supply.
For engineers developing AI PCs, business and creator notebooks, and compact workstations, GTVM may be considered for processor power stages serving CPU, NPU, or GPU power rails, provided that the system uses a compatible discrete power stage. Actual use depends on the system power architecture and must be validated in the target design. This description does not imply qualification or certification by any specific OEM or processor platform. Contact GOTREND for the current datasheet, part-number selection support and samples for design evaluation.
Overview
GOTREND’s GTVM series features a one-piece molded construction made with specially formulated magnetic powder. Designed for low loss, low inductance, high current capability, and high reliability, the series offers excellent saturation current characteristics and low DC and AC losses, helping improve power conversion efficiency in VRM and xPU power delivery systems.
Its closed magnetic path helps reduce flux leakage and improve EMI performance. The single-phase inductor design offers flexible board placement, making the series suitable for high-current power applications in AI servers, high-performance computing cards, high-end PCs, and tablets. The series offers inductance values as low as 0.065 µH, with current ratings of up to 100 A.
Key Features
• Quality: RoHS / REACH compliant, halogen-free, MSL 1; -40 to +125 °C operating range. Reliability pass claims require approved test records.
• Cost: A standardized, automated shielded molding process supports mass production and helps achieve competitive overall BOM costs compared with similar products under equivalent electrical specifications. Long-term annual framework orders are eligible for tiered discounts, reducing long-term procurement costs for customers.
• Delivery: Standard part regular orders: 4–8 weeks lead time. special spec non-standard orders: 8–12 weeks.Long-term contracted customers enjoy cross-strait safety stock with expedited delivery within 2–4 weeks.
• Service: Fast sample support: Free samples of standard parts delivered within 3–5 working days for customer pre-verification. Dedicated FAE technical support, including reference circuit diagrams, EMC testing assistance and SMT assembly guidelines. Inventory linkage across Taiwan and mainland factories with fast domestic delivery and full export documentation & global logistics for overseas clients. Custom stocking programs available for annual long-term orders to guarantee stable mass supply.
Main application
• AI PC notebooks and desktop PCs equipped with an NPU for local AI workloads. equipped with an NPU for local AI workloads.
• Evaluation for CPU / NPU processor VRM or point-of-load DC-DC rails when the board topology and electrical requirements match.
• Business and creator laptops, compact workstations, and graphics-equipped PCs.
• Consider GPU power rails only when a discrete GPU uses a compatible external power stage. Integrated GPU power architectures vary by platform.
• Evaluation for CPU / NPU processor VRM or point-of-load DC-DC rails when the board topology and electrical requirements match.
• Business and creator laptops, compact workstations, and graphics-equipped PCs.
• Consider GPU power rails only when a discrete GPU uses a compatible external power stage. Integrated GPU power architectures vary by platform.
Application circuit diagram
Dimensional Electrical Specification Comparison Table
|
序号 |
產品料號 |
GOTREND (GTVM系列) |
Suxlxxd (HTF系列) |
ABRAXX (AVR系列) |
||||||||||
|
L ( uH ) |
DCR (mΩ) (Typ.) |
Isat (A) ( Typ.) |
Irms (A) ( Typ.) |
L ( uH ) |
DCR (mΩ) (Typ.) |
Isat (A) ( Typ.) |
Irms (A) ( Typ.) |
L ( uH ) |
DCR (mΩ) (Typ.) |
Isat (A) ( Typ.) |
Irms (A) ( Typ.) |
|||
|
1 |
GTVM504060PT-85NM |
0.085 |
0.28 |
93 |
54 |
0.085 |
0. 25 |
88 |
53 |
0.085 |
0.28 |
93 |
54 |
|
