LogicApt supports clients across semiconductor and chip-level technologies involving integrated circuit structures, memory architectures, power-management circuits, inductors, SoC security, and hardware-controlled electronic systems. LogicApt’s work helps clients analyze semiconductor-related patents, circuit layouts, device structures, and hardware-software interaction.
LogicApt has executed patent research projects covering multi-layer inductors, wireless power transfer coils, non-volatile memory systems, multi-channel memory, event recording memory management, secure SoC content protection, and hardware-assisted DRM systems.
LogicApt’s expertise includes
Multi-layer inductors and power-management circuit structures
This capability covers on-chip or compact inductors, multi-layer conductive structures, wireless-power coils, cavity-based inductors, and power-management circuit arrangements. It focuses on physical layout, magnetic coupling, and electrical performance.
Recent Engagements
Multi-Layer Multi-Turn High-Efficiency Inductors
LogicApt analyzed compact inductor structures having multiple turns and multiple conductive layers. The engagement focused on layout, magnetic coupling, and electrical efficiency.
Inductor with Cavity Structure
LogicApt reviewed inductor designs incorporating cavity structures to improve performance. The analysis focused on field distribution, substrate interaction, and device efficiency.
Multi-Turn Inductor for Wireless Power Transfer
LogicApt worked on inductor structures used in wireless power applications. The engagement covered coil geometry, coupling behavior, and integration with power-transfer circuits.
Non-volatile memory and multi-channel memory architectures
This capability covers memory control, non-volatile storage, multi-channel memory, event recording, memory hierarchy, and device-level data retention. It includes hardware structures and control logic used to store, retrieve, and manage data.
Recent Engagements
Non-Volatile Memory Storage for Multi-Channel Memory Systems
LogicApt analyzed memory systems involving non-volatile storage across multiple memory channels. The engagement focused on data organization, storage access, and memory control.
Event Recording Memory Management
LogicApt reviewed systems that store event-related data in memory. The analysis focused on event-triggered storage, retention rules, and memory allocation.
Coprocessor-Assisted Data Transfer to Memory
LogicApt worked on hardware/software systems where a coprocessor transfers data to memory. The engagement focused on bus interaction, memory addressing, and transfer efficiency.
SoC-based secure content protection and hardware-assisted DRM
This capability covers system-on-chip security, secure circuits, hardware-based content protection, digital rights enforcement, and secure logic implementation. It focuses on how chip-level structures enforce data protection or access control.
Recent Engagements
Secure Content Protection in System-on-Chip Apparatus
LogicApt analyzed SoC-based protection mechanisms for digital content. The engagement focused on protected data paths, hardware security, and content-access control.
Secure Logic Interlocking System
LogicApt reviewed logic-based security systems involving interlocked circuit behavior. The analysis focused on secure-state enforcement and unauthorized-access prevention.
Hardware-Based DRM Control
LogicApt worked on hardware-assisted DRM systems for controlling digital content access. The engagement covered usage permissions, secure execution, and rights enforcement.
Circuit layout, device-level control, and hardware-software interfaces
This capability covers circuit-level interfaces, signal paths, device-level control structures, and electronic hardware that interfaces with software or communication modules. It includes semiconductor-adjacent technologies where circuit behavior defines the functional operation.
Recent Engagements
Device-Level Circuit Control Systems
LogicApt analyzed electronic systems having circuit-level control features. The engagement focused on control signals, switching behavior, circuit-state transitions, and output regulation.
Power and Signal Interface Management
LogicApt reviewed systems involving circuit interfaces for power and signal transfer. The analysis focused on contact structures, routing, compatibility, and operational reliability.
Hardware-Software Control Architecture
LogicApt worked on systems where hardware structures interact with software logic to execute device functions. The engagement covered data paths, control signals, memory interaction, and processor-level coordination.
Delivering Value Across Semiconductor Technologies
From semiconductor companies and chip-design teams to electronics manufacturers and IP owners, LogicApt supports evaluation of semiconductor-related patent claims and competitive technologies. LogicApt’s technical experience enables detailed review of circuit architecture, memory systems, power structures, SoC security, and device-level hardware implementation.
