Electric Digital Data Processing TRIZ Cases

Protocol translation bridges CXL and USB-C standards to support heterogeneous computing without increasing device complexity.

An Avalon-to-Axi4 bus conversion method uses asynchronous FIFO buffers to handle cross-clock-domain signals.

A USB interface processor enters a security mode to receive device class codes and control connections based on a whitelist.

An interface switching apparatus detects voltage signals to automatically connect a common port to the active peripheral interface.

Interchangeable slave units use polarity detection to identify position without physical adaptations, preventing incorrect mounting errors.

A control apparatus manages bi-directional data transfer between storage units via switch modules and a data buffer.

An I2C slave device clears a byte end flag to halt data transmission, preventing register underflows and eliminating complex interrupt management overhead.

Association module correlates data bus commands with active management bus connections to ensure accurate peripheral device targeting.

Segmented SuperSpeed and Hi-Speed conductors enable simultaneous communication, resolving resource underutilization in legacy-compatible ports.

Tristate-enabled chain lines connect SPI slave devices sequentially, eliminating reprogramming requirements when adding new nodes.

Master device assigns unique addresses to identical I2C slave devices by overwriting default values stored in memory.

A data transfer control device input port receives address signals and outputs valid reception replies to the image processing module.

A timing controller manages internal registers through an auxiliary channel to update configuration data without physical disassembly.

A scalable non-transparent bridge uses equally sized address windows and a common lookup database for remapping writes.

Network enforces AXI ordering rules to reduce latency and buffering overhead at the requester node.

A configurable backplane segments PCIe lanes into independent cable connectors to route bandwidth across drive bays.

Time-division multiplexing interface transmits partial data sets between register devices across distinct clock domains.

A standardized sideband message interface simplifies system-on-chip integration by coupling diverse intellectual property agents through a unified fabric.

Segmented reorder storage buffers manage concurrent transaction responses, preventing deadlocks and reducing latency while optimizing chip space usage.

Standardized on-die interconnect protocol simplifies diverse IP block integration, reducing design complexity and enhancing modularity.

A printed circuit device with unidirectional logic gates manages point-to-point module connections on a transmission bus.

Dynamic buffer allocation resolves inefficiencies from varying peripheral speeds, optimizing chip area and resource usage.

Merging separate chip select wires into one shared line reduces device complexity and cost while maintaining reliable peripheral selection.

A removable compression coupling attaches to motherboard slots, enabling direct memory module installation.

Memory-transferring a boot program and device information to a sub substrate eliminates waiting time for communication path establishment during activation.

A topology data structure enables a master to issue memory access requests with a remote scope of broadcast targeting specific coherence agents.

A serial communication device transmits a high level signal before the start bit to initialize reception.

Dedicated signal lines route SMI notifications to the south bridge, bypassing low-speed embedded controller buses to resolve processing delays.

A single communication interface uses a 32-bit word to encode addressing mode and data direction for master-slave systems.

A bi-directional buffer circuit extends I2C bus distance by isolating capacitive loads on clock and data lines.

A memory interface chip uses a control module to selectively connect output channels based on connected memory architecture.

A host electronic device uses a conversion device to encode and decode commands between peripheral buses.

A time de-interleaver writes data cells to a buffer and generates DDR addresses for storage.