Electric Digital Data Processing TRIZ Cases

Pre-transfer lane activation conceals startup delay within communication patterns, reducing power consumption without increasing latency.

Segmenting the device into distinct programmable and companion IC dies reduces manufacturing costs by allowing separate process technologies.

A session key links host commands to a specific communication path in a media library controller.

Redundant flashbus channels distribute data across parallel paths, resolving bottlenecks in high-performance memory interconnects.

A dynamic impedance matching stage adjusts electrical properties to preserve signal quality in KNX bus networks.

A USB hub controller detects power levels to dynamically assign upstream and downstream ports across different connector types.

Dynamic lane direction switching reconfigures PCIe links to resolve asymmetric bandwidth bottlenecks while maintaining stable traffic flows.

A SPI bus method dynamically reconfigures between serial and parallel modes to optimize data transmission efficiency.

A storage expansion apparatus connects to a CPU via QPI and PCIe interfaces for flexible memory configuration.

Pre-mapping memory slots to exchange numbers eliminates dynamic allocation overhead, reducing latency during HBA data transactions.

Unified receiver circuitry handles DisplayPort and HDMI signals via dynamic termination and VCM shifting, resolving the complexity of separate hardware paths.

Intermediary redirection mechanisms validate per-IO memory addresses to prevent data corruption during asynchronous device insertion or removal.

Pattern packet detection identifies guest protocols in USB repeaters, reducing hardware complexity and enhancing System on Chip scalability.

A USB mass storage controller embeds SCSI pass-through commands to relay instructions to non-USB peripherals.

A serial link connects a main controller to parallel NAND channels, enabling independent die access that boosts I/O throughput while reducing power consumption.

A USB signal transmission device uses a control circuit to detect and adjust signal flow direction through a switch circuit.

Alternating buffers in a memory controller resolve dynamic latency and contention issues caused by multi-core shared memory access.

Dynamic resistance adjustment maintains detecting line potential variations, enabling accurate coupling judgment when multiple modules connect to the bus.

A QMI gateway parses socket requests to forward control instructions between hosts and wireless terminals.

Segmenting data across intermediate nodes reduces hop counts in ring topologies, lowering latency while maintaining manufacturing ease.

Host controller differentiates urgent requests by response position, reducing design complexity and system cost.

A dual-plane memory system stores inverted data bits in a second plane to optimize bus transmission efficiency.

An SOC bridge applies adaptive delay to data transfers, inserting wait states until destination confirmation.

Segmenting the data path with discoverable retimers prevents cumulative signal attenuation, maintaining integrity across extended distances.

Scheduled polling frames minimize mode-switching and collisions, lowering power consumption and latency for wireless peripherals.

A serial communication expansion device converts wired signals to wireless links using a processing module.

A USB controller uses a single HOST_SEL signal to switch between pull-up and pull-down resistors for dynamic electrical termination.

A channel decoder selects memory and output ports directly from selection signals.

Dual phase switching in a serial bus user station increases data transfer speed while maintaining error robustness.

Interface bridge translates MIL-STD-1553B signals to weapon side protocols using a programmable microcontroller.

An ID converter maps transaction identifiers between master and slave devices to ensure protocol compatibility.

A pseudo cut-through architecture maps remote buffers to page-sized virtual buffers for direct memory access.

A bus protocol translation controller employs a lookup table to translate transactions between bus protocols, reducing die size and power consumption.

Dynamic reconfiguration of universal DMA engines resolves the contradiction between static hardware simplicity and flexible I/O adaptability.

A SAS port rate determining method selects the channel transmission rate corresponding to the largest total port bandwidth.

A weighted cable length method calculates individual termination resistances for each network end to minimize signal reflections.

Bridge arbitration unit coordinates multiple masters accessing second bus, eliminating idle state time in conventional AMBA architectures.

A management processor initiates direct data transfers between endpoint devices on a communication fabric without host processor involvement.

Triggering connection status confirmation only upon specific requests reduces unnecessary communications and ensures synchronization of displayed statuses.

A direct memory access controller uses multiple inputs to determine memory addresses and process job lists for efficient data transfers.

Segmented priority encoders in a multi-master SoC break long timing paths, enabling higher clock speeds while maintaining fair resource access.

Routing circuitry detects relative data width indications to allocate resources for read responses, preventing unnecessary buffering and reducing latency.

A Flattening Portal Bridge segments Bus Device Function address spaces to enable unique bus-device combinations across multiple Root Complexes.

A host bus adapter uses a mapping table to associate functions with external I/O devices via fabric communication.

Direct device takeover via pre-reserved PCIE resources eliminates mirroring delays, improving response speed while maintaining dual control reliability.