Electric Digital Data Processing TRIZ Cases

A hybrid bus hub circuit bridges an RFFE master with auxiliary buses to support multiple slave devices.

A shared control path enables automatic data transfer capability detection and dynamic selection of high-speed or standard data paths.

A bus-based timed input output module sequences pulses and gathers information via a hardware logic controller.

Segmented sub-arbiters process page hits and misses in parallel, resolving scheduling bottlenecks in high-speed DDR4 interfaces.

Dynamic signal routing through a reordering switch resolves the trade-off between device complexity and user flexibility for connector placement.

A backplane timing system compensates for packet delay variation by measuring round-trip delays between master and slave modules to align frequency and phase.

A controller transmits a check signal through a closed loop to verify module connectivity using a multiplexer for signal division and collection.

Speed units buffer data via serial shift registers and multiplexors to enable high-speed pulse rate communication between a master device and peripheral slaves.

A flex bus negotiation sequence dynamically selects interconnect protocols over shared electricals to enable multiplexing.

A communication slave invalidates detection signals during specific time slots to prevent false start or stop conditions.

A proxy die aggregates sensing information from multiple memory dies to improve temperature measurement precision without increasing device complexity.

A software-based interrupt remapping mechanism maps virtual memory addresses to physical addresses for peripheral devices.

An SMI trap mechanism prevents shared resource conflicts by suspending non-handler processors only when they access contested resources.

An arbiter coordinates hot-plug actions across multiple hosts and cards, eliminating complex BIOS configurations while maintaining robust connectivity.

Direct memory access controllers exchange transfer parameters to move data between processors, eliminating costly shared memory hardware and reducing CPU load.

Lower-priority slave devices assert in-band interrupts by driving data lines low before clock pulses, resolving service starvation for concurrent requests.

A bridge interrupt module holds signals until status data reaches host memory, preventing information loss during high-speed transfers.

A single USB-to-IDE adapter connects multiple IDE devices using a controller that polls and maps each device with unique identifiers.

Interface circuit switches bus signaling speed from standard SuperSpeed to nonstandard rates, reducing power leakage at 2.4 GHz Wi-Fi frequencies.

A one-hot-XOR encoding scheme transmits data on a bus by XORing encoded values with previous states to minimize signal transitions.

Digital calibration measures propagation delay to adjust clock buffers, ensuring timing compliance without reducing bus frequency.

Direct host connection to the internal switching fabric reduces director compute resource consumption while enhancing I/O performance determinism.

Segmenting reinitialization into two quiesce periods minimizes disruption to active host I/O operations while ensuring reliable recovery from logic errors.

A memory controller transmits test data patterns during write-to-read gaps to calibrate phase relationships between timing signals and transmitted data.

Separating I/O traffic from CPU transactions via a dedicated non-coherent interconnect reduces latency and deadlock risks in multi-chip systems.

A communication apparatus transmits changed parameters and timing commands to synchronize updates during I3C bus operation.

Slave bus users report serial numbers at random times to minimize collisions, enabling automatic address allocation and reducing configuration complexity.

Mapping SATA pins to M-PHY paths resolves the trade-off between connection flexibility and signal integrity.

An interconnect chip bridges AMBA buses and PCIe links to route commands and DMA operations between host systems and peripheral devices.

A microcontroller in a serial cable matches data stream strings to execute scripted responses for automated device configuration.

A KVM switch segments peripheral ports to manage simultaneous connections across multiple information handling systems.

Parallel conductors bypass serial clock limits on the I2C bus, enabling faster EEPROM programming without protocol changes.

A logic controller detects inserted PCIe expansion cards and directs a switch circuit to dynamically assign electrical lanes.

Dynamic arbitration slots balance high-speed response for critical channels against fair access opportunities for lower-priority streams.

A virtual serial port driver manages asynchronous USB transactions to enable real-time data upload.

A storage controller evaluates communication path workloads to select the lowest load for input output requests.

A channel arbitrator selects slot formats to tightly pack transaction layer packets at the link layer.

A link configuration module adjusts communication link speed and width within a point-to-point serial I/O expansion subsystem.

A bus system detects slave device count using alert handshake pins and resistors to measure voltage levels on a shared control line.

An addressable FIFO buffer enables non-destructive reading of stored data words while maintaining chronological storage order.

Classifying processors into types enables dynamic interrupt association, resolving inefficiencies from suboptimal routing and hardware complexity.

A SmartNIC data allocator parses network units and places them directly into accelerator memory to reduce CPU burden.

A non-transparent bridge driver re-initializes node memory to restore cluster data sharing.

An intermediary control service segments bandwidth limits and enforces individual policies to resolve contention between competing applications.

A scripted arbitration controller executes dynamic protocols to select packets and distribute bandwidth across competing sources.

A configurable microcontroller unit resolves interface adaptability bottlenecks by utilizing programmable microcode to support diverse peripheral protocols.

Processor detects chassis and host connection statuses to automatically adjust switching circuit configurations, eliminating manual errors.

A USB multiplexing single-wire interface unit switches between dual-pin and single-pin modes to reduce occupied pins while maintaining high communication rates.