Electric Digital Data Processing TRIZ Cases

An interrupt handler formats signals into uniform event messages stored in a buffer, eliminating race conditions during context switching.

Ruggedized physical tether device routes data between non-complementary communication devices without hardware modifications.

A USB bridge device generates standardized reports to share human-machine interface operations, isolating the sharing process from software environment changes.

Voltage ranges distinguish identical addresses, bypassing bus capacity limits.

Asymmetric memory access techniques reduce overall system latency by prioritizing high-speed ports over larger capacity banks.

Mapping message destination addresses to virtual processors eliminates cycling through APIC registers, reducing interrupt processing latency.

An OCP mezzanine riser repurposes connection points into functional PCIe lanes for expanded server capacity.

Processors exit system management mode handlers when other cores have not entered, rescheduling interrupts for later processing.

Centralized port information merging eliminates incomplete data during migration, enabling optimal host path selection and reducing resource consumption.

Configurable pipeline storage elements integrate into interconnect circuitry to manage signal routing and enable efficient read and write operations.

An SPI controller updates operating configurations via a DMA controller between transmissions to enable flexible peripheral compatibility.

Current sources and comparators detect ACK signals to prevent bus lockup conditions.

Dynamic path assignment resolves static configuration bottlenecks by optimizing resource utilization across multiple protocols.

A flexible server system uses universal connectors to dynamically reconfigure processor and storage boards via a PCIe switch.

Segmenting data links into individual lanes allows the processor to exclude erroneous paths, maintaining throughput while improving link reliability.

Lane division multiplexing allocates independent data lanes to distinct I/O protocols.

Segmented portable servers with pluggable modules maintain communication reliability when traditional infrastructure fails during disasters.

A PCI Express switch dynamically allocates lanes to connectors based on installed device types and user preferences.

Hardware clock control circuits replace slow software registers to eliminate resource wastage during idle periods while maintaining fast control speed.

Segmenting legacy FPGAs into two units with a serial link preserves parallel bus compatibility while reducing IO pin requirements.

A multi-master MDIO bus controller detects active MDC signals to coordinate transmission timing and prevent data collisions.

Processor transmits requests to I2C bus addresses and uses a lookup table to identify connected device types without circuit diagrams.

A bus transfer device unifies multiple read data packets and transaction identifiers into a single transfer path.

Waveform generation circuit validates pulse parameters against predetermined ranges to prevent SATA connection failures caused by manufacturing deviations.

A dual port random access memory controller manages packet sequences to recreate continuous differential serial bus transmission signals.

Time division multiplexing with a switching circuit resolves communication conflicts among multiple serial ports sharing one signal interface.

Voltage detection on a multiplexing interface switches between video and data connections, reducing terminal size and cost.

A card control device multiplexes a single I2C bus to monitor multiple control cards via unique IDs.

A USB-network conversion device translates local USB signals into network packets for remote host access.

Bridge device maps logical volumes to physical drives, bypassing the 16-drive limit of legacy port multipliers to expand storage capacity.

Multiple request buckets store and prioritize incoming requests to resolve bus contention and improve processing power utilization in network processors.

An I/O bridge device converts command signals into packets with identification information to route response data back to peripheral components.

Simultaneous polling of multiple slave SPI devices frees bus time and prevents watchdog timeouts.

Segmented channels and continuous clock synchronization eliminate protocol overhead, resolving the trade-off between transmission speed and system complexity.

Multiple storage units and controllers manage image data flow to reduce bus competition in printing systems.

A host controller detects I2C out-of-band interrupts and generates corresponding in-band signals for the I3C bus.

A dynamic identifier with a variable portion adjusts slave device priority during serial bus arbitration to manage concurrent access.

Coordination circuitry selects between distinct controllers to manage communication through separate pin groups.

Identical modules on an I2C bus derive unique communication addresses from varying clock signal voltages.

A distributed bus arbiter orders memory transactions across shared serial channels using bit-masks and FIFO queues.

Embedding a SAS protocol chip in a target device creates a virtual expander that maintains media changer exposure across independent data transfer paths.

A memory interposer controller expands processor memory access without adding redundant CPUs, reducing server costs while maintaining high-speed data transfer.

Switch fabric interconnects processing modules with isolated memory spaces for efficient data transmission.

A distributed processing node system allocates portions of a shared I/O device address map to multiple endpoints for direct virtual function access.

A dual-protocol link controller enables seamless communication between processors and memory modules using either the PCIe or Gen-Z protocol.

Hardware-based autonomous response executes pre-programmed commands to reduce latency in responding to time-critical in-band interrupts.

Extenders buffer synthetic packets to satisfy host timing windows, extending transmission range without losing actual device data.

A bus controller transmits broadcast read requests to multiple logic modules via a ring bus.

Tensorized memory descriptors condense multiple transfer parameters into a single template, reducing DMA overhead and latency.

An emulating USB hardware device configures host mode bus signals and initiates frames to relay packets between physical peripherals and software.