A data processing system migrates direct memory access pages by fetching reads from the source and storing writes in both locations.
A dual-host interface extension device supports both USB 2.0 and USB 3.0 standards through segmented circuitry.
Ordering circuitry generates pointer values to track transaction IDs and ensure correct data packet transmission sequence.
Hardware-based interrupt generation eliminates software context switching delays in multi-processor systems.
A bus control circuit arbitrates data transfer between multiple bus masters and slaves using priority-based access.
Write queue logic buffers address and time values to ensure deterministic write operations, resolving latency trade-offs in non-volatile memory technologies.
A SAS discovery node compares broadcast change received counts to identify affected expanders.
A controller regulates maximum data rates on a shared bus by dividing data into blocks and allocating transmission intervals.
Dual port logic segments a single PCIe interface into independent paths, enabling failover between controllers without serial protocol bottlenecks.
A peripheral device selects its operational personality based on its physical attachment location within a computing system.
An elastic FIFO structure manages data flow through a multi-source selector to enable efficient insertion.
An advanced switching unit converts addresses and Requester IDs between system hosts and local devices.
Segmented I/O submission queues prevent request collisions between applications sharing a single semiconductor storage device.
An accelerator circuit moves off-chip memory contents to internal storage using a DMA and decoder mechanism.
A Northbridge translates memory write requests between HyperTransport and PCI Express protocols.
An IOMMU translates virtual addresses for accelerator memory access requests, reducing processing time and power consumption by eliminating CPU intervention.
A memory controller manages multiple registers to allocate and deallocate shared memory spaces efficiently.
A detection circuit in an eUSB repeater generates wake signals upon detecting start signaling on the bus.
Root expander detects duplicate SAS addresses during topology discovery using Vendor Unique SMP commands to prevent incomplete system discovery.
A managing unit establishes routing paths between switch terminal devices to enable multiple hosts to share a PCIe switching network.
A configurable USB hub reconfigures downstream ports to upstream roles, enabling connected devices to operate as hosts.
Segmenting the system bus into dedicated high and low bandwidth matrices resolves routability bottlenecks caused by heterogeneous peripheral requirements.
Embedding packet data into transmit descriptors reduces transaction level packets, resolving bandwidth inefficiency for varying Ethernet sizes.
An interconnect transmits analog read/write signals between shared control electronics and individually selectable storage drives.
Hard logic bonding circuit coordinates separate memory controllers to function as a unified N+M bit wide unit, reducing die area and design costs.
A multi-interface bridge aggregates counter values from multiple physical interfaces into a universal address map within the packet processor.
A resource controller uses an up-down counter to block high priority requests when low priority service drops below a threshold.
Pre-storing hashed USB descriptors in the host controller reduces initialization time by bypassing full enumeration sequences for persistent automotive devices.
A baseboard management controller multiplexor routes multiple device I2C buses to a single external interface via selectable buffer circuits.
Partitioning logical server regions into orderable zones lets clients push ordering responsibility to servers, reducing latency on un-ordered interconnects.
A memory controller manages parallel and serial command buses to reduce signal pin count.
An AXI-to-memory IP protocol bridge serializes transactions via queuing buffers to enable parallel processing.
Local I/O control circuit generates bifurcation signals during auxiliary power transitions, eliminating BMC dependency and reducing system boot time.
Segmented modular architecture expands supported NVMe device count beyond 8-bit address limits while removing host processor integration burden.
Shared bus updates transceiver configuration without extra switching circuits, preventing communication loss during firmware changes.
Segmented bus paths resolve conflicts between host and embedded processor access, boosting bandwidth.
A UAI translator converts messages between legacy MIL-STD-1760 and Universal Armament Interface protocols.
A USB host divides a data stream into sub-streams transmitted via multiple channels to increase bandwidth.
A protocol-aware bridge circuit packetizes parallel data into serial streams to enable high-speed inter-IC communication.
Control chip detects memory device protocol and write protection switch status to initialize the correct transmission interface.
A motherboard demultiplexer routes PCIe signal pairs to buses or riser slots based on hardware presence.
A microcontroller with generic interface modules emulates multiple serial protocols to enable flexible data processing.
Hierarchical circular buffers control switching elements in a reconfigurable fabric to boost data transfer efficiency while managing device complexity.
A pattern-based service bus standardizes interactions between distributed participants through a unified intermediary.
A ULPI transceiver configures operation modes to transmit reserved PID tokens over the bus.
Synchronizing PTM messages with SSC modulation cycles reduces delay uncertainty without bandwidth overhead.
A configuration module dynamically assigns lanes to access ports in a chipset.
Arbitration interface resolves signal collisions by granting exclusive bus control to one master device at a time.
Shunt circuit routes PCIe data via internal bus, bypassing CPU to resolve link congestion.
A USB controller monitors voltage levels on power and data contacts to determine device connection status through a switch module.