This case integrates non-volatile HBS with HBM and processing units for faster data access and lower power use.
Multiplexers and switching circuits route two USB hosts to shared downstream and video resources through selectable paths.
A COE station bridges CXL and Ethernet with virtual queues, enabling shared memory resources beyond a single rack.
A threshold selects register-based transfer for small PCIe packets and DMA for large ones, improving bandwidth use and host stability.
A hierarchical CAM-SRAM lookup maps destination IP segments to subnet routing data, reducing memory needs for packet forwarding.
A PBMBA controller dynamically assigns CXL shared-memory bandwidth to host workloads, reducing bottlenecks and improving resource use.
Configurable NOCs place sources and sinks across IC regions, enabling scalable 2.5D and 3D data routing with less congestion.
A combinational arbitration scheme uses request, grant history, and circular-shift vectors to limit domination and improve throughput.
A SATL circuit routes low-speed I2C through USB 4.0 sideband channels, reducing power use and extra pins.
Detect USB or CAN peripherals through pull-up voltage sensing.
Separate local and remote request queues bypass crossbar delays for local memory access and improve processing efficiency.
A stored address table selects I2C or I3C before transfer, supporting hybrid buses without reset, handshake, or wait periods.
A dedicated receiver handles service discovery and protocol conversion, reducing ECU processing load while streaming small or large data.
This case embeds arbitration delay data in packets so receiving circuits can retime expectations and coordinate periodic events.
This case uses direct compute-to-storage core links to reduce transmission pressure, shorten paths, and limit chip area.