摘要:
Methods, apparati, systems for including interrupt functionality in sensor interconnects field are disclosed in the present disclosure. A System on a Chip (SOC) consistent with the present disclosure includes a host and a unified sensor interconnect. A unified sensor interconnect is to be coupled to the host and at least one device. In one or more implementations, the unified sensor interconnect includes a clock line, data line, ground line, and power source line. Further, the unified sensor interconnect is to enable interrupts from at least one of the host or the at least one device.
摘要:
A receiver for receiving a stream of symbols clocked at a first rate, and providing the symbols at a second clock rate uses two buffers. Incoming symbols are written to a first dual clock buffer at the first rate, and read from the first and second buffer, at the second rate. Underflow of the first buffer is signaled to the second buffer, thereby avoiding the need to insert defined clock compensation symbols at the second rate. Symbols received at the second buffer while underflow is signaled may be ignored. Conveniently, the second buffer may also be used to align symbol data across multiple symbol streams using periodic alignment symbols. An exemplary embodiment conforms to the PCI Express standard.
摘要:
A receiver for receiving a stream of symbols clocked at a first rate, and providing the symbols at a second clock rate uses two buffers. Incoming symbols are written to a first dual clock buffer at the first rate, and read from the first and second buffer, at the second rate. Underflow of the first buffer is signaled to the second buffer, thereby avoiding the need to insert defined clock compensation symbols at the second rate. Symbols received at the second buffer while underflow is signaled may be ignored. Conveniently, the second buffer may also be used to align symbol data across multiple symbol streams using periodic alignment symbols. An exemplary embodiment conforms to the PCI Express standard.