Abstract: An apparatus may include a die including at least one circuit configured to receive a first byte mapped to a first lane of two or more lanes of a die-to-die system, receive a second byte mapped to a second lane of the two or more lanes of the die-to-die system, transmit, using one lane of the two or more lanes of the die-to-die system, a portion of the first byte, and transmit, using the one lane of the two or more lanes of the die-to-die system, a portion of the second byte. The one lane of the two or more lanes of the die-to-die system may be the first lane of the two or more lanes of the die-to-die system. The one lane of the two or more lanes of the die-to-die system may be a third lane of the two or more lanes of the die-to-die system.

Abstract: A system and a method for loop exit are disclosed. A unit scheduler includes a command queue, a report queue, an interface, and a unit controller. The command queue is configured to store commands for execution in an iterative procedure for an application using a transformer model with a multi-head attention (MHA) mechanism and a decoder. The report queue is configured to store status reports on the execution of the commands. The interface is configured to communicate with a host processor to receive the commands and to transmit the status reports. The unit controller is configured to determine a change of the iterative procedure based on a loop exit condition being met. The unit controller reports the loop exit condition in the report queue.

Abstract: A processor is disclosed. A first processing layer of the processor may process a first vector into a second vector. A second processing layer may process the second vector into a third vector. A comparator to determine a similarity of the third vector and a fourth vector. A refine module may refine the third vector into a fifth vector based at least in part on the similarity of the third vector and the fourth vector.

Abstract: An apparatus may include a die including at least one circuit configured to receive, using a first channel of an on-die interface, first information, receive, using a second channel of the on-die interface, second information, generate one or more transaction units including the first information and the second information, and send, using at least one die-to-die system, the one or more transaction units. An apparatus may include a die including at least one circuit configured to receive, using at least one on-die interface, first information for a first transaction, receive, using the at least one on-die interface, second information for a second transaction, generate one or more transaction units including the first information and the second information, and send, using at least one die-to-die system, the one or more transaction units.

Abstract: An apparatus may include a die including a memory interface, a die-to-die (D2D) circuit comprising a D2D interface, and an intermediate section connected between the memory interface and the D2D interface, wherein the intermediate section comprises a transaction converter. The intermediate section may be configured to transfer data through the D2D interface using a protocol. The D2D interface may be configured to transfer data using flow control. The D2D interface may be configured to transfer data using a raw format.

Abstract: A shock fatigue testing device for a powertrain mount includes: a main frame having a guide support vertically extending from a base plate and a mounting plate coupled to the guide support; a first mount jig mounted to the mounting plate and configured to support the upper portion of a mount member; a second mount jig mounted to a lower portion of the mount member and configured to support the lower portion of the mount member; a weight portion fixed to the second mount jig and configured to apply a load to the mount member; and a vibration portion configured to continuously provide vibration to the base plate to vibrate the weight portion using the main frame, the first mount jig, and the second mount jig as media.

Abstract: A method and apparatus is disclosed that receives variable sized packets in a communication system. When a packet is received with a certain burst size, an LLR of the received packet is compared with a preset threshold and the burst size is changed. The received packet is combined with a stored packet. The stored packet is updated with the combined packet. The changed burst size is reported to the transmitter. The communication system can transmit variable sized packets according to a channel environment, and can reduce the probability of the occurrence of a decoding error and prevent waste of resources used due to re-transmission.

Abstract: A method and apparatus is disclosed that receives variable sized packets in a communication system. When a packet is received with a certain burst size, an LLR of the received packet is compared with a preset threshold and the burst size is changed. The received packet is combined with a stored packet. The stored packet is updated with the combined packet. The changed burst size is reported to the transmitter. The communication system can transmit variable sized packets according to a channel environment, and can reduce the probability of the occurrence of a decoding error and prevent waste of resources used due to re-transmission.

Abstract: An apparatus and method for high-speed interfacing between ICs are provided. A generator generates space clock pulses by adjusting a data rate of data. An inserter inserts commas during the space clock pulses. And a transmitter transmits bit streams with the data and the commas to a receiving IC. Accordingly, data can be transmitted and received at high rates between ICs.