1 protocol serial slink

We are not required to re-test the peripherial chiplets, the software remains the same. Do we have a case where we want different high speed connectivity? Replace the chiplet. No display engine because there is a dedicate GPU in the system off-chip? S-Link allows these chiplets to connect with a simple, open protocol. The data across can be optimized based on the application memory, pixel data, etc.

There are multiple facets of semiconductors that I believe will contribute to a change in how the industry works. If we take a step back for a second and look at how things have changed in various other industries. I like to look at YouTube as an example, not YouTube itself, but the individual creators. Now you can go on a website and watch videos that random people created.

Last stat I heard was there was something like hours of content uploaded every minute to YouTube going from memory here. Chances are good, that the majority is just garbage, but there is a ton of content that is good, in fact great. This, to me, is an indication of a movement away from large entities towards a more intimate relationship between a creator and their consumers.

I have a feeling that this same behavior will translate into hardware design. These creators also generally make what they want to, allowing them to prioritize what they feel is important. This also constitutes more fuitful content. I expect many changes along the way. These are expected and welcomed and every effort will be made to make changes with grace as to not effect end-users.

Why Chiplets? Showing results for. Search instead for. Did you mean:. All Community This category This board. Sreejesh S. Labels: Labels: Other Routing. All forum topics Previous Topic Next Topic.

VIP Mentor. It will hopefully assist others with similar issues in the future. Richard Burts. Hall of Fame Guru. In response to paul driver. In response to Richard Burts.

Thanks so much it helped me lot I looked only for protocol mismatch and don't know about keep alive In response to Nandy HTH Rick.

In response to raku Thanks and regards Tags: Richard. Meheretab Mengistu. Rising star. Hi Rakesh, Could you share your configuration on the serial interfaces? We can look at it as well.

Post Reply. RS is the first serial protocol and was developed to connect modems to teletype machines. With the RS protocol , you can connect one transmitter to a single receiver. The standard is used in modems, the familiar computer mouse, and computed numerical computing CNC devices.

The RS protocol supports cable lengths of up to 50 feet and provides the means to implement full-duplex transmission at baud rates of up to 1Mbps. Serial ports can employ the RS protocol. This feat is accomplished through the use of an internal chip inside the serial port. The chip is a Universal Asynchronous Receiver Transmitter UART chip that can convert parallel data in the form of bytes into bitwise data fit for serial transmission.

The standard RS serial port contains nine pins and can have either male or female connectors. RSC has 25 pins instead of 9, but only three pins are used to connect terminal devices. The RS protocol offers extended capability when implementing serial communication. Up to ten transmitters and ten receivers can be connected through a single bus with this must-drop serial interface. Data is transmitted using a differential configuration that employs two twisted-pair cables.

RS supports baud rates of up to 10Mbps with a maximum cable length of feet. The RS protocol is the preferred serial protocol used in industrial implementations. Using this protocol you can design a differential configuration that comprises up to 32 line drivers and 32 receivers. Only one transmitter can be active at any time and is known as the line driver. Long-distance communication benefits from using asynchronous wired protocols.

The main drawback is the installation costs which can get very expensive when more transmitters and receivers need to be connected.

Onboard computer peripherals usually make use of synchronous serial protocols. These protocols allow one bus to interface with multiple devices simultaneously. Here are some of the synchronous protocols you will see in the field. I2C Protocol Inter-integrated circuit - is used for onboard communication due to its data transfer speed of up to kbps. It uses a two-wire bidirectional approach to exchange data between devices located on the same bus.

SPI Protocol Serial peripheral interface protocol is used to implement high-speed data transmission and can send and receive a continuous flow of data without interruptions.