Systems for and methods for low latency network communication paths

A device comprising:

• a first system on chip (SoC) comprising a first processor establishing a first network stack for communicating network traffic of an application with one or more servers;
• a second SoC comprising a second processor configured to couple to a Bluetooth (BT) controller and to communicate via Wi-Fi packets received from the first network stack;
• an agent on the first processor configured to:
• identify that the Bluetooth (BT) controller is being used with the device, the BT controller to provide data via the second processor for the network traffic of the application;
• establish, responsive to the identification, an offload agent on the second processor to route the data received via BT by the second processor from the BT controller to the offload agent to communicate, by the second processor via Wi-Fi, to the one or more servers bypassing the first network stack;
• and
• wherein the second processor is configured to communicate, to the one or more servers, one or more packets generated by the second processor, the one or more packets comprising the data received from the BT controller.

A device comprising:

• a second system on chip (SoC) in communication, via an interface, with a first SoC, the first SoC having a first processor configured to provide a network stack for network traffic of an application in communication with the device and one or more servers, the second SoC comprising a second processor configured to:
• receive data from a Bluetooth controller coupled to the device;
• communicate the data to the first processor;
• and
• receive packets from the network stack of the first processor to communicate between the application and the one or more servers;
• and
• wherein the second processor is further configured to receive, from the first processor, an offload agent to route the data received via BT by the second processor from the BT controller to the offload agent to communicate, via Wi-Fi and by the second processor, to the one or more servers and bypass the network stack of the first processor.