An 18ms-latency wireless high quality codec SoC for full HD streaming

Embedded platform characterization for interface throughput and computing power in common 8/16/32-bit platforms

“…Many benchmark tests, according to Price 11 , can be one dimensional in nature (testing one aspect of the system), measuring raw processor-instruction bandwidth, floating point performance, the author pointing out that additional aspects of the system such as cache, memory, I/O and file transfer speeds user loads and application mixes can impact performance. Choi et al 12 consider a scenario similar to Rastoceanu et al 1 of a software stack running over a system-onchip (SoC) involved in HD video streaming between devices, noting the importance of I/O in overall performance, while focusing on reducing video codec latency for communication. Another data streaming scenario is considered by de Almeida et al 13 , involving a system connecting between a Bluetooth and a CAN sensor network, the authors experimenting with data packet configuration and throughput (on both Bluetooth and CAN interfaces) and their impact.…”