MIPI Alliance releases Gigabit debug for IP sockets
Stephen LawRegulations & Standards Engineering
The MIPI Alliance, Piscataway NJ, an international organization that develops interface specifications for mobile and mobile-influenced industries, announced the availability of MIPI Gigabit Debug for IP SocketsSM (MIPI GbD for IPSSM), a new specification for debugging electronic products.
Part of the MIPI Gigabit Debug family, MIPI GbD for IPS offers convenience and versatility, enabling companies to debug devices during development and again after products are commercialized and connected to networks. The specification can be used to debug all types of connected devices, from smartphones to end points on the Internet of Things (IoT).
“This powerful solution enables companies to use available connections on pervasive networks, such as Ethernet or Wi-Fi, to perform debugging functions that previously required dedicated hardware connections,” said Joel Huloux, Chairman of the Board of MIPI Alliance. “Mobile device manufacturers, companies building connected devices for automotive systems and other vertical sectors, and developers in the IoT ecosystem can use this specification to fine-tune their designs.”
Enables use of two high-level MIPI Alliance debug protocols on IP-based connections
MIPI GbD for IPS is a network adapter that enables use of two high-level MIPI Alliance debug protocols on IP-based connections. MIPI SneakPeek Protocol SpecificationSM (MIPI SPPSM) facilitates communication between a terminal device and an external test system when debugging terminal hardware and software. MIPI Gigabit Trace, as described in the MIPI Gigabit Trace FrameworkAppendix to MIPI Trace Wrapper ProtocolSM (MIPI TWPSM) specification, is used to stream trace data to a host system for debugging.
MIPI GbD for IPS provides additional key features and benefits, including:
– Potential for use with two IP-oriented transport layer protocols: TCP over IP and UDP over IP. For implementations that use UDP over IP, the specification provides an additional capability, called MIPI-Reliable UDP, which improves UDP reliability to prevent the potential corruption of trace data.
– The specification gives engineers the flexible option to implement the technique in either hardware or software, to select the approach best suited for the size of the device. The software option facilitates remote testing of devices and also reduces costs compared to hardware-based implementations.
– MIPI Alliance has registered a service name and port number with the Internet Assigned Number Authority (IANA) to simplify the setup of debug tooling based on MIPI GbD for IPS. The IANA registration also provides interoperability conveniences for engineering teams and third parties that are evaluating device designs with the specification.
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