You cannot directly filter PROTO protocols while capturing. Show only the PROTO based traffic: mac Capture Filter Example capture file Display FilterĪ complete list of PROTO display filter fields can be found in the display filter reference At the moment, this information can be generated by using the FP Hint protocol. To correctly dissect frames, the MAC dissector requires per-frame information on whether or not a C/T MUX field is present and what kind of content the frame contains. Dissection is possible for RACH, FACH, PCH, DCH, E-DCH and HSDSCH. The MAC dissector is partially functional (it only supports FDD, not TDD mode). MAC calls the RLC (Radio Link Control) protocol for further dissectionĪt the moment, no example traffic is available Wireshark.This makes a seamless transition from Open Firmware to EFI for the user. Apple has developed their Framework to work in much the same way as Open Firmware did, using the same key strokes: C boots to CD/DVD, N boots into the Netboot disk, V boots verbose and S boots into Safe Mode, etc. MAC runs over FP (Frame Protocol), both for Control and for Data connections There is no direct access to the text mode or EFI shell.The protocol and its functions are specified in 3GPP TS 25.321. NetBoot is a derived work from the Bootstrap Protocol (BOOTP), and is similar in concept to the Preboot Execution Environment.

For instance, it maps logical channels (BCCH, PCCH, DCCH, …) to transport channels (PCH, FACH, RACH, …). NetBoot was a technology from Apple which enabled Macs with capable firmware to boot from a network, rather than a local hard disk or optical disc drive. This protocol is the layer 2 protocol of the UTRAN Iub interface between a Node-B and an RNC.

Wireshark apple netboot