Active Probes

High speed data acqui­si­tion with the Active Probes and Blue­Box.

Active Probes enable high-speed data acqui­si­tion with the iC7max and iC5700, offer­ing com­pact design and real-time syn­chro­niza­tion via up to 6 FNet ports allow­ing a more com­plete view into how the embed­ded sys­tem is oper­at­ing.

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Easy to Use

Active Probes deliv­er advanced debug­ging and trac­ing capa­bil­i­ties. 
Ensure pre­cise, real-time data syn­chro­niza­tion for a com­plete sys­tem overview.
iC7max sup­ports 6 FNET Ports allow­ing mul­ti­ple Active Probes to be used in par­al­lel. 

Debug Use Cases  

Intend­ed for high-per­for­mance debug use cas­es.
Com­pact design allows for remote posi­tion­ing up to 5m form the Blue­Box.
Enables easy inte­gra­tion in con­fined spaces, enhanc­ing usabil­i­ty in diverse develop­ment envi­ron­ments.

High Quality

Can be used at the same time as TASKING Add-on mod­ules.
Allows user to com­bine CAN/LIN data, ana­log and dig­i­tal data with debug and trace infor­ma­tion for the ulti­mate debug­ging tool.
Robust pack­ag­ing cre­ates a high-qual­i­ty debug envi­ron­ment.

Advanced Debugging

Pro­vides high­er per­for­mance and longer dis­tance between tar­get and Blue­Box.  
Active probes allow remote posi­tion­ing up to 5m away from the Blue­Box pro­vid­ing flex­i­bil­i­ty in set­up and place­ment.
Advanced real-time log­ic can detect events like a break­point. Active Probes can react to these trig­ger events.  (E.g., Obser­va­tion of a CAN mes­sage with spe­cif­ic pay­load can stop the sys­tem)

Active Probe Parallel

Active Probe Par­al­lel enables debug­ging, trac­ing, and test­ing a range of micro­con­troller archi­tec­tures. It sup­ports var­i­ous debug and trace pro­to­cols: Joint Test Action Group (JTAG), Arm Ser­i­al Wire Debug (SWD), RH850 Low Pin-Count Debug (LPD), On-chip trace buffers, Par­al­lel Trace, Soft­ware Trace, Sin­gle Wire Out­put (SWO). 

Active Probe Debug

Active Probe Debug enables debug­ging, trac­ing, and test­ing dif­fer­ent micro­con­troller archi­tec­tures (Arm Cor­tex, NXP/ST MPC5x/SPC5x, Rene­sas RH850, RISC‑V) through an archi­tec­ture-spe­cif­ic adapter, which con­nects between the Active Probe and an embed­ded tar­get. Stan­dard debug pro­to­cols such as well-known JTAG, ARM’s Ser­i­al Wire Debug (SWD), and RH850’s Low Pin-Count Debug (LPD) are sup­port­ed. Addi­tion­al­ly, basic Trace Cap­ture meth­ods are sup­port­ed such as Arm’s ETB (Embed­ded Trace Buffer), and low-speed ser­i­al trace, like Arm’s SWO (Sin­gle Wire Out­put). 

Infineon DAP/DAPE II

IIn­fi­neon DAP/DAPE II Active Probe enables the debug­ging, trac­ing and test­ing of Infineon’s Aurix™ micro­con­troller fam­i­ly includ­ing the new TC4x. It sup­ports the DAP debug inter­face oper­at­ing at their max­i­mum fre­quen­cy. 

Infineon SGBT (HSTCU)

The Infi­neon SGBT (HSTCU) Active Probe enables debug­ging, trac­ing, and test­ing of all Infi­neon Aurix™ TC2xx, TC3xx, and TC4x micro­con­trollers. It sup­ports the DAP and Auro­ra Giga­Bit Trace (AGBT/SGBT) inter­face via a USB‑C con­nec­tor.  The Active Probe sup­ports up to 1 par­al­lel AGBT lane, run­ning at a max­i­mum bitrate of 5Gbps.

Infineon AGBT

The Infi­neon AGBT Active Probe has been devel­oped to con­nect to the Auro­ra Giga­Bit Trace (AGBT) inter­face along the DAP debug inter­face at its max­i­mum fre­quen­cy. All Infi­neon Aurix™ TC2xx, TC3xx and TC4x micro­con­trollers are sup­port­ed. 

Arm HSSTP II

To access the high vol­ume of trace infor­ma­tion avail­able from the Cor­tex™ fam­i­lies of proces­sors, Arm® has devel­oped the High-Speed Ser­i­al Trace Port (HSSTP). The ARM HSSTP II Active Probe allows debug­ging, trac­ing, and test­ing Arm® Cor­tex™ archi­tec­tures. It sup­ports both the JTAG debug inter­face and the Arm High-Speed Trace Port (HSSTP).  The Active Probe sup­ports up to 4 par­al­lel HSSTP lanes, run­ning at a max­i­mum bitrate of 5Gbps.

MPC5x/SPC5x Aurora

MPC5x/SPC5x Auro­ra Active Probe enables the debug­ging, trac­ing and test­ing of NXP Qoriv­va (MPC5xxx), NXP S32R and ST SPC5 micro­con­troller fam­i­lies. Besides the JTAG debug inter­face, it sup­ports the Auro­ra trace inter­face oper­at­ing at its max­i­mum fre­quen­cy. The Active Probe sup­ports up to 4 Auro­ra lanes, run­ning at a max­i­mum bitrate of 5Gbps.

RH850 Aurora

RH850 Auro­ra Active Probe enables the debug­ging, trac­ing, and test­ing of Rene­sas RH850 micro­con­troller fam­i­lies. Besides the stan­dard LPD debug inter­face it also sup­ports a high­speed Auro­ra trace inter­face oper­at­ing at its max­i­mum fre­quen­cy.  The Active Probe sup­ports up to 4 Auro­ra lanes, run­ning at a max­i­mum bitrate of 5Gbps.

TASKING Prod­uct Doc­u­men­ta­tion con­sists of prod­uct release notes, user doc­u­men­ta­tion, prod­uct patch­es (where avail­able), webi­na­rs and prod­uct relat­ed infor­ma­tion.

https://www.isystem.com/downloads/user-manuals/ic7-active-probe-adapters.html

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