ADIO

Increas­ing­ly the rela­tion­ship between sys­tem busses and embed­ded soft­ware exe­cu­tion is becom­ing more rel­e­vant dur­ing develop­ment, sys­tem inte­gra­tion and test­ing. To bridge this divide, ana­log and dig­i­tal sig­nals can be cap­tured and dis­played in par­al­lel to the micro­con­troller code exe­cu­tion domain. An option­al SPI acti­va­tion key enables a user to record and ana­lyze SPI com­mu­ni­ca­tion. The ADIO Add-on mod­ule can be sim­ply attached to a FNet port on iC7max or iC5700 Blue­Box to visu­al­ize the delays across sys­tem soft­ware.

  • Cor­re­la­tion of bus data to the appli­ca­tion behav­ior (trace data) over time
  • Cap­ture analog/digital sig­nals and cor­re­late this to trace record­ings
  • Show tim­ing infor­ma­tion of sig­nals cor­re­lat­ed to the pro­gram and data trace (show­ing delays across the sys­tem)
  • Gen­er­ate digital/analog sig­nals to con­trol the tar­get hard­ware
  • Gen­er­ate trig­ger sig­nals for mea­sure­ment equip­ment
  • Auto­mate test­ing with the use of script­ing
Buy now
Eval­u­ate

System Testing Capable

With its range of dig­i­tal and ana­log inputs, the ADIO Add-on mod­ule can cap­ture sig­nal infor­ma­tion rel­e­vant to your embed­ded appli­ca­tion, dis­play­ing the tim­ing rela­tion­ship of sig­nals against pro­gram trace infor­ma­tion. How­ev­er, some develop­ment chal­lenges are hard­er to tack­le. By uti­liz­ing the dig­i­tal and ana­log out­puts, it is pos­si­ble to gen­er­ate trig­ger sig­nals for mea­sure­ment equip­ment, such as an oscil­lo­scope, or to con­trol the tar­get hard­ware. When used in con­junc­tion with our winIDEA SDK, it is even pos­si­ble to devel­op a com­pe­tent HIL plat­form for test­ing pur­pos­es. By uti­liz­ing the power of script­ing, Python-based scripts can be cre­at­ed and includ­ed in Con­tin­u­ous Inte­gra­tion (CI) plat­forms such as Jenk­ins. This allows the auto­mat­ed test­ing of embed­ded sys­tems poten­tial overnight or at week­ends when the Blue­Box tech­nol­o­gy would be lying on the work­bench unused.

Power Con­sump­tion3W
Oper­at­ing Tem­per­a­ture10°C to 40°C
Dimen­sions100 x 125 x 55 mm
Dig­i­tal I/O Chan­nels32, con­fig­urable in 8-bit banks as inputs or out­puts
Oper­at­ing volt­age 1.66V – 5.4V *
Sam­pling rate up to 100Mhz *
Ana­log Input Chan­nels2 x 12-bit, ±5.0V DC
Input imped­ance 530kΩ / 8pF
Max. sam­pling rate 12 MHz
Ana­log Out­put Chan­nels2 x 12-bit, ±5.0V DC
Set­tling time 250ns
Out­put drive capa­bil­i­ty: 35mA and 30pF load

Cou­ple the IOM Probe with the ADIO’s ana­log input to mea­sure power
Front Panel View of Con­nec­tors
IOM6 ADIO is sim­ply con­nect­ed via its FNET port
ADIO Acces­so­ry
Cou­ple the IOM Probe with the ADIO’s ana­log input to mea­sure power
Front Panel View of Con­nec­tors
IOM6 ADIO is sim­ply con­nect­ed via its FNET port
ADIO Acces­so­ry
Doc­u­mentDescrip­tion
iC7max User Man­u­alUser man­u­al for the iC7max
ADIO User Man­u­alUser man­u­al for the ADIO Add-on mod­ule
iC5700 User Man­u­alUser man­u­al for the iC5700
ADIO Add-on mod­ule Use casesHow-to guide for ADIO Add-on mod­ule use cases
Tar­get power con­trol using Blue­BoxHow-to guide for uti­liz­ing a solid-state relay in com­bi­na­tion with Blue­Box and its acces­sories

ADGDF

FAQ

→ See all FAQ

Scroll to Top