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Aardvark I2C/SPI Host Adapter Market Comparison
The Aardvark I2C/SPIHost Adapter is a very powerful tool with a rich array of features. Here is how the Aardvark adapter compares to other I2C tools on the market.
Aardvark I2C/SPI Host Adapter
Telos
(Connii MM)*
Telos
(Tracii 400)*
MCC
(iPort/AFM)*
MCC
(iPort/USB)*
Part Number
TP240141
Datasheet
Datasheet
USB
RS-232
Bus Powered
- - -
I2C Master
Up to 800 kHz 2 400 kHz 400 kHz 400 kHz 1 400 kHz 1
SPI Slave
Up to 800 kHz 2 -
I2C Extended Features 3
SPI
- - - -
GPIO
I2C and SPI lines - - -
Windows Support
Linux Support
- RS-232
(no API)
-
Mac OS X Support
- - - -
Software GUI
Development API/DLL
+$299 +$225 +$225
LabVIEW Driver
+$370 +$750 +$750
Base Price
$330 $433 $903 $425 $425
Final Price
$330 $433 $2137 $1400 $1400
Final Price is the total cost for a host adapter (where applicable), bus monitor (where applicable), software, development API, and LabVIEW driver. An exchange rate of 1.3 was used to convert prices from Euros to US Dollars.
1 I2C master and slave mode supported up to 800 kHz.
2 SPI master and slave modes supported up to 8 MHz and 4 MHz, respectively.
3 Customers have successfully over-clocked the Cheetah SPI adapter to 50MHz.
4 Actual SPI capture performance is dependent on CPU speed and SPI bus throughput. 24 MHz SPI capture has been tested for typical applications (e.g., captures of a few hundred SPI packets). Depending on user configuration, the maximum achievable capture throughput for continuous streaming applications may be less than 24 MHz.