Paul,
First, are you looking for an automotive ADC that fits those specs? The closest one I could find is the ADS5204-Q1 (40Msps, 2 channel, but only 10 bits).
As far as ready-made platforms which include the DSP and a high-speed ADC, I recommend…
Other Parts Discussed in Thread: DAC38J84 , 66AK2L06 , ADC12J4000 , TIDEP0034 , TCI6630K2L Dear DSP experts,
I wanna use 66AK2L06 EVM with ADC12J4000 and DAC38J84 looks like below link.
But, I can't find Deterministic Latency Card.
Where I can…
Hello,
There is a TI design, that has a User Guide, " www.ti.com/.../tidep0034 "
You can request the latest RFSDK from the TI website. 2.07.
You should obtain a DLC card, The software for the DLC card is also needed, should be requested with RFSDK…
Hello,
The CN16 FMC connector has the Serdes, JESD204B control signals to connect to several TI-HSP EVMs.
This is discussed in the JESD Attach web link - www.ti.com/.../tidep0034
There are several reference designs for:
ADC12J4000 - RF sampling…
Hello,
Thank you for your interest in 66AK2L06. The current TI designs ( TIDEP0034 and TIDEP0060 ) have pre-validated ADCs and DACs with 66AK2L06 SoC, but using the full DFE signal processing capabilities. The configurations are part of the TI design…
Hello, Joe.
Is this Design 5?: http://www.ti.com/tool/TIDEP0034
I'm sorry I couldn't see any number among the list under the TI Designs section of the 66AK2L06 page. Actually I don't even know why you call TIDEP0081 "Design 4," too. :)
Anyway there…
The "66AK2L06 DSP+ARM Processor with JESD204B Attach to Wideband ADCs and DACs" TI Design which uses RFSDK2 can be found at the following link.
www.ti.com/.../TIDEP0034
The Getting Started Guide on that page lists the requirements for running the…
Hello,
In the TCI6630K2L or 66aK2L06 devices.
There are not DFE adjustable registers, there are TGTCFG DFE precompiled examples, with IQN baseband, and Serdes compatible configurations. The DFE cmd tool is an internal tool, that describes the 18 subblocks…
1) the JB49 ADC has a serdes limit of 3.125Msps. So in order to run at a higher sample rate than 156.25Msps, the JESD parameters change from F=2, to F=1.
The F=1 JESD mode does not work with the 66AK2L06. The 14x250 can operate at the 245.76Msps rate…
