Part Number: TMS320C6748 Hi experts:
I'm using TMS320C6748 chip to connect to the touch screen through the RGB interface. I want to display graphic information on the screen. Does TMS320C6748 chip have a supported graphics library? If so, what graphics…
Hello Colin-san,
Thank you for your reply.
The work around from the C67xx Silicon Errata seems to be effective on the DM368 application. However, they need an evidence to apply the work around on their DM368 application.
Because the issue occurred after…
Part Number: TMS320C6748 Hi all. There is nothing written in "12.8 Registers" in "spruh80c.pdf". Is there anything special to set for the PRU?
Thank you very much for your help. Suzuki
Read more.
Part Number: TMS320C6748 Hello Champs, Customer works on USB CPPI DMA driver and he wants to transfer larger than 4M data. He uses CDC device bus and CPPI DMA, DMA uses Linux CDC mode. In the data manual, it mentioned that the RNDIS and Linux CDC is the…
Part Number: TMS320C6748 Hello TI,
Are there internal diode protection clamps on the RMII_MHZ_50_CLK pin of the TMS320C6748, and if so, what is the maximum I_k clamp diode current, please?
We expect to see a clamp diode to DVDD3318 but initial measurements…
Part Number: TMS320C6748
Hi!
Why does pdk_omapl138_1_0_10 have no USB_close() API?
While developing the USB Audio feature, I have opened the device with USB_open() function, and the Audio input/output function is implemented .
I want to close the USB…
Part Number: TMS320C6748 Other Parts Discussed in Thread: SYSBIOS Hi TI
Customer wants to use bare-metal example for C6748.
According to below statement, I tried to find the same path of csl.
However I could not understand how can I change from SYSBIOS…
Part Number: TMS320C6748 Dear Ti，
I have OMAPL138 evaluation board. I want to perform complex matrix inversion algorithm, however, there is no function in DSPLIB for C674x. Complex matrix inversion algorithm can be found in the DSPLIB which is for C66xx…
Part Number: TMS320C6748 Hello,
In the context of software integrations, I noticed different results (float data single precision) between algorithms running on the C6748 DSP and the intel x86 PC architecture. On these 2 architectures, the source code is…
