Full Mode
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# First of all, there are some of the ICs on board, such as U4 U5 RN4, need to be removed. Because they are used for supporting the Base 2 mode controlling, and they take the bus of the ICs for supporting the full mode. | # First of all, there are some of the ICs on board, such as U4 U5 RN4, need to be removed. Because they are used for supporting the Base 2 mode controlling, and they take the bus of the ICs for supporting the full mode. | ||
| - | # Second, equip some neccessary ICs into the board for the full mode: | + | ## Second, equip some neccessary ICs into the board for the full mode: |
[[File:CLR_FULL.png]] | [[File:CLR_FULL.png]] | ||
| - | + | : We do make the modification onto the CLR-HSMC card for the full mode support for another customer either. And it works in Full mode with 8 Taps (8x8bits) with good stability. It works well with the MC3010 high speed camera at the data rate of 680MB/s. But this card cannot support full CameraLink with 10 Taps (10x8bits). Because there are not enough pins on the HSMC port of the CLR_HSMC card to support 10 Taps (16 additional IO pins needed). | |
Revision as of 17:06, 17 April 2017
How to make CLR daughter card to support the full mode
- First of all, there are some of the ICs on board, such as U4 U5 RN4, need to be removed. Because they are used for supporting the Base 2 mode controlling, and they take the bus of the ICs for supporting the full mode.
- Second, equip some neccessary ICs into the board for the full mode:
- We do make the modification onto the CLR-HSMC card for the full mode support for another customer either. And it works in Full mode with 8 Taps (8x8bits) with good stability. It works well with the MC3010 high speed camera at the data rate of 680MB/s. But this card cannot support full CameraLink with 10 Taps (10x8bits). Because there are not enough pins on the HSMC port of the CLR_HSMC card to support 10 Taps (16 additional IO pins needed).
