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Copy file name to clipboardExpand all lines: docs/projects/ad9084_fmca_ebz/index.rst
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@@ -85,8 +85,9 @@ Block design
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.. important::
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The Apollo chip is split into two sides, each side having up to 12 JESD lanes and 4 converters:
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- Side A
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- Side B
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- Side A
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- Side B
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The ``ASYMMETRIC_A_B_MODE`` parameter is used to enable the asymmetric A/B mode
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where each Apollo side has a separate JESD link inside the block design.
@@ -95,36 +96,46 @@ Block design
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the two sides into a single link.
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Given the following JESD204 configuration and assuming that **ASYMMETRIC_A_B_MODE = 0**:
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- L = 8
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- M = 4
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- S = 1
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- N = NP = 16
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- **NUM_LINKS = 2**
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The resulted design will configure each Apollo side with the following parameters, but will merge the two sides into a single JESD link inside the design:
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- L = 8
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- M = 4
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- S = 1
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- N = NP = 16
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If however, **NUM_LINKS = 1**, the design will configure each side with the following parameters:
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- L = 4
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- M = 2
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- S = 1
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- N = NP = 16
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Given the following JESD204 configuration and assuming that **ASYMMETRIC_A_B_MODE = 1**:
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- L = 8
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- M = 4
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- S = 1
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- N = NP = 16
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- **NUM_LINKS is ignored**
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The resulted design will configure each Apollo side with the following parameters, each having it's own JESD link inside the design:
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- L = 8
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- M = 4
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- S = 1
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- N = NP = 16
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- L = 8
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- M = 4
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- S = 1
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- N = NP = 16
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- **NUM_LINKS = 2**
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The resulted design will configure each Apollo side with the following
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parameters, but will merge the two sides into a single JESD link inside the
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design:
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- L = 8
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- M = 4
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- S = 1
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- N = NP = 16
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If however, **NUM_LINKS = 1**, the design will configure each side with the
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following parameters:
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- L = 4
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- M = 2
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- S = 1
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- N = NP = 16
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Given the following JESD204 configuration and assuming that
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**ASYMMETRIC_A_B_MODE = 1**:
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- L = 8
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- M = 4
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- S = 1
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- N = NP = 16
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- **NUM_LINKS is ignored**
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The resulted design will configure each Apollo side with the following
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parameters, each having it's own JESD link inside the design:
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