The TE0630 module series has modules have been designed to be mechanically and (as far as possible) electrically backward compatible with TE0300 series modules. Designs based on a TE0300 module can be ported to a TE0600 module as described below.
TE0630 series modules are mechanically equivalent to the TE0300 series modules:
Designs based on a TE0300 module seriss by main mechanical and electrical characteristics.
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module can be ported to a TE0600 module without any mechanical redesign.
TE0300 and TE0630 series modules have similar the same power supply requirements and matched power input pins. User signals to B2B connectors routed as differential pairs and single ended lines. Differences in pin types shown in Table 16, not listed signals have same or compatibleSignals routed as differential pairs can be used as single ended. type. Designs based on a TE0300 module can be ported to a TE0600 module without any power supply redesign.
Power supply pins and ground pins of TE0300 series modules match those of TE0630 series modules. Designs based on a TE0300 module can be ported to a TE0600 module without any power supply pin and ground pin redesign.
Most user signal pins of TE0300 series modules match their corresponding pins on TE0630 series modules. Designs based on a TE0300 module can be ported to a TE0600 module without any redesign for those pins.
User signal pins of TE0300 series modules NOT matching their corresponding pins on TE0630 series modules are listed in the following table. Designs based on a TE0300 module using the user signal pins listed in the following table can be ported to a TE0600 module by adapting the project to the type (SIO, DIO, CIO) and polarity (_P. _N) change of the corresponding signal pins.
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User signal type definitions are listed in the table below.
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Signals routed as one differential signal pair can be also used as two single-ended signals.
The I/O bank of most user signal pins of TE0300 series modules matches the I/O bank of their corresponding pins on TE0630 series modules. Designs based on a TE0300 module can be ported to a TE0600 module without any redesign for those pins.
User signal pins of TE0300 series modules whose I/O bank does NOT match the I/O bank of their corresponding pins on TE0630 series modules are listed in the following table. Designs based on a TE0300 module using the user signal pins listed in the following table can be ported to a TE0600 module by adapting the project to the I/O bank change of the corresponding signal pins.
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Table 18: TE0300 and TE0630 user signals The following table lists the supply voltage of I/O banks differences.
for both TE0300 and TE0630 series modules.
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Table 19: TE0300 and TE0630 FPGA The supply voltage of I/O banks power supply.
Bank 0 I/O supply voltage at both modules bank 0 of both module series can be configured by user, see chapter On-board Power Rails.
The TE0630 is mechanically equivalent to the TE0300:
the user.
If the supply voltage of bank 0 of the TE0300 module is 3.3 V, designs based on a TE0300 module using the user signal pins of bank 0 listed in the table above can be ported to a TE0600 module without any redesign for those pins.
If the supply voltage of bank 0 of the TE0300 module is lower than 3.3 V, designs based on a TE0300 module using the user signal pins of bank 0 listed in the table above can be ported to a TE0600 module by adapting the project to the I/O bank change of the corresponding signal pins.
The supply voltage of I/O bank 2 and 3 of both module series is 3.3 V. Designs based on a TE0300 module using the user signal pins of banks 2 and 3 listed in the table above can be ported to a TE0600 module without any redesign for those pins.