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General| Brand | Intel |
|---|---|
| Model | Stratix 10 |
| Category | Control Unit |
| Language | English |
Details the reference clock network for E-Tile transceivers and clock selection.
Outlines the design flow using the Native PHY IP core for customization.
Explains how to configure the Native PHY IP core for transceiver PHY features.
Details customizing general and datapath parameters of the Native PHY IP core.
Covers parameters for TX PMA and RX PMA, including options and clocking.
Details TX PMA options like modulation type, data rate, clocking, and pre-equalization.
Explains PMA adaptation for initial and continuous calibration on the RX side.
Details RS-FEC parameters and supported modes like 32GFC, 128GFC, and 25GE FEC.
Covers reset parameters to control the PMA interface and adapter.
Details parameters for dynamic reconfiguration of transceiver channels.
Describes the PMA as the analog front end for E-Tile transceivers.
Explains the transmitter data path components: TX Buffer, TX EQ, and serializer.
Explains how the receiver PMA recovers clock, deserializes data, and creates a parallel stream.
Details initial and continuous adaptation modes for the receiver.
Covers PMA tuning to optimize link performance across temperature ranges.
Explains the value of PMA tuning by considering static and dynamic temperature conditions.
Details static temperature flows (STF) and dynamic temperature flows (DTF) for link bring up.
Provides guidelines for custom data rate and channel situations for PMA tuning.
Explains how TX bonding minimizes skew between channels.
Describes the RS-FEC block and supported standards.
Lists example applications for various FEC modes like fractured and aggregate.
Details the LVPECL reference clock pins and configuration options.
Lists events that require transceiver channel resets.
Details procedures for analog and digital resets, including RS-FEC.
Provides steps for resetting both digital and analog components of the transceiver.
Details the automatic reset mode for the reset controller.
Explains the manual reset mode, exposing all ports for flexible control.
Lists reset parameters configurable via the Native PHY GUI.
Details features supported for dynamic channel reconfiguration.
Explains how AVMM masters interact with the reconfiguration interface.
Explains how to write data values to specific addresses in the reconfiguration interface.
Details enabling and using multiple reconfiguration profiles for dynamic changes.
Provides recommendations for dynamic reconfiguration, including reset states.
Outlines steps for dynamic reconfiguration using automatic reset mode.
Explains how to update PMA analog settings using PMA attribute codes.
Describes dynamic reconfiguration for logical operations like switching reference clocks.
Details how to dynamically switch the input clock source.
Provides recommendations for timing closure when using reconfiguration profiles.
Lists available PCS, PMA, and EMIB addresses for reconfiguration.
Details methods for setting PMA RX adaptation values for optimal performance.
Outlines the process for loading IP configuration settings.
Shows how to reconfigure duplex PMA channels in NRZ mode using the reset controller.
Explains the PRBS usage model for pattern generator and verifier configuration.
Details how to inject single or burst errors on TX driver output using PMA attributes.
Explains how the adaptive equalization engine adapts for optimal values.
Details setting PMA parameters to fixed values, overriding adaptive engine tuning.
Outlines the PMA bring-up flow using the Native PHY IP.
Provides an example of loading a PMA configuration for a single channel.
Provides PMA register map usage examples.
Details PMA control and status registers for monitoring and configuration.
Provides attribute codes for setting PMA registers and receiving attribute values.
Describes the PMA attribute code for enabling or disabling the PMA.
Details PMA attribute code for configuring PRBS settings.
Details PMA attribute code for controlling loopback modes.
Explains PMA attribute code for receiver tuning and adaptive equalization.
Describes PMA attribute code for TX/RX calibration.
Describes PMA attribute code for TX equalization settings.
Explains how to read and set PMA analog parameters using attributes.
Details using attribute code 0x002C to read analog parameters.
Describes writing new values to analog parameters for RX adaptation.
Details how to fix analog parameters to prevent adaptation engine changes.
Explains using registers 0x200 to 0x203 for setting PMA attributes or analog reset.
Details the PMA analog reset procedure using registers.
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